2 TRILUX LIS - Leuchten-Informationssystem 07 #8&6yDMeRj%7q2VV 8219062 TRILUX Olisq Act RWD4 DW 60 ETDD8 IP54 PC (ActDCW) ETDD8 0 Olisq Olisq Olisq Olisq Olisq Olisq Olisq 510 mit elektronischem Transformator, digital dimmbar, Dali with digitally dimmable electronic transformer, Dali z transformatorem elektronicznym z cyfrowa funkcja przyciemniania, Dali avec transformateur électronique, dimmable numériquement (DALI). con trasformatore elettronico, dimmerabile digitale, Dali Met elektronische transformator, digitaal dimbaar, DALI con transformador digital electrónico regulable (DALI) 53.00 1.0 Olisq Act RWD4 DW 60 ETDD8 IP54 PC (TOC 8219062): Dekorative, runde Anbauleuchte mit einem zylindrischen, opalen Diffusor aus PC, schlagfest. Leuchte mit Active-Ausstattung zur Steuerung der Lichtfarbe mittels separatem Steuergerät. Ausführung mit erhöhter Schutzart IP54 rundum. Optional stehen als Zubehör Dekor-Ankleidungen für passgenaue Licht- und Rauminszenierungen zur Verfügung, die auf Anfrage auch in kundenspezifischen Farben ausgeführt werden können. Entwickelt und hergestellt in Deutschland. In Kombination mit einem separat zu bestellendem Zubehör (ZVF...) ist die Leuchte vor Vandalismus geschützt sowie ballwurfsicher gemäß DIN 18032-3. Geeignet zur Anwendung in HACCP, IFS und/oder BRC Global Standard Food zertifizierten Unternehmen (DIN 10500). Mit begrenzter Oberflächentemperatur, für den Einsatz in feuergefährdeten Räumen gemäß DIN EN 60598-2-24 geeignet. Für Wand- oder Deckenmontage. Mit separat zu bestellendem Zubehör auch zur Halbeinbaumontage (Decke mit Ausschnitt) sowie abgehängten Montage geeignet. Zum Schutz sowie zur Unterstützung einer schnellen Montage sind die Komponenten im Karton in Montagereihenfolge angeordnet. Die Schnellmontage der Abdeckung auf den Montagekörper erfolgt werkzeuglos durch Click-Verschluss. Die Einspeisungsöffnung sowie die Befestigungspunkte entsprechen denen der Baureihen 740N, Mondia. Material und Struktur des abdeckenden Diffusors bewirken eine gleichmäßige und schattenfreie Ausleuchtung der leicht zu reinigenden Leuchtenoberfläche. Mit diffus-breitstrahlender Lichtstärkeverteilung, vorwiegend direkt. Mit leichtem Indirektanteil zur Oberflächenaufhellung. Nachfolgende Angaben zum Leuchtenlichtstrom und der Systemanschlussleistung beziehen sich auf den Betrieb dieser Leuchte mit dynamisch einstellbarer Lichtfarbe (HCL) im Betriebsmodus Lichtfarbe warmweiß (2700 K). Bemessungslichtstrom 6000 lm, Bemessungsleistung 60,00 W, maximale Leuchten-Lichtausbeute 113 lm/W. Lichtfarbe variabel (warmweiß - tageslichtweiß), ähnlichste Farbtemperatur (CCT) variabel (2700 K - 6000 K), allgemeiner Farbwiedergabeindex (CRI) Ra > 80. Mittlere Bemessungslebensdauer L80(tq 25 °C) = 100.000 h. Die Lichtquelle ist entsprechend der Ökodesign-Anforderungen (VO (EU) 2019/2020) austauschbar. Der Austausch erfolgt werkzeuglos, die Ersatzlichtquelle kann als Ersatzteil bezogen werden. Leuchtenkörper aus Stahlblech. Oberfläche weiß beschichtet (RAL 9016). Leuchtendurchmesser Ø 600 mm, Leuchtenhöhe 68 mm. Insektendichter Lampenraum. Schutzklasse (EN 61140): I, Schutzart (DIN EN 60529): IP54, Stoßfestigkeitsgrad nach IEC 62262: IK06, Prüftemperatur Glühdrahttest gemäß IEC 60695-2-11: 850 °C. Gewicht: 4,6 kg. Mit elektronischem Betriebsgerät zum schalten, dimmen und steuern der Lichtfarbe mittels DALI Device Type 8 fähigem Steuergerät. Betriebsgerät gemäß DALI-2-Standard (EN 62386). Das Betriebsgerät ist entsprechend der Ökodesign-Anforderungen (VO (EU) 2019/2020) austauschbar. Das Produkt erfüllt die grundlegenden Anforderungen der anwendbaren EU-Richtlinien und des Produktsicherheitsgesetzes und trägt die CE-Kennzeichnung. Olisq Act RWD4 DW 60 ETDD8 IP54 PC (TOC 8219062): Decorative, round surface-mounted luminaire with a cylindrical, opal diffuser made of PC, impact-resistant. Luminaire with Active equipment for controlling light colour via separate control unit. Version with increased IP54 protection rating all round. Decorative attachments are available as optional accessories for precisely suitable light- and room scenes; these can also be implemented in custom colours on request. Developed and made in Germany. Suitable for use in HACCP, IFS and/or BRC Global Standard Food certified companies (DIN 10500). With limited surface temperature, suitable for use in fire hazardous areas according to DIN EN 60598-2-24. For wall or ceiling mounting. With accessories to be ordered separately, also suitable for semi-recessed mounting (ceiling with cut-out) and suspended mounting. For protection as well as to assist with quick mounting, the components are arranged in the box in assembly order. The cover is quickly mounted on the mounting body without tools by click locking. The feed opening and fixing points correspond to those of the series 740N, Mondia. The material and structure of the covering diffuser provide uniform and shadow-free illumination of the easy-to-clean luminaire surface. With diffuse wide light distribution, mainly direct. With slight indirect component for surface illumination. The following information on luminaire luminous flux and power consumption of the system refer to operation of this luminaire with dynamic, settable light colour (HCL) in warm white light colour (2700 K) operating mode. Luminaire luminous flux 6000 lm, connected load 60,00 W, luminous efficiency of luminaire 100 lm/W. Light colour variable (warm white - daylight white), correlated colour temperature (CCT) variable (2700 K - 6000 K), general colour rendering index (CRI) Ra > 80. Mean rated service life L80(tq 25 °C) = 100,000 h. The light source is replaceable according to the ecodesign requirements (VO (EU) 2019/2020). Replacement is without tools, the replacement light source can be obtained as a spare part. Luminaire body sheet steel. Surface coated white (RAL 9016). Luminaire diameter Ø 600 mm, luminaire height 68 mm. Insect-proof lamp compartment. Safety class (EN 61140): I, protection rating (DIN EN 60529): IP54, impact resistance level in accordance with IEC 62262: IK06, testing temperature of wire glow test in accordance with IEC 60695-2-11: 850 °C. Weight: 4,6 kg. With electronic control gear unit for switching, dimming and controlling the light colour using DALI Device Type 8-capable control unit. Control gear unit according to DALI-2 standard (EN 62386). The control gear unit is replaceable in accordance with the ecodesign requirements (VO (EU) 2019/2020). The luminaire complies with the fundamental requirements of applicable EU regulations and product safety legislation and bears the CE symbol. Olisq Act RWD4 DW 60 ETDD8 IP54 PC (TOC 8219062): Dekoracyjna, okragla oprawa natynkowa z cylindrycznym, mlecznym dyfuzorem z poliweglanu, odporna na uderzenia. Oprawa z wyposazeniem Active do sterowania barwa swiatla za pomoca osobnego sterownika. Wersja o podwyzszonym stopniu ochrony IP54 ze wszystkich stron. Opcjonalnie w ofercie akcesoriów dostepne sa obudowy dekoracyjne do precyzyjnej aranzacji oswietlenia i pomieszczen, które na zapytanie moga byc równiez wykonane w kolorach okreslonych przez klienta. Opracowane i wyprodukowane w Niemczech. Odpowiednia do stosowania w przedsiebiorstwach posiadajacych certyfikat HACCP, IFS i/lub BRC Global Standard Food (DIN 10500). Z ograniczona temperatura powierzchni, nadaje sie do stosowania w pomieszczeniach zagrozonych pozarem zgodnie z DIN EN 60598-2-24. Do montazu sciennego lub sufitowego. Z zamawianymi oddzielnie akcesoriami nadaje sie równiez do montazu czesciowo podtynkowego (sufit z wycieciem) i wiszacego. Dla ochrony oraz w celu ulatwienia szybkiego montazu, komponenty sa ulozone w pudelku w kolejnosci montazu. Szybki montaz klosza na korpusie montazowym odbywa sie bez uzycia narzedzi za pomoca zatrzasku. Otwór zasilajacy i punkty mocowania odpowiadaja tym z serii 740N, Mondia. Material i struktura dyfuzora zapewniaja równomierne i bezcieniowe oswietlenie latwej do czyszczenia powierzchni oprawy. Z rozproszonym, szerokim rozsylem swiatla, glównie bezposrednim. Z niewielkim udzialem swiatla posredniego do rozswietlenia powierzchni. Ponizsze informacje dotyczace strumienia swietlnego oprawy i poboru mocy zestawu odnosza sie do pracy tej oprawy z regulowana dynamicznie barwa swiatla (HCL) w trybie pracy cieplej bieli (2700 K). Strumien swietlny oprawy 6000 lm, pobór mocy 60,00 W, skutecznosc swietlna oprawy 100 lm/W. Barwa swiatla zmienne (biala ciepla – biale swiatlo dzienne), temperatura barwowa zmienna (2700 K – 6000 K), ogólny wskaznik oddawania barw (CRI) Ra > 80. Sredni okres trwalosci znamionowej L80(tq 25 °C) = 100.000 h. Zródlo swiatla jest wymiennE zgodnie z wymogami ekoprojektu (rozporzadzenie (UE) 2019/2020). Wymiana odbywa sie bez uzycia narzedzi, zamienne zródlo swiatla mozna dokupic jako czesc zamienna. Korpus oprawy z blachy stalowej. Powierzchnia powlekana na bialo (RAL 9016). Srednica oprawy Ø 600 mm, wysokosc oprawy 68 mm. Komora swietlna zabezpieczona przed owadami. Klasa ochronnosci (EN 61140): I, stopien ochrony (DIN EN 60529): IP54, stopien odpornosci na uderzenia wedlug IEC 62262: IK06, temperatura badania rozzarzonym drutem zgodnie z IEC 60695-2-11: 850 °C. Masa: 4,6 kg. Z elektronicznym zasilaczem do przelaczania, sciemniania i regulacji barwy swiatla za pomoca sterownika obslugujacego urzadzenia DALI typu 8. Urzadzenie sterujace zgodne ze standardem DALI-2 (EN 62386). Zasilacz jest wymienny zgodnie z wymogami ekoprojektu (rozporzadzenie (UE) 2019/2020). Produkt spelnia podstawowe wymogi odnosnych dyrektyw UE i niemieckiej ustawy o bezpieczenstwie produktów i posiada oznaczenie CE. Olisq Act RWD4 DW 60 ETDD8 IP54 PC (TOC 8219062): Plafonnier rond décoratif avec un diffuseur cylindrique, opale en PC, résistant aux chocs. Luminaire avec équipement Active pour la commande de la température de couleur au moyen d’un dispositif de commande séparé. Version avec indice de protection augmenté IP54 sur tout le pourtour. Des habillages décoratifs sont disponibles en option pour des mises en scène de la lumière et de l'espace parfaitement adaptées. Sur demande, ils peuvent également être réalisés dans des couleurs spécifiques au client.. Développé et fabriqué en Allemagne. Convient pour une utilisation dans les entreprises certifiées HACCP, IFS et/ou BRC Global Standard Food (DIN 10500). Avec température de surface limitée, convient pour une utilisation dans des locaux à risque d'incendie selon DIN EN 60598-2-24. Convient à un montage au mur ou au plafond. Avec des accessoires à commander séparément, convenant également au montage semi-encastré (plafond avec découpe) et au montage suspendu. Pour les protéger et faciliter leur montage rapide, les composants sont disposés dans l'ordre de montage dans le carton.. Le montage rapide du recouvrement sur le corps de montage s'effectue sans outil grâce à la fermeture à clic. L'ouverture d'alimentation ainsi que les points de fixation correspondent à ceux des gammes 740N, Mondia. Le matériau et la structure du diffuseur de recouvrement assurent un éclairage uniforme et sans ombre de la surface du luminaire, facile à nettoyer. À répartition diffuse extensive, essentiellement directe. À légère composante indirecte pour un éclaircissement des surfaces. Les indications suivantes relatives au flux lumineux du luminaire et à la puissance raccordée du système valent pour un fonctionnement de ce luminaire à une température de couleur au réglage dynamique (HCL) et fonctionnant à une température de couleur blanc chaud (2 700 K). Flux lumineux du luminaire 6000 lm, puissance raccordée 60,00 W, rendement lumineux du luminaire 100 lm/W. Teinte de lumière variable (blanc chaud - blanc lumière du jour), température de couleur (CCT) variable (2 700 K - 6 000 K), indice général de rendu des couleurs (IRC) Ra > 80. Durée de vie assignée moyenne L80(tq 25 °C) = 100.000 h. La source lumineuse est remplaçable conformément aux exigences d'écoconception (Règlement (UE) 2019/2020). L'échange s'effectue sans outil, la source lumineuse de rechange peut être obtenue comme pièce de rechange. Corps de luminaire en tôle d’acier. Surface au revêtement blanc (RAL 9016). Diamètre du luminaire Ø 600 mm, hauteur du luminaire 68 mm. Compartiment de la lampe anti-insectes. Classe électrique (EN 61140) : I, indice de protection (norme EN 60529) : IP54, degré de résistance aux chocs selon la norme CEI 62262 : IK06, température d’essai au fil incandescent selon la norme CEI 60695-2-11 : 850 °C. Poids: 4,6 kg. À driver dimmable pour la commutation, la gradation et la commande de la température de couleur au moyen d’un dispositif de commande DALI de type 8. Appareillage conf. au standard DALI 2 (EN 62386). L'appareillage est remplaçable conformément aux exigences d'écoconception (Règlement (UE) 2019/2020). Le produit répond aux exigences essentielles des directives européennes applicables et de la loi sur la sécurité des produits et porte le marquage CE. Olisq Act RWD4 DW 60 ETDD8 IP54 PC (TOC 8219062): Decorativo apparecchio a plafone circolare, con diffusore cilindrico opalino in policarbonato, resistente agli urti. Apparecchio con equipaggiamento Active per la gestione del colore della luce mediante unità di controllo separata. Versione con protezione aumentata IP54 su tutti i lati. In via opzionale, sono disponibili, come accessori, rivestimenti decorativi per realizzare delle messe in scena della luce e del locale perfettamente adatte al caso che, su richiesta, possono essere anche personalizzate con colori specifici al cliente. Progettato e prodotto in Germania. Adatto per l'uso in aziende certificate HACCP, IFS e/o BRC Global Standard Food (DIN 10500). Con temperatura superficiale limitata, adatto per l'uso in ambienti a rischio di incendio secondo DIN EN 60598-2-24. Per montaggio a parete o a soffitto. Con accessori da ordinare separatamente, adatto anche al semincasso (soffitti con foro apposito) e al montaggio in sospensione. Per proteggerli e velocizzarne il montaggio, i componenti sono imballati in cartone disposti nella sequenza di montaggio. Il montaggio rapido della copertura sul corpo apposito ha luogo senza attrezzi, con chiusura a scatto. L'apertura di alimentazione e i punti di fissaggio corrispondono a quelli delle serie 740N, Mondia. Materiale e struttura del diffusore di copertura producono un'illuminazione uniforme e senza ombre della superficie dell'apparecchio, che risulta anche facile da pulire. Con distribuzione della luce a fascio largo diffuso, prevalentemente diretto. Con leggera componente indiretta per un'illuminazione della superficie. I seguenti dati relativi al flusso luminoso apparecchio e alla potenza allacciata del sistema si riferiscono all'esercizio di questo apparecchio con colore della luce a regolazione dinamica (HCL) in modalità colore della luce bianco caldo (2700 K). Flusso luminoso apparecchio 6000 lm, potenza assorbita 60,00 W, luminosità dell'apparecchio 100 lm/W. Colore della luce variabile (bianco caldo - bianco luce diurna), temperatura del colore (CCT) variabile (2700 - 6000 K), indice di resa cromatica generale (CRI) Ra > 80. Durata utile di riferimento media L80(tq 25 °C) = 100.000 h. La sorgente luminosa è intercambiabile conformemente ai requisiti previsti dal regolamento europeo Ecodesign (2019/2020). La sostituzione viene effettuata senza attrezzi e la sorgente luminosa di riserva può essere ordinata come ricambio. Corpo apparecchio in lamiera di acciaio. Superficie verniciata in bianco (RAL 9016). Diametro apparecchio Ø 600 mm, altezza apparecchio 68 mm. Vano lampada a prova di insetto. Classe di isolamento (EN 61140): I, grado di protezione (DIN EN 60529): IP54, grado di resistenza agli urti a norma IEC 62262: IK06, temperatura della prova al filo incandescente a norma IEC 60695-2-11 di 850 °C. Peso: 4,6 kg. Con alimentatore elettronico per la commutazione, il dimmeraggio e il controllo del colore della luce tramite unità di controllo compatibile con DALI Device Type 8. Alimentatore conforme allo standard DALI-2 (EN 62386). L'alimentatore è intercambiabile conformemente ai requisiti previsti dal regolamento europeo Ecodesign (2019/2020). L'apparecchio soddisfa i requisiti di base delle direttive Ue applicabili e della legge (tedesca) sulla sicurezza dei prodotti e reca il marchio CE. Olisq Act RWD4 DW 60 ETDD8 IP54 PC (TOC 8219062): Decoratieve, ronde opbouwarmatuur met een cilindrische, opalen diffuser van PC, slagvast. Armatuur met Active-uitrusting voor de regeling van de lichtkleur door middel van afzonderlijk stuurapparaat. Uitvoering met beschermingsgraad IP54 rondom. Optioneel zijn als toebehoren decoratieve bekledingen verkrijgbaar voor perfect passende licht- en ruimte-ensceneringen, die op verzoek van de klant ook in aangepaste kleuren kunnen worden uitgevoerd. Ontwikkeld en gefabriceerd in Duitsland. Geschikt voor gebruik in ondernemingen die gecertificeerd zijn conform HACCP, IFS en/of BRC Global Standard Food (DIN 10500). Met beperkte oppervlaktetemperatuur, geschikt voor gebruik in brandgevaarlijke ruimten volgens DIN EN 60598-2-24. Voor wand- of plafondmontage. Met afzonderlijk te bestellen toebehoren ook geschikt voor semi-inbouwmontage (plafond met uitsparing) en verlaagde montage. Ter bescherming en voor een snelle montage zijn de componenten in de doos in montagevolgorde gerangschikt. De afdekking wordt snel en zonder gereedschap op de montagebody gemonteerd door middel van een klikvergrendeling. De invoeropening voor de voeding en de bevestigingspunten komen overeen met die van de series 740N, Mondia. Het materiaal en de structuur van de afdekkende diffuser zorgen voor een gelijkmatige en schaduwvrije verlichting van het gemakkelijk te reinigen armatuuroppervlak. Met diffuse breedstralende lichtsterkteverdeling, overwegend direct. Met een zachte indirecte component voor een oppervlakteverlichting. De hierna genoemde gegevens met betrekking tot de armatuurlichtstroom en het opgenomen systeemvermogen gelden bij gebruik van de armatuur met dynamisch instelbare lichtkleur (HCL) met de lichtkleur warmwit (2700 K). Armatuurlichtstroom 6000 lm, aansluitvermogen 60,00 W, lichtrendement van de armatuur 100 lm/W. Lichtkleur variabel (warm wit - daglichtwit), kleurtemperatuur (CCT) variabel (2700 K - 6000 K), algemene kleurweergave-index (CRI) Ra > 80. Gemiddelde opgegeven levensduur L80(tq 25 °C) = 100.000 h. De lichtbron kan vervangen worden overeenkomstig de eisen inzake ecologisch ontwerp (EU-Verordening 2019/2020). De vervanging gebeurt zonder gereedschap, de vervangende lichtbron kan als reserveonderdeel worden verkregen. Armatuurbehuizing uit plaatstaal. Oppervlak wit gecoat (RAL 9016). Armatuurdiameter Ø 600 mm, armatuurhoogte 68 mm. Insectendicht lampcompartiment. Beschermcategorie (EN 61140): I, beschermklasse (DIN EN 60529): IP54, slagvastheid overeenkomstig IEC 62262: IK06, testtemperatuur gloeidraadtest conform IEC 60695-2-11: 850 °C. Gewicht: 4,6 kg. Met elektronisch voedingsapparaat voor het schakelen, dimmen en regelen van de lichtkleur door middel van een DALI Device Type 8-compatibele driver. Hulpapparaat volgens DALI-2-standaard (EN 62386). Het hulpapparaat kan vervangen worden overeenkomstig de eisen inzake ecologisch ontwerp (EU-Verordening 2019/2020). De armatuur voldoet aan de fundamentele eisen van de van toepassing zijnde EU-richtlijnen en de productveiligheidswet. Ze is voorzien van een CE-markering. Olisq Act RWD4 DW 60 ETDD8 IP54 PC (TOC 8219062): Luminaria adosable decorativa de forma redonda con un difusor opal cilíndrico de PC, resistente al impacto. Luminaria con equipamiento Active para el control del color de luz a través de un dispositivo de mando separado. Versión con grado de protección elevado IP54 omnidireccional. Opcionalmente, están disponibles revestimientos decorativos como accesorios para unas puestas en escena de luz y espacio a medida que, a solicitud, también pueden llevar colores especificados por el cliente. Desarrollado y fabricado en Alemania. Apto para su uso en empresas con certificación HACCP, IFS y/o BRC Global Standard Food (DIN 10500). Con temperatura superficial limitada, apta para su uso en recintos con riesgo de incendio según la norma DIN EN 60598-2-24. Para un montaje en paredes y techos. Con los accesorios a pedir por separado también apto para un montaje semiempotrado (techo liso), así como para un montaje suspendido. Para la protección, así como para facilitar un montaje rápido, los componentes están distribuidos en secuencia de montaje en la caja. El montaje rápido del recubrimiento en el cuerpo de montaje se realiza sin necesidad de herramientas mediante un cierre de clic. La abertura de alimentación, así como los puntos de fijación corresponden a los de las series 740N, Mondia. El material y la estructura del difusor de recubrimiento proporcionan una iluminación uniforme y exenta de sombras de la superficie de la luminaria de fácil limpieza. Con una distribución de las intensidades luminosas difusa y extensiva, principalmente, directa. Con suave componente indirecto para una iluminación de la superficie. Los siguientes datos sobre el flujo luminoso de las luminarias y de la potencia conectada del sistema se refieren a la operación de esta luminaria con un color de luz de ajuste dinámico (HCL) en el modo de servicio con un color de luz blanco cálido (2700 K). Flujo luminoso de las luminarias 6000 lm, potencia conectada 60,00 W, rendimiento luminoso de la luminaria 100 lm/W. Color de luz variable (color blanco cálido - color blanco luz diurna), temperatura del color (CCT) variable ( 2.700 K - 6000 K), indice de reproducción cromática general (CRI) Ra > 80. Vida útil nominal media L80(tq 25 °C) = 100.000 h. La fuente de luz puede ser sustituida acorde con los requisitos del diseño ecológico (VO (UE) 2019/2020). La sustitución se realiza sin necesidad de herramientas; la fuente de luz de repuesto está disponible como pieza de repuesto. Cuerpo de luminaria de chapa de acero. Superficie con recubrimiento de color blanco (RAL 9016). Diámetro de la luminaria Ø 600 mm, altura de la luminaria 68 mm. Compartimiento de la lámpara a prueba de insectos. Clase de protección (EN 61140): I, grado de protección (DIN EN 60529): IP54, grado de la resistencia al impacto según IEC 62262: IK06, temperatura de prueba para el ensayo de hilo incandescente según IEC 60695-2-11: 850 °C. Peso de: 4,6 kg. Con equipamiento electrónico para conmutar, regular y controlar el color de luz a través de un dispositivo de mando apto para DALI Device Type 8. Equipamiento eléctrico según el estándar DALI-2 (EN 62386). El equipamiento eléctrico puede sustituirse según los requisitos del diseño ecológico (VO (EU) 2019/2020). El producto cumple con los requisitos básicos de las directrices europeas aplicables y de la ley para la seguridad de aparatos y productos y lleva el marcado CE. 1 53.00 6000.00 6000K 80 600 0 63 600 0 50 50 50 50 EULUM TX376190.LDT ![CDATA[TRILUX 2 1 144 2.5 73 2.5 R222256 Olisq Act RWD4 DW 60 ETDD8 IP54 PC (ActDCW) TX376190 20.07.2022-Blecke 600 0 63 600 0 50 50 50 50 93.27631 99.9843521118164 1 0 1 1 1 x LED ETDD8 6000 6000K 80 53 .261077245865522 .342977615796361 .408286845063698 .487549216714721 .541432403609535 .610481217570537 .666842375648921 .712327137521892 .752025635211607 .785185743945993 0 2.5 5 7.5 10 12.5 15 17.5 20 22.5 25 27.5 30 32.5 35 37.5 40 42.5 45 47.5 50 52.5 55 57.5 60 62.5 65 67.5 70 72.5 75 77.5 80 82.5 85 87.5 90 92.5 95 97.5 100 102.5 105 107.5 110 112.5 115 117.5 120 122.5 125 127.5 130 132.5 135 137.5 140 142.5 145 147.5 150 152.5 155 157.5 160 162.5 165 167.5 170 172.5 175 177.5 180 182.5 185 187.5 190 192.5 195 197.5 200 202.5 205 207.5 210 212.5 215 217.5 220 222.5 225 227.5 230 232.5 235 237.5 240 242.5 245 247.5 250 252.5 255 257.5 260 262.5 265 267.5 270 272.5 275 277.5 280 282.5 285 287.5 290 292.5 295 297.5 300 302.5 305 307.5 310 312.5 315 317.5 320 322.5 325 327.5 330 332.5 335 337.5 340 342.5 345 347.5 350 352.5 355 357.5 0 2.5 5 7.5 10 12.5 15 17.5 20 22.5 25 27.5 30 32.5 35 37.5 40 42.5 45 47.5 50 52.5 55 57.5 60 62.5 65 67.5 70 72.5 75 77.5 80 82.5 85 87.5 90 92.5 95 97.5 100 102.5 105 107.5 110 112.5 115 117.5 120 122.5 125 127.5 130 132.5 135 137.5 140 142.5 145 147.5 150 152.5 155 157.5 160 162.5 165 167.5 170 172.5 175 177.5 180 306.23 306.07 305.37 303.71 301.39 298.44 295.07 291.03 286.55 281.46 275.75 269.54 262.77 255.31 247.43 239.13 230.32 221.04 211.3 201.01 190.56 179.67 168.47 156.77 144.84 132.78 120.52 107.99 95.37 82.95 70.75 58.78 47.35 36.94 27.57 19.27 13.73 12.95 12.74 12.47 12.54 12.62 12.41 12.18 12.14 12.08 11.84 11.56 11.38 11.21 10.96 10.65 10.35 10.09 9.82 9.53 9.23 9.01 8.74 8.44 8.17 7.91 7.59 7.1 6.58 6.1 5.66 5.18 4.75 4.5 4.3 4.19 4.15 ]] r3d Olisq_RWD4.r3d UmVsdXggR2VvbWV0cnkgRmlsZRpAPzIB///sAwwATGlnaHRFbWl0dGVyAQYBAP/+/xFNAGUA YQBzAHUAcgBlAGQAIABHAGUAbwBtAGUAdAByAHkAAAAAAAMAAAAAAAAAAAAAAAQAAAD//+kD BABNZXNoAQ4BAP/+/wCAAAAABgAAAAAAAAAAAAAAAQACAAAAAAAAAPA/AAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADwPwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAA8D8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAPA/ AAAAABAAAAAAAOMsAABOAAAAmAAAAGaclz4HHUW99P1UvJqZmT62zYmiJQaBvZqZmT40NTAi 9P1UvGaclz4HHUU9JQaBvWaclz4HHUU99P1UvPixkT6Sj8I9JQaBvfixkT6Sj8I99P1UvIwB iD5Rww4+JQaBvYwBiD5Rww4+9P1UvL2WdT5LjDg+JQaBvb2WdT5LjDg+9P1UvA/OVD6rjV0+ JQaBvQ/OVD6rjV0+9P1UvG6CLj4W0nw+JQaBvW6CLj4W0nw+9P1UvMGxAz4exYo+JQaBvcGx Az4exYo+9P1UvNPvqj0ciZM+JQaBvdPvqj0ciZM+9P1UvJAdFD3nepg+JQaBvZAdFD3nepg+ 9P1UvEfqRby2eZk+JQaBvUfqRby2eZk+9P1UvKTKdb3wfpY+JQaBvaTKdb3wfpY+9P1UvIfe 2b1Wno8+JQaBvYfe2b1Wno8+9P1UvJqZGb6BBYU+JQaBvZqZGb6BBYU+9P1UvIdJQr5q9W0+ JQaBvYdJQr5q9W0+9P1UvEjxZb4Wtks+JQaBvUjxZb4Wtks+9P1UvDrSgb4aMCQ+JQaBvTrS gb4aMCQ+9P1UvBBPjb4E0/A9JQaBvRBPjb4E0/A99P1UvPwilb4ZCZM9JQaBvfwilb4ZCZM9 9P1UvBgamb4wwcU8JQaBvRgamb4wwcU89P1UvBgamb4wwcW8JQaBvRgamb4wwcW89P1UvPwi lb4ZCZO9JQaBvfwilb4ZCZO99P1UvBBPjb4E0/C9JQaBvRBPjb4E0/C99P1UvDrSgb4aMCS+ JQaBvTrSgb4aMCS+9P1UvEjxZb4Wtku+JQaBvUjxZb4Wtku+9P1UvIdJQr5q9W2+JQaBvYdJ Qr5q9W2+9P1UvJqZGb6BBYW+JQaBvZqZGb6BBYW+9P1UvIfe2b1Wno++JQaBvYfe2b1Wno++ 9P1UvKTKdb3wfpa+JQaBvaTKdb3wfpa+9P1UvEfqRby2eZm+JQaBvUfqRby2eZm+9P1UvJAd FD3nepi+JQaBvZAdFD3nepi+9P1UvNPvqj0ciZO+JQaBvdPvqj0ciZO+9P1UvMGxAz4exYq+ JQaBvcGxAz4exYq+9P1UvG6CLj4W0ny+JQaBvW6CLj4W0ny+9P1UvA/OVD6rjV2+JQaBvQ/O VD6rjV2+9P1UvL2WdT5LjDi+JQaBvb2WdT5LjDi+9P1UvIwBiD5Rww6+JQaBvYwBiD5Rww6+ 9P1UvPixkT6Sj8K9JQaBvfixkT6Sj8K99P1UvGaclz4HHUW9JQaBvQAAAAABAAAAAgAAAAIA AAABAAAAAwAAAAIAAAADAAAABAAAAAQAAAADAAAABQAAAAQAAAAFAAAABgAAAAYAAAAFAAAA BwAAAAYAAAAHAAAACAAAAAgAAAAHAAAACQAAAAgAAAAJAAAACgAAAAoAAAAJAAAACwAAAAoA AAALAAAADAAAAAwAAAALAAAADQAAAAwAAAANAAAADgAAAA4AAAANAAAADwAAAA4AAAAPAAAA EAAAABAAAAAPAAAAEQAAABAAAAARAAAAEgAAABIAAAARAAAAEwAAABIAAAATAAAAFAAAABQA AAATAAAAFQAAABQAAAAVAAAAFgAAABYAAAAVAAAAFwAAABYAAAAXAAAAGAAAABgAAAAXAAAA GQAAABgAAAAZAAAAGgAAABoAAAAZAAAAGwAAABoAAAAbAAAAHAAAABwAAAAbAAAAHQAAABwA AAAdAAAAHgAAAB4AAAAdAAAAHwAAAB4AAAAfAAAAIAAAACAAAAAfAAAAIQAAACAAAAAhAAAA IgAAACIAAAAhAAAAIwAAACIAAAAjAAAAJAAAACQAAAAjAAAAJQAAACQAAAAlAAAAJgAAACYA AAAlAAAAJwAAACYAAAAnAAAAKAAAACgAAAAnAAAAKQAAACgAAAApAAAAKgAAACoAAAApAAAA KwAAACoAAAArAAAALAAAACwAAAArAAAALQAAACwAAAAtAAAALgAAAC4AAAAtAAAALwAAAC4A AAAvAAAAMAAAADAAAAAvAAAAMQAAADAAAAAxAAAAMgAAADIAAAAxAAAAMwAAADIAAAAzAAAA NAAAADQAAAAzAAAANQAAADQAAAA1AAAANgAAADYAAAA1AAAANwAAADYAAAA3AAAAOAAAADgA AAA3AAAAOQAAADgAAAA5AAAAOgAAADoAAAA5AAAAOwAAADoAAAA7AAAAPAAAADwAAAA7AAAA PQAAADwAAAA9AAAAPgAAAD4AAAA9AAAAPwAAAD4AAAA/AAAAQAAAAEAAAAA/AAAAQQAAAEAA AABBAAAAQgAAAEIAAABBAAAAQwAAAEIAAABDAAAARAAAAEQAAABDAAAARQAAAEQAAABFAAAA RgAAAEYAAABFAAAARwAAAEYAAABHAAAASAAAAEgAAABHAAAASQAAAEgAAABJAAAASgAAAEoA AABJAAAASwAAAEoAAABLAAAATAAAAEwAAABLAAAATQAAAEwAAABNAAAAAAAAAAAAAABNAAAA AQAAAAQAAAAoAAAAAgAAAAIAAAAoAAAAKgAAAAIAAAAqAAAAAAAAAAAAAAAqAAAALAAAAAAA AAAsAAAATAAAAEwAAAAsAAAALgAAAEwAAAAuAAAASgAAAEoAAAAuAAAAMAAAAEoAAAAwAAAA SAAAAEgAAAAwAAAAMgAAAEgAAAAyAAAARgAAAEYAAAAyAAAANAAAAEYAAAA0AAAARAAAAEQA AAA0AAAANgAAAEQAAAA2AAAAQgAAAEIAAAA2AAAAOAAAAEIAAAA4AAAAQAAAAEAAAAA4AAAA OgAAAEAAAAA6AAAAPgAAAD4AAAA6AAAAPAAAACgAAAAEAAAAJgAAACYAAAAEAAAABgAAACYA AAAGAAAAJAAAACQAAAAGAAAACAAAACQAAAAIAAAAIgAAACIAAAAIAAAACgAAACIAAAAKAAAA IAAAACAAAAAKAAAADAAAACAAAAAMAAAAHgAAAB4AAAAMAAAADgAAAB4AAAAOAAAAHAAAABwA AAAOAAAAEAAAABwAAAAQAAAAGgAAABoAAAAQAAAAEgAAABoAAAASAAAAGAAAABgAAAASAAAA FAAAABgAAAAUAAAAFgAAAAEAAABNAAAAAwAAAAMAAABNAAAASwAAAAMAAABLAAAABQAAAAUA AABLAAAASQAAAAUAAABJAAAABwAAAAcAAABJAAAARwAAAAcAAABHAAAARQAAAEUAAABDAAAA BwAAAAcAAABDAAAAQQAAAAcAAABBAAAAPwAAAD8AAAA9AAAABwAAAAcAAAA9AAAAOwAAAAcA AAA7AAAAOQAAADkAAAA3AAAABwAAAAcAAAA3AAAANQAAAAcAAAA1AAAACQAAAAkAAAA1AAAA MwAAAAkAAAAzAAAAMQAAADEAAAAvAAAACQAAAAkAAAAvAAAALQAAAAkAAAAtAAAAKwAAACsA AAApAAAACQAAAAkAAAApAAAAJwAAAAkAAAAnAAAAJQAAACUAAAAjAAAACQAAAAkAAAAjAAAA IQAAAAkAAAAhAAAAHwAAAAkAAAAfAAAACwAAAAsAAAAfAAAAHQAAAAsAAAAdAAAADQAAAA0A AAAdAAAAGwAAAA0AAAAbAAAADwAAAA8AAAAbAAAAGQAAAA8AAAAZAAAAEQAAABEAAAAZAAAA FwAAABEAAAAXAAAAEwAAABMAAAAXAAAAFQAAACoAAAAAAAAAAAAAAAAAAABKKH8/XwemvQAA AAD5NX8/Kq+gPQAAAABCnHg/HUJ0PgAAAACIvGs/mqTHPgAAAACegVg/9poIPwAAAABHB0A/ vEspPwAAAABAJSI/ZBpGPwAAAAB5lAA/3F1dPwAAAAB9O7Y+ZzxvPwAAAABCB00+69B6PwAA AADOhSs9hMZ/PwAAAABOCva9WCV+PwAAAABHjo2+dQV2PwAAAAAKNtu+fllnPwAAAAAAABG/ 7/lSPwAAAABMMDG/R8U4PwAAAADwUEy/Nj4aPwAAAACNjmK/B2XuPgAAAADzoHK/ok6jPgAA AACUony/eXslPgAAAAAAAIC/AAAAAAAAAAAVvny/D9YivgAAAAB213K/RQmivgAAAAA93mK/ IzXtvgAAAAAiuEy/JLUZvwAAAAD5qzG/XU44vwAAAABFjRG/kphSvwAAAADza9y+1A9nvwAA AADs146+z9V1vwAAAAC6XPu9gxB+vwAAAADnziA9ec1/vwAAAACwZko+DfN6vwAAAACo+rQ+ Q3lvvwAAAAAAAAA/17NdvwAAAABWoCE/5IZGvwAAAACmlT8/ScwpvwAAAADgJVg/8isJvwAA AABseWs/aeDIvgAAAAAdc3g/Ydx2vgAAAAAAAAAAAAAAAAAAgD8AAAAAAAAAAAAAgL8BAAAA AgAAAAIAAAADAAAAAwAAAAQAAAAEAAAABQAAAAUAAAAGAAAABgAAAAcAAAAHAAAACAAAAAgA AAAJAAAACQAAAAoAAAAKAAAACwAAAAsAAAAMAAAADAAAAA0AAAANAAAADgAAAA4AAAAPAAAA DwAAABAAAAAQAAAAEQAAABEAAAASAAAAEgAAABMAAAATAAAAFAAAABQAAAAVAAAAFQAAABYA AAAWAAAAFwAAABcAAAAYAAAAGAAAABkAAAAZAAAAGgAAABoAAAAbAAAAGwAAABwAAAAcAAAA HQAAAB0AAAAeAAAAHgAAAB8AAAAfAAAAIAAAACAAAAAhAAAAIQAAACIAAAAiAAAAIwAAACMA AAAkAAAAJAAAACUAAAAlAAAAJgAAACYAAAAnAAAAJwAAAAEAAAAoAAAAKAAAACgAAAAoAAAA KAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgA AAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAA KAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkA AAApAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAA KQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkA AAApAAAAKQAAAHwAAADkAAAAat6xPs3MTD3rOZk+AAAAAOs5mT7NzEw9vJaAPgAAAAC8loA+ zcxMPSgsUT4AAAAAKCxRPs3MTD1YsiM+AAAAAFiyIz7NzEw9gNDzPQAAAACA0PM9zcxMPbjM qT0AAAAAuMypPc3MTD0mjY0/zcxMPSaNjT8AAAAA9MOIPwAAAAD0w4g/zcxMPZhpgz8AAAAA mGmDP83MTD3mRHs/AAAAAOZEez/NzEw9CylvPwAAAAALKW8/zcxMPZbPYj8AAAAAls9iP83M TD1yilY/AAAAAHKKVj/NzEw9i6tKPwAAAACLq0o/zcxMPdyAPz8AAAAA3IA/P83MTD12VDU/ AAAAAHZUNT/NzEw9f2osPwAAAAB/aiw/zcxMPReCjD/NzEw9F4KMPwAAAACSkYc/AAAAAJKR hz/NzEw9vhiCPwAAAAC+GII/zcxMPe53eD8AAAAA7nd4P83MTD0kRWw/AAAAACRFbD/NzEw9 EOlfPwAAAAAQ6V8/zcxMPZ61Uz8AAAAAnrVTP83MTD26/Ec/AAAAALr8Rz/NzEw9EAs9PwAA AAAQCz0/zcxMPV8pMz8AAAAAXykzP83MTD2RSQY/zcxMPZFJBj8AAAAANL/6PgAAAAA0v/o+ zcxMPWdm5j4AAAAAZ2bmPs3MTD0KEdA+AAAAAAoR0D7NzEw9PFO4PgAAAAA8U7g+zcxMPfTI nz4AAAAA9MifPs3MTD0KFoc+AAAAAAoWhz7NzEw9qrxdPgAAAACqvF0+zcxMPXyDLz4AAAAA fIMvPs3MTD2gsAQ+AAAAAKCwBD7NzEw9IM68PQAAAAAgzrw9zcxMPVQABD/NzEw9VAAEPwAA AAAHgfU+AAAAAAeB9T7NzEw9+pvgPgAAAAD6m+A+zcxMPcLdyT4AAAAAwt3JPs3MTD1q3rE+ AAAAAADwfjtUHbI+CFoZPznWpT4AAAAAJXqZPghaGT8RHo0+APB+O6bVgD7IXhc/WW5pPkD4 fDybrFE+vXQTP8aKOj6Qxww9KzAkPhy2DT8exA4+0HR2PSXM9D2RSQY/t3rOPSDOvD2fzao9 NL/6Pof+iT2gsAQ+uoNYPWdm5j6coiM9fIMvPjVG6zwKEdA+LbKdPKq8XT7tDT48PFO4PrO1 vjsKFoc+mUf+OsheFz/NO74+QPh8PPwdyj69dBM/5q7VPpDHDD3k2uA+HLYNPzqS6z7QdHY9 8L/1PpFJBj9MVP8+IM68PXEgBD80v/o+VDoIP6CwBD5B8Qs/Z2bmPlM/Dz98gy8+Sx8SPwoR 0D7rixQ/qrxdPkWBFj88U7g+EfwXPwoWhz5Z+hg/9MifPn15GT8AAAAAAQAAAAIAAAACAAAA AQAAAAMAAAACAAAAAwAAAAQAAAAEAAAAAwAAAAUAAAAEAAAABQAAAAYAAAAGAAAABQAAAAcA AAAGAAAABwAAAAgAAAAIAAAABwAAAAkAAAAIAAAACQAAAAoAAAAKAAAACQAAAAsAAAAKAAAA CwAAAAwAAAANAAAADgAAAA8AAAANAAAADwAAABAAAAAQAAAADwAAABEAAAAQAAAAEQAAABIA AAASAAAAEQAAABMAAAASAAAAEwAAABQAAAAUAAAAEwAAABUAAAAUAAAAFQAAABYAAAAWAAAA FQAAABcAAAAWAAAAFwAAABgAAAAYAAAAFwAAABkAAAAYAAAAGQAAABoAAAAaAAAAGQAAABsA AAAaAAAAGwAAABwAAAAcAAAAGwAAAB0AAAAcAAAAHQAAAB4AAAAeAAAAHQAAAB8AAAAeAAAA HwAAACAAAAAgAAAAHwAAACEAAAAgAAAAIQAAACIAAAAjAAAAJAAAACUAAAAjAAAAJQAAACYA AAAmAAAAJQAAACcAAAAmAAAAJwAAACgAAAAoAAAAJwAAACkAAAAoAAAAKQAAACoAAAAqAAAA KQAAACsAAAAqAAAAKwAAACwAAAAsAAAAKwAAAC0AAAAsAAAALQAAAC4AAAAuAAAALQAAAC8A AAAuAAAALwAAADAAAAAwAAAALwAAADEAAAAwAAAAMQAAADIAAAAyAAAAMQAAADMAAAAyAAAA MwAAADQAAAA0AAAAMwAAADUAAAA0AAAANQAAADYAAAA3AAAAOAAAADkAAAA3AAAAOQAAADoA AAA6AAAAOQAAADsAAAA6AAAAOwAAADwAAAA8AAAAOwAAAD0AAAA8AAAAPQAAAD4AAAA+AAAA PQAAAD8AAAA+AAAAPwAAAEAAAABAAAAAPwAAAEEAAABAAAAAQQAAAEIAAABCAAAAQQAAAEMA AABCAAAAQwAAAEQAAABEAAAAQwAAAEUAAABEAAAARQAAAEYAAABGAAAARQAAAEcAAABGAAAA RwAAAEgAAABIAAAARwAAAEkAAABIAAAASQAAAEoAAABKAAAASQAAAEsAAABKAAAASwAAAEwA AABNAAAATgAAAE8AAABNAAAATwAAAFAAAABQAAAATwAAAFEAAABQAAAAUQAAAFIAAABSAAAA UQAAAFMAAABSAAAAUwAAAFQAAABUAAAAUwAAAFUAAABUAAAAVQAAAAAAAAAAAAAAVQAAAAEA AABWAAAAVwAAAFgAAABYAAAAVwAAAFkAAABYAAAAWQAAAFoAAABaAAAAWQAAAFsAAABaAAAA WwAAAFwAAABcAAAAWwAAAF0AAABcAAAAXQAAAF4AAABeAAAAXQAAAF8AAABeAAAAXwAAAGAA AABgAAAAXwAAAGEAAABgAAAAYQAAAGIAAABiAAAAYQAAAGMAAABiAAAAYwAAAGQAAABkAAAA YwAAAGUAAABkAAAAZQAAAGYAAABmAAAAZQAAAGcAAABmAAAAZwAAAGgAAABoAAAAZwAAAGkA AABoAAAAaQAAAGoAAABqAAAAaQAAAEEAAABXAAAAVgAAAGsAAABrAAAAVgAAAGwAAABrAAAA bAAAAG0AAABtAAAAbAAAAG4AAABtAAAAbgAAAG8AAABvAAAAbgAAAHAAAABvAAAAcAAAAHEA AABxAAAAcAAAAHIAAABxAAAAcgAAAHMAAABzAAAAcgAAAHQAAABzAAAAdAAAAHUAAAB1AAAA dAAAAHYAAAB1AAAAdgAAAHcAAAB3AAAAdgAAAHgAAAB3AAAAeAAAAHkAAAB5AAAAeAAAAHoA AAB5AAAAegAAAHsAAABYAAAAWgAAAFYAAABWAAAAWgAAAFwAAABWAAAAXAAAAGwAAABsAAAA XAAAAF4AAABsAAAAXgAAAG4AAABuAAAAXgAAAGAAAABuAAAAYAAAAGIAAABiAAAAZAAAAG4A AABuAAAAZAAAAGYAAABuAAAAZgAAAGgAAABoAAAAagAAAG4AAABuAAAAagAAAEEAAABuAAAA QQAAAGkAAABpAAAAZwAAAG4AAABuAAAAZwAAAGUAAABuAAAAZQAAAHAAAABwAAAAZQAAAGMA AABwAAAAYwAAAGEAAABhAAAAXwAAAHAAAABwAAAAXwAAAF0AAABwAAAAXQAAAFsAAABbAAAA WQAAAHAAAABwAAAAWQAAAFcAAABwAAAAVwAAAGsAAABrAAAAbQAAAHAAAABwAAAAbQAAAG8A AABwAAAAbwAAAHEAAABwAAAAcQAAAHIAAAByAAAAcQAAAHMAAAByAAAAcwAAAHQAAAB0AAAA cwAAAHUAAAB0AAAAdQAAAHYAAAB2AAAAdQAAAHcAAAB2AAAAdwAAAHgAAAB4AAAAdwAAAHkA AAB4AAAAeQAAAHoAAAB6AAAAeQAAAHsAAAAAAAAAAQAAAAAAAABNAAAAAACAPwEAAAACAAAA AAAAAAEAAAAAAIA/AAAAAAIAAAAAAAAAUAAAAAAAgD8BAAAAAwAAAAEAAABzAAAAAACAPwIA AAADAAAAAQAAAAIAAAAAAIA/AwAAAAQAAAACAAAAAwAAAAAAgD8CAAAABAAAAAIAAABOAAAA AACAPwMAAAAFAAAAAwAAAHUAAAAAAIA/BAAAAAUAAAADAAAABAAAAAAAgD8FAAAABgAAAAQA AAAFAAAAAACAPwQAAAAGAAAABAAAAGMAAAAAAIA/BQAAAAcAAAAFAAAAdwAAAAAAgD8GAAAA BwAAAAUAAAAGAAAAAACAPwcAAAAIAAAABgAAAAcAAAAAAIA/BgAAAAgAAAAGAAAAZQAAAAAA gD8HAAAACQAAAAcAAACCAAAAAACAPwgAAAAJAAAABwAAAAgAAAAAAIA/CQAAAAoAAAAIAAAA CQAAAAAAgD8IAAAACgAAAAgAAABnAAAAAACAPwkAAAALAAAACQAAAI4AAAAAAIA/CgAAAAsA AAAJAAAACgAAAAAAgD8LAAAADAAAAAoAAAALAAAAAACAPwoAAAAMAAAACgAAAGkAAAAAAIA/ CwAAAA0AAAALAAAAkAAAAAAAgD8MAAAADQAAAAsAAAAMAAAAAACAPw0AAAAOAAAADAAAAA0A AAAAAIA/DAAAAA4AAAAMAAAAawAAAAAAgD8NAAAADwAAAA0AAACSAAAAAACAPw4AAAAPAAAA DQAAAA4AAAAAAIA/DwAAABAAAAAOAAAADwAAAAAAgD8OAAAAEAAAAA4AAABtAAAAAACAPw8A AAARAAAADwAAAJQAAAAAAIA/EAAAABEAAAAPAAAAEAAAAAAAgD8RAAAAEgAAABAAAAARAAAA AACAPxAAAAASAAAAEAAAAG8AAAAAAIA/EQAAABMAAAARAAAAlgAAAAAAgD8SAAAAEwAAABEA AAASAAAAAACAPxMAAAAUAAAAEgAAABMAAAAAAIA/EgAAABQAAAASAAAAcQAAAAAAgD8TAAAA FQAAABMAAACXAAAAAACAPxQAAAAVAAAAEwAAABQAAAAAAIA/FQAAABYAAAAUAAAAFQAAAAAA gD8UAAAAFgAAABQAAAByAAAAAACAPxUAAAAXAAAAFQAAAJcAAAAAAIA/FgAAABcAAAAVAAAA FgAAAAAAgD8XAAAAGAAAABYAAAAXAAAAAACAPxYAAAAYAAAAFgAAAHIAAAAAAIA/FwAAABkA AAAXAAAAlQAAAAAAgD8YAAAAGQAAABcAAAAYAAAAAACAPxkAAAAaAAAAGAAAABkAAAAAAIA/ GAAAABoAAAAYAAAAcAAAAAAAgD8ZAAAAGwAAABkAAACTAAAAAACAPxoAAAAbAAAAGQAAABoA AAAAAIA/GwAAABwAAAAaAAAAGwAAAAAAgD8aAAAAHAAAABoAAABuAAAAAACAPxsAAAAdAAAA GwAAAJEAAAAAAIA/HAAAAB0AAAAbAAAAHAAAAAAAgD8dAAAAHgAAABwAAAAdAAAAAACAPxwA AAAeAAAAHAAAAGwAAAAAAIA/HQAAAB8AAAAdAAAAjwAAAAAAgD8eAAAAHwAAAB0AAAAeAAAA AACAPx8AAAAgAAAAHgAAAB8AAAAAAIA/HgAAACAAAAAeAAAAagAAAAAAgD8fAAAAIQAAAB8A AACNAAAAAACAPyAAAAAhAAAAHwAAACAAAAAAAIA/IQAAACIAAAAgAAAAIQAAAAAAgD8gAAAA IgAAACAAAABoAAAAAACAPyEAAAAjAAAAIQAAAIwAAAAAAIA/IgAAACMAAAAhAAAAIgAAAAAA gD8jAAAAJAAAACIAAAAjAAAAAACAPyIAAAAkAAAAIgAAAGYAAAAAAIA/IwAAACUAAAAjAAAA iwAAAAAAgD8kAAAAJQAAACMAAAAkAAAAAACAPyUAAAAmAAAAJAAAACUAAAAAAIA/JAAAACYA AAAkAAAAZAAAAAAAgD8lAAAAJwAAACUAAACKAAAAAACAPyYAAAAnAAAAJQAAACYAAAAAAIA/ JwAAACgAAAAmAAAAJwAAAAAAgD8mAAAAKAAAACYAAABiAAAAAACAPycAAAApAAAAJwAAAIkA AAAAAIA/KAAAACkAAAAnAAAAKAAAAAAAgD8pAAAAKgAAACgAAAApAAAAAACAPygAAAAqAAAA KAAAAE8AAAAAAIA/KQAAACsAAAApAAAAiAAAAAAAgD8qAAAAKwAAACkAAAAqAAAAAACAPysA AAAsAAAAKgAAACsAAAAAAIA/KgAAACwAAAAqAAAAUQAAAAAAgD8rAAAALQAAACsAAACHAAAA AACAPywAAAAtAAAAKwAAACwAAAAAAIA/LQAAAC4AAAAsAAAALQAAAAAAgD8sAAAALgAAACwA AABTAAAAAACAPy0AAAAvAAAALQAAAIYAAAAAAIA/LgAAAC8AAAAtAAAALgAAAAAAgD8vAAAA MAAAAC4AAAAvAAAAAACAPy4AAAAwAAAALgAAAFUAAAAAAIA/LwAAADEAAAAvAAAAhQAAAAAA gD8wAAAAMQAAAC8AAAAwAAAAAACAPzEAAAAyAAAAMAAAADEAAAAAAIA/MAAAADIAAAAwAAAA VwAAAAAAgD8xAAAAMwAAADEAAACEAAAAAACAPzIAAAAzAAAAMQAAADIAAAAAAIA/MwAAADQA AAAyAAAAMwAAAAAAgD8yAAAANAAAADIAAABZAAAAAACAPzMAAAA1AAAAMwAAAIMAAAAAAIA/ NAAAADUAAAAzAAAANAAAAAAAgD81AAAANgAAADQAAAA1AAAAAACAPzQAAAA2AAAANAAAAFsA AAAAAIA/NQAAADcAAAA1AAAAgQAAAAAAgD82AAAANwAAADUAAAA2AAAAAACAPzcAAAA4AAAA NgAAADcAAAAAAIA/NgAAADgAAAA2AAAAXQAAAAAAgD83AAAAOQAAADcAAACAAAAAAACAPzgA AAA5AAAANwAAADgAAAAAAIA/OQAAADoAAAA4AAAAOQAAAAAAgD84AAAAOgAAADgAAABfAAAA AACAPzkAAAA7AAAAOQAAAH8AAAAAAIA/OgAAADsAAAA5AAAAOgAAAAAAgD87AAAAPAAAADoA AAA7AAAAAACAPzoAAAA8AAAAOgAAAGEAAAAAAIA/OwAAAD0AAAA7AAAAfgAAAAAAgD88AAAA PQAAADsAAAA8AAAAAACAPz0AAAA+AAAAPAAAAD0AAAAAAIA/PAAAAD4AAAA8AAAAYQAAAAAA gD89AAAAPwAAAD0AAAB9AAAAAACAPz4AAAA/AAAAPQAAAD4AAAAAAIA/PwAAAEAAAAA+AAAA PwAAAAAAgD8+AAAAQAAAAD4AAABgAAAAAACAPz8AAABBAAAAPwAAAHwAAAAAAIA/QAAAAEEA AAA/AAAAQAAAAAAAgD9BAAAAQgAAAEAAAABBAAAAAACAP0AAAABCAAAAQAAAAF4AAAAAAIA/ QQAAAEMAAABBAAAAewAAAAAAgD9CAAAAQwAAAEEAAABCAAAAAACAP0MAAABEAAAAQgAAAEMA AAAAAIA/QgAAAEQAAABCAAAAXAAAAAAAgD9DAAAARQAAAEMAAAB6AAAAAACAP0QAAABFAAAA QwAAAEQAAAAAAIA/RQAAAEYAAABEAAAARQAAAAAAgD9EAAAARgAAAEQAAABaAAAAAACAP0UA AABHAAAARQAAAHkAAAAAAIA/RgAAAEcAAABFAAAARgAAAAAAgD9HAAAASAAAAEYAAABHAAAA AACAP0YAAABIAAAARgAAAFgAAAAAAIA/RwAAAEkAAABHAAAAeAAAAAAAgD9IAAAASQAAAEcA AABIAAAAAACAP0kAAABKAAAASAAAAEkAAAAAAIA/SAAAAEoAAABIAAAAVgAAAAAAgD9JAAAA SwAAAEkAAAB2AAAAAACAP0oAAABLAAAASQAAAEoAAAAAAIA/SwAAAEwAAABKAAAASwAAAAAA gD9KAAAATAAAAEoAAABUAAAAAACAP0sAAABNAAAASwAAAHQAAAAAAIA/TAAAAE0AAABLAAAA TAAAAAAAgD8AAAAATQAAAEwAAABNAAAAAACAPwAAAABMAAAATAAAAFIAAAAAAIA/AQAAAE0A AABNAAAAcwAAAAAAgD8EAAAAKAAAAE4AAABiAAAAAACAPwIAAAAoAAAATgAAAE8AAAAAAIA/ AgAAACoAAABPAAAAUAAAAAAAgD8AAAAAKgAAAFAAAABRAAAAAACAPwAAAAAsAAAAUQAAAFIA AAAAAIA/LAAAAEwAAABSAAAAUwAAAAAAgD8uAAAATAAAAFMAAABUAAAAAACAPy4AAABKAAAA VAAAAFUAAAAAAIA/MAAAAEoAAABVAAAAVgAAAAAAgD8wAAAASAAAAFYAAABXAAAAAACAPzIA AABIAAAAVwAAAFgAAAAAAIA/MgAAAEYAAABYAAAAWQAAAAAAgD80AAAARgAAAFkAAABaAAAA AACAPzQAAABEAAAAWgAAAFsAAAAAAIA/NgAAAEQAAABbAAAAXAAAAAAAgD82AAAAQgAAAFwA AABdAAAAAACAPzgAAABCAAAAXQAAAF4AAAAAAIA/OAAAAEAAAABeAAAAXwAAAAAAgD86AAAA QAAAAF8AAABgAAAAAACAPzoAAAA+AAAAYAAAAGEAAAAAAIA/BAAAACYAAABiAAAAYwAAAAAA gD8GAAAAJgAAAGMAAABkAAAAAACAPwYAAAAkAAAAZAAAAGUAAAAAAIA/CAAAACQAAABlAAAA ZgAAAAAAgD8IAAAAIgAAAGYAAABnAAAAAACAPwoAAAAiAAAAZwAAAGgAAAAAAIA/CgAAACAA AABoAAAAaQAAAAAAgD8MAAAAIAAAAGkAAABqAAAAAACAPwwAAAAeAAAAagAAAGsAAAAAAIA/ DgAAAB4AAABrAAAAbAAAAAAAgD8OAAAAHAAAAGwAAABtAAAAAACAPxAAAAAcAAAAbQAAAG4A AAAAAIA/EAAAABoAAABuAAAAbwAAAAAAgD8SAAAAGgAAAG8AAABwAAAAAACAPxIAAAAYAAAA cAAAAHEAAAAAAIA/FAAAABgAAABxAAAAcgAAAAAAgD8DAAAATQAAAHMAAAB0AAAAAACAPwMA AABLAAAAdAAAAHUAAAAAAIA/BQAAAEsAAAB1AAAAdgAAAAAAgD8FAAAASQAAAHYAAAB3AAAA AACAPwcAAABJAAAAdwAAAHgAAAAAAIA/BwAAAEcAAAB4AAAAeQAAAAAAgD8HAAAARQAAAHkA AAB6AAAAAACAPwcAAABDAAAAegAAAHsAAAAAAIA/BwAAAEEAAAB7AAAAfAAAAAAAgD8HAAAA PwAAAHwAAAB9AAAAAACAPwcAAAA9AAAAfQAAAH4AAAAAAIA/BwAAADsAAAB+AAAAfwAAAAAA gD8HAAAAOQAAAH8AAACAAAAAAACAPwcAAAA3AAAAgAAAAIEAAAAAAIA/BwAAADUAAACBAAAA ggAAAAAAgD8JAAAANQAAAIIAAACDAAAAAACAPwkAAAAzAAAAgwAAAIQAAAAAAIA/CQAAADEA AACEAAAAhQAAAAAAgD8JAAAALwAAAIUAAACGAAAAAACAPwkAAAAtAAAAhgAAAIcAAAAAAIA/ CQAAACsAAACHAAAAiAAAAAAAgD8JAAAAKQAAAIgAAACJAAAAAACAPwkAAAAnAAAAiQAAAIoA AAAAAIA/CQAAACUAAACKAAAAiwAAAAAAgD8JAAAAIwAAAIsAAACMAAAAAACAPwkAAAAhAAAA jAAAAI0AAAAAAIA/CQAAAB8AAACNAAAAjgAAAAAAgD8LAAAAHwAAAI4AAACPAAAAAACAPwsA AAAdAAAAjwAAAJAAAAAAAIA/DQAAAB0AAACQAAAAkQAAAAAAgD8NAAAAGwAAAJEAAACSAAAA AACAPw8AAAAbAAAAkgAAAJMAAAAAAIA/DwAAABkAAACTAAAAlAAAAAAAgD8RAAAAGQAAAJQA AACVAAAAAACAPxEAAAAXAAAAlQAAAJYAAAAAAIA/EwAAABcAAACWAAAAlwAAAAAAgD8Bnud5 nud5nud5nud5nud5nud5nud5nud5nud5nudRFEVRFEVRNEVRFEVRlCuKUqRIEaVIkSJRFEXR ABQAAAAAAAAAAAAAAPB9Zz/4gdU/AAAAAIgAAAAAAAAAAADwPwAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAA8D8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAPA/AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADwPwAAAAAA AAAACwAAAAAAAAAAAAAAAQAAAAEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAYAAADM QjIBAAADgAEOAgD//v8AgAAAAAcAAAAAAAAAAAAAAAEAAgAAAAAAAADwPwAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA8D8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAPA/AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADw PwAAAAAQAAAAAABnJgAASAAAAIQAAAAR5zk+46UbvHASA7sjkDw+bxIDvAAAAADHSzc+rpQQ IHASA7s1Xjo+rpQQoAAAAAAR5zk+46UbPHASA7sjkDw+bxIDPAAAAAAlBkE+jcuGPHASA7tc j0I++wVjPAAAAACDwEo+46WbPHASA7uDwEo+bxKDPAAAAADhelQ+jcuGPHASA7uq8VI++wVj PAAAAAD1mVs+46UbPHASA7vj8Fg+bxIDPAAAAAA/NV4+2bk0InASA7vRIls++Z0ZogAAAAD1 mVs+46UbvHASA7vj8Fg+bxIDvAAAAADhelQ+jcuGvHASA7uq8VI++wVjvAAAAACDwEo+46Wb vHASA7uDwEo+bxKDvAAAAAAlBkE+jcuGvHASA7tcj0I++wVjvAAAAACgDam9QtwlPnASA7vE X669eWUnPgAAAADHS7e9L70ePnASA7s1Xrq9QWYhPgAAAACDwMq95CEcPnASA7uDwMq9UjQf PgAAAAA/Nd69L70ePnASA7vRItu9QWYhPgAAAABmc+y9QtwlPnASA7tCIee9eWUnPgAAAAD8 qfG9oJYvPnASA7sfheu9oJYvPgAAAABmc+y9/lA5PnASA7tCIee9x8c3PgAAAAA/Nd69EnBA PnASA7vRItu9AMc9PgAAAACDwMq9XQtDPnASA7uDwMq97vg/PgAAAADHS7e9EnBAPnASA7s1 Xrq9AMc9PgAAAACgDam9/lA5PnASA7vEX669x8c3PgAAAAAK16O9oJYvPnASA7vn+6m9oJYv PgAAAACDwMq95CEcvnASA7uDwMq9UjQfvgAAAADHS7e9L70evnASA7s1Xrq9QWYhvgAAAACg Dam9QtwlvnASA7vEX669eWUnvgAAAAAK16O9oJYvvnASA7vn+6m9oJYvvgAAAACgDam9/lA5 vnASA7vEX669x8c3vgAAAADHS7e9EnBAvnASA7s1Xrq9AMc9vgAAAACDwMq9XQtDvnASA7uD wMq97vg/vgAAAAA/Nd69EnBAvnASA7vRItu9AMc9vgAAAABmc+y9/lA5vnASA7tCIee9x8c3 vgAAAAD8qfG9oJYvvnASA7sfheu9oJYvvgAAAABmc+y9QtwlvnASA7tCIee9eWUnvgAAAAA/ Nd69L70evnASA7vRItu9QWYhvgAAAAAAAAAAAQAAAAIAAAACAAAAAQAAAAMAAAACAAAAAwAA AAQAAAAEAAAAAwAAAAUAAAAEAAAABQAAAAYAAAAGAAAABQAAAAcAAAAGAAAABwAAAAgAAAAI AAAABwAAAAkAAAAIAAAACQAAAAoAAAAKAAAACQAAAAsAAAAKAAAACwAAAAwAAAAMAAAACwAA AA0AAAAMAAAADQAAAA4AAAAOAAAADQAAAA8AAAAOAAAADwAAABAAAAAQAAAADwAAABEAAAAQ AAAAEQAAABIAAAASAAAAEQAAABMAAAASAAAAEwAAABQAAAAUAAAAEwAAABUAAAAUAAAAFQAA ABYAAAAWAAAAFQAAABcAAAAWAAAAFwAAAAAAAAAAAAAAFwAAAAEAAAAEAAAADAAAAAIAAAAC AAAADAAAAA4AAAACAAAADgAAAAAAAAAAAAAADgAAABAAAAAAAAAAEAAAABYAAAAWAAAAEAAA ABIAAAAWAAAAEgAAABQAAAAMAAAABAAAAAoAAAAKAAAABAAAAAYAAAAKAAAABgAAAAgAAAAB AAAAEQAAAAMAAAADAAAAEQAAAA8AAAADAAAADwAAAAUAAAAFAAAADwAAAA0AAAAFAAAADQAA AAcAAAAHAAAADQAAAAsAAAAHAAAACwAAAAkAAAARAAAAAQAAABMAAAATAAAAAQAAABcAAAAT AAAAFwAAABUAAAAYAAAAGQAAABoAAAAaAAAAGQAAABsAAAAaAAAAGwAAABwAAAAcAAAAGwAA AB0AAAAcAAAAHQAAAB4AAAAeAAAAHQAAAB8AAAAeAAAAHwAAACAAAAAgAAAAHwAAACEAAAAg AAAAIQAAACIAAAAiAAAAIQAAACMAAAAiAAAAIwAAACQAAAAkAAAAIwAAACUAAAAkAAAAJQAA ACYAAAAmAAAAJQAAACcAAAAmAAAAJwAAACgAAAAoAAAAJwAAACkAAAAoAAAAKQAAACoAAAAq AAAAKQAAACsAAAAqAAAAKwAAACwAAAAsAAAAKwAAAC0AAAAsAAAALQAAAC4AAAAuAAAALQAA AC8AAAAuAAAALwAAABgAAAAYAAAALwAAABkAAAAcAAAAJAAAABoAAAAaAAAAJAAAACYAAAAa AAAAJgAAABgAAAAYAAAAJgAAACgAAAAYAAAAKAAAAC4AAAAuAAAAKAAAACoAAAAuAAAAKgAA ACwAAAAkAAAAHAAAACIAAAAiAAAAHAAAAB4AAAAiAAAAHgAAACAAAAAZAAAAKQAAABsAAAAb AAAAKQAAACcAAAAbAAAAJwAAAB0AAAAdAAAAJwAAACUAAAAdAAAAJQAAAB8AAAAfAAAAJQAA ACMAAAAfAAAAIwAAACEAAAApAAAAGQAAACsAAAArAAAAGQAAAC8AAAArAAAALwAAAC0AAAAw AAAAMQAAADIAAAAyAAAAMQAAADMAAAAyAAAAMwAAADQAAAA0AAAAMwAAADUAAAA0AAAANQAA ADYAAAA2AAAANQAAADcAAAA2AAAANwAAADgAAAA4AAAANwAAADkAAAA4AAAAOQAAADoAAAA6 AAAAOQAAADsAAAA6AAAAOwAAADwAAAA8AAAAOwAAAD0AAAA8AAAAPQAAAD4AAAA+AAAAPQAA AD8AAAA+AAAAPwAAAEAAAABAAAAAPwAAAEEAAABAAAAAQQAAAEIAAABCAAAAQQAAAEMAAABC AAAAQwAAAEQAAABEAAAAQwAAAEUAAABEAAAARQAAAEYAAABGAAAARQAAAEcAAABGAAAARwAA ADAAAAAwAAAARwAAADEAAAA0AAAAPAAAADIAAAAyAAAAPAAAAD4AAAAyAAAAPgAAADAAAAAw AAAAPgAAAEAAAAAwAAAAQAAAAEYAAABGAAAAQAAAAEIAAABGAAAAQgAAAEQAAAA8AAAANAAA ADoAAAA6AAAANAAAADYAAAA6AAAANgAAADgAAAAxAAAAQQAAADMAAAAzAAAAQQAAAD8AAAAz AAAAPwAAADUAAAA1AAAAPwAAAD0AAAA1AAAAPQAAADcAAAA3AAAAPQAAADsAAAA3AAAAOwAA ADkAAABBAAAAMQAAAEMAAABDAAAAMQAAAEcAAABDAAAARwAAAEUAAAAPAAAAAAAAAAAAAAAA AAAAJTkMvz2lE77v+VI/Fg0Mv4Q8Fj7v+VI/glXMvgzJzT7v+VI/RNwUvpYkDD/v+VI/FaQW PiEGDD/v+VI/0O7NPnIvzD7v+VI/dSsMP5x0FD7v+VI/KP8LP6ELF77v+VI/pfzMPo8izb7v +VI/7wwUPk8yDL/v+VI/KXMXviv4C7/v+VI/ckjNvrTWzL7v+VI/AAAAAAAAAAAAAIC/AAAA AAAAAAAAAIA/AQAAAAEAAAACAAAAAgAAAAMAAAADAAAABAAAAAQAAAAFAAAABQAAAAYAAAAG AAAABwAAAAcAAAAIAAAACAAAAAkAAAAJAAAACgAAAAoAAAALAAAACwAAAAwAAAAMAAAADQAA AA0AAAANAAAADQAAAA0AAAANAAAADQAAAA0AAAANAAAADQAAAA4AAAAOAAAADgAAAA4AAAAO AAAADgAAAA4AAAAOAAAADgAAAA4AAAAJAAAACQAAAAoAAAAKAAAACwAAAAsAAAAMAAAADAAA AAEAAAABAAAAAgAAAAIAAAADAAAAAwAAAAQAAAAEAAAABQAAAAUAAAAGAAAABgAAAAcAAAAH AAAACAAAAAgAAAANAAAADQAAAA0AAAANAAAADQAAAA0AAAANAAAADQAAAA0AAAANAAAADgAA AA4AAAAOAAAADgAAAA4AAAAOAAAADgAAAA4AAAAOAAAADgAAAAUAAAAFAAAABgAAAAYAAAAH AAAABwAAAAgAAAAIAAAACQAAAAkAAAAKAAAACgAAAAsAAAALAAAADAAAAAwAAAABAAAAAQAA AAIAAAACAAAAAwAAAAMAAAAEAAAABAAAAA0AAAANAAAADQAAAA0AAAANAAAADQAAAA0AAAAN AAAADQAAAA0AAAAOAAAADgAAAA4AAAAOAAAADgAAAA4AAAAOAAAADgAAAA4AAAAOAAAAcAAA AMYAAAAINBE9M1A5PjiYBj1q2To+6KUbPZEKQz4oXA89kQpDPsDKIT+RCkM+XI8iP5EKQz7e cSI/8MRMPpwbIz+4O0s+WDkkP3XlUz6mmyQ/4jtRPvCnJj9Of1Y+8KcmP99sUz6IFik/deVT Pjq0KD/iO1E+Ad4qP/DETD5ENCo/uDtLPh+FKz+RCkM+g8AqP5EKQz4AAAAAkQpDPgCcRDuR CkM+AB4nOzNQOT6Abag7atk6PuClGzxNMjI+YDk0PODbND7gpZs81ZUvPuClmzxEqDI+4Hjp PE0yMj4gL9084Ns0Pgg0ET3wxEw+AB4nO/DETD7gpRs8deVTPuB46Tx15VM+4KWbPE5/Vj44 mAY9uDtLPoBtqDu4O0s+IC/dPOI7UT5gOTQ84jtRPuClmzzfbFM+nl6ZPlR0tD4Yspo+7zi1 PpLtnD4R5LA+LbKdPto4sj7ByqE+JJevPsHKoT5cILE+8KemPhHksD5U46U+2jiyPuM2qj5U dLQ+aeOoPu84tT4fhas+g1G5Puj7qT6DUbk+Vg6tPoNRuT5b06w+si6+PtUmrj4War0+TmKw PqW9wT7qJrE+3GjAPn0/tT7hC8M+fT+1PqqCwT6sHLo+pb3BPhFYuT7caMA+oKu9PrIuvj4m WLw+Fmq9Ptv5vj6DUbk+pHC9PoNRuT5jEJg+g1G5PpqZmT6DUbk+4zaqPrIuvj7wp6Y+pb3B PsHKoT7hC8M+ku2cPqW9wT6eXpk+si6+PsHKoT6qgsE+VOOlPtxowD5p46g+Fmq9Pi2ynT7c aMA+GLKaPhZqvT59P7U+46UbPX0/tT4pXA89rBy6PgU0ET0RWLk+NZgGPaCrvT7VeOk8Jli8 Phsv3Tzb+b4+46WbPKRwvT7jpZs8YxCYPuOlmzyamZk+46WbPJ5emT7jpRs8GLKaPlg5NDyS 7Zw+5x0nOy2ynT5ybag7wcqhPgAAAADByqE+pptEO/Cnpj7nHSc7VOOlPnJtqDvjNqo+46Ub PGnjqD5YOTQ8H4WrPuOlmzzo+6k+46WbPFYOrT7jpZs8W9OsPtV46TzVJq4+Gy/dPE5isD4F NBE96iaxPjWYBj2eXpk+1XjpPJLtnD4FNBE9wcqhPuOlGz3wp6Y+BTQRPeM2qj7VeOk8wcqh PilcDz0tsp0+NZgGPRiymj4bL908VOOlPjWYBj1p46g+Gy/dPAAAAAABAAAAAgAAAAIAAAAB AAAAAwAAAAQAAAAFAAAABgAAAAYAAAAFAAAABwAAAAYAAAAHAAAACAAAAAgAAAAHAAAACQAA AAgAAAAJAAAACgAAAAoAAAAJAAAACwAAAAoAAAALAAAADAAAAAwAAAALAAAADQAAAAwAAAAN AAAADgAAAA4AAAANAAAADwAAAA4AAAAPAAAAEAAAABAAAAAPAAAAEQAAABIAAAATAAAAFAAA ABQAAAATAAAAFQAAABQAAAAVAAAAFgAAABYAAAAVAAAAFwAAABYAAAAXAAAAGAAAABgAAAAX AAAAGQAAABgAAAAZAAAAGgAAABoAAAAZAAAAGwAAABoAAAAbAAAAAAAAAAAAAAAbAAAAAQAA ABwAAAAdAAAAAgAAAAIAAAAdAAAAEgAAAAIAAAASAAAAAAAAAAAAAAASAAAAFAAAAAAAAAAU AAAAGgAAABoAAAAUAAAAFgAAABoAAAAWAAAAGAAAAB0AAAAcAAAAHgAAAB4AAAAcAAAAHwAA AB4AAAAfAAAAIAAAAAEAAAAVAAAAAwAAAAMAAAAVAAAAEwAAAAMAAAATAAAAIQAAACEAAAAT AAAAIgAAACEAAAAiAAAAIwAAACMAAAAiAAAAJAAAACMAAAAkAAAAJQAAABUAAAABAAAAFwAA ABcAAAABAAAAGwAAABcAAAAbAAAAGQAAACYAAAAnAAAAKAAAACgAAAAnAAAAKQAAACgAAAAp AAAAKgAAACoAAAApAAAAKwAAACoAAAArAAAALAAAACwAAAArAAAALQAAACwAAAAtAAAALgAA AC4AAAAtAAAALwAAAC4AAAAvAAAAMAAAADAAAAAvAAAAMQAAADAAAAAyAAAAMwAAADMAAAAy AAAANAAAADMAAAA0AAAANQAAADUAAAA0AAAANgAAADUAAAA2AAAANwAAADcAAAA2AAAAOAAA ADcAAAA4AAAAOQAAADkAAAA4AAAAOgAAADkAAAA6AAAAOwAAADsAAAA6AAAAPAAAADsAAAA8 AAAAPQAAAD0AAAA8AAAAPgAAAD8AAABAAAAAJgAAACYAAABAAAAAJwAAACoAAABBAAAAKAAA ACgAAABBAAAAQgAAACgAAABCAAAAJgAAACYAAABCAAAAQwAAACYAAABDAAAAPwAAAD8AAABD AAAARAAAAD8AAABEAAAARQAAAEEAAAAqAAAAMAAAADAAAAAqAAAALAAAADAAAAAsAAAALgAA ACcAAABGAAAAKQAAACkAAABGAAAARwAAACkAAABHAAAAKwAAACsAAABHAAAASAAAACsAAABI AAAALQAAAC0AAABIAAAAMQAAAC0AAAAxAAAALwAAAEYAAAAnAAAASQAAAEkAAAAnAAAAQAAA AEkAAABAAAAASgAAAEsAAABMAAAATQAAAE0AAABMAAAATgAAAE0AAABOAAAATwAAAE8AAABO AAAAUAAAAE8AAABQAAAAUQAAAFEAAABQAAAAUgAAAFMAAABUAAAAVQAAAFUAAABUAAAAVgAA AFUAAABWAAAAVwAAAFcAAABWAAAAWAAAAFcAAABYAAAAWQAAAFkAAABYAAAAWgAAAFkAAABa AAAAWwAAAFsAAABaAAAAXAAAAFsAAABcAAAAXQAAAF0AAABcAAAAXgAAAF0AAABeAAAAXwAA AF8AAABeAAAAYAAAAF8AAABhAAAAYgAAAGIAAABhAAAAYwAAAGIAAABjAAAAZAAAAGQAAABj AAAAZQAAAGQAAABlAAAASwAAAEsAAABlAAAATAAAAGYAAABZAAAAZwAAAGcAAABZAAAAWwAA AGcAAABbAAAAaAAAAGgAAABbAAAAXQAAAGgAAABdAAAAaQAAAGkAAABdAAAAXwAAAGkAAABf AAAAagAAAFkAAABmAAAAVwAAAFcAAABmAAAAUwAAAFcAAABTAAAAVQAAAGsAAABeAAAAbAAA AGwAAABeAAAAXAAAAGwAAABcAAAAbQAAAG0AAABcAAAAWgAAAG0AAABaAAAAVAAAAFQAAABa AAAAWAAAAFQAAABYAAAAVgAAAF4AAABrAAAAYAAAAGAAAABrAAAAbgAAAGAAAABuAAAAbwAA AAAAAAABAAAAAAAAABcAAAAAAIA/AQAAAAIAAAAAAAAAAQAAAAAAgD8AAAAAAgAAAAAAAAAa AAAAAACAPwEAAAADAAAAAQAAACIAAAAAAIA/AgAAAAMAAAABAAAAAgAAAAAAgD8DAAAABAAA AAIAAAADAAAAAACAPwIAAAAEAAAAAgAAABgAAAAAAIA/AwAAAAUAAAADAAAAJAAAAAAAgD8E AAAABQAAAAMAAAAEAAAAAACAPwUAAAAGAAAABAAAAAUAAAAAAIA/BAAAAAYAAAAEAAAAIAAA AAAAgD8FAAAABwAAAAUAAAAmAAAAAACAPwYAAAAHAAAABQAAAAYAAAAAAIA/BwAAAAgAAAAG AAAABwAAAAAAgD8GAAAACAAAAAYAAAAhAAAAAACAPwcAAAAJAAAABwAAACgAAAAAAIA/CAAA AAkAAAAHAAAACAAAAAAAgD8JAAAACgAAAAgAAAAJAAAAAACAPwgAAAAKAAAACAAAACEAAAAA AIA/CQAAAAsAAAAJAAAAKAAAAAAAgD8KAAAACwAAAAkAAAAKAAAAAACAPwsAAAAMAAAACgAA AAsAAAAAAIA/CgAAAAwAAAAKAAAAHwAAAAAAgD8LAAAADQAAAAsAAAAnAAAAAACAPwwAAAAN AAAACwAAAAwAAAAAAIA/DQAAAA4AAAAMAAAADQAAAAAAgD8MAAAADgAAAAwAAAAZAAAAAACA Pw0AAAAPAAAADQAAACUAAAAAAIA/DgAAAA8AAAANAAAADgAAAAAAgD8PAAAAEAAAAA4AAAAP AAAAAACAPw4AAAAQAAAADgAAABsAAAAAAIA/DwAAABEAAAAPAAAAIwAAAAAAgD8QAAAAEQAA AA8AAAAQAAAAAACAPxEAAAASAAAAEAAAABEAAAAAAIA/EAAAABIAAAAQAAAAHQAAAAAAgD8R AAAAEwAAABEAAAApAAAAAACAPxIAAAATAAAAEQAAABIAAAAAAIA/EwAAABQAAAASAAAAEwAA AAAAgD8SAAAAFAAAABIAAAAeAAAAAACAPxMAAAAVAAAAEwAAACsAAAAAAIA/FAAAABUAAAAT AAAAFAAAAAAAgD8VAAAAFgAAABQAAAAVAAAAAACAPxQAAAAWAAAAFAAAAB4AAAAAAIA/FQAA ABcAAAAVAAAAKwAAAAAAgD8WAAAAFwAAABUAAAAWAAAAAACAPwAAAAAXAAAAFgAAABcAAAAA AIA/AAAAABYAAAAWAAAAHAAAAAAAgD8BAAAAFwAAABcAAAAqAAAAAACAPwQAAAAMAAAAGAAA AB8AAAAAAIA/AgAAAAwAAAAYAAAAGQAAAAAAgD8CAAAADgAAABkAAAAaAAAAAACAPwAAAAAO AAAAGgAAABsAAAAAAIA/AAAAABAAAAAbAAAAHAAAAAAAgD8QAAAAFgAAABwAAAAdAAAAAACA PxIAAAAWAAAAHQAAAB4AAAAAAIA/BAAAAAoAAAAfAAAAIAAAAAAAgD8GAAAACgAAACAAAAAh AAAAAACAPwEAAAARAAAAIgAAACkAAAAAAIA/AwAAABEAAAAiAAAAIwAAAAAAgD8DAAAADwAA ACMAAAAkAAAAAACAPwUAAAAPAAAAJAAAACUAAAAAAIA/BQAAAA0AAAAlAAAAJgAAAAAAgD8H AAAADQAAACYAAAAnAAAAAACAPwcAAAALAAAAJwAAACgAAAAAAIA/AQAAABMAAAApAAAAKgAA AAAAgD8TAAAAFwAAACoAAAArAAAAAACAPxgAAAAZAAAALAAAAEMAAAAAAIA/GQAAABoAAAAs AAAALQAAAAAAgD8YAAAAGgAAACwAAABGAAAAAACAPxkAAAAbAAAALQAAAE4AAAAAAIA/GgAA ABsAAAAtAAAALgAAAAAAgD8bAAAAHAAAAC4AAAAvAAAAAACAPxoAAAAcAAAALgAAAEQAAAAA AIA/GwAAAB0AAAAvAAAAUAAAAAAAgD8cAAAAHQAAAC8AAAAwAAAAAACAPx0AAAAeAAAAMAAA ADEAAAAAAIA/HAAAAB4AAAAwAAAATAAAAAAAgD8dAAAAHwAAADEAAABSAAAAAACAPx4AAAAf AAAAMQAAADIAAAAAAIA/HwAAACAAAAAyAAAAMwAAAAAAgD8eAAAAIAAAADIAAABNAAAAAACA Px8AAAAhAAAAMwAAAFQAAAAAAIA/IAAAACEAAAAzAAAANAAAAAAAgD8hAAAAIgAAADQAAAA1 AAAAAACAPyAAAAAiAAAANAAAAE0AAAAAAIA/IQAAACMAAAA1AAAAVAAAAAAAgD8iAAAAIwAA ADUAAAA2AAAAAACAPyMAAAAkAAAANgAAADcAAAAAAIA/IgAAACQAAAA2AAAASwAAAAAAgD8j AAAAJQAAADcAAABTAAAAAACAPyQAAAAlAAAANwAAADgAAAAAAIA/JQAAACYAAAA4AAAAOQAA AAAAgD8kAAAAJgAAADgAAABFAAAAAACAPyUAAAAnAAAAOQAAAFEAAAAAAIA/JgAAACcAAAA5 AAAAOgAAAAAAgD8nAAAAKAAAADoAAAA7AAAAAACAPyYAAAAoAAAAOgAAAEcAAAAAAIA/JwAA ACkAAAA7AAAATwAAAAAAgD8oAAAAKQAAADsAAAA8AAAAAACAPykAAAAqAAAAPAAAAD0AAAAA AIA/KAAAACoAAAA8AAAASQAAAAAAgD8pAAAAKwAAAD0AAABVAAAAAACAPyoAAAArAAAAPQAA AD4AAAAAAIA/KwAAACwAAAA+AAAAPwAAAAAAgD8qAAAALAAAAD4AAABKAAAAAACAPysAAAAt AAAAPwAAAFcAAAAAAIA/LAAAAC0AAAA/AAAAQAAAAAAAgD8tAAAALgAAAEAAAABBAAAAAACA PywAAAAuAAAAQAAAAEoAAAAAAIA/LQAAAC8AAABBAAAAVwAAAAAAgD8uAAAALwAAAEEAAABC AAAAAACAPxgAAAAvAAAAQgAAAEMAAAAAAIA/GAAAAC4AAABCAAAASAAAAAAAgD8ZAAAALwAA AEMAAABWAAAAAACAPxwAAAAkAAAARAAAAEsAAAAAAIA/GgAAACQAAABEAAAARQAAAAAAgD8a AAAAJgAAAEUAAABGAAAAAACAPxgAAAAmAAAARgAAAEcAAAAAAIA/GAAAACgAAABHAAAASAAA AAAAgD8oAAAALgAAAEgAAABJAAAAAACAPyoAAAAuAAAASQAAAEoAAAAAAIA/HAAAACIAAABL AAAATAAAAAAAgD8eAAAAIgAAAEwAAABNAAAAAACAPxkAAAApAAAATgAAAFUAAAAAAIA/GwAA ACkAAABOAAAATwAAAAAAgD8bAAAAJwAAAE8AAABQAAAAAACAPx0AAAAnAAAAUAAAAFEAAAAA AIA/HQAAACUAAABRAAAAUgAAAAAAgD8fAAAAJQAAAFIAAABTAAAAAACAPx8AAAAjAAAAUwAA AFQAAAAAAIA/GQAAACsAAABVAAAAVgAAAAAAgD8rAAAALwAAAFYAAABXAAAAAACAPzAAAAAx AAAAWAAAAG8AAAAAAIA/MQAAADIAAABYAAAAWQAAAAAAgD8wAAAAMgAAAFgAAAByAAAAAACA PzEAAAAzAAAAWQAAAHoAAAAAAIA/MgAAADMAAABZAAAAWgAAAAAAgD8zAAAANAAAAFoAAABb AAAAAACAPzIAAAA0AAAAWgAAAHAAAAAAAIA/MwAAADUAAABbAAAAfAAAAAAAgD80AAAANQAA AFsAAABcAAAAAACAPzUAAAA2AAAAXAAAAF0AAAAAAIA/NAAAADYAAABcAAAAeAAAAAAAgD81 AAAANwAAAF0AAAB+AAAAAACAPzYAAAA3AAAAXQAAAF4AAAAAAIA/NwAAADgAAABeAAAAXwAA AAAAgD82AAAAOAAAAF4AAAB5AAAAAACAPzcAAAA5AAAAXwAAAIAAAAAAAIA/OAAAADkAAABf AAAAYAAAAAAAgD85AAAAOgAAAGAAAABhAAAAAACAPzgAAAA6AAAAYAAAAHkAAAAAAIA/OQAA ADsAAABhAAAAgAAAAAAAgD86AAAAOwAAAGEAAABiAAAAAACAPzsAAAA8AAAAYgAAAGMAAAAA AIA/OgAAADwAAABiAAAAdwAAAAAAgD87AAAAPQAAAGMAAAB/AAAAAACAPzwAAAA9AAAAYwAA AGQAAAAAAIA/PQAAAD4AAABkAAAAZQAAAAAAgD88AAAAPgAAAGQAAABxAAAAAACAPz0AAAA/ AAAAZQAAAH0AAAAAAIA/PgAAAD8AAABlAAAAZgAAAAAAgD8/AAAAQAAAAGYAAABnAAAAAACA Pz4AAABAAAAAZgAAAHMAAAAAAIA/PwAAAEEAAABnAAAAewAAAAAAgD9AAAAAQQAAAGcAAABo AAAAAACAP0EAAABCAAAAaAAAAGkAAAAAAIA/QAAAAEIAAABoAAAAdQAAAAAAgD9BAAAAQwAA AGkAAACBAAAAAACAP0IAAABDAAAAaQAAAGoAAAAAAIA/QwAAAEQAAABqAAAAawAAAAAAgD9C AAAARAAAAGoAAAB2AAAAAACAP0MAAABFAAAAawAAAIMAAAAAAIA/RAAAAEUAAABrAAAAbAAA AAAAgD9FAAAARgAAAGwAAABtAAAAAACAP0QAAABGAAAAbAAAAHYAAAAAAIA/RQAAAEcAAABt AAAAgwAAAAAAgD9GAAAARwAAAG0AAABuAAAAAACAPzAAAABHAAAAbgAAAG8AAAAAAIA/MAAA AEYAAABuAAAAdAAAAAAAgD8xAAAARwAAAG8AAACCAAAAAACAPzQAAAA8AAAAcAAAAHcAAAAA AIA/MgAAADwAAABwAAAAcQAAAAAAgD8yAAAAPgAAAHEAAAByAAAAAACAPzAAAAA+AAAAcgAA AHMAAAAAAIA/MAAAAEAAAABzAAAAdAAAAAAAgD9AAAAARgAAAHQAAAB1AAAAAACAP0IAAABG AAAAdQAAAHYAAAAAAIA/NAAAADoAAAB3AAAAeAAAAAAAgD82AAAAOgAAAHgAAAB5AAAAAACA PzEAAABBAAAAegAAAIEAAAAAAIA/MwAAAEEAAAB6AAAAewAAAAAAgD8zAAAAPwAAAHsAAAB8 AAAAAACAPzUAAAA/AAAAfAAAAH0AAAAAAIA/NQAAAD0AAAB9AAAAfgAAAAAAgD83AAAAPQAA AH4AAAB/AAAAAACAPzcAAAA7AAAAfwAAAIAAAAAAAIA/MQAAAEMAAACBAAAAggAAAAAAgD9D AAAARwAAAIIAAACDAAAAAACAPwF1Xdd1Xdd1XdcURZkyRVGmXNd1Xdd1Xdd1TVGUKVMUZcp1 Xdd1Xdd1XdcURZkyRVGmDBQAAAAAAAAAAAAAAHYLvz9FAChAAAAAAIgAAAAAAAAAAADwPwAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA8D8AAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAPA/AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAADwPwAAAAAAAAAADAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAYAAADMQjIBAAADgAEOAwD//v8AgAAAAAgAAAAAAAAAAAAAAAEAAgAAAAAA AADwPwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA8D8AAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAPA/AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAADwPwAAAAAQAAAAAADjLAAATgAAAJgAAAB2U5Q+tNdAvXASA7t2U5Q+ tNdAvfT9VLyiRZY+b8xGIXASA7uiRZY+b8xGofT9VLx2U5Q+tNdAPXASA7t2U5Q+tNdAPfT9 VLzaiY4+aFi+PfT9VLzaiY4+aFi+vXASA7vaiY4+aFi+vfT9VLwsD4U+dasLvnASA7ssD4U+ dasLvvT9VLyKRHA+q4w0vnASA7uKRHA+q4w0vvT9VLy0MVA+ycBYvnASA7u0MVA+ycBYvvT9 VLx8uio+xld3vnASA7t8uio+xld3vvT9VLxK1wA+aMOHvnASA7tK1wA+aMOHvvT9VLyyO6c9 x1aQvnASA7uyO6c9x1aQvvT9VLwE6BA9JS2VvnASA7sE6BA9JS2VvvT9VLyCoEG8byaWvnAS A7uCoEG8byaWvvT9VLxSd3C9MDyTvnASA7tSd3C9MDyTvvT9VLwUJtW9u4GMvnASA7sUJtW9 u4GMvvT9VLyiRRa+riOCvnASA7uiRRa+riOCvvT9VLziEz6+ic1ovnASA7viEz6+ic1ovvT9 VLze9WC+K0xHvnASA7ve9WC+K0xHvvT9VLxOBH6+aKEgvnASA7tOBH6+aKEgvvT9VLxEP4q+ P5vrvXASA7tEP4q+P5vrvfT9VLzG55G+i9mPvXASA7vG55G+i9mPvfT9VLziyJW+T3jBvHAS A7viyJW+T3jBvPT9VLziyJW+T3jBPHASA7viyJW+T3jBPPT9VLzG55G+i9mPPXASA7vG55G+ i9mPPfT9VLxEP4q+P5vrPXASA7tEP4q+P5vrPfT9VLxOBH6+aKEgPnASA7tOBH6+aKEgPvT9 VLze9WC+K0xHPnASA7ve9WC+K0xHPvT9VLziEz6+ic1oPnASA7viEz6+ic1oPvT9VLyiRRa+ riOCPnASA7uiRRa+riOCPvT9VLwUJtW9u4GMPnASA7sUJtW9u4GMPvT9VLxSd3C9MDyTPnAS A7tSd3C9MDyTPvT9VLyCoEG8byaWPnASA7uCoEG8byaWPvT9VLwE6BA9JS2VPnASA7sE6BA9 JS2VPvT9VLyyO6c9x1aQPnASA7uyO6c9x1aQPvT9VLxK1wA+aMOHPnASA7tK1wA+aMOHPvT9 VLx8uio+xld3PnASA7t8uio+xld3PvT9VLy0MVA+ycBYPnASA7u0MVA+ycBYPvT9VLyKRHA+ q4w0PnASA7uKRHA+q4w0PvT9VLwsD4U+dasLPnASA7ssD4U+dasLPvT9VLzaiY4+aFi+PXAS A7sAAAAAAQAAAAIAAAACAAAAAQAAAAMAAAACAAAAAwAAAAQAAAAEAAAAAwAAAAUAAAAEAAAA BQAAAAYAAAAAAAAABwAAAAEAAAABAAAABwAAAAgAAAAIAAAABwAAAAkAAAAIAAAACQAAAAoA AAAKAAAACQAAAAsAAAAKAAAACwAAAAwAAAAMAAAACwAAAA0AAAAMAAAADQAAAA4AAAAOAAAA DQAAAA8AAAAOAAAADwAAABAAAAAQAAAADwAAABEAAAAQAAAAEQAAABIAAAASAAAAEQAAABMA AAASAAAAEwAAABQAAAAUAAAAEwAAABUAAAAUAAAAFQAAABYAAAAWAAAAFQAAABcAAAAWAAAA FwAAABgAAAAYAAAAFwAAABkAAAAYAAAAGQAAABoAAAAaAAAAGQAAABsAAAAaAAAAGwAAABwA AAAcAAAAGwAAAB0AAAAcAAAAHQAAAB4AAAAeAAAAHQAAAB8AAAAeAAAAHwAAACAAAAAgAAAA HwAAACEAAAAgAAAAIQAAACIAAAAiAAAAIQAAACMAAAAiAAAAIwAAACQAAAAkAAAAIwAAACUA AAAkAAAAJQAAACYAAAAmAAAAJQAAACcAAAAmAAAAJwAAACgAAAAoAAAAJwAAACkAAAAoAAAA KQAAACoAAAAqAAAAKQAAACsAAAAqAAAAKwAAACwAAAAsAAAAKwAAAC0AAAAsAAAALQAAAC4A AAAuAAAALQAAAC8AAAAuAAAALwAAADAAAAAwAAAALwAAADEAAAAwAAAAMQAAADIAAAAyAAAA MQAAADMAAAAyAAAAMwAAADQAAAA0AAAAMwAAADUAAAA0AAAANQAAADYAAAA2AAAANQAAADcA AAA2AAAANwAAADgAAAA4AAAANwAAADkAAAA4AAAAOQAAADoAAAA6AAAAOQAAADsAAAA6AAAA OwAAADwAAAA8AAAAOwAAAD0AAAA8AAAAPQAAAD4AAAA+AAAAPQAAAD8AAAA+AAAAPwAAAEAA AABAAAAAPwAAAEEAAABAAAAAQQAAAEIAAABCAAAAQQAAAEMAAABCAAAAQwAAAEQAAABEAAAA QwAAAEUAAABEAAAARQAAAEYAAABGAAAARQAAAEcAAABGAAAARwAAAEgAAABIAAAARwAAAEkA AABIAAAASQAAAEoAAABKAAAASQAAAEsAAABKAAAASwAAAEwAAABMAAAASwAAAE0AAABMAAAA TQAAAAYAAAAGAAAATQAAAAQAAAAEAAAAKwAAAAIAAAACAAAAKwAAACkAAAACAAAAKQAAAAAA AAAAAAAAKQAAACcAAAAAAAAAJwAAAAcAAAAHAAAAJwAAACUAAAAHAAAAJQAAAAkAAAAJAAAA JQAAACMAAAAJAAAAIwAAAAsAAAALAAAAIwAAACEAAAALAAAAIQAAAA0AAAANAAAAIQAAAB8A AAANAAAAHwAAAA8AAAAPAAAAHwAAAB0AAAAPAAAAHQAAABEAAAARAAAAHQAAABsAAAARAAAA GwAAABMAAAATAAAAGwAAABkAAAATAAAAGQAAABUAAAAVAAAAGQAAABcAAAArAAAABAAAAC0A AAAtAAAABAAAAE0AAAAtAAAATQAAAC8AAAAvAAAATQAAAEsAAAAvAAAASwAAADEAAAAxAAAA SwAAAEkAAAAxAAAASQAAADMAAAAzAAAASQAAAEcAAAAzAAAARwAAADUAAAA1AAAARwAAAEUA AAA1AAAARQAAADcAAAA3AAAARQAAAEMAAAA3AAAAQwAAADkAAAA5AAAAQwAAAEEAAAA5AAAA QQAAADsAAAA7AAAAQQAAAD8AAAA7AAAAPwAAAD0AAAADAAAAAQAAAAUAAAAFAAAAAQAAAAgA AAAFAAAACAAAAAYAAAAGAAAACAAAAAoAAAAGAAAACgAAAEwAAABMAAAACgAAAAwAAABMAAAA DAAAAA4AAAAOAAAAEAAAAEwAAABMAAAAEAAAABIAAABMAAAAEgAAABQAAAAUAAAAFgAAAEwA AABMAAAAFgAAABgAAABMAAAAGAAAABoAAAAaAAAAHAAAAEwAAABMAAAAHAAAAB4AAABMAAAA HgAAAEoAAABKAAAAHgAAACAAAABKAAAAIAAAACIAAAAiAAAAJAAAAEoAAABKAAAAJAAAACYA AABKAAAAJgAAACgAAAAoAAAAKgAAAEoAAABKAAAAKgAAACwAAABKAAAALAAAAC4AAAAuAAAA MAAAAEoAAABKAAAAMAAAADIAAABKAAAAMgAAADQAAABKAAAANAAAAEgAAABIAAAANAAAADYA AABIAAAANgAAAEYAAABGAAAANgAAADgAAABGAAAAOAAAAEQAAABEAAAAOAAAADoAAABEAAAA OgAAAEIAAABCAAAAOgAAADwAAABCAAAAPAAAAEAAAABAAAAAPAAAAD4AAAAqAAAAAAAAAAAA AAAAAAAASih/P18Hpr0AAAAA+TV/PyqvoD0AAAAAQpx4Px1CdD4AAAAAHXN4P2Hcdr4AAAAA bHlrP2ngyL4AAAAA4CVYP/IrCb8AAAAAppU/P0nMKb8AAAAAVqAhP+SGRr8AAAAAAAAAP9ez Xb8AAAAAqPq0PkN5b78AAAAAsGZKPg3zer8AAAAA584gPXnNf78AAAAAulz7vYMQfr8AAAAA 7NeOvs/Vdb8AAAAA82vcvtQPZ78AAAAARY0Rv5KYUr8AAAAA+asxv11OOL8AAAAAIrhMvyS1 Gb8AAAAAPd5ivyM17b4AAAAAdtdyv0UJor4AAAAAFb58vw/WIr4AAAAAAACAvwAAAAAAAAAA lKJ8v3l7JT4AAAAA86Byv6JOoz4AAAAAjY5ivwdl7j4AAAAA8FBMvzY+Gj8AAAAATDAxv0fF OD8AAAAAAAARv+/5Uj8AAAAACjbbvn5ZZz8AAAAAR46NvnUFdj8AAAAATgr2vVglfj8AAAAA zoUrPYTGfz8AAAAAQgdNPuvQej8AAAAAfTu2Pmc8bz8AAAAAeZQAP9xdXT8AAAAAQCUiP2Qa Rj8AAAAARwdAP7xLKT8AAAAAnoFYP/aaCD8AAAAAiLxrP5qkxz4AAAAAAAAAAAAAAAAAAIA/ AAAAAAAAAAAAAIC/AQAAAAEAAAACAAAAAgAAAAMAAAAEAAAABAAAAAUAAAAFAAAABgAAAAYA AAAHAAAABwAAAAgAAAAIAAAACQAAAAkAAAAKAAAACgAAAAsAAAALAAAADAAAAAwAAAANAAAA DQAAAA4AAAAOAAAADwAAAA8AAAAQAAAAEAAAABEAAAARAAAAEgAAABIAAAATAAAAEwAAABQA AAAUAAAAFQAAABUAAAAWAAAAFgAAABcAAAAXAAAAGAAAABgAAAAZAAAAGQAAABoAAAAaAAAA GwAAABsAAAAcAAAAHAAAAB0AAAAdAAAAHgAAAB4AAAAfAAAAHwAAACAAAAAgAAAAIQAAACEA AAAiAAAAIgAAACMAAAAjAAAAJAAAACQAAAAlAAAAJQAAACYAAAAmAAAAJwAAACcAAAADAAAA KAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgA AAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAA KAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACgAAAAoAAAAKAAAACkAAAApAAAAKQAAACkA AAApAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAA KQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkAAAApAAAAKQAAACkA AAApAAAAKQAAACkAAAApAAAAKQAAACkAAAB8AAAA5AAAAHADrj5YOTQ8cAOuPgAAAACR6JU+ WDk0PJHolT4AAAAAZpt7Plg5NDxmm3s+AAAAAHilTD4AAAAAZn7FPlg5NDxmfsU+AAAAAHq9 2z5YOTQ8er3bPgAAAAAvL/A+WDk0PC8v8D4AAAAASiQBP1g5NDxKJAE/AAAAAIS1uD0AAAAA hLW4PVg5NDz8zwE+WDk0PPzPAT4AAAAATLQrPlg5NDxMtCs+AAAAAJTsWD5YOTQ8lOxYPgAA AABNKIQ+WDk0PE0ohD4AAAAA5lKcPlg5NDzmUpw+AAAAAN5UtD5YOTQ83lS0PgAAAACaj8s+ WDk0PJqPyz4AAAAAcmjhPlg5NDxyaOE+AAAAADZP9T5YOTQ8Nk/1PgAAAABrYAM/WDk0PGtg Az8AAAAA2EcvPwAAAADYRy8/WDk0PHvyOD9YOTQ8e/I4PwAAAAAyp0M/WDk0PDKnQz8AAAAA Nh9PP1g5NDw2H08/AAAAACgPWz9YOTQ8KA9bPwAAAABrJmc/WDk0PGsmZz8AAAAAtRVzP1g5 NDy1FXM/AAAAALiNfj9YOTQ8uI1+PwAAAACMoYQ/WDk0PIyhhD8AAAAA3naJP1g5NDzedok/ AAAAAFOuKD8AAAAAU64oP1g5NDwjZzE/WDk0PCNnMT8AAAAAhVo7P1g5NDyFWjs/AAAAAPFG Rj9YOTQ88UZGPwAAAABP5FE/WDk0PE/kUT8AAAAAS+VdP1g5NDxL5V0/AAAAAJj6aT9YOTQ8 mPppPwAAAACZ03U/WDk0PJnTdT8AAAAA1pCAP1g5NDzWkIA/AAAAAGDNhT9YOTQ8YM2FPwAA AAAHfIo/WDk0PAd8ij8AAAAAOCKmPQAAAAA4IqY9WDk0PNCH7j1YOTQ80IfuPQAAAACyJCA+ WDk0PLIkID4AAAAAeKVMPlg5NDwACXk7C0GuPl8HFj8YPqI+AAAAAC0mlj5fBxY/kQ+KPgAJ eTucFnw+nBYUP1tfZD7Aj3c8sCBNPthCED9OfzY+ILUJPYeiID5UpAo/cawLPqAhcT09fu89 a2ADP8UDyj2Etbg9qBinPTZP9T4RAYc9/M8BPlrYUz1yaOE+WhIgPUy0Kz75MeY8mo/LPl9B mjyU7Fg+WvU5PN5UtD4uc7o7TSiEPmwJ+TqcFhQ/rBy6PsCPdzwCvMU+2EIQP7MM0T4gtQk9 ZfzbPlSkCj9wd+Y+oCFxPcps8D5rYAM/uMz5PoS1uD0YQwE/Nk/1PrJGBT/8zwE+T+kIP3Jo 4T4HJQw/TLQrPp30Dj+aj8s+IlQRP5TsWD5XPhM/3lS0PkaxFD9NKIQ+qKkVP+ZSnD4tJhY/ AAAAAAEAAAACAAAAAgAAAAEAAAADAAAAAgAAAAMAAAAEAAAABAAAAAMAAAAFAAAABAAAAAUA AAAGAAAAAAAAAAcAAAABAAAAAQAAAAcAAAAIAAAACAAAAAcAAAAJAAAACAAAAAkAAAAKAAAA CgAAAAkAAAALAAAACgAAAAsAAAAMAAAADAAAAAsAAAANAAAADAAAAA0AAAAOAAAADwAAABAA AAARAAAADwAAABEAAAASAAAAEgAAABEAAAATAAAAEgAAABMAAAAUAAAAFAAAABMAAAAVAAAA FAAAABUAAAAWAAAAFgAAABUAAAAXAAAAFgAAABcAAAAYAAAAGAAAABcAAAAZAAAAGAAAABkA AAAaAAAAGgAAABkAAAAbAAAAGgAAABsAAAAcAAAAHAAAABsAAAAdAAAAHAAAAB0AAAAeAAAA HgAAAB0AAAAfAAAAHgAAAB8AAAAgAAAAIAAAAB8AAAAhAAAAIAAAACEAAAAiAAAAIgAAACEA AAAjAAAAIgAAACMAAAAkAAAAJQAAACYAAAAnAAAAJQAAACcAAAAoAAAAKAAAACcAAAApAAAA KAAAACkAAAAqAAAAKgAAACkAAAArAAAAKgAAACsAAAAsAAAALAAAACsAAAAtAAAALAAAAC0A AAAuAAAALgAAAC0AAAAvAAAALgAAAC8AAAAwAAAAMAAAAC8AAAAxAAAAMAAAADEAAAAyAAAA MgAAADEAAAAzAAAAMgAAADMAAAA0AAAANAAAADMAAAA1AAAANAAAADUAAAA2AAAANgAAADUA AAA3AAAANgAAADcAAAA4AAAAOQAAADoAAAA7AAAAOQAAADsAAAA8AAAAPAAAADsAAAA9AAAA PAAAAD0AAAA+AAAAPgAAAD0AAAA/AAAAPgAAAD8AAABAAAAAQAAAAD8AAABBAAAAQAAAAEEA AABCAAAAQgAAAEEAAABDAAAAQgAAAEMAAABEAAAARAAAAEMAAABFAAAARAAAAEUAAABGAAAA RgAAAEUAAABHAAAARgAAAEcAAABIAAAASAAAAEcAAABJAAAASAAAAEkAAABKAAAASgAAAEkA AABLAAAASgAAAEsAAABMAAAATAAAAEsAAABNAAAATAAAAE0AAABOAAAATwAAAFAAAABRAAAA TwAAAFEAAABSAAAAUgAAAFEAAABTAAAAUgAAAFMAAABUAAAAVAAAAFMAAABVAAAAVAAAAFUA AAAGAAAABgAAAFUAAAAEAAAAVgAAAFcAAABYAAAAWAAAAFcAAABZAAAAWAAAAFkAAABaAAAA WgAAAFkAAABbAAAAWgAAAFsAAABcAAAAXAAAAFsAAABdAAAAXAAAAF0AAABeAAAAXgAAAF0A AABfAAAAXgAAAF8AAABgAAAAYAAAAF8AAABhAAAAYAAAAGEAAABiAAAAYgAAAGEAAABjAAAA YgAAAGMAAABkAAAAZAAAAGMAAABlAAAAZAAAAGUAAABmAAAAZgAAAGUAAABnAAAAZgAAAGcA AABoAAAAaAAAAGcAAABpAAAAaAAAAGkAAABqAAAAagAAAGkAAAAaAAAAVwAAAFYAAABrAAAA awAAAFYAAABsAAAAawAAAGwAAABtAAAAbQAAAGwAAABuAAAAbQAAAG4AAABvAAAAbwAAAG4A AABwAAAAbwAAAHAAAABxAAAAcQAAAHAAAAByAAAAcQAAAHIAAABzAAAAcwAAAHIAAAB0AAAA cwAAAHQAAAB1AAAAdQAAAHQAAAB2AAAAdQAAAHYAAAB3AAAAdwAAAHYAAAB4AAAAdwAAAHgA AAB5AAAAeQAAAHgAAAB6AAAAeQAAAHoAAAB7AAAAWAAAAFoAAABWAAAAVgAAAFoAAABcAAAA VgAAAFwAAABsAAAAbAAAAFwAAABeAAAAbAAAAF4AAABuAAAAbgAAAF4AAABgAAAAbgAAAGAA AABiAAAAYgAAAGQAAABuAAAAbgAAAGQAAABmAAAAbgAAAGYAAABoAAAAaAAAAGoAAABuAAAA bgAAAGoAAAAaAAAAbgAAABoAAABpAAAAaQAAAGcAAABuAAAAbgAAAGcAAABlAAAAbgAAAGUA AABwAAAAcAAAAGUAAABjAAAAcAAAAGMAAABhAAAAYQAAAF8AAABwAAAAcAAAAF8AAABdAAAA cAAAAF0AAABbAAAAWwAAAFkAAABwAAAAcAAAAFkAAABXAAAAcAAAAFcAAABrAAAAawAAAG0A AABwAAAAcAAAAG0AAABvAAAAcAAAAG8AAABxAAAAcAAAAHEAAAByAAAAcgAAAHEAAABzAAAA cgAAAHMAAAB0AAAAdAAAAHMAAAB1AAAAdAAAAHUAAAB2AAAAdgAAAHUAAAB3AAAAdgAAAHcA AAB4AAAAeAAAAHcAAAB5AAAAeAAAAHkAAAB6AAAAegAAAHkAAAB7AAAAAAAAAAEAAAAAAAAA BQAAAAAAgD8BAAAAAgAAAAAAAAABAAAAAACAPwAAAAACAAAAAAAAAFAAAAAAAIA/AQAAAAMA AAABAAAAcwAAAAAAgD8CAAAAAwAAAAEAAAACAAAAAACAPwMAAAAEAAAAAgAAAAMAAAAAAIA/ AgAAAAQAAAACAAAATgAAAAAAgD8DAAAABQAAAAMAAABzAAAAAACAPwQAAAAFAAAAAwAAAAQA AAAAAIA/BQAAAAYAAAAEAAAAdQAAAAAAgD8EAAAABgAAAAQAAABNAAAAAACAPwAAAAAHAAAA BQAAAFIAAAAAAIA/AQAAAAcAAAAFAAAABgAAAAAAgD8HAAAACAAAAAYAAAAHAAAAAACAPwEA AAAIAAAABgAAAHQAAAAAAIA/BwAAAAkAAAAHAAAAVAAAAAAAgD8IAAAACQAAAAcAAAAIAAAA AACAPwkAAAAKAAAACAAAAAkAAAAAAIA/CAAAAAoAAAAIAAAAdgAAAAAAgD8JAAAACwAAAAkA AABWAAAAAACAPwoAAAALAAAACQAAAAoAAAAAAIA/CwAAAAwAAAAKAAAACwAAAAAAgD8KAAAA DAAAAAoAAAB4AAAAAACAPwsAAAANAAAACwAAAFgAAAAAAIA/DAAAAA0AAAALAAAADAAAAAAA gD8NAAAADgAAAAwAAAANAAAAAACAPwwAAAAOAAAADAAAAHkAAAAAAIA/DQAAAA8AAAANAAAA WgAAAAAAgD8OAAAADwAAAA0AAAAOAAAAAACAPw8AAAAQAAAADgAAAA8AAAAAAIA/DgAAABAA AAAOAAAAegAAAAAAgD8PAAAAEQAAAA8AAABcAAAAAACAPxAAAAARAAAADwAAABAAAAAAAIA/ EQAAABIAAAAQAAAAEQAAAAAAgD8QAAAAEgAAABAAAAB7AAAAAACAPxEAAAATAAAAEQAAAF4A AAAAAIA/EgAAABMAAAARAAAAEgAAAAAAgD8TAAAAFAAAABIAAAATAAAAAACAPxIAAAAUAAAA EgAAAHwAAAAAAIA/EwAAABUAAAATAAAAYAAAAAAAgD8UAAAAFQAAABMAAAAUAAAAAACAPxUA AAAWAAAAFAAAABUAAAAAAIA/FAAAABYAAAAUAAAAfQAAAAAAgD8VAAAAFwAAABUAAABhAAAA AACAPxYAAAAXAAAAFQAAABYAAAAAAIA/FwAAABgAAAAWAAAAFwAAAAAAgD8WAAAAGAAAABYA AAB+AAAAAACAPxcAAAAZAAAAFwAAAGEAAAAAAIA/GAAAABkAAAAXAAAAGAAAAAAAgD8ZAAAA GgAAABgAAAAZAAAAAACAPxgAAAAaAAAAGAAAAH8AAAAAAIA/GQAAABsAAAAZAAAAXwAAAAAA gD8aAAAAGwAAABkAAAAaAAAAAACAPxsAAAAcAAAAGgAAABsAAAAAAIA/GgAAABwAAAAaAAAA gAAAAAAAgD8bAAAAHQAAABsAAABdAAAAAACAPxwAAAAdAAAAGwAAABwAAAAAAIA/HQAAAB4A AAAcAAAAHQAAAAAAgD8cAAAAHgAAABwAAACBAAAAAACAPx0AAAAfAAAAHQAAAFsAAAAAAIA/ HgAAAB8AAAAdAAAAHgAAAAAAgD8fAAAAIAAAAB4AAAAfAAAAAACAPx4AAAAgAAAAHgAAAIMA AAAAAIA/HwAAACEAAAAfAAAAWQAAAAAAgD8gAAAAIQAAAB8AAAAgAAAAAACAPyEAAAAiAAAA IAAAACEAAAAAAIA/IAAAACIAAAAgAAAAhAAAAAAAgD8hAAAAIwAAACEAAABXAAAAAACAPyIA AAAjAAAAIQAAACIAAAAAAIA/IwAAACQAAAAiAAAAIwAAAAAAgD8iAAAAJAAAACIAAACFAAAA AACAPyMAAAAlAAAAIwAAAFUAAAAAAIA/JAAAACUAAAAjAAAAJAAAAAAAgD8lAAAAJgAAACQA AAAlAAAAAACAPyQAAAAmAAAAJAAAAIYAAAAAAIA/JQAAACcAAAAlAAAAUwAAAAAAgD8mAAAA JwAAACUAAAAmAAAAAACAPycAAAAoAAAAJgAAACcAAAAAAIA/JgAAACgAAAAmAAAAhwAAAAAA gD8nAAAAKQAAACcAAABRAAAAAACAPygAAAApAAAAJwAAACgAAAAAAIA/KQAAACoAAAAoAAAA KQAAAAAAgD8oAAAAKgAAACgAAACIAAAAAACAPykAAAArAAAAKQAAAE8AAAAAAIA/KgAAACsA AAApAAAAKgAAAAAAgD8rAAAALAAAACoAAAArAAAAAACAPyoAAAAsAAAAKgAAAIkAAAAAAIA/ KwAAAC0AAAArAAAAYgAAAAAAgD8sAAAALQAAACsAAAAsAAAAAACAPy0AAAAuAAAALAAAAC0A AAAAAIA/LAAAAC4AAAAsAAAAigAAAAAAgD8tAAAALwAAAC0AAABkAAAAAACAPy4AAAAvAAAA LQAAAC4AAAAAAIA/LwAAADAAAAAuAAAALwAAAAAAgD8uAAAAMAAAAC4AAACLAAAAAACAPy8A AAAxAAAALwAAAGYAAAAAAIA/MAAAADEAAAAvAAAAMAAAAAAAgD8xAAAAMgAAADAAAAAxAAAA AACAPzAAAAAyAAAAMAAAAIwAAAAAAIA/MQAAADMAAAAxAAAAaAAAAAAAgD8yAAAAMwAAADEA AAAyAAAAAACAPzMAAAA0AAAAMgAAADMAAAAAAIA/MgAAADQAAAAyAAAAjQAAAAAAgD8zAAAA NQAAADMAAABqAAAAAACAPzQAAAA1AAAAMwAAADQAAAAAAIA/NQAAADYAAAA0AAAANQAAAAAA gD80AAAANgAAADQAAACPAAAAAACAPzUAAAA3AAAANQAAAGwAAAAAAIA/NgAAADcAAAA1AAAA NgAAAAAAgD83AAAAOAAAADYAAAA3AAAAAACAPzYAAAA4AAAANgAAAJEAAAAAAIA/NwAAADkA AAA3AAAAbgAAAAAAgD84AAAAOQAAADcAAAA4AAAAAACAPzkAAAA6AAAAOAAAADkAAAAAAIA/ OAAAADoAAAA4AAAAkwAAAAAAgD85AAAAOwAAADkAAABwAAAAAACAPzoAAAA7AAAAOQAAADoA AAAAAIA/OwAAADwAAAA6AAAAOwAAAAAAgD86AAAAPAAAADoAAACVAAAAAACAPzsAAAA9AAAA OwAAAHIAAAAAAIA/PAAAAD0AAAA7AAAAPAAAAAAAgD89AAAAPgAAADwAAAA9AAAAAACAPzwA AAA+AAAAPAAAAJcAAAAAAIA/PQAAAD8AAAA9AAAAcgAAAAAAgD8+AAAAPwAAAD0AAAA+AAAA AACAPz8AAABAAAAAPgAAAD8AAAAAAIA/PgAAAEAAAAA+AAAAlwAAAAAAgD8/AAAAQQAAAD8A AABxAAAAAACAP0AAAABBAAAAPwAAAEAAAAAAAIA/QQAAAEIAAABAAAAAQQAAAAAAgD9AAAAA QgAAAEAAAACWAAAAAACAP0EAAABDAAAAQQAAAG8AAAAAAIA/QgAAAEMAAABBAAAAQgAAAAAA gD9DAAAARAAAAEIAAABDAAAAAACAP0IAAABEAAAAQgAAAJQAAAAAAIA/QwAAAEUAAABDAAAA bQAAAAAAgD9EAAAARQAAAEMAAABEAAAAAACAP0UAAABGAAAARAAAAEUAAAAAAIA/RAAAAEYA AABEAAAAkgAAAAAAgD9FAAAARwAAAEUAAABrAAAAAACAP0YAAABHAAAARQAAAEYAAAAAAIA/ RwAAAEgAAABGAAAARwAAAAAAgD9GAAAASAAAAEYAAACQAAAAAACAP0cAAABJAAAARwAAAGkA AAAAAIA/SAAAAEkAAABHAAAASAAAAAAAgD9JAAAASgAAAEgAAABJAAAAAACAP0gAAABKAAAA SAAAAI4AAAAAAIA/SQAAAEsAAABJAAAAZwAAAAAAgD9KAAAASwAAAEkAAABKAAAAAACAP0sA AABMAAAASgAAAEsAAAAAAIA/SgAAAEwAAABKAAAAggAAAAAAgD9LAAAATQAAAEsAAABlAAAA AACAP0wAAABNAAAASwAAAEwAAAAAAIA/BgAAAE0AAABMAAAATQAAAAAAgD8GAAAATAAAAEwA AAB3AAAAAACAPwQAAABNAAAATQAAAGMAAAAAAIA/BAAAACsAAABOAAAAYgAAAAAAgD8CAAAA KwAAAE4AAABPAAAAAACAPwIAAAApAAAATwAAAFAAAAAAAIA/AAAAACkAAABQAAAAUQAAAAAA gD8AAAAAJwAAAFEAAABSAAAAAACAPwcAAAAnAAAAUgAAAFMAAAAAAIA/BwAAACUAAABTAAAA VAAAAAAAgD8JAAAAJQAAAFQAAABVAAAAAACAPwkAAAAjAAAAVQAAAFYAAAAAAIA/CwAAACMA AABWAAAAVwAAAAAAgD8LAAAAIQAAAFcAAABYAAAAAACAPw0AAAAhAAAAWAAAAFkAAAAAAIA/ DQAAAB8AAABZAAAAWgAAAAAAgD8PAAAAHwAAAFoAAABbAAAAAACAPw8AAAAdAAAAWwAAAFwA AAAAAIA/EQAAAB0AAABcAAAAXQAAAAAAgD8RAAAAGwAAAF0AAABeAAAAAACAPxMAAAAbAAAA XgAAAF8AAAAAAIA/EwAAABkAAABfAAAAYAAAAAAAgD8VAAAAGQAAAGAAAABhAAAAAACAPwQA AAAtAAAAYgAAAGMAAAAAAIA/LQAAAE0AAABjAAAAZAAAAAAAgD8vAAAATQAAAGQAAABlAAAA AACAPy8AAABLAAAAZQAAAGYAAAAAAIA/MQAAAEsAAABmAAAAZwAAAAAAgD8xAAAASQAAAGcA AABoAAAAAACAPzMAAABJAAAAaAAAAGkAAAAAAIA/MwAAAEcAAABpAAAAagAAAAAAgD81AAAA RwAAAGoAAABrAAAAAACAPzUAAABFAAAAawAAAGwAAAAAAIA/NwAAAEUAAABsAAAAbQAAAAAA gD83AAAAQwAAAG0AAABuAAAAAACAPzkAAABDAAAAbgAAAG8AAAAAAIA/OQAAAEEAAABvAAAA cAAAAAAAgD87AAAAQQAAAHAAAABxAAAAAACAPzsAAAA/AAAAcQAAAHIAAAAAAIA/AQAAAAUA AABzAAAAdAAAAAAAgD8FAAAACAAAAHQAAAB1AAAAAACAPwYAAAAIAAAAdQAAAHYAAAAAAIA/ BgAAAAoAAAB2AAAAdwAAAAAAgD8KAAAATAAAAHcAAAB4AAAAAACAPwwAAABMAAAAeAAAAHkA AAAAAIA/DgAAAEwAAAB5AAAAegAAAAAAgD8QAAAATAAAAHoAAAB7AAAAAACAPxIAAABMAAAA ewAAAHwAAAAAAIA/FAAAAEwAAAB8AAAAfQAAAAAAgD8WAAAATAAAAH0AAAB+AAAAAACAPxgA AABMAAAAfgAAAH8AAAAAAIA/GgAAAEwAAAB/AAAAgAAAAAAAgD8cAAAATAAAAIAAAACBAAAA AACAPx4AAABMAAAAgQAAAIIAAAAAAIA/HgAAAEoAAACCAAAAgwAAAAAAgD8gAAAASgAAAIMA AACEAAAAAACAPyIAAABKAAAAhAAAAIUAAAAAAIA/JAAAAEoAAACFAAAAhgAAAAAAgD8mAAAA SgAAAIYAAACHAAAAAACAPygAAABKAAAAhwAAAIgAAAAAAIA/KgAAAEoAAACIAAAAiQAAAAAA gD8sAAAASgAAAIkAAACKAAAAAACAPy4AAABKAAAAigAAAIsAAAAAAIA/MAAAAEoAAACLAAAA jAAAAAAAgD8yAAAASgAAAIwAAACNAAAAAACAPzQAAABKAAAAjQAAAI4AAAAAAIA/NAAAAEgA AACOAAAAjwAAAAAAgD82AAAASAAAAI8AAACQAAAAAACAPzYAAABGAAAAkAAAAJEAAAAAAIA/ OAAAAEYAAACRAAAAkgAAAAAAgD84AAAARAAAAJIAAACTAAAAAACAPzoAAABEAAAAkwAAAJQA AAAAAIA/OgAAAEIAAACUAAAAlQAAAAAAgD88AAAAQgAAAJUAAACWAAAAAACAPzwAAABAAAAA lgAAAJcAAAAAAIA/AXW9ep7neZ7neZ7neZ7neZ7neZ7neZ7neZ7neZ7nURRFURRFUTRFURRF UZQrilKkSBGlSJEiURRF0QAUAAAAAAAAAAAAAABbnmw/gzzaPwAAAACIAAAAAAAAAAAA8D8A AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAPA/AAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAADwPwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAA8D8AAAAAAAAAAAwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAGAAAAzEIyAQAAAAAAAAAA8D8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAPA/AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADw PwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA8D8AAAAAEAAAAAAAAAAA AAoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACUGgb0AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAF AAAAAAABAAAAAAAAAAwAAAAAAAAAAAAAAAAAAAD//+gDCQBDTWF0QXJyYXkNAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAD//4QDCQBDTWF0ZXJpYWxnAAEAAAAGAAAAZGlmZnVzCwAAAAwAAABm ZmY/ZmZmP2ZmZj8EAAAAKQAAAHZvaWQgcGxhc3RpYyBkaWZmdXMKMAowCjUgMC45IDAuOSAw LjkgMCAwEAAAAAwAAAAAALRCAAAAAAAAIEEBAAIADAAAAAAAgAAAAIAAAAAAAAmAcAABAAAA BgAAAGRpZmZ1cwsAAAAMAAAAOGdUP7geVT+R7Uw/BAAAADIAAAB2b2lkIHBsYXN0aWMgZGlm ZnVzCjAKMAo1IDAuODI5NyAwLjgzMjUgMC44MDA1IDAgMBAAAAAMAAAApPClQgAAAABwPYhB AQACAAwAAAAAAIAAAACAAAAAAAAAAAAA