三爪自定心卡盤(K11320)盤絲工藝設(shè)計(jì)與程序編制【三維UG】[CAD高清圖紙和文檔]

【溫馨提示】 dwg后綴的文件為CAD圖，可編輯，無(wú)水印，高清圖，壓縮包內(nèi)含CAD圖的預(yù)覽圖片，僅用于預(yù)覽，壓縮包內(nèi)文檔可直接點(diǎn)開預(yù)覽，需要原稿請(qǐng)自助充值下載，壓縮包內(nèi)的文件及預(yù)覽，所見(jiàn)即所得，請(qǐng)細(xì)心查看有疑問(wèn)可以咨詢QQ：414951605或1304139763

O0001 M03S400T0101 G0X210Z3 G90X110Z2F150 Z1 Z0.5 Z0 G0X300Z150 M03S500T0202 G0X114Z1 G71U1R1 G71P1Q2U-0.5W0.1F180 N1G01X125.5F150 Z0 X123.5W-1 Z-6.3 X120W-1 Z-24 N2U-1 G0Z100 X100 M30 建模步驟： 1、繪制草圖 2、回轉(zhuǎn)得到實(shí)體 3、繪制卡槽 4、陣列60個(gè)卡槽 5、繪制螺旋線 6、繪制截面 7、掃掠 8、修剪旋入口和旋出口 無(wú)錫職業(yè)技術(shù)學(xué)院 畢業(yè)設(shè)計(jì)（論文） 論文題目：四爪單動(dòng)卡盤（k72200)絲杠工藝設(shè)計(jì)與程序編制 所屬系部： 指導(dǎo)老師： 職 稱： 學(xué)生姓名： 班級(jí)、學(xué)號(hào)： 專 業(yè)： 2014年4月10 日 II 四爪單動(dòng)卡盤（k72200)絲杠工藝設(shè)計(jì)與程序編制 摘要：隨著科技的不斷發(fā)展，數(shù)控技術(shù)在企業(yè)中發(fā)揮越來(lái)越重要的作用。本設(shè)計(jì)通過(guò)對(duì)數(shù)控加工的工藝特點(diǎn)、加工零件工藝性等進(jìn)行分析，選擇正確的加工方法，設(shè)計(jì)合理的加工工藝過(guò)程，充分發(fā)揮數(shù)控加工的優(yōu)質(zhì)、高效、低成本的特點(diǎn)。設(shè)計(jì)說(shuō)明書以三爪自動(dòng)定心卡盤盤絲零件為例，根據(jù)被加工工件的材料、輪廓形狀、加工精度等選用合適的機(jī)床，制定加工方案，確定零件的加工順序，各工序所用刀具，夾具和切削用量等，編寫加工零件的程序。? 關(guān)鍵詞：工藝過(guò)程；加工方案；切削用量；編寫程序Four claws single-acting chuck (k72200) screw process design and programming Abstract：With the continuous development of science and technology, numerical control technology is playing a more and more important role in the enterprise.This design through to the nc machining process characteristics, such as machining parts manufacturability analysis, to select the correct processing methods, design the reasonable machining process, give full play to the nc machining of the characteristics of high quality, high efficiency and low cost.Design specification to three jaw self centering chuck plate wire parts as an example, according to the shape of the material, the outline of the processed workpiece, choose suitable machine tools machining precision, processing scheme, determine the machining sequence of parts, each working procedure used tool, fixture and cutting dosages, writing program of machining parts..? Key words ：process;Processing scheme;Cutting parameter;Write a program 目 錄 摘要 I Abstract II 一 ?零件的工藝分析 1 （一）零件的功用、結(jié)構(gòu)及特點(diǎn) 1 （二）主要加工表面及其要求 1 二 毛坯的選擇 2 （一）確定毛坯的類型，制造方法和尺寸度及其公差 2 （二）確定毛坯技術(shù)要求 2 三 基準(zhǔn)的選擇 2 四 ?擬定機(jī)械加工路線 3 （一）確定各表面的加工方法 3 （二）擬定加工路線 3 （三）工藝分析 3 五 機(jī)床的選擇及工藝裝備 3 （一）機(jī)床的選擇 3 （二）選擇刀具 4 （三）選擇量具 4 六?確定切削用量參數(shù) 4 （一）粗車端面 4 （二）粗車內(nèi)孔 4 （三）粗車外圓 5 （四）精車端面 5 （五）精車內(nèi)孔 5 （六）確定精車時(shí)的切削余量 5 七 三維圖的繪制及自動(dòng)編程參數(shù)設(shè)計(jì) 6 （一）三維圖的繪制 6 （二）自動(dòng)編程參數(shù)設(shè)置 10 八 程序的編制 14 （一）工序10、20程序 14 （二）工序30、40程序 15 （三）工序50程序 15 總 結(jié) 17 參考文獻(xiàn) 18 一 ?零件的工藝分析 （一）零件的功用、結(jié)構(gòu)及特點(diǎn) ? 三爪卡盤裝夾工件的原理是，利用卡盤扳手轉(zhuǎn)動(dòng)圓周上的三個(gè)傘齒中的任一個(gè)。從而帶動(dòng)盤絲平面螺紋轉(zhuǎn)動(dòng)并帶動(dòng)三個(gè)卡爪一齊移動(dòng)，起到自定心裝夾工件作用，在工作中承受一定的載荷，因此要求其有一定的強(qiáng)度和耐磨性。 （二）主要加工表面及其要求 ?①內(nèi)孔 ?孔徑為Φ120mm的孔是定位用的，表面粗糙度Ra=3.2um，倒角人C1，公差等級(jí)為IT8～12，位置度要求為0.01mm，圓柱度為0.008mm，垂直端面度為0.01mm，基準(zhǔn)為A，要求較高需要合理的安排加工工藝。 ②外圓 表面尺寸要求為Φ203mmmm，公差等級(jí)為IT8～12，外圓表面素線以孔軸為基準(zhǔn)，無(wú)較高的要求。 ③端面 外端面粗糙度Ra=3.2um，此加工面做為基準(zhǔn)面，平面度要求較高0.02mm ④平面螺紋 此平面螺紋由阿基米德螺旋線方程式構(gòu)成，r（θ）= a+ b（θ） 式中： b—阿基米德螺旋線系數(shù)，mm/°，表示每旋轉(zhuǎn)1度時(shí)極徑的增加（或減小）量； θ—極角，單位為度，表示阿基米德螺旋線轉(zhuǎn)過(guò)的總度數(shù)； a—當(dāng)θ=0°時(shí)的極徑，mm。 利用卡盤扳手轉(zhuǎn)動(dòng)圓周上的三個(gè)傘齒中的任一個(gè)。從而帶動(dòng)盤絲平面螺紋轉(zhuǎn)動(dòng)并帶動(dòng)三個(gè)卡爪一齊移動(dòng)，所以要求較高，端面垂直度為0.012mm ⑤斜齒輪 利用卡盤扳手轉(zhuǎn)動(dòng)圓周上的三個(gè)傘齒中的任一個(gè)，斜齒輪也跟著轉(zhuǎn)動(dòng)，從而平面螺紋也跟著動(dòng)，進(jìn)而三爪也跟著動(dòng)。加工表面無(wú)較高要求。 二 毛坯的選擇 （一）確定毛坯的類型，制造方法和尺寸度及其公差 ①該零件的材料為20Cr/20CrMnTi，設(shè)計(jì)要求生產(chǎn)類型為成批生產(chǎn)，根據(jù)形狀，選用金屬模砂型機(jī)器鑄造。 ②選擇零件的一端面作為分型面鑄造出帶孔的圓棒料。 ③由零件圖技術(shù)要求知該零件精度要求較高，毛坯為精密的鑄件，鑄件尺寸公差為CT9加工余量等級(jí)按CT9-MA-H/G級(jí)。各表面單邊余量3.0mm。 （二）確定毛坯技術(shù)要求 ①鑄件不應(yīng)有裂紋、砂眼、和局部縮松、氣孔及夾渣等缺陷，鑄件表面應(yīng)清除毛刺同、結(jié)瘤和粘砂等。 ②球化退火處理硬度為207～229HBW，以降低硬度，改善切削加工性，并為淬火作好組織上的準(zhǔn)備，材料為20Cr/20CrMnTi。 ③未注倒角0.5x45 ，其余粗糙度Ra=6.3um。 三 基準(zhǔn)的選擇 由零件圖中的技術(shù)要求可知該零件的尺寸較多是以平面螺紋端面為設(shè)計(jì)基準(zhǔn),且圖中內(nèi)孔表面和平面螺紋尺寸精度要求較高,根據(jù)粗精基準(zhǔn)選擇原則和基準(zhǔn)重合統(tǒng)一原則,確定各表面的基準(zhǔn)如下表所示: 序號(hào) 加工部位 ?? 基準(zhǔn)選擇 1 孔及其平面螺紋端面 外圓輪廓及端面(粗基準(zhǔn)) 2 外圓輪廓 內(nèi)孔中心線和端面A 3 端面和斜齒輪 內(nèi)孔中心線和端面A ?四 ?擬定機(jī)械加工路線 （一）確定各表面的加工方法 根據(jù)各加工表面的加工精度和表面粗糙度要求，選定如下加工方法： 端面加工為車削； 孔的加工為車削； 外圓加工為車削； 平面螺紋加工為銑削； 斜齒輪加工為滾齒。 （二）擬定加工路線 ???? 加工方案如下表： 工序號(hào) 內(nèi)容 設(shè)備 10 夾持毛坯外圓，粗車平面螺紋端面和內(nèi)孔 臥式車床 20 精車平面螺紋端面和內(nèi)孔 臥式車床 30 掉頭崩夾持內(nèi)孔Φ120mm，粗、精加工外圓 臥式車床 40 粗、精加工端面 臥式車床 50 銑平面螺紋 立式銑床 60 滾斜齒輪 滾齒機(jī) 70 清洗，去毛刺 ? 80 檢驗(yàn) ? （三）工藝分析 此工藝按工藝集中原則組織工序，許多工序可在同一機(jī)床上完成，減少了工件的裝夾次數(shù)，易于保證加工面的質(zhì)量，需要的機(jī)床少，減少了工件在工序間的運(yùn)輸，減少輔助時(shí)間和準(zhǔn)備時(shí)間。 ? 五 機(jī)床的選擇及工藝裝備 （一）機(jī)床的選擇 （1） 工序10、20、40 由于有些工序包括多個(gè)工步，該零件形狀較規(guī)則，為減少裝卸刀具次數(shù)和時(shí)間，保證工件質(zhì)量，選用CA6140型臥式車床比較合適。 ?（2） 工序50 ?根據(jù)工件的尺寸選用MVC850B立式銑床。 （3）工序60 根據(jù)工件的形狀選擇滾齒機(jī) （二）選擇刀具 該零件特形表面，成批生產(chǎn)，一般采用通用或標(biāo)準(zhǔn)刀具，臥式車床上粗車端面和外圓可選用90°外圓車刀，內(nèi)孔選用25方內(nèi)孔車刀，銑平面螺紋選用ED5mm立銑刀和ED3mm立銑刀，斜齒輪選擇滾齒刀。 （三）選擇量具 該零件屬批量生產(chǎn)，一般采用通用量具。 （1）外圓和內(nèi)孔加工量具 外圓表面 公差值T=0.23mm，查表得計(jì)量器具不確定度允許值為 =.00018，查表得，所選用的計(jì)量器具達(dá)不到GB 3177—1997規(guī)定的 。則重新計(jì)算安全裕度A’, A’= =0.002 由于零件最大實(shí)體尺寸：203mm 則基驗(yàn)收極限尺寸： 由分析得應(yīng)選用0～250mm游標(biāo)卡尺 （2）端面量具 需要測(cè)量平行度，所以選用0-25mm的外徑千分尺 ?六?確定切削用量參數(shù) （一）粗車端面 （1）粗車端面 ?步驟如下是： ①確定背吃刀量 ：端面單邊總余量3mm，一次走刀加工1.0mm。 ②確定進(jìn)給量f：根據(jù)表查得f=0.6～0.9mm/r；根據(jù)機(jī)床的橫向進(jìn)給量，取f=0.8mm/r。 ③確定進(jìn)給量f：根據(jù) 表查得 =235，m=0.20， ?修正系數(shù) 刀具壽命選T=60min，故=72.2m/min ④確定機(jī)床主軸轉(zhuǎn)速n：根據(jù)表查得相近較小的機(jī)床轉(zhuǎn)速為n=420r/min，所以實(shí)際切削速度 =80m/min （二）粗車內(nèi)孔 ①確定背吃到量 ：總加工余量為3.0mm，一次走刀加工1mm。 ②確定進(jìn)給量f：根據(jù)表5-102查得f=0.6～0.9mm/r；根據(jù)機(jī)床的縱向進(jìn)給量，取f=0.81mm/r。 ③確定切削速度 ：根據(jù)表查得 =235，m=0.20， =0.15， =0.45，修正系數(shù) =0.87， =1.0， =0.8， =0.81， =1.0，刀具壽命T=60min，故 =55.98m/min ④確定機(jī)床主軸轉(zhuǎn)速n： 根據(jù)表查得相近較小的機(jī)床轉(zhuǎn)速為n=320r/min，所以實(shí)際切削速度 =54.26m/min （三）粗車外圓 ①背吃刀量的ap的選擇：查《簡(jiǎn)明機(jī)械加工工藝手冊(cè)》 可知A=(50-46)/2=2mm,單邊留0.5mm做精車余量，取粗車背吃刀量ap=1mm。 ②確定進(jìn)給量f：查查《簡(jiǎn)明機(jī)械加工工藝手冊(cè)》 可知，f=0.4～0.5mm/r,根據(jù)機(jī)床說(shuō)明書，初步選定f=0.45mm/r. ③確定切削速度Vc：查查《簡(jiǎn)明機(jī)械加工工藝手冊(cè)》 可知，Vc=2.17～2.667m/s，考慮到進(jìn)給量較大取Vc=2m/s。 ④確定主軸轉(zhuǎn)速n,由公式:n=1000v/πd=（1000×2）/(3.14×30)=5.31r/s 根據(jù)機(jī)床說(shuō)明書，取n=12.5r/s。此時(shí)切削速度為：Vc=πdn/1000=（3.14×30×12.5）/1000=1.18m/s （四）精車端面 ①確定背吃刀量 ，端面單邊剩余余量為1mm，二次走刀加工， =0.5mm。 ②確定進(jìn)給量f：根據(jù)表查得f=0.6～0.9mm，查表5-5得f=0.61mm/r。 ③確定切削速度 ：根據(jù)表查得 修正系數(shù) =77.47m/min ④機(jī)床主軸轉(zhuǎn)速n: 根據(jù)表查得相近較小的機(jī)床轉(zhuǎn)速為n=250r/min,所以實(shí)際切削速度 =71.44m/min. （五）精車內(nèi)孔 ①確定背吃刀量 :側(cè)壁加工余量為0.5mm,一次走刀加工完成, =0.5mm. ② 確定進(jìn)給量f:根據(jù)表查得f=0.6～0.9mm/r,取f=0.5mm. ③確定切削速度 修正系 =0.87, =1.24, 刀具壽命選T=60min,故 ④確定機(jī)床主軸轉(zhuǎn)速n: 根據(jù)表查得相近較小的機(jī)床轉(zhuǎn)速為n=250r/min,所以實(shí)際切削速度 =94.985 m/min （六）確定精車時(shí)的切削余量 ①確定背吃刀量ap 取ap=0.25mm。 ②確定進(jìn)給速度f(wàn) 查《簡(jiǎn)明機(jī)械加工工藝手冊(cè)》，預(yù)估計(jì)切削速度VC>1.66m/s時(shí)，查得f=0.25~0.39mm/r,根據(jù)機(jī)床說(shuō)明書，取f=0.30mm/r。 ③確定切削速度VC與機(jī)床主軸轉(zhuǎn)速，可知VC=2.17~2.667m/s,根據(jù)機(jī)床說(shuō)明書，取VC=2.4m/s. ④按公式得主軸轉(zhuǎn)速： n=(1000V)/πd=（1000×2.4）/(3.14×203)=0.822r/s。 按機(jī)床說(shuō)明書，取n=16.66r/s。按公式算得切削速度為: VC=（π·d·n）/1000=（3.14×203×16.4）/1000=11.9m/s。 由于精車切削力較小，故一般不需校驗(yàn)，最后選定精車切削用量為：ap=0.25mm，f=0.30mm/r，VC=2.39m/s，n=500r/min 七 三維圖的繪制及自動(dòng)編程參數(shù)設(shè)計(jì) （一）三維圖的繪制 繪制回轉(zhuǎn)草圖 繪制斜齒輪草圖 拉伸草圖 在繪制如下草圖 拉伸上步驟畫的草圖 同理反面拉伸草圖 陣列特征 繪制平面螺紋截面線串 繪制界面線串后，進(jìn)行掃略 繪制一個(gè)曲面修建 同理修建另一頭 最后求和 （二）自動(dòng)編程參數(shù)設(shè)置 本零件的編程運(yùn)用UGNX6.0編制，首先繪制好零件實(shí)體圖后，如圖所示為UGNX6.0工作界面與零件實(shí)體圖。 （1）創(chuàng)建機(jī)床坐標(biāo)系，首先雙擊菜單欄里的，進(jìn)入安全設(shè)置選項(xiàng)里面設(shè)定安全平面30mm 圖4.12 （2）設(shè)計(jì)銑削幾何體，雙擊右邊導(dǎo)航器里的WORKPIECE，進(jìn)行設(shè)置加工工件與加工毛坯。毛坯建法：先將工件隱藏，在草圖上回轉(zhuǎn)草圖，再在編輯菜單里進(jìn)行互換顯示與隱藏。 （3）創(chuàng)建刀具 UG課程的時(shí)候，老師說(shuō)過(guò)做UG仿形加工有三個(gè)步驟：①用什么刀具加工；②確定對(duì)零件件加工方法；③選擇零件加工的操作命令。我現(xiàn)在創(chuàng)建操作平面立銑外輪廓，選擇Ф5的立銑刀，去除外部毛坯材料。如圖所示。 按照以上操作再創(chuàng)建其他刀具。最后建成直徑3mm的平底銑刀精加工 圖4.15 建立刀具 （4）創(chuàng)建刀具軌跡，上UG課程的時(shí)候，老師說(shuō)過(guò)做UG仿形加工有三個(gè)步驟：①用什么刀具加工；②對(duì)什么零件進(jìn)行加工；③怎么加工?，F(xiàn)在第三步如下圖所示。 A、粗加工，選擇型腔銑開粗 設(shè)置切削區(qū)域 設(shè)置切削模式，步距，每刀切削深度 設(shè)置非切削參數(shù) 設(shè)置主軸轉(zhuǎn)速和切削速度 刀具軌跡 2D仿真 同理在選擇ED3mm的立銑刀精加工  八 程序的編制 （一）工序10、20程序 順序號(hào) 程序內(nèi)容 程序說(shuō)明 O0001 程序名 N10 M03S400T0101 啟動(dòng)主軸1號(hào)刀粗車 N20 G0X210Z3 快速定位靠近工件 N30 G90X110Z2F150 循環(huán)車削粗加工 N40 Z1 直線插補(bǔ) N50 Z0.5 直線插補(bǔ) N60 Z0 倒角 N70 G0X300Z150 直線插補(bǔ) N80 M03S500T0202 直線插補(bǔ) N90 G0X114Z1 倒角 N100 G71U1R1 直線插補(bǔ) N110 G71P1Q2U-0.5W0.1F180 直線插補(bǔ) N120 N1G01X125.5F150 直線插補(bǔ) N130 Z0 直線插補(bǔ) N140 X123.5W-1 直線插補(bǔ) N150 Z-6.3 退刀 N160 X120W-1 退刀 N170 Z-24 換刀 N180 N2U-1 直線插補(bǔ) N190 G0Z100 直線插補(bǔ) N200 X100 直線插補(bǔ) N210 M30 直線插補(bǔ) N360 X123.5W-1 程序結(jié)束 （二）工序30、40程序 順序號(hào) 程序內(nèi)容 程序說(shuō)明 O0002 程序名 N10 M03S400T0101 啟動(dòng)主軸1號(hào)刀粗車 N20 G0X210Z3 快速定位靠近工件 N30 G90X110Z2F150 循環(huán)車削粗加工 N40 Z1 直線插補(bǔ) N50 Z0.5 直線插補(bǔ) N60 Z0 倒角 N70 G0X300Z150 直線插補(bǔ) N80 M03S350T0202 直線插補(bǔ) N90 G0X210Z1 倒角 N100 G71U1R1 直線插補(bǔ) N110 G71P1Q2U-0.5W0.1F200 直線插補(bǔ) N120 N1G01X148.25F150 直線插補(bǔ) N130 Z0 直線插補(bǔ) N140 X203Z-4.38 直線插補(bǔ) N150 Z-23 退刀 N160 N1X210 退刀 N170 G0X300 換刀 N180 Z100 直線插補(bǔ) N190 M30 直線插補(bǔ) （三）工序50程序 %0003 G17 G90 G54 G40 G49 G80 (Tool_Name = ED5) (DIA. = 5.00 R = 0.00 Length = 75.00) G91 G28 Z0.0 M06 T01 G40 G49 G80 G00 G90 X80.535 Y65.901 S3000 M03 G43 G00 Z29.505 H00 G00 Z2.008 G01 X80.535 Y65.901 Z-.992 F1200. M08 。。。。。。。。。。。。。 。。。。。。。。。。。 G01 X18.104 Y101.457 Z-6. G01 X18.104 Y101.457 Z-3. G00 Z129.505 M05 M09 G91 G28 Z0.0 G28 X0.0 Y0.0 M30 總 結(jié) 通過(guò)此次畢業(yè)設(shè)計(jì)，我們基本上掌握了零件的工藝過(guò)程的分析、工藝文件的編制，了解了一些機(jī)械制造技術(shù)基礎(chǔ)的知識(shí)，切身體會(huì)到了從毛坯到成品的工藝過(guò)程，從而對(duì)于本課有一個(gè)較為清析的輪廓印像。學(xué)會(huì)了查相關(guān)手冊(cè)、選擇使用工藝裝備等等。 總的來(lái)說(shuō)，這次課程設(shè)計(jì)，使我們?cè)诨A(chǔ)理論知識(shí)的綜合運(yùn)用及正確解決實(shí)際問(wèn)題等方面得到了一次較好的訓(xùn)練，提高了我們的思考、解決問(wèn)題、創(chuàng)新設(shè)計(jì)的能力，為以后的工藝設(shè)計(jì)打下較好的基礎(chǔ)。 對(duì)于這門課程我們還只有一個(gè)初步的認(rèn)識(shí)，所以請(qǐng)老師多多指正批評(píng)。如果要想更好的掌握這門課技術(shù)，還需要我們進(jìn)一步的學(xué)習(xí)與實(shí)踐，在實(shí)際的工作中不斷的積累經(jīng)驗(yàn)，這樣我們才能更好的學(xué)好這門技術(shù)，更好地了解機(jī)械制造工業(yè)，從而為以后的工作打下堅(jiān)固的基礎(chǔ)。  參考文獻(xiàn) 【1】王愛(ài)玲．現(xiàn)代數(shù)控機(jī)床實(shí)用操作技術(shù)[M]．北京：國(guó)防工業(yè)出版社，2O05． 【2】金捷 劉小菡 主編. 機(jī)械制造技術(shù)與訓(xùn)練項(xiàng)目.上海：復(fù)旦大學(xué)出版社，2010 【3】唐應(yīng)謙．?dāng)?shù)控加工工藝學(xué)[M]．北京：中國(guó)勞動(dòng)社會(huì)保障出版社，2000． 【4】熊熙．?dāng)?shù)控加工實(shí)訓(xùn)教程[M]．北京：化學(xué)工業(yè)出版社，2003． 【5】劉立．?dāng)?shù)控車床編程與操作[M]．北京：北京理工大學(xué)出版社，2006． 【6】楊仲岡.數(shù)控加工技術(shù).北京：機(jī)械工業(yè)出版社，2001. 【7】于華.數(shù)控機(jī)床的編程及實(shí)例.北京：機(jī)械工業(yè)出版社，1996. 【8】王先逵.機(jī)械制造工藝學(xué).北京：機(jī)械工業(yè)出版社，1995. 18 O0002 M03S400T0101 G0X210Z3 G90X110Z2F150 Z1 Z0.5 Z0 G0X300Z150 M03S350T0202 G0X210Z1 G71U1R1 G71P1Q2U-0.5W0.1F200 N1G01X148.25F150 Z0 X203Z-4.38 Z-23 N1X210 G0X300 Z100 M30 %0003 G17 G90 G54 G40 G49 G80 (Tool_Name = ED5) (DIA. = 5.00 R = 0.00 Length = 75.00) G91 G28 Z0.0 M06 T01 G40 G49 G80 G00 G90 X80.535 Y65.901 S3000 M03 G43 G00 Z29.505 H00 G00 Z2.008 G01 X80.535 Y65.901 Z-.992 F1200. M08 G01 X76.639 Y62.768 Z-.992 G01 X77.585 Y61.591 Z-.992 G01 X78.143 Y60.883 Z-.992 G01 X78.398 Y60.561 Z-.992 G01 X78.515 Y60.402 Z-.992 G01 X79.585 Y58.993 Z-.992 G01 X79.658 Y58.88 Z-.992 G01 X79.757 Y58.758 Z-.992 G01 X80.363 Y57.919 Z-.992 G01 X80.417 Y57.851 Z-.992 G01 X80.555 Y57.653 Z-.992 G01 X83.292 Y53.616 Z-.992 G01 X85.909 Y49.313 Z-.992 G01 X86.109 Y48.971 Z-.992 G01 X86.169 Y48.85 Z-.992 G01 X86.351 Y48.542 Z-.992 G01 X86.492 Y48.284 Z-.992 G01 X86.798 Y47.744 Z-.992 G01 X87.528 Y46.387 Z-.992 G01 X87.629 Y46.205 Z-.992 G01 X87.639 Y46.182 Z-.992 G01 X89.802 Y41.806 Z-.992 G01 X89.841 Y41.731 Z-.992 G01 X89.96 Y41.474 Z-.992 G01 X90.03 Y41.334 Z-.992 G01 X90.257 Y40.81 Z-.992 G01 X90.405 Y40.499 Z-.992 G01 X90.735 Y39.738 Z-.992 G01 X90.898 Y39.378 Z-.992 G01 X90.916 Y39.323 Z-.992 G01 X92.044 Y36.616 Z-.992 G01 X92.283 Y36.025 Z-.992 G01 X92.375 Y35.774 Z-.992 G01 X92.895 Y34.41 Z-.992 G01 X93.022 Y34.059 Z-.992 G01 X93.041 Y33.984 Z-.992 G01 X93.287 Y33.334 Z-.992 G01 X93.607 Y32.418 Z-.992 G01 X93.657 Y32.281 Z-.992 G01 X93.83 Y31.748 Z-.992 G01 X94.022 Y31.201 Z-.992 G01 X94.188 Y30.688 Z-.992 G01 X94.455 Y29.851 Z-.992 G01 X94.534 Y29.619 Z-.992 G01 X94.591 Y29.418 Z-.992 G01 X94.666 Y29.182 Z-.992 G01 X95.33 Y26.944 Z-.992 G01 X95.905 Y24.817 Z-.992 G01 X96.173 Y23.715 Z-.992 G01 X96.228 Y23.516 Z-.992 G01 X96.259 Y23.389 Z-.992 G01 X96.274 Y23.29 Z-.992 G01 X96.368 Y22.935 Z-.992 G01 X96.423 Y22.685 Z-.992 G01 X96.556 Y22.138 Z-.992 G01 X96.797 Y21.055 Z-.992 G01 X96.848 Y20.816 Z-.992 G01 X96.897 Y20.564 Z-.992 G01 X97.132 Y19.474 Z-.992 G01 X97.534 Y17.35 Z-.992 G01 X97.707 Y16.283 Z-.992 G01 X97.862 Y15.352 Z-.992 G01 X97.876 Y15.239 Z-.992 G01 X97.967 Y14.681 Z-.992 G01 X98.041 Y14.134 Z-.992 G01 X98.126 Y13.61 Z-.992 G01 X98.156 Y13.346 Z-.992 G01 X98.197 Y13.084 Z-.992 G01 X98.256 Y12.539 Z-.992 G01 X98.299 Y12.254 Z-.992 G01 X98.327 Y12.016 Z-.992 G01 X98.398 Y11.436 Z-.992 G01 X98.458 Y10.936 Z-.992 G01 X98.514 Y10.426 Z-.992 G01 X98.54 Y10.131 Z-.992 G01 X98.573 Y9.87 Z-.992 G01 X98.616 Y9.345 Z-.992 G01 X98.673 Y8.818 Z-.992 G01 X98.689 Y8.557 Z-.992 G01 X98.717 Y8.271 Z-.992 G01 X98.779 Y7.451 Z-.992 G01 X98.803 Y7.204 Z-.992 G01 X98.832 Y6.677 Z-.992 G01 X98.875 Y6.151 Z-.992 G01 X98.884 Y5.903 Z-.992 G01 X98.93 Y5.13 Z-.992 G01 X98.93 Y5.052 Z-.992 G01 X98.962 Y4.547 Z-.992 G01 X98.976 Y4.01 Z-.992 G01 X99.005 Y3.484 Z-.992 G01 X99.007 Y3.223 Z-.992 G01 X99.02 Y2.93 Z-.992 G01 X99.034 Y2.424 Z-.992 G01 X99.037 Y2.13 Z-.992 G01 X99.048 Y1.87 Z-.992 G01 X99.048 Y1.344 Z-.992 G01 X99.062 Y.817 Z-.992 G01 X99.058 Y.557 Z-.992 G01 X99.063 Y.27 Z-.992 G01 X99.062 Y.189 Z-.992 G03 X98.935 Y3.695 I-99.056 J-1.858 G03 X79.884 Y56.922 I-97.949 J-5.034 G03 X28.85 Y92.659 I-78.449 J-57.721 G03 X19.217 Y94.975 I-27.243 J-92.118 G01 X19.321 Y95.172 Z-.992 G03 X19.597 Y96.098 I-2.213 J1.165 G01 X19.616 Y96.197 Z-.992 G01 X19.685 Y96.759 Z-.992 G01 X19.702 Y96.952 Z-.992 G03 X19.71 Y97.078 I-2.49 J.227 G01 X19.756 Y97.07 Z-.992 G01 X20.921 Y96.826 Z-.992 G01 X21.032 Y96.798 Z-.992 G01 X22.132 Y96.56 Z-.992 G01 X23.343 Y96.265 Z-.992 G01 X23.381 Y96.261 Z-.992 G01 X23.483 Y96.236 Z-.992 G01 X23.718 Y96.174 Z-.992 G01 X24.804 Y95.91 Z-.992 G01 X25.319 Y95.771 Z-.992 G01 X26.697 Y95.395 Z-.992 G01 X26.924 Y95.336 Z-.992 G01 X27.102 Y95.28 Z-.992 G01 X27.321 Y95.219 Z-.992 G01 X28.536 Y94.858 Z-.992 G01 X29.333 Y94.617 Z-.992 G01 X29.588 Y94.53 Z-.992 G01 X30.151 Y94.363 Z-.992 G01 X31.187 Y94.027 Z-.992 G01 X31.734 Y93.835 Z-.992 G01 X32.205 Y93.682 Z-.992 G01 X32.24 Y93.667 Z-.992 G01 X33.332 Y93.288 Z-.992 G01 X33.879 Y93.086 Z-.992 G01 X34.401 Y92.898 Z-.992 G01 X35.996 Y92.294 Z-.992 G01 X38.13 Y91.429 Z-.992 G01 X38.676 Y91.193 Z-.992 G01 X38.999 Y91.062 Z-.992 G01 X39.091 Y90.998 Z-.992 G01 X39.331 Y90.918 Z-.992 G01 X39.738 Y90.733 Z-.992 G01 X40.022 Y90.615 Z-.992 G01 X40.674 Y90.325 Z-.992 G01 X40.814 Y90.267 Z-.992 G01 X41.057 Y90.151 Z-.992 G01 X41.338 Y90.027 Z-.992 G01 X41.793 Y89.812 Z-.992 G01 X41.895 Y89.77 Z-.992 G01 X42.11 Y89.664 Z-.992 G01 X42.588 Y89.438 Z-.992 G01 X42.934 Y89.273 Z-.992 G01 X42.988 Y89.251 Z-.992 G01 X43.194 Y89.146 Z-.992 G01 X43.478 Y89.015 Z-.992 G01 X43.812 Y88.848 Z-.992 G01 X43.951 Y88.77 Z-.992 G02 X49.876 Y85.584 I-40.661 J-82.703 G01 X50.388 Y85.293 Z-.992 G01 X50.534 Y85.201 Z-.992 G01 X50.883 Y84.993 Z-.992 G01 X50.968 Y84.948 Z-.992 G01 X51.466 Y84.638 Z-.992 G01 X52.002 Y84.319 Z-.992 G01 X52.564 Y83.961 Z-.992 G01 X52.614 Y83.937 Z-.992 G01 X53.065 Y83.644 Z-.992 G01 X53.599 Y83.312 Z-.992 G01 X53.85 Y83.145 Z-.992 G01 X54.139 Y82.957 Z-.992 G01 X54.672 Y82.601 Z-.992 G01 X55.202 Y82.258 Z-.992 G01 X55.453 Y82.085 Z-.992 G01 X55.74 Y81.89 Z-.992 G01 X56.273 Y81.519 Z-.992 G01 X56.812 Y81.155 Z-.992 G01 X57.279 Y80.826 Z-.992 G01 X59.463 Y79.235 Z-.992 G01 X59.738 Y79.02 Z-.992 G01 X60.003 Y78.826 Z-.992 G01 X60.867 Y78.149 Z-.992 G01 X61.459 Y77.693 Z-.992 G01 X61.496 Y77.656 Z-.992 G01 X62.083 Y77.195 Z-.992 G01 X62.116 Y77.165 Z-.992 G01 X62.648 Y76.738 Z-.992 G01 X62.738 Y76.661 Z-.992 G01 X63.505 Y76.027 Z-.992 G01 X63.731 Y75.831 Z-.992 G01 X63.953 Y75.65 Z-.992 G01 X64.709 Y75.004 Z-.992 G01 X64.733 Y74.979 Z-.992 G01 X65.279 Y74.507 Z-.992 G01 X65.328 Y74.459 Z-.992 G01 X65.632 Y74.198 Z-.992 G01 X66.396 Y73.512 Z-.992 G01 X66.582 Y73.342 Z-.992 G01 X66.921 Y73.044 Z-.992 G01 X67.028 Y72.938 Z-.992 G01 X67.162 Y72.819 Z-.992 G01 X67.473 Y72.522 Z-.992 G01 X67.74 Y72.284 Z-.992 G01 X67.864 Y72.162 Z-.992 G01 X68.009 Y72.03 Z-.992 G01 X68.441 Y71.615 Z-.992 G01 X68.543 Y71.523 Z-.992 G01 X68.851 Y71.216 Z-.992 G01 X69.072 Y71.009 Z-.992 G01 X69.414 Y70.667 Z-.992 G01 X69.608 Y70.487 Z-.992 G01 X69.763 Y70.327 Z-.992 G01 X69.95 Y70.146 Z-.992 G01 X70.316 Y69.775 Z-.992 G01 X70.469 Y69.626 Z-.992 G01 X70.65 Y69.431 Z-.992 G01 X70.992 Y69.089 Z-.992 G01 X71.198 Y68.868 Z-.992 G01 X71.51 Y68.556 Z-.992 G01 X71.599 Y68.458 Z-.992 G01 X72.253 Y67.771 Z-.992 G01 X72.514 Y67.48 Z-.992 G01 X72.682 Y67.307 Z-.992 G01 X73.01 Y66.956 Z-.992 G01 X73.175 Y66.77 Z-.992 G01 X73.321 Y66.616 Z-.992 G01 X73.474 Y66.435 Z-.992 G01 X73.68 Y66.212 Z-.992 G01 X73.9 Y65.959 Z-.992 G01 X74.019 Y65.84 Z-.992 G01 X74.415 Y65.386 Z-.992 G01 X74.926 Y64.799 Z-.992 G01 X75.144 Y64.546 Z-.992 G01 X75.365 Y64.284 Z-.992 G01 X75.818 Y63.759 Z-.992 G01 X75.995 Y63.538 Z-.992 G01 X76.268 Y63.222 Z-.992 G01 X76.393 Y63.063 Z-.992 G01 X76.539 Y62.891 Z-.992 G01 X76.639 Y62.768 Z-.992 G01 X78.587 Y64.334 Z-.992 G01 X79.541 Y63.148 Z-.992 G01 X80.105 Y62.432 Z-.992 G01 X80.385 Y62.078 Z-.992 G02 X80.387 Y62.076 I-.047 J-.037 G01 X80.518 Y61.898 Z-.992 G01 X81.627 Y60.437 Z-.992 G02 X81.629 Y60.434 I-.048 J-.036 G01 X81.683 Y60.352 Z-.992 G01 X81.744 Y60.276 Z-.992 G02 X81.746 Y60.274 I-.047 J-.037 G01 X82.355 Y59.431 Z-.992 G01 X82.423 Y59.345 Z-.992 G02 X82.426 Y59.342 I-.046 J-.037 G01 X82.616 Y59.068 Z-.992 G01 X85.395 Y54.969 Z-.992 G02 X85.396 Y54.967 I-.05 J-.033 G01 X88.055 Y50.595 Z-.992 G01 X88.307 Y50.166 Z-.992 G02 X88.308 Y50.162 I-.052 J-.031 G01 X88.367 Y50.046 Z-.992 G01 X88.525 Y49.777 Z-.992 G02 X88.526 Y49.775 I-.052 J-.031 G01 X88.676 Y49.5 Z-.992 G01 X88.986 Y48.954 Z-.992 G02 X88.987 Y48.952 I-.052 J-.03 G01 X89.722 Y47.585 Z-.992 G01 X89.873 Y47.314 Z-.992 G02 X89.875 Y47.308 I-.053 J-.03 G01 X89.908 Y47.234 Z-.992 G01 X92.03 Y42.939 Z-.992 G01 X92.083 Y42.838 Z-.992 G02 X92.085 Y42.835 I-.053 J-.028 G01 X92.212 Y42.56 Z-.992 G01 X92.296 Y42.393 Z-.992 G02 X92.298 Y42.39 I-.054 J-.027 G01 X92.533 Y41.844 Z-.992 G01 X92.681 Y41.535 Z-.992 G02 X92.682 Y41.533 I-.054 J-.026 G01 X93.021 Y40.75 Z-.992 G01 X93.228 Y40.293 Z-.992 G02 X93.23 Y40.287 I-.055 J-.025 G01 X93.259 Y40.201 Z-.992 G01 X94.357 Y37.566 Z-.992 G01 X94.617 Y36.923 Z-.992 G02 X94.618 Y36.921 I-.056 J-.022 G01 X94.718 Y36.647 Z-.992 G01 X95.238 Y35.282 Z-.992 G01 X95.415 Y34.794 Z-.992 G02 X95.417 Y34.788 I-.056 J-.02 G01 X95.431 Y34.732 Z-.992 G01 X95.636 Y34.189 Z-.992 G02 X95.637 Y34.188 I-.056 J-.021 G01 X95.962 Y33.258 Z-.992 G01 X96.021 Y33.095 Z-.992 G01 X96.021 Y33.093 Z-.992 G01 X96.198 Y32.548 Z-.992 G01 X96.39 Y32.002 Z-.992 G02 X96.391 Y32. I-.056 J-.02 G01 X96.568 Y31.454 Z-.992 G01 X96.83 Y30.633 Z-.992 G01 X96.922 Y30.362 Z-.992 G02 X96.923 Y30.359 I-.057 J-.02 G01 X96.986 Y30.137 Z-.992 G01 X97.055 Y29.917 Z-.992 G02 X97.056 Y29.916 I-.057 J-.018 G01 X97.735 Y27.627 Z-.992 G02 X97.736 Y27.625 I-.057 J-.017 G01 X98.326 Y25.439 Z-.992 G02 X98.327 Y25.438 I-.058 J-.015 G01 X98.592 Y24.346 Z-.992 G01 X98.647 Y24.148 Z-.992 G02 X98.648 Y24.146 I-.057 J-.016 G01 X98.714 Y23.873 Z-.992 G02 X98.715 Y23.867 I-.058 J-.014 G01 X98.726 Y23.796 Z-.992 G01 X98.797 Y23.527 Z-.992 G02 X98.798 Y23.525 I-.058 J-.015 G01 X98.859 Y23.251 Z-.992 G01 X98.991 Y22.705 Z-.992 G02 X98.992 Y22.704 I-.058 J-.014 G01 X99.239 Y21.59 Z-.992 G01 X99.298 Y21.316 Z-.992 G01 X99.298 Y21.314 Z-.992 G01 X99.346 Y21.063 Z-.992 G01 X99.582 Y19.971 Z-.992 G02 X99.583 Y19.969 I-.058 J-.013 G01 X99.996 Y17.783 Z-.992 G02 X99.997 Y17.782 I-.059 J-.011 G01 X100.174 Y16.689 Z-.992 G01 X100.336 Y15.714 Z-.992 G02 X100.337 Y15.712 I-.059 J-.01 G01 X100.351 Y15.595 Z-.992 G01 X100.44 Y15.049 Z-.992 G01 X100.44 Y15.048 Z-.992 G01 X100.514 Y14.502 Z-.992 G01 X100.602 Y13.956 Z-.992 G02 X100.603 Y13.954 I-.059 J-.009 G01 X100.634 Y13.681 Z-.992 G01 X100.676 Y13.409 Z-.992 G01 X100.676 Y13.407 Z-.992 G01 X100.735 Y12.861 Z-.992 G01 X100.777 Y12.59 Z-.992 G01 X100.777 Y12.588 Z-.992 G01 X100.809 Y12.314 Z-.992 G01 X100.879 Y11.738 Z-.992 G01 X100.942 Y11.221 Z-.992 G01 X101.001 Y10.674 Z-.992 G01 X101.001 Y10.673 Z-.992 G01 X101.026 Y10.4 Z-.992 G01 X101.06 Y10.128 Z-.992 G02 X101.061 Y10.126 I-.059 J-.007 G01 X101.105 Y9.58 Z-.992 G01 X101.164 Y9.034 Z-.992 G01 X101.164 Y9.032 Z-.992 G01 X101.182 Y8.759 Z-.992 G01 X101.208 Y8.487 Z-.992 G01 X101.208 Y8.486 Z-.992 G01 X101.27 Y7.666 Z-.992 G01 X101.297 Y7.394 Z-.992 G01 X101.297 Y7.392 Z-.992 G01 X101.326 Y6.846 Z-.992 G01 X101.371 Y6.3 Z-.992 G01 X101.371 Y6.298 Z-.992 G01 X101.381 Y6.025 Z-.992 G01 X101.43 Y5.206 Z-.992 G02 X101.43 Y5.202 I-.06 J-.004 G01 X101.43 Y5.13 Z-.992 G01 X101.459 Y4.659 Z-.992 G02 X101.46 Y4.657 I-.059 J-.003 G01 X101.474 Y4.112 Z-.992 G01 X101.504 Y3.566 Z-.992 G01 X101.504 Y3.563 Z-.992 G01 X101.507 Y3.291 Z-.992 G01 X101.519 Y3.019 Z-.992 G01 X101.533 Y2.471 Z-.992 G01 X101.536 Y2.198 Z-.992 G01 X101.548 Y1.926 Z-.992 G02 X101.548 Y1.923 I-.06 J-.003 G01 X101.548 Y1.377 Z-.992 G01 X101.563 Y.832 Z-.992 G02 X101.563 Y.829 I-.06 J-.002 G01 X101.558 Y.557 Z-.992 G01 X101.563 Y.285 Z-.992 G02 X101.563 Y.283 I-.06 J-.001 G01 X101.559 Y-.536 Z-.992 G01 X101.563 Y-.809 Z-.992 G02 X101.563 Y-.811 I-.06 J-.001 G01 X101.548 Y-1.357 Z-.992 G01 X101.548 Y-1.903 Z-.992 G01 X101.548 Y-1.905 Z-.992 G01 X101.537 Y-2.177 Z-.992 G01 X101.533 Y-2.45 Z-.992 G01 X101.533 Y-2.451 Z-.992 G01 X101.507 Y-3.27 Z-.992 G01 X101.504 Y-3.543 Z-.992 G01 X101.504 Y-3.545 Z-.992 G01 X101.474 Y-4.091 Z-.992 G01 X101.46 Y-4.637 Z-.992 G02 X101.459 Y-4.639 I-.06 J.002 G01 X101.43 Y-5.141 Z-.992 G01 X101.382 Y-6.004 Z-.992 G01 X101.371 Y-6.277 Z-.992 G01 X101.371 Y-6.28 Z-.992 G01 X101.326 Y-6.825 Z-.992 G01 X101.297 Y-7.371 Z-.992 G01 X101.297 Y-7.373 Z-.992 G01 X101.164 Y-9.012 Z-.992 G01 X101.164 Y-9.014 Z-.992 G01 X101.105 Y-9.56 Z-.992 G01 X101.061 Y-10.105 Z-.992 G02 X101.06 Y-10.107 I-.06 J.005 G01 X101.001 Y-10.653 Z-.992 G01 X100.884 Y-11.699 Z-.992 G01 X100.884 Y-11.74 Z-.992 G02 X100.883 Y-11.748 I-.06 J0.0 G01 X100.809 Y-12.294 Z-.992 G01 X100.75 Y-12.839 Z-.992 G01 X100.75 Y-12.842 Z-.992 G01 X100.71 Y-13.114 Z-.992 G01 X100.676 Y-13.387 Z-.992 G01 X100.676 Y-13.388 Z-.992 G01 X100.561 Y-14.207 Z-.992 G01 X100.529 Y-14.48 Z-.992 G02 X100.528 Y-14.482 I-.06 J.007 G01 X100.44 Y-15.028 Z-.992 G01 X100.366 Y-15.574 Z-.992 G02 X100.365 Y-15.58 I-.059 J.008 G01 X100.347 Y-15.651 Z-.992 G01 X100.277 Y-16.121 Z-.992 G01 X100.277 Y-16.123 Z-.992 G01 X100.228 Y-16.394 Z-.992 G01 X100.189 Y-16.667 Z-.992 G02 X100.188 Y-16.67 I-.06 J.008 G01 X100.085 Y-17.216 Z-.992 G01 X99.997 Y-17.761 Z-.992 G02 X99.996 Y-17.763 I-.06 J.009 G01 X99.79 Y-18.885 Z-.992 G01 X99.583 Y-19.949 Z-.992 G02 X99.582 Y-19.95 I-.059 J.011 G01 X99.464 Y-20.496 Z-.992 G01 X99.361 Y-21.042 Z-.992 G01 X99.361 Y-21.044 Z-.992 G01 X99.299 Y-21.309 Z-.992 G01 X99.243 Y-21.589 Z-.992 G01 X99.243 Y-21.591 Z-.992 G01 X99.179 Y-21.862 Z-.992 G01 X99.125 Y-22.136 Z-.992 G02 X99.124 Y-22.138 I-.059 J.012 G01 X98.992 Y-22.684 Z-.992 G01 X98.874 Y-23.23 Z-.992 G02 X98.873 Y-23.232 I-.059 J.013 G01 X98.803 Y-23.504 Z-.992 G01 X98.607 Y-24.324 Z-.992 G01 X98.607 Y-24.325 Z-.992 G01 X98.537 Y-24.596 Z-.992 G01 X98.475 Y-24.87 Z-.992 G02 X98.474 Y-24.873 I-.059 J.014 G01 X98.398 Y-25.145 Z-.992 G01 X98.256 Y-25.692 Z-.992 G01 X98.256 Y-25.694 Z-.992 G01 X98.179 Y-25.963 Z-.992 G01 X98.168 Y-26.027 Z-.992 G02 X98.167 Y-26.032 I-.059 J.01 G01 X98.095 Y-26.303 Z-.992 G01 X98.046 Y-26.51 Z-.992 G02 X98.045 Y-26.513 I-.058 J.014 G01 X97.883 Y-27.059 Z-.992 G01 X97.813 Y-27.332 Z-.992 G01 X97.813 Y-27.333 Z-.992 G01 X97.591 Y-28.116 Z-.992 G02 X97.587 Y-28.126 I-.058 J.016 G01 X97.572 Y-28.157 Z-.992 G01 X97.425 Y-28.698 Z-.992 G01 X97.425 Y-28.7 Z-.992 G01 X97.34 Y-28.971 Z-.992 G01 X97.263 Y-29.245 Z-.992 G02 X97.262 Y-29.247 I-.058 J.016 G01 X97.086 Y-29.79 Z-.992 G01 X97.075 Y-29.847 Z-.992 G02 X97.073 Y-29.853 I-.059 J.012 G01 X96.989 Y-30.125 Z-.992 G01 X96.568 Y-31.432 Z-.992 G01 X96.542 Y-31.527 Z-.992 G02 X96.541 Y-31.531 I-.057 J.015 G01 X96.213 Y-32.527 Z-.992 G01 X95.993 Y-33.163 Z-.992 G01 X95.829 Y-33.621 Z-.992 G01 X95.542 Y-34.441 Z-.992 G01 X95.329 Y-35.026 Z-.992 G01 X95.031 Y-35.808 Z-.992 G01 X94.85 Y-36.304 Z-.992 G02 X94.847 Y-36.31 I-.057 J.021 G01 X94.823 Y-36.357 Z-.992 G01 X94.725 Y-36.629 Z-.992 G02 X94.724 Y-36.63 I-.057 J.021 G01 X94.617 Y-36.902 Z-.992 G01 X94.411 Y-37.448 Z-.992 G02 X94.409 Y-37.452 I-.056 J.021 G01 X94.362 Y-37.552 Z-.992 G01 X94.189 Y-37.995 Z-.992 G01 X93.967 Y-38.542 Z-.992 G01 X93.775 Y-39.001 Z-.992 G02 X93.773 Y-39.004 I-.056 J.024 G01 X93.73 Y-39.091 Z-.992 G01 X93.509 Y-39.635 Z-.992 G01 X93.509 Y-39.636 Z-.992 G01 X92.8 Y-41.276 Z-.992 G02 X92.798 Y-41.279 I-.055 J.024 G01 X92.738 Y-41.402 Z-.992 G01 X91.795 Y-43.463 Z-.992 G02 X91.794 Y-43.465 I-.055 J.025 G01 X91.688 Y-43.677 Z-.992 G01 X91.588 Y-43.892 Z-.992 G01 X91.041 Y-45.015 Z-.992 G01 X91.041 Y-45.017 Z-.992 G01 X90.716 Y-45.651 Z-.992 G01 X90.495 Y-46.093 Z-.992 G01 X90.451 Y-46.194 Z-.992 G02 X90.449 Y-46.199 I-.055 J.023 G01 X90.305 Y-46.469 Z-.992 G01 X90.169 Y-46.744 Z-.992 G02 X90.168 Y-46.746 I-.053 J.027 G01 X89.873 Y-47.292 Z-.992 G01 X89.593 Y-47.838 Z-.992 G02 X89.592 Y-47.84 I-.053 J.028 G01 X89.493 Y-48.015 Z-.992 G01 X89.401 Y-48.193 Z-.992 G02 X89.4 Y-48.194 I-.053 J.028 G01 X89.146 Y-48.657 Z-.992 G01 X89.002 Y-48.931 Z-.992 G02 X89. Y-48.935 I-.053 J.028 G01 X88.925 Y-49.058 Z-.992 G02 X82.365 Y-59.418 I-88.925 J49.058 G01 X82.041 Y-59.869 Z-.992 G01 X81.692 Y-60.339 Z-.992 G01 X81.644 Y-60.413 Z-.992 G02 X81.642 Y-60.417 I-.05 J.033 G01 X81.229 Y-60.962 Z-.992 G01 X81.201 Y-61.005 Z-.992 G02 X81.198 Y-61.008 I-.05 J.034 G01 X80.814 Y-61.51 Z-.992 G01 X80.652 Y-61.717 Z-.992 G01 X80.401 Y-62.056 Z-.992 G02 X80.4 Y-62.058 I-.048 J.036 G01 X80.252 Y-62.242 Z-.992 G01 X80.039 Y-62.515 Z-.992 G01 X79.562 Y-63.116 Z-.992 G01 X79.55 Y-63.14 Z-.992 G02 X79.543 Y-63.151 I-.054 J.027 G01 X79.101 Y-63.696 Z-.992 G01 X79.013 Y-63.814 Z-.992 G02 X79.011 Y-63.816 I-.048 J.036 G01 X78.833 Y-64.029 Z-.992 G01 X78.214 Y-64.79 Z-.992 G01 X77.371 Y-65.796 Z-.992 G02 X77.368 Y-65.799 I-.046 J.039 G01 X77.281 Y-65.886 Z-.992 G01 X76.825 Y-66.431 Z-.992 G02 X76.824 Y-66.432 I-.046 J.039 G01 X76.339 Y-66.976 Z-.992 G01 X76.314 Y-67.012 Z-.992 G02 X76.309 Y-67.017 I-.05 J.034 G01 X75.731 Y-67.673 Z-.992 G01 X75.376 Y-68.072 Z-.992 G02 X75.375 Y-68.073 I-.045 J.04 G01 X75.184 Y-68.279 Z-.992 G01 X74.637 Y-68.87 Z-.992 G01 X74.372 Y-69.165 Z-.992 G02 X74.371 Y-69.166 I-.045 J.04 G01 X73.337 Y-70.259 Z-.992 G01 X72.901 Y-70.71 Z-.992 G01 X72.45 Y-71.175 Z-.992 G01 X71.357 Y-72.269 Z-.992 G01 X70.994 Y-72.624 Z-.992 G01 X70.618 Y-72.993 Z-.992 G02 X70.617 Y-72.994 I-.042 J.043 G01 X69.317 Y-74.227 Z-.992 G01 X69.022 Y-74.501 Z-.992 G01 X68.283 Y-75.181 Z-.992 G01 X68.076 Y-75.373 Z-.992 G01 X68.075 Y-75.373 Z-.992 G01 X67.676 Y-75.728 Z-.992 G01 X67.056 Y-76.275 Z-.992 G02 X67.054 Y-76.276 I-.04 J.045 G01 X66.981 Y-76.335 Z-.992 G01 X66.436 Y-76.821 Z-.992 G02 X66.435 Y-76.822 I-.04 J.045 G01 X65.888 Y-77.28 Z-.992 G01 X65.342 Y-77.752 Z-.992 G01 X64.795 Y-78.211 Z-.992 G01 X64.794 Y-78.211 Z-.992 G01 X64.484 Y-78.462 Z-.992 G01 X63.82 Y-79.009 Z-.992 G02 X63.817 Y-79.011 I-.038 J.047 G01 X63.758 Y-79.053 Z-.992 G01 X63.14 Y-79.548 Z-.992 G01 X62.519 Y-80.036 Z-.992 G01 X62.061 Y-80.398 Z-.992 G02 X62.06 Y-80.399 I-.037 J.047 G01 X61.89 Y-80.524 Z-.992 G01 X61.012 Y-81.196 Z-.992 G02 X61.009 Y-81.198 I-.036 J.048 G01 X60.966 Y-81.227 Z-.992 G01 X60.422 Y-81.624 Z-.992 G01 X60.351 Y-81.683 Z-.992 G02 X60.348 Y-81.686 I-.039 J.046 G01 X59.874 Y-82.038 Z-.992 G02 X59.873 Y-82.039 I-.036 J.048 G01 X59.425 Y-82.36 Z-.992 G02 X59.423 Y-82.361 I-.035 J.049 G01 X59.326 Y-82.424 Z-.992 G01 X59.056 Y-82.624 Z-.992 G02 X59.055 Y-82.625 I-.035 J.048 G01 X58.78 Y-82.822 Z-.992 G02 X58.772 Y-82.827 I-.035 J.049 G01 X58.747 Y-82.839 Z-.992 G02 X53.845 Y-86.112 I-52.663 J73.593 G01 X53.312 Y-86.443 Z-.992 G01 X52.942 Y-86.665 Z-.992 G01 X48.939 Y-88.984 Z-.992 G01 X48.392 Y-89.295 Z-.992 G02 X48.389 Y-89.296 I-.029 J.052 G01 X48.184 Y-89.399 Z-.992 G01 X47.846 Y-89.59 Z-.992 G02 X47.843 Y-89.592 I-.03 J.052 G01 X47.57 Y-89.73 Z-.992 G01 X47.165 Y-89.946 Z-.992 G01 X47.163 Y-89.946 Z-.992 G01 X46.751 Y-90.153 Z-.992 G01 X46.205 Y-90.448 Z-.992 G02 X46.198 Y-90.451 I-.028 J.053 G01 X46.148 Y-90.47 Z-.992 G01 X45.657 Y-90.714 Z-.992 G01 X45.111 Y-90.995 Z-.992 G02 X45.107 Y-90.997 I-.027 J.054 G01 X45.006 Y-91.04 Z-.992 G01 X44.787 Y-91.151 Z-.992 G01 X44.017 Y-91.527 Z-.992 G02 X44.015 Y-91.528 I-.026 J.054 G01 X43.883 Y-91.586 Z-.992 G01 X43.471 Y-91.793 Z-.992 G02 X43.469 Y-91.794 I-.027 J.054 G01 X42.376 Y-92.296 Z-.992 G01 X41.408 Y-92.735 Z-.992 G01 X41.285 Y-92.797 Z-.992 G02 X41.281 Y-92.799 I-.027 J.054 G01 X41.007 Y-92.913 Z-.992 G01 X40.736 Y-93.035 Z-.992 G01 X39.643 Y-93.508 Z-.992 G01 X39.642 Y-93.508 Z-.992 G01 X39.097 Y-93.729 Z-.992 G01 X39.049 Y-93.753 Z-.992 G02 X39.043 Y-93.756 I-.027 J.054 G01 X38.991 Y-93.774 Z-.992 G01 X38.55 Y-93.965 Z-.992 G02 X38.548 Y-93.966 I-.024 J.055 G01 X38.274 Y-94.072 Z-.992 G01 X38.003 Y-94.187 Z-.992 G02 X38.001 Y-94.188 I-.023 J.055 G01 X37.662 Y-94.321 Z-.992 G01 X37.66 Y-94.321 Z-.992 G01 X37.455 Y-94.395 Z-.992 G01 X37.184 Y-94.508 Z-.992 G01 X37.183 Y-94.508 Z-.992 G01 X36.909 Y-94.616 Z-.992 G01 X36.363 Y-94.823 Z-.992 G01 X36.26 Y-94.867 Z-.992 G02 X36.257 Y-94.868 I-.023 J.056 G01 X35.814 Y-95.03 Z-.992 G01 X31.442 Y-96.567 Z-.992 G01 X31.44 Y-96.567 Z-.992 G01 X30.348 Y-96.922 Z-.992 G01 X29.919 Y-97.055 Z-.992 G02 X29.915 Y-97.056 I-.018 J.058 G01 X29.799 Y-97.085 Z-.992 G01 X29.255 Y-97.261 Z-.992