输送式理瓶机技术领域本实用新型涉及一种理瓶机，确切地说是输送式理瓶机。 Bottle Conveyor TECHNICAL FIELD The present invention relates to an unscrambler, rather unscrambler conveyor dryer. 背景技术多年来，啤酒行业生产时的料瓶供给，都是以人工处理料瓶供给生产线，需要很多人工来完成操作生产任务。 BACKGROUND Over the years, when material supply bottle beer industry production, supply lines are expected to manual handling bottles, requires a lot of manual operations to complete production tasks. 由于料瓶存放在露天，工作环境非常恶劣，热晒雨露。 Since the bottle material stored in the open air, the working environment is very harsh, hot sun and rain. 随着科技的不断进步，外部工作环境也发生了很大的变化，但啤酒行业在料瓶场还是采用原始人工装箱、拉瓶来供给生产线，各厂家在生产的前期料瓶供给都存在着困难。 As technology advances, the external environment has undergone great changes, but the beer industry in the field of bottle feeding or the use of artificial original packing, pulling bottles to supply the production line, pre-material supply bottle manufacturers in the production of all there is difficult. 啤酒生产主要是靠夏季，料瓶场气温高达四十多度，常人都很难承受如此恶劣的环境，严重影响啤酒生产，成本费用加大。 Beer production mainly by the summer, feeding bottles field temperatures up to 40 degrees, ordinary people are difficult to bear such a hostile environment, seriously affecting beer production, costs increase. 现有的其它理瓶机不适合啤酒瓶的理瓶作业。 Other conventional unscrambler is not suitable for beer bottles Bottle job. 发明内容本实用新型的目的是：提供一种工作效率高的输送式理瓶机。 SUMMARY OF THE INVENTION The object of the invention is: to provide a high efficiency machine unscrambler conveyor. 实现上述目的的技术解决方案如下：输送式理瓶机，包括机架和输送带机构，还包括料瓶托盘升降机构、推进机构、和立瓶传动机构；输送带机构的输入端设有料瓶托盘升降机构；所述料瓶托盘升降机构包括托盘1，托盘1的两侧分别为升降架2，升降架2上部两侧分别设有定滑轮，下部两侧分别对应设有导向滑轮，底部两侧分别设有升降减速机3和巻扬机4;托盘1 一端活动连接着机架，托盘1与升降架对应侧中部连接着升降钢丝绳6，升降钢丝绳6跨绕过定滑轮、导向滑轮其另一端巻绕在巻扬机巻筒上；所述推进机构包括料瓶推进块8，料瓶推进块8位于托盘1下部的机架上，料瓶推进块8两侧后部分别连接着进料摆杆17，两根进料摆杆17下端活动连接着机架两侧， 进料摆杆17中部连接着进料连杆16，进料连杆16另一端连接着进料曲柄15，进料曲柄15与进料链轮13同轴 To achieve the above object of the technical solution is as follows: unscrambler conveyor machine includes a frame and belt mechanism, further comprising a feeding bottle tray elevating mechanism, the propulsion mechanism, the drive mechanism and vertical bottle; input conveyor means is provided with feed bottle tray elevating mechanism; the tray elevating mechanism comprises a feeding bottle tray 1, the tray 1 on both sides of the movable frame 2, respectively, the movable frame 2 are provided on both sides of the upper portion of the fixed pulley, on both sides of a lower portion of guide pulleys respectively provided on both sides of the bottom They are provided with lifting gear 3 and the hoisting machine 4 Volume; middle side of the lifting rope 6 is connected to the lifting rope pulley 6 fixed across the bypass, the guide pulley and the other end connected to the end of the movable tray rack 1, the tray 1 corresponding to the lifting frame Volume wound on the hoisting machine Volume Volume cylinder; said advancing means comprises a feed block 8 advancing bottles, feeding bottles propulsion block 8 in a tray, the lower portion of the frame 1, to promote the feed flask rear block 8 are respectively connected to both sides of the feed balance rod 17, two feed pivot lever 17 connected to the lower active side of the rack, the feed 17 is connected to the middle of the pendulum feed link 16, the other end of the feed link 16 is connected to the feed of the crank 15, the crank feed 13 is coaxial with the feed sprocket 15 于机架下部，主动链轮11设于推进主动轴10上，推进主动轴10连接着接推进减速机9的输出轴；输送带机构的后部设有立瓶传动机构'所述立瓶传动机构包括设于机架底部的立瓶曲柄轴33，立瓶曲柄轴33两端分别连接着曲柄34，曲柄34连接着立瓶连杆35，两根立瓶连杆35的另一端分别连接着平行于立瓶曲柄轴33的推瓶头37，两根立瓶连杆35前部分别连接着立瓶摆杆36，两根立瓶摆杆36上端分别连接着水平横杆，两水平横杆的另一端分别连接着控瓶板45两侧；立瓶曲柄轴33中部设有从动曲柄链轮，曲柄链轮47设于平行于立瓶曲柄轴33的过桥轴30中部，过桥轴30两端分别设有过桥链轮31和过桥高速链轮49，过桥链轮31 和立瓶传动链轮28上跨装着链条29，过桥高速链轮49和高速带链轮39上跨装着带传动链条38;立瓶传动链轮28设于传动轴25上，传动轴25平行设于过桥轴30上方的机 In the lower part of the frame, a drive sprocket 11 provided on the active propulsion shaft 10, drive shaft 10 is connected with the advancing contact propulsion output shaft 9 of the reduction gear; rear belt mechanism is provided with a vertical bottle gear 'transmission of the standing bottle Li mechanism includes a crankshaft disposed at the bottom of the bottle rack 33, both ends of the stand 33 are respectively connected to the crank shaft bottle crank 34, the crank link 34 is connected to the upright bottle 35, two vertical rod the other end of the bottle 35 are connected in parallel Li bottle to bottle pushing the crank shaft 33 of the head 37, two vertical front link 35 bottles with the upright bottles are respectively connected to the pendulum 36, two vertical pendulum bottles 36 are connected to the upper horizontal cross bar, the other ends of the two horizontal cross bar 45 are respectively connected to both sides of the control board bottle; the central vertical axis of the bottle 33 is provided with a crank sprocket driven cranks, crank sprocket 47 provided in parallel to the center 30, both ends of the bridge upright bottles shaft 33 of the crank shaft axis bridge 30 and bridge 31 are respectively provided with sprockets high speed chain wheel bridge 49, bridge 31 and a sprocket on the drive sprocket 28 stand across the bottle filled with the chain 29, the sprocket 49 and the high-speed bridge-speed tape 39 across sprocket filled with the drive chain 38; Li bottle drive sprocket 28 provided on the drive shaft 25, transmission shaft 25 disposed parallel to the machine axis 30 above the bridge 架上，传动轴25的外伸端连接着传送带减速机24;高速带链轮39设于一根高速输送带轴上，两根高速输送带轴平行设于过桥轴30前上方的机架上，两根高速输送带轴上均布着跨装着8条以上的高速输送带41;每根高速输送带41宽度为65-70毫米，相邻高速输送带41之间设有精理导向板27;8条以上的高速输送带41前部下方设有一对横截面呈倒喇叭状的立瓶轨道板42， 立瓶轨道板42下方设有控瓶板45，控瓶板45后部连接着控瓶弹簧44，控瓶弹簧44另一端连接着立瓶摆杆36。 Shelf, the outer extending end of the transmission shaft 25 is connected to the conveyor belt speed reducer 24; high-speed chain wheel 39 is provided with a high-speed conveyor shaft, two high-speed conveyor arranged axis parallel to the front of the rack shaft 30 above the bridge , the two high-speed conveyor belt with uniform cross shaft filled with 8 or more high-speed conveyor belt 41; width of each high-speed conveyor belt 41 is 65-70 mm, is provided adjacent to the high-speed conveyor belt 41 between the guide plate finishing treatment 27; the lower front portion 41 of 8 or more high-speed conveyor belt with a pair of vertical cross section of an inverted bottle track plate-like horn 42, the bottom of the rail plate 42 is provided with upright bottles bottles control plate 45, plate 45 is connected to the rear control bottle 44, 44 and the other end of the spring-controlled control vial bottle upright bottle is connected to the spring pendulum 36. 所述料瓶推进块8两侧分别设有导槽，与导槽配合的导块20分别设于机架上。 The feed flask propulsion block 8 are provided on both sides of the guide grooves, the guide grooves engaged with the guide blocks 20 are respectively disposed on the rack. 所述两根进料摆杆17下端可转动连接摆杆固定座18，两个摆杆固定座18固定在机架底部两侧。 The two feed pivot lever 17 is rotatably connected to the lower end of the pendulum holder 18, holder 18 is fixed to two sides of the pendulum at the bottom of the rack. 所述一对横截面呈倒喇叭状的立瓶轨道板42上方外侧机架上均布着分向控制轴43。 A pair of horn-shaped cross section of an inverted bottle upright above the plate track 42 with uniform outer rack shaft 43 to the control points. 本实用新型设计合理，安装方便，可多列平行组合，不需水气供给，通过试验证明所提供理瓶机，可与20000瓶/时、24000瓶/时、36000瓶/时40000瓶/时啤酒生产线配套。 The present invention reasonable design, easy installation, a combination of a plurality of rows may be parallel, without moisture supply, provided Unscrambler proved by experiment, when with 20,000 bottles / 24000 bottles / 36,000 bottles / 40,000 bottles / beer production line supporting. PLC控制箱，电器装机容量为4一5千瓦。 PLC control box, electrical capacity of 4 to 5 kilowatts. 本设备机架分为二种， 一、固定式、整机安装方便，二、移动式、可以在各种环境使用。 This equipment rack divided into two kinds, one, stationary, machine easy to install, two, mobile, can be used in various environments. 附图说明图l为本实用新型结构示意图，图2为图1的俯视图，图3为料瓶托盘升降机构示意图，图4为料瓶托盘装料状态图， 图5为图3的左视图， 图6为料瓶推进机构示意图， 图7为图6的AA剖视图， 图8为图6的BB剖视图， 图9为立瓶机构示意图， 图10为图9的AA剖视图， 图11为图9的BB剖视图。 BRIEF DESCRIPTION OF novel structural diagram of the present utility Figure l, Figure 2 is a plan view of FIG. 1, FIG. 3 is a schematic feeding bottle tray elevating mechanism, FIG. 4 is a feeding bottle tray loading state, and FIG. 5 is a left side view of FIG. 3, FIG 6 is a schematic mechanism feeding bottle forward, FIG. 7 is an AA in FIG. 6 a sectional view, FIG. 8 is a BB in FIG. 6 a sectional view, FIG. 9 is a schematic vertical bottle mechanism, FIG. 10 is an AA in FIG. 9 a cross-sectional view of FIG. 11 in FIG. 9 BB sectional view. 具体实施方式下面结合附图，通过实施例对本实用新型作进一步地说明。 BEST MODE OF THE DRAWINGS Further embodiments of the present invention as described. 实施例：输送式理瓶机包括机架、输送带机构23、料瓶托盘升降机构、推进机构、和立瓶传动机构，输送带机构23输入端一侧设有除杂器21，其输入端两侧分别设有粗理导向板22，粗理导向板22后侧连接着精理导向板27，见图l、图2。 Example: unscrambler conveyor machine comprises a frame, a conveyor belt mechanism 23, feeding bottle tray elevating mechanism, the propulsion mechanism, the transmission mechanism and the bottle upright, belt mechanism 23 is provided with an input terminal side of the impurity 21, an input terminal the crude processing are provided on both sides of the guide plate 22, the rear guide plate 22 is connected to the crude processing fine processing with the guide plate 27, shown in Figure L, FIG. 输送带机构的输入端设有料瓶托盘升降机构，见图3、图4和图5;料瓶托盘升降机构包括托盘1，托盘1的两侧分别为升降架2，升降架2上部两侧分别安装有定滑轮7，下部两侧分别对应安装有导向滑轮5，底部两侧分别设有升降减速机3和巻扬机4;托盘1 一端活动连接着机架，托盘1与升降架对应侧中部连接着升降钢丝绳6，升降钢丝绳6跨绕过定滑轮7、导向滑轮5其另一端巻绕在巻扬机巻筒上。 Input means is provided with a feed bottle conveyor tray elevating mechanism, shown in Figure 3, Figure 4 and Figure 5; bottle feed tray elevating mechanism comprises a tray 1, the tray 1 on both sides of the movable frame 2, respectively, on both sides of the upper portion of the movable frame 2, respectively, fixed pulley 7 mounted on both sides of the lower portion respectively mounted guide pulleys 5, respectively provided on both sides of the bottom and lifting gear 3 Volume hoisting machine 4; end of the movable tray 1 is connected to the frame, the lifting frame corresponding to the tray 1 side of the central 6 is connected to the lifting rope, the lifting rope pulley 6 fixed across the bypass 7, the guide 5 and the other end is wound on the pulley Volume Volume Volume hoisting machine barrel. 推进机构包括料瓶推进块8，料瓶推进块8位于托盘1下部的机架上，料瓶推进块8两侧后部通过轴销19分别连接着进料摆杆17，两根进料摆杆17下端可转动连接摆杆固定座18，两个摆杆固定座18固定在机架底部两侧；进料摆杆17中部连接着进料连杆16，进料连杆16另一端连接着进料曲柄15，进料曲柄15与进料链轮13通过轴14安装于机架下部，主动链轮11设于推进主动轴10上，推进主动轴10连接着接推进减速机9 的输出轴；主动链轮11和进料链轮13上跨绕着传动链条12,见图6、图7。 Advancement mechanism comprises a feed block 8 advancing bottles, feeding bottles propulsion block 8 in a tray, a lower part of the frame, rear feed flask promote both block 8 are connected by the shaft pin feed pendulum 17 19, two feed balance 17 are pivotably connected to the lower end of the pendulum holder 18, two pendulum holder 18 is fixed at both sides of the base chassis; central feed swing link 17 is connected to a feed link 16, the feed link 16 is connected to the other end feeding the crank 15, the crank 15 and the feed sprocket feed shaft 14 is mounted to the frame 13 through a lower portion, a drive sprocket 11 provided on the active propulsion shaft 10, drive shaft 10 is connected with the advancing contact propulsion gear output shaft 9 ; feed drive sprocket 11 and a sprocket drive chain 12 across about 13, see FIG. 6, FIG. 料瓶推进块8两侧分别设有导槽，与导槽配合的轨道块20分别安装于机架上，见图8。 Feed flask propulsion block 8 are provided on both sides of the guide grooves, cooperating with the guide groove track blocks 20 are mounted to the frame, shown in Figure 8. 输送带机构的后部设有立瓶传动机构所述立瓶传动机构包括设于机架底部的立瓶曲柄轴33，立瓶曲柄轴33两端分别连接着曲柄34，曲柄34连接着立瓶连杆35，两根立瓶连杆35的另一端分别连接着平行于立瓶曲柄轴33的推瓶头37，两根立瓶连杆35前部分别连接着立瓶摆杆36，两根立瓶摆杆36上端分别通过固定座48连接着水平横杆50，两水平横杆50的另一端分别连接着控瓶板45两侧，见图9;立瓶曲柄轴33中部设有从动曲柄链轮32，曲柄链轮47设于平行于立瓶曲柄轴33 的过桥轴30中部，过桥轴30两端分别设有过桥链轮31和过桥高速链轮49，过桥链轮31和立瓶传动链轮28上跨装着链条29，过桥高速链轮49和高速带链轮39上跨装着带传动链条38;立瓶传动链轮28设于传动轴25上，传动轴25平行设于过桥轴30上方的机架上，传动轴25的外伸端连接着传送带减速机24;高速带链轮39设于一根 Conveyor means provided with rear vertical drive mechanism of the vial bottle standing upright drive mechanism comprises a crankshaft disposed at the bottom of the bottle rack 33, both ends of the stand 33 are respectively connected to the crank shaft bottle crank 34, the crank 34 is connected with the upright bottles link 35, the other end of the two vertical links 35 of the bottle are connected to the crank shaft is parallel to the upright bottle 33 bottle pushing head 37, two vertical front link 35 bottles with the upright bottles are respectively connected to the pendulum 36, two vertical pendulum bottle the upper end of the rod 36 are connected by a horizontal cross bar holder 4850, the other ends of the two horizontal cross bar 50 are both connected to the control bottles of plate 45, see FIG. 9; central stand 33 is provided with the bottle driven cranks the crankshaft sprocket 32, the crank sprocket 47 provided in parallel to the 30 central shaft 30 at both ends of the bridge 33 of the bridge axis upright bottles crankshaft sprocket respectively provided with the bridge 31 and the bridge-speed sprocket 49, sprocket 31 and bridge Li bottle filled with cross drive sprocket 28 on the chain 29, the sprocket 49 and high-speed bridge with a sprocket drive chain 38 across the filled belt 39; Li bottle drive sprocket 28 provided on the drive shaft 25, transmission shaft 25 disposed in parallel to the frame 30 above the bridge or drive shaft 25 connected to the extended end of the conveyor belt speed reducer 24; high-speed chain wheel 39 is provided with a 速输送带轴上，两根高速输送带轴平行设于过桥轴30前上方的机架上，两根高速输送带轴上均布着跨装着8条以上的高速输送带41;每根高速输送带41宽度为65-70毫米，相邻高速输送带41之间设有精理导向板27;8条以上的高速输送带41前部下方设有一对横截面呈倒喇叭状的立瓶轨道板42， 立瓶轨道板42下方设有控瓶板45，控瓶板45后部连接着控瓶弹簧44，控瓶弹簧44另一端连接着立瓶摆杆36。 Conveyor shaft speed, two-speed conveyor arranged parallel to the axis of the rack above the front axle bridge 30, two high-speed conveyor belt with uniform cross shaft filled with more than eight high-speed conveyor belt 41; each of the high-speed 65-70 mm and a width of the conveyor belt 41, adjacent to the high-speed conveyor belt with a guide plate 27 between the fine processing 41; a pair of trumpet-shaped cross section of an inverted bottle stand rails 41 below the front portion 8 or more high-speed conveyor belt plate 42, below the track plate 42 is provided upright bottle bottles control plate 45, control plate 45 bottles rear spring 44 is connected to the control bottle, bottle 44 and the other end of the spring is connected to the control bottles standing pendulum 36. 一对横截面呈倒喇叭状的立瓶轨道板42上方外侧机架上均布着分向控制轴43。 One pair of trumpet-shaped cross section an inverted bottle upright on the outside of the rail plate 42 above the uniform rack shaft 43 to the control points. 该机工作原理如下：(一)、升降式托盘和推进式分层供给及除杂：托盘1大小尺寸是根据本地常规袋来定位，本身能自动旋转上下和定位控制，托盘l 升降是通过升降减速机3带动巻扬机4，巻扬机4巻动钢丝绳6在托盘1升降架定位滑轮7钢丝绳的作用下，将托盘1旋转到合理位置，把袋装料瓶放进后，将包装袋的底部固定， 再将托盘旋转原位，料瓶根据重力自然下落在料瓶推进块8上，料瓶推进块8的工作原理是将自然下落在推进块料瓶分层推入下一个环节。 The machine works as follows :( a), elevating the tray and push impurity and stratified charge: a pallet sizes is positioned in accordance with conventional local bag itself down automatically and the rotational positioning control, by lifting the tray elevating l Volume 3 reducer driven hoisting machine 4, the hoisting machine 4 Volume Volume 6 under the action of the wire rope movable tray positioning a crane rope pulley 7, after the tray 1 is rotated to a reasonable position, the feed flask into the bag, the bag fixing the bottom, and then place the pallet rotating, feeding bottle propulsion block 8 in a gravity-fall feeding bottles, feeding bottles advance works block 8 is to fall in a natural layered bottle advancing push blocks next link. 传动原理是蜗轮推进减速机9传给推进块主动轴IO、通过主动轴链轮ll、链条12、曲柄链轮13传给曲柄传动轴14，并带动曲柄15，曲柄15旋转带动连杆16做往复运动，摆杆17在连杆16的作用下前后摆动， 摆杆17下端固定在固定座18上，上端通过摆杆销轴19与料瓶推进块8连接在一起、随着摆杆做前后运动，料瓶推进块8在受到推进块轨道20控制下做推进往复运动，距离15cm-20cm左右，料瓶推进块外部使用材料为耐磨塑料，内部框架碳钢制作。 The principle is to promote the worm gear reducer drive shaft 9 transmitted to the IO block propulsion, by sprocket drive shaft ll, chain 12, a crank sprocket 13 passed crank shaft 14, and driven by the crank 15, the crank 15 rotates drive link 16 do reciprocate back and forth swing lever 17 under the action of the swing link 16, the lower end of the pendulum 17 is fixed to the holder 18, the upper end by pin 19 and pivot lever advancing feed flask block 8 are connected together, as do the front and rear pendulum motion, advancing feed flask under control by the block 8 block propulsion propulsion rail 20 do reciprocated a distance of about 15cm-20cm, outside the block used to promote the feed flask wearing plastic material, the inner frame made of carbon steel. 料瓶推动块8将料瓶一层一层的推入除杂器21，由于除杂器振动将杂物（碎玻璃）杂物清除，整个料瓶供给全部结束。 The feed flask push block material 8 is pushed into the bottle impurity layer by layer 21, since the vibration of the debris excluder (cullet) debris removal, all over the entire material feeding bottle. (二） 、输送式料瓶粗理排列：当料瓶除去杂物后进入粗理区，在粗理区布设了多种导向板粗理导向板22，导向板与导向板之间尺寸高度是根据料瓶本身来定的，目的是：将除杂器后的料瓶，在进入分道输运前按需摆放好位置，进入料瓶传送带23，通过爬坡输送过程在导向板的作用下再一次将料瓶调整角度平铺在输送带上，通过输送带将料瓶带入精理区，分道精理导向板27，通过精理导向板27的导向对料瓶分道隔离，目的是每只料瓶都有自己的位置互不相碰撞，是下一步立瓶的需要。 (B), the bottle conveyor type crude material processing arrangement: when the feed flask into the coarse debris removal management area, management area in the crude emplaced between the plurality of guide plates height dimension crude processing guide plate 22, the guide plate and the guide plate are the bottle material itself given, the aim of: feeding bottle after excluder, before entering the transport lane is laid on demand position, into the bottle feed conveyor 23, by the action of climbing the guide plate conveyance process once again adjust the bottle at an angle of plated material on the conveyor belt by the feed flask into the treatment zone fine, fine processing lane guide plate 27, fine processing by the guide plate 27 guide lane isolation material bottles, each bottle has its purpose is to feed different impact their place, the next step is to set up a bottle of needs. 输送带速度可控制为每秒30cm左右，输送带的动力是有蜗轮传送带减速机24传给传动主轴25、滚轮26，带动料瓶输送带23来完成粗理输送任务。 Belt speed can be controlled to be about 30cm per second, the power conveyor belt there is a worm gear drive shaft 24 passed 25, the rollers 26, 23 driven feed bottle conveyor transferring tasks to complete processing of crude. (三） 、精理机及立瓶机精理的目的：从粗理区过来的料瓶瓶口与瓶底的方向是不一致的，在更换瓶型， 直径大小，高度不同的尺寸通过精理分向定位。 (Iii), and object of fine Riki reasonable vertical fine bottles: Bottle feed direction over the mouth and the bottom of the treatment zone from the crude is inconsistent, replacement bottle, diameter, height of different sizes through the fine processing It points to the location. 精理、立瓶区的工作原理：从粗理到精理之间设有滞后板40降低料瓶速度，使控瓶板45在瞬间栏节料瓶控制流量，确保高速输送带41稳定流畅，高速输送带41目的是将拉开料瓶前后距离，使立瓶时瓶与瓶不产生碰撞，分向控制轴43，从高速输送的料瓶方向不是一致的，通过分向定位轴定位来改变料瓶方向得到统一方向，当料瓶的方向一致时，立瓶就是一瞬间进入立瓶轨道板42 下落，立瓶轨道有两部分组成，第一部分为固定轨道，第二部分为控瓶轨道（耐磨软塑料有弹性）控瓶弹簧44，目的是减小冲击力稳定下落到立瓶跑道，由立瓶推瓶头37, 快速推走，给下一个瓶留好位置（推动头材料为耐磨塑料）。 Jing Li, Li bottle principle region: from the crude processing hysteresis plate 40 is provided to reduce the feed speed between the bottle finish processing, so that control plate 45 vial bottle feed bar section controls the flow rate at the moment, to ensure stable and smooth high-speed conveyor 41, purpose high speed conveyor belt 41 from the front is opened bottle feeding the bottles and the bottle when the bottle standing not collide, the sub-control shaft 43, the feed direction of the bottle is not consistent with a high speed conveyor, to change the division positioned by the positioning shaft bottle feeding direction to obtain uniform orientation, the same direction when feeding bottle, the bottle is standing upright bottles into the moment the whereabouts of the track plate 42, the rail standing bottle two parts, a first fixed rail part, the second part track control bottle ( wear soft flexible plastic) bottle control spring 44, the purpose of reducing an impact force to establish stable drop bottle runway by Li bottle push head 37, bolus away, leaving a good bottle to the next position (push head resistant material grinding plastic). 立瓶区的传动原理：高速输送带41和推瓶头37的动力是从蜗轮传送带减速机24传给传动轴25、通过立瓶传动链轮28、传动链条29、将动力传给过桥链轮31和过桥轴30，过桥轴30的作用是将传来的动力分两部分传送高速输送带41和立瓶推瓶头37，高速输送带41的动力是通过过桥高速链轮49、带传动链条38传到高速带链轮39带动输送带。 Transmission Theory Li bottle zone: high speed belt 41 and power head 37 is pushed from the bottle conveyor worm gear drive shaft 25 to pass 24, a drive sprocket 28 through the bottle upright, drive chain 29, the chain torque to the bridge transfer wheel 31 in two parts and bridge the power shaft 30, the shaft 30 is acting to bridge the high-speed conveyor belt 41 and coming from the bottle upright bottle pushing head 37, a high speed conveyor belt 41 is powered by a high-speed chain wheel bridge 49 with the drive chain 38 passes a high-speed conveyor belt drive sprocket 39. 立瓶推瓶头37是由过桥轴30、曲柄链轮47、传动链条32、曲柄轴33带动曲柄34旋转，立瓶连杆35在曲柄34的旋转做往复运动，立瓶摆杆36在立瓶连杆35的作用下前后摆动，立瓶摆杆36上端固定在固定座48上，下端通过立瓶连杆35作用下推瓶头37做前后运动，将站立瓶快速推走，进入立瓶跑道46，送往立瓶输送平台51，立瓶输送平台51的动力是由平台蜗轮减速机52带动，从输送平台与生产线洗瓶机接轨，理瓶机整过工作流程全部结束。 Li Bottle bottle pushing head 37 by bridge shaft 30, the crank sprocket 47, drive chain 32, a crank shaft 33 driven by rotation of the crank 34, link 35 bottles standing in a reciprocating movement of rotation of the crank 34, the rod 36 is placed upright bottles action link 35 swings back and forth upright bottles, the bottles standing pendulum 36 is fixed to the upper end of the holder 48, the lower end of link 35 by vertical action pushing down the bottle head 37 forward and backward movement of the bottle, the bottle will stand away bolus into Li bottle runway 46, sent to the delivery platform upright bottle 51, the bottle standing platform power delivery platform 51 is decelerated by the worm drive unit 52, from the delivery platform to the convergence line washing machine, Unscrambler all over the whole through the workflow.