WO2017071505A1 - 高速数控冲孔机 - Google Patents

高速数控冲孔机 Download PDF

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Publication number
WO2017071505A1
WO2017071505A1 PCT/CN2016/102537 CN2016102537W WO2017071505A1 WO 2017071505 A1 WO2017071505 A1 WO 2017071505A1 CN 2016102537 W CN2016102537 W CN 2016102537W WO 2017071505 A1 WO2017071505 A1 WO 2017071505A1
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Prior art keywords
roller
frame
disposed
sleeve
stepping
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PCT/CN2016/102537
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English (en)
French (fr)
Inventor
陈金松
沈建凤
陈燕
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江苏航天鸿鹏数控机械有限公司
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Publication of WO2017071505A1 publication Critical patent/WO2017071505A1/zh

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    • C—CHEMISTRY; METALLURGY
    • C14—SKINS; HIDES; PELTS; LEATHER
    • C14B—MECHANICAL TREATMENT OR PROCESSING OF SKINS, HIDES OR LEATHER IN GENERAL; PELT-SHEARING MACHINES; INTESTINE-SPLITTING MACHINES
    • C14B5/00—Clicking, perforating, or cutting leather

Definitions

  • the invention relates to a leather production device, in particular to a high speed numerical control punching machine.
  • the existing leather punching equipment is usually a single punching device, and the punching operation is performed by manual loading and unloading in operation mode. Therefore, not only labor intensity but also production efficiency is low.
  • the technical problem to be solved by the present invention is to provide a high-speed numerical control punching machine which not only has high work efficiency, but also can greatly reduce labor intensity.
  • the present invention relates to a high-speed numerical control punching machine, which comprises a frame, a feeding mechanism, a punching device and a feeding device, the loading device is located on the front side of the frame, and the punching device is arranged on the frame.
  • the unloading device is located at the rear side of the rack;
  • the loading mechanism comprises a support frame, a tensioning roller, a feeding frame, a feeding roller and a discharging roller, the supporting frame is arranged at a lower part of the frame, and the two ends of the discharging roller are arranged on the supporting frame a groove on the groove, the tension roller is disposed on the feeding frame through the arm, the feeding frame is disposed at an upper portion of the frame, and the shaft ends of the feeding roller are placed on the feeding frame;
  • the punching device is included in the column, the worm wheel, the worm, the upper plane bearing, the lower plane bearing, the sleeve, the connecting piece, the connecting rod, the upper table, the lower table, the connecting seat, the die, the drive shaft, the driving shaft and the motor,
  • the connecting seat is arranged in the middle of the frame, the lower working table is arranged on the connecting seat, the die is arranged on the lower working table, the upper end of the column is provided with a thread, the center of the worm wheel is provided with a screw hole, and the worm wheel is mounted on the upper end of the column Part, internal thread in the sleeve, lower end of the sleeve
  • the outer surface is provided with a thread, the sleeve is mounted on the upper end of the column and below the worm wheel, the upper end of the sleeve is fixed on the lower end surface of the worm wheel, and the upper table is provided with a through hole matched with the sleeve, and the sle
  • the upper plane bearing is worn on the upper end portion of the sleeve, the upper end surface of the upper plane bearing is in close contact with the lower end surface of the worm wheel, and the lower end surface of the upper plane bearing is closely attached to the upper table
  • the lower plane bearing is worn on the lower end portion of the sleeve, and the upper end surface of the lower plane bearing is in close contact with the lower end surface of the through hole provided on the upper table, the lower plane bearing
  • the lower end surface is closely attached to the upper end surface of the fastening nut provided on the lower end of the sleeve, the worm is meshed with the worm wheel, and the worm is provided with a hand wheel and a counter at one end thereof, and the worm is disposed on the upper table through the worm frame, the pole
  • the lower part is put into the assembly hole provided in the connecting seat, the lower end of the column is connected with the connecting piece, one end of the connecting rod is hinged with the connecting piece, and the other
  • the driving gear meshes with the driven gear, and both ends of the driving shaft are disposed on the frame through bearings, and a pulley is arranged on one end of the driving shaft.
  • the pulley is connected to the driving shaft through a bearing, and the pulley is connected to the electromagnetic clutch, and the pulley is connected to the driving pulley disposed on the motor through the V-belt;
  • the unloading device comprises a lowering rack, a stepping roller set, a guiding roller, a blanking tensioning roller, a blanking roller group and a blanking motor
  • the feeding rack is arranged on the rear side of the frame
  • the stepping roller group is located at the Referring to the rear side of the workbench and the lower workbench
  • the stepping roller set includes an upper stepping roller and a lower stepping roller, both ends of the lower stepping roller are disposed on the lower loading frame, and one end of the lower stepping roller is connected to the synchronous motor
  • the synchronous motor is disposed on the lowering frame, and the two ends of the upper stepping roller are disposed on the roller frame through the bearing, the roller frame and the lowering frame are hinged, and the upper stepping roller is located on the lower stepping roller; the two ends of the guiding roller are disposed under On the rack, and the guide roller is located on the rear side of the stepping roller set, and both ends of the unloading tensioning roller are disposed on the
  • One end of the drive shaft is further provided with an electromagnetic brake device.
  • a graphite copper sleeve is disposed between the mounting hole on the connecting seat and the lower portion of the pole.
  • the graphite copper sleeve is provided with a groove, and the groove is provided with a fuel fillering port, and the fuel fillering port is provided with a sealing cover.
  • FIG. 1 is a schematic structural view of a high speed numerical control punching machine of the present invention
  • FIG. 2 is a schematic structural view of a punching device.
  • a high-speed numerical control punching machine comprises a frame 1, a feeding mechanism, a punching device and a feeding device.
  • the loading device is located on the front side of the frame 1
  • the punching device is disposed on the frame 1
  • the unloading device is located on the rear side of the frame 1.
  • the loading mechanism includes a support frame 6, a tension roller 9, a feed frame 11, a feed roller 10, and a discharge roller 7.
  • the support frame 6 is disposed at a lower portion of the frame 1, and the two ends of the discharge roller 7 are placed on the groove provided on the support frame 6, and the tension roller 9 is disposed on the feeding frame 11 through the support arm.
  • the feeding frame 11 is disposed at an upper portion of the frame 1, and the two ends of the feeding roller 10 are placed on the feeding frame 11 Groove.
  • the punching device is included in the column 13, the worm wheel 19, the worm 20, the upper plane bearing 35, the lower plane bearing 36, the sleeve 18, the connecting member 12, the die 16, the connecting rod 5, the upper table 30, the lower table 42, The connector 15, the drive shaft 4, the drive shaft 2, and the motor 31.
  • the connecting seat 15 is disposed at a middle portion of the frame 1, the lower table 42 is disposed on the connecting seat 15, the die 16 is disposed on the lower table 42, the upper end of the column 13 is provided with a thread, and the center of the worm wheel 19 is provided with a screw.
  • the hole, the worm wheel 19 is mounted on the upper end of the column 13, the sleeve 18 is internally threaded, and the outer surface of the lower end of the sleeve 18 is provided with a thread.
  • the sleeve 18 is mounted on the upper end of the column 13 and below the worm wheel 19, The upper end of the sleeve 18 is fixed to the lower end surface of the worm wheel 19.
  • the upper table 30 is provided with a through hole which is matched with the sleeve 18.
  • the sleeve 18 is mounted on the through hole, and the upper plane bearing 35 is worn on the sleeve 18.
  • the lower plane bearing 36 is attached to the lower end of the sleeve 18, and the upper end surface of the lower plane bearing 36 abuts against the lower end surface of the through hole provided in the upper table 30, and the lower end surface of the lower plane bearing 36 is closely attached.
  • the fastening nut 17 provided on the lower end of the sleeve 18.
  • the worm 20 meshes with the worm wheel 19.
  • One end of the worm 20 is provided with a hand wheel 43 and a counter, and the worm 20 is disposed on the upper table 30 through the worm frame.
  • the lower portion of the upright 13 is inserted into the fitting hole provided in the connecting seat 15, and the lower end of the upright 13 is connected to the connecting member 12.
  • One end of the connecting rod 5 is hinged with the connecting member 12, and the other end of the connecting rod 5 is hinged with the eccentric wheel 3 provided on the transmission shaft 4.
  • Both ends of the transmission shaft 4 are disposed on the mechanism 1 through a bearing.
  • the transmission shaft 4 is provided with a driven gear 39.
  • the driving shaft 2 is provided with a driving gear 40, and the driving gear 40 meshes with the driven gear 39.
  • Both ends of the driving shaft 2 are disposed on the frame 1 through bearings, and one end of the driving shaft 2 is provided with a pulley 34, and the pulley 34 is connected to the driving shaft through a bearing.
  • the pulley 34 is coupled to the electromagnetic clutch phase 33, and the pulley 34 is coupled to the primary pulley provided on the motor 31 via a V-belt.
  • the unloading device comprises a lowering frame 23, a stepping roller set, a guide roller 26, a blanking tensioning roller 24, a blanking roller set and a blanking motor 29.
  • a hopper 23 is disposed on the rear side of the frame 1, and a stepping roller group is located on the rear side of the upper table 30 and the lower table 42.
  • the stepping roller group includes an upper stepping roller 21 and a lower stepping roller 22, both ends of which are disposed on the lower loading frame 23, one end of the lower stepping roller 22 is connected to the synchronous motor, and the synchronous motor is disposed on the lower loading frame 23, the both ends of the upper stepping roller 21 are disposed on the roller frame through the bearing, the roller frame and the lower frame 23 are hinged, and the upper stepping roller 21 is located on the lower stepping roller 22.
  • Both ends of the guide roller 26 are disposed on the lower frame 23, and the guide roller 26 is located on the rear side of the stepping roller group. Both ends of the unloading tension roller 24 are disposed on the lower loading frame 23 and between the stepping roller group and the guide roller 26.
  • the take-off roll set contains a first take-off roll 25, a second take-off roll 27, and a third take-off roll 28. Both ends of the first unloading roller 25, the second unloading roller 27, and the third unloading roller 28 are respectively disposed at both ends of the lower loading frame 23.
  • the first take-off roll 25 is located above the second take-off roll 27 and the third take-off roll 28, and the lower feed motor 29 is connected to the third take-off roll 28 via a speed reducer.
  • One end of the drive shaft 1 is also provided with an electromagnetic brake device 32.
  • a graphite copper sleeve is disposed between the fitting hole on the connecting seat 15 and the lower portion of the upright 13 .
  • the graphite copper sleeve is provided with a groove 14 , and the groove 14 is provided with a filler port 37 , and the fuel filler port 37 is provided with a cover.
  • a discharge hopper 41 is provided below the lower table 42.
  • the leather 8 wound on the discharge roller 7 passes between the tension roller 9, the feed roller 10, the upper table 30 and the die 16, the step roller group, the blank tension roller 24, and the first
  • the lowering roller 25, the second unloading roller 27 and the third unloading roller 28 are driven by the blanking motor 29 to drive the third blanking roller 28 to the leather. 8 is wound up on it.
  • the upper table 30 is moved by the column 13 to the leather 8 located on the die 16 to perform the punching operation. After the end, the upper table 30 is moved up and down, and the leather 8 is punched and the motor 8 is under the synchronous motor.
  • the material motor 29 is driven to leave the die 16 and then the above-mentioned operation program is repeated for the punching operation.

Abstract

一种高速数控冲孔机，含有机架（1）、上料机构、冲孔装置和下料装置，上料装置位于机架（1）的前侧，冲孔装置设置在机架（1）上，下料装置位于机架（1）的后侧；上料机构含有支承架（6）、张紧辊（9）、进料架（11）、进料辊（10）和放料辊（7）；冲孔装置含有立柱（13）、蜗轮（19）、蜗杆（20）、上平面轴承（35）、下平面轴承（36）、套筒（18）、连接件（12）、连杆（5）、上工作台（30）、下工作台（42）、连接座（15）、刀模（16）、传动轴（4）、主动轴（2）和电机（31）；下料装置含有下料架（23）、步进辊组、导辊（26）、下料张紧辊（24）、下料辊组和下料电机（29）。该高速数控冲孔机不仅工作效率高，而且能够大大减轻劳动强度。

Description

高速数控冲孔机 技术领域
本发明涉及一种皮革生产设备，特别是一种高速数控冲孔机。
背景技术
在皮革生产过程中，往往需要对皮革产品进行冲孔作业。现有的皮革冲孔设备通常都是单次冲孔设备，在操作方式上都是通过人工上料和下料进行冲孔作业的。因此不仅劳动强度大，而且生产效率低。
发明内容
本发明要解决的技术问题是提供一种高速数控冲孔机，该高速数控冲孔机不仅工作效率高，而且能够大大减轻劳动强度。
为解决上述技术问题，本发明一种高速数控冲孔机，含有机架、上料机构、冲孔装置和下料装置，上料装置位于机架的前侧，冲孔装置设置在机架上，下料装置位于机架的后侧；
上料机构含有支承架、张紧辊、进料架、进料辊和放料辊，支承架设置在所述机架的下部，放料辊的两端轴头放在支承架上设有的凹槽上，张紧辊通过支臂设置在进料架上，进料架设置在所述机架的上部，进料辊的两端轴头放在进料架上设有的凹槽；
冲孔装置含在立柱、蜗轮、蜗杆、上平面轴承、下平面轴承、套筒、连接件、连杆、上工作台、下工作台、连接座、刀模、传动轴、主动轴和电机，连接座设置在所述机架的中部，下工作台设置在连接座上，刀模设置在下工作台上，立柱的上端部设有螺纹，蜗轮的中央设有螺孔，蜗轮装在立柱的上端部，套筒内设有内螺纹，套筒下端部 的外表面设有螺纹，套筒装在立柱的上端部且位于蜗轮的下方，套筒的上端固定在蜗轮的下端面上，上工作台设有与套筒相配的通孔，套筒穿装在该通孔上，上平面轴承穿装在套筒的上端部上，上平面轴承的上端面紧贴在蜗轮的下端面，上平面轴承的下端面紧贴在所述上工作台设有的通孔的上端面上，下平面轴承穿装在套筒的下端部上，下平面轴承的上端面紧贴在紧贴在所述上工作台设有的通孔的下端面上，下平面轴承的下端面紧贴在套筒下端部上设有的紧固螺母的上端面上，蜗杆与蜗轮啮合，蜗杆的一端设有手轮和计数器，蜗杆通过蜗杆架设置在上工作台上，立杆的下部穿装在连接座设有的装配孔中，立柱的下端与连接件相连，连杆的一端与连接件构成铰接，连杆的另一端与设置在传动轴上的偏心轮构成铰接，传动轴的两端通过轴承设置在机构上，传动轴上设有从动齿轮，主动轴上设有主动齿轮，该主动齿轮与从动齿轮啮合，主动轴的两端通过轴承设置在机架上，主动轴的一端上设有带轮，带轮通过轴承与主动轴相连，带轮与电磁离合器相连，带轮通过三角带与设置在电机上的主动带轮相连；
下料装置含有下料架、步进辊组、导辊、下料张紧辊、下料辊组和下料电机，下料架设置在所述机架的后侧，步进辊组位于所述上工作台和下工作台的后侧，步进辊组含有上步进辊和下步进辊，下步进辊的两端设置在下料架上，下步进辊的一端与同步电机相连，同步电机设置在下料架上，上步进辊的两端通轴承设置辊架上，辊架与下料架构成铰接，上步进辊位于下步进辊上；导辊的两端设置在下料架上，且导辊位于步进辊组的后侧，下料张紧辊的两端设置在下料架上，且 位于步进辊组和导辊之间，下料辊组含有第一下料辊、第二下料辊和第三下料辊，第一下料辊、第二下料辊和第三下料辊的两端分别设置在下料架的两端，第一下料辊位于第二下料辊和第三下料辊的上方，下料电机通过减速机与第三下料辊相连。
所述主动轴的一端还设有电磁刹车装置。
所述连接座上的装配孔与立杆的下部之间设有石墨铜套。
所述石墨铜套中设有凹槽，该凹槽上设有加油口，该加油口上设有封盖。
在上述高速数控冲孔机中，由于含有上料机构、冲孔装置和下料装置，因此能够实现连续高速的冲孔作业，从而不仅提高工作效率高，而且大大减轻劳动强度。
附图说明
图1是本发明一种高速数控冲孔机的结构示意图；
图2是冲孔装置的结构示意图。
具体实施方式
图1和图2中，一种高速数控冲孔机，含有机架1、上料机构、冲孔装置和下料装置。上料装置位于机架1的前侧，冲孔装置设置在机架1上，下料装置位于机架1的后侧。
上料机构含有支承架6、张紧辊9、进料架11、进料辊10和放料辊7。支承架6设置在所述机架1的下部，放料辊7的两端轴头放在支承架6上设有的凹槽上，张紧辊9通过支臂设置在进料架11上，进料架11设置在所述机架1的上部，进料辊10的两端轴头放在进料架11上设有 的凹槽。
冲孔装置含在立柱13、蜗轮19、蜗杆20、上平面轴承35、下平面轴承36、套筒18、连接件12、刀模16、连杆5、上工作台30、下工作台42、连接座15、传动轴4、主动轴2和电机31。连接座15设置在所述机架1的中部，下工作台42设置在连接座15上，刀模16设置在下工作台42上，立柱13的上端部设有螺纹，蜗轮19的中央设有螺孔，蜗轮19装在立柱13的上端部，套筒18内设有内螺纹，套筒18下端部的外表面设有螺纹，套筒18装在立柱13的上端部且位于蜗轮19的下方，套筒18的上端固定在蜗轮19的下端面上，上工作台30设有与套筒18相配的通孔，套筒18穿装在该通孔上，上平面轴承35穿装在套筒18的上端部上，上平面轴承35的上端面紧贴在蜗轮19的下端面，上平面轴承35的下端面紧贴在所述上工作台30设有的通孔的上端面上，下平面轴承36穿装在套筒18的下端部上，下平面轴承36的上端面紧贴在紧贴在所述上工作台30设有的通孔的下端面上，下平面轴承36的下端面紧贴在套筒18下端部上设有的紧固螺母17的上端面上。蜗杆20与蜗轮19啮合，蜗杆20的一端设有手轮43和计数器，蜗杆20通过蜗杆架设置在上工作台30上。立杆13的下部穿装在连接座15设有的装配孔中，立柱13的下端与连接件12相连。连杆5的一端与连接件12构成铰接，连杆5的另一端与设置在传动轴4上的偏心轮3构成铰接。传动轴4的两端通过轴承设置在机构1上，传动轴4上设有从动齿轮39，主动轴2上设有主动齿轮40，该主动齿轮40与从动齿轮39啮合。主动轴2的两端通过轴承设置在机架1上，主动轴2的一端上设有带轮34，带轮34通过轴承与主动轴相连， 带轮34与电磁离合器相33连，带轮34通过三角带与设置在电机31上的主动带轮相连。
下料装置含有下料架23、步进辊组、导辊26、下料张紧辊24、下料辊组和下料电机29。下料架23设置在所述机架1的后侧，步进辊组位于所述上工作台30和下工作台42的后侧。步进辊组含有上步进辊21和下步进辊22，下步进辊21的两端设置在下料架23上，下步进辊22的一端与同步电机相连，同步电机设置在下料架23上，上步进辊21的两端通轴承设置辊架上，辊架与下料架23构成铰接，上步进辊21位于下步进辊22上。导辊26的两端设置在下料架23上，且导辊26位于步进辊组的后侧。下料张紧辊24的两端设置在下料架23上，且位于步进辊组和导辊26之间。下料辊组含有第一下料辊25、第二下料辊27和第三下料辊28。第一下料辊25、第二下料辊27和第三下料辊28的两端分别设置在下料架23的两端。第一下料辊25位于第二下料辊27和第三下料辊28的上方，下料电机29通过减速机与第三下料辊相连28。
所述主动轴1的一端还设有电磁刹车装置32。
所述连接座15上的装配孔与立杆13的下部之间设有石墨铜套。所述石墨铜套中设有凹槽14，该凹槽14上设有加油口37，该加油口37上设有封盖。
所述下工作台42的下方设有出料斗41。
工作时，绕卷在放料辊7上的皮革8经张紧辊9、进料辊10、上工作台30和刀模16之间、步进辊组、下料张紧辊24、第一下料辊25、第二下料辊27和第三下料辊28，由下料电机29带动第三下料辊28将皮革 8卷绕其上。冲孔时，上工作台30在立柱13的带动下移向位于刀模16上的皮革8进行冲孔作业，结束后，上工作台30上移复位，冲孔后皮革8在同步电机和下料电机29的带动下离开刀模16，接着重复上述作业程序进行冲孔作业。
在上述高速数控冲孔机中，由于含有上料机构、冲孔装置和下料装置，因此能够实现连续高速的冲孔作业，从而不仅提高工作效率高，而且大大减轻劳动强度。

Claims (4)

  1. 一种高速数控冲孔机，其特征在于：含有机架、上料机构、冲孔装置和下料装置，上料装置位于机架的前侧，冲孔装置设置在机架上，下料装置位于机架的后侧；
    上料机构含有支承架、张紧辊、进料架、进料辊和放料辊，支承架设置在所述机架的下部，放料辊的两端轴头放在支承架上设有的凹槽上，张紧辊通过支臂设置在进料架上，进料架设置在所述机架的上部，进料辊的两端轴头放在进料架上设有的凹槽；
    冲孔装置含在立柱、蜗轮、蜗杆、上平面轴承、下平面轴承、套筒、连接件、连杆、上工作台、下工作台、连接座、刀模、传动轴、主动轴和电机，连接座设置在所述机架的中部，下工作台设置在连接座上，刀模设置在下工作台上，立柱的上端部设有螺纹，蜗轮的中央设有螺孔，蜗轮装在立柱的上端部，套筒内设有内螺纹，套筒下端部的外表面设有螺纹，套筒装在立柱的上端部且位于蜗轮的下方，套筒的上端固定在蜗轮的下端面上，上工作台设有与套筒相配的通孔，套筒穿装在该通孔上，上平面轴承穿装在套筒的上端部上，上平面轴承的上端面紧贴在蜗轮的下端面，上平面轴承的下端面紧贴在所述上工作台设有的通孔的上端面上，下平面轴承穿装在套筒的下端部上，下平面轴承的上端面紧贴在紧贴在所述上工作台设有的通孔的下端面上，下平面轴承的下端面紧贴在套筒下端部上设有的紧固螺母的上端面上，蜗杆与蜗轮啮合，蜗杆的一端设有手轮和计数器，蜗杆通过蜗杆架设置在上工作台上，立杆的下部穿装在连接座设有的装配孔中， 立柱的下端与连接件相连，连杆的一端与连接件构成铰接，连杆的另一端与设置在传动轴上的偏心轮构成铰接，传动轴的两端通过轴承设置在机构上，传动轴上设有从动齿轮，主动轴上设有主动齿轮，该主动齿轮与从动齿轮啮合，主动轴的两端通过轴承设置在机架上，主动轴的一端上设有带轮，带轮通过轴承与主动轴相连，带轮与电磁离合器相连，带轮通过三角带与设置在电机上的主动带轮相连；
    下料装置含有下料架、步进辊组、导辊、下料张紧辊、下料辊组和下料电机，下料架设置在所述机架的后侧，步进辊组位于所述上工作台和下工作台的后侧，步进辊组含有上步进辊和下步进辊，下步进辊的两端设置在下料架上，下步进辊的一端与同步电机相连，同步电机设置在下料架上，上步进辊的两端通轴承设置辊架上，辊架与下料架构成铰接，上步进辊位于下步进辊上；导辊的两端设置在下料架上，且导辊位于步进辊组的后侧，下料张紧辊的两端设置在下料架上，且位于步进辊组和导辊之间，下料辊组含有第一下料辊、第二下料辊和第三下料辊，第一下料辊、第二下料辊和第三下料辊的两端分别设置在下料架的两端，第一下料辊位于第二下料辊和第三下料辊的上方，下料电机通过减速机与第三下料辊相连。
  2. 根据权利要求1所述的一种高速数控冲孔机，其特征在于：所述主动轴的一端还设有电磁刹车装置。
  3. 根据权利要求1所述的一种高速数控冲孔机，其特征在于：所述连接座上的装配孔与立杆的下部之间设有石墨铜套。
  4. 根据权利要求3所述的一种高速数控冲孔机，其特征在于：所述石 墨铜套中设有凹槽，该凹槽上设有加油口，该加油口上设有封盖。
PCT/CN2016/102537 2015-10-27 2016-10-19 高速数控冲孔机 WO2017071505A1 (zh)

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