CN208814337U - A kind of feed device of sweatband oblique angle guillotine - Google Patents

Abstract

The utility model relates to guillotine fields, it is especially a kind of feed device of sweatband oblique angle guillotine, including rack and disconnecting device, it further include Extension support, positioning component, driving assembly, adjust component and feeding roller, the Extension support is located at the front end of rack and Extension support is fixedly connected with rack, the positioning component and driving assembly interval are arranged and positioning component and driving assembly are mounted on Extension support, the feeding roller is horizontally disposed with and one end of feeding roller and positioning component are contradicted and connected, the other end and the driving assembly transmission of feeding roller cooperate, the adjusting component is socketed on feeding roller and contradicts with feeding roller and connects.Production efficiency is improved the utility model has the beneficial effects that quickly raw material can be socketed on feeding roller to reduce the time reloaded.

Description

A kind of feed device of sweatband oblique angle guillotine

Technical field

The utility model relates to guillotine fields, are especially a kind of feed device of sweatband oblique angle guillotine.

Background technique

Sweatband is one layer of infantees on lever, has the function of anti-skidding, absorbing sweat, improves gripping feel, such as golf Club, racket, tennis racket, fishing rod, handle grip for bicycle etc., can all wind sweatband, and sweatband is former in process of production The conveying of material is directly transported by feeding roller, and feeding roller can inevitably be such that raw material send out during interval output is sent Raw displacement, and raw material are socketed on feeding roller and very waste time to influence production efficiency.

Utility model content

The purpose of this utility model is to provide a kind of feed devices of sweatband oblique angle guillotine, to solve above-mentioned background The problem of being proposed in technology.

The technical solution of the utility model is: further including Extension support, positioning component, driving including rack and disconnecting device Component adjusts component and feeding roller, and the Extension support is located at the front end of rack and Extension support is fixedly connected with rack, the positioning Component and driving assembly interval are arranged and positioning component and driving assembly are mounted on Extension support, and the feeding roller is horizontally disposed And one end of feeding roller and positioning component are contradicted and are connected, the other end and the driving assembly transmission of feeding roller cooperate, the adjusting group Part is socketed on feeding roller and contradicts with feeding roller and connects.

In one preferred embodiment of the utility model, the Extension support includes the first extension rod, the second extension rod and reinforcement Bar, first extension rod and the second extend rod structure identical, first extension rod and the second extension rod interval setting and the Two extension rods are equipped with support block to support driving assembly, the reinforcing rod be located at the first extension rod and the second extension rod it Between and one end of reinforcing rod be fixedly connected with the first extension rod, the other end of reinforcing rod is fixedly connected with the second extension rod, described Length direction of the length direction of reinforcing rod perpendicular to the first extension rod and the second extension rod.

In one preferred embodiment of the utility model, the positioning component is installed on the first extension rod, the positioning group Part includes locating piece and adjusts rotation handle, and the locating piece is vertically arranged and locating piece and the first extension rod are bolted company It connects, the locating piece is equipped with the evacuation notch for placing feeding roller, and the locating piece, which is equipped with, matches with adjusting rotation being spirally connected The threaded hole of conjunction, it is described adjust rotation be located at locating piece upper end and with locating piece threaded.

In one preferred embodiment of the utility model, including screw rod and handle, the screw rod is set vertically for the adjusting rotation It sets and the top of screw rod and the bottom of handle is fixedly connected to form the one of one, the screw rod and screw hole cooperation and screw rod End, which extends to threaded hole bottom and contradicts with feeding roller, to be cooperated.

In one preferred embodiment of the utility model, the driving component includes positioning plate, positioning sleeve and driving motor, is determined Position plate is horizontally disposed and positioning plate is bolted to connection with the second extension rod and support block, positioning sleeve and driving motor interval Setting, positioning sleeve and driving motor are coaxially disposed and positioning sleeve and driving motor are fixedly connected with positioning plate.

In one preferred embodiment of the utility model, the adjusting component includes the first adjusting block and the second adjusting block, institute State that the first adjusting block and the second adjusting block are symmetrical arranged and the first adjusting block and the adjacent side of the second adjusting block are equipped with circular arc Transition part, the first adjusting block are equipped with pinch grip, and one end of the pinch grip is bolted in the first adjusting block and fastening handle Hand and feeding roller, which contradict, to be connected.

In one preferred embodiment of the utility model, one end of the feeding roller extends the evacuation notch being arranged on locating piece Interior, the other end of feeding roller passes through positioning sleeve and is fixedly connected by shaft coupling with the output shaft of driving motor, the feeding roller On offer several and match annular groove with screw rod, several annular grooves are arranged along feeding roller length direction interval.

The utility model provides a kind of feed device of sweatband oblique angle guillotine by improving herein, with prior art phase Than, have the advantages that as follows improve and: by rotation adjust rotation by screw rod from threaded hole screw out, raw material are being socketed in feeding On roller, and raw material are limited by the first adjusting block and the second adjusting block and are driven behind the middle part of feeding roller by driving motor Dynamic feeding roller rotation, feeding roller rotation convey raw material outward, and raw material can quickly be socketed on and send by utility model Production efficiency is improved on material roller to reduce the time reloaded.

Detailed description of the invention

The utility model is further explained with reference to the accompanying drawings and examples:

Fig. 1 is the schematic perspective view one of sweatband oblique angle guillotine；

Fig. 2 is the schematic perspective view two of sweatband oblique angle guillotine；

Fig. 3 is the schematic perspective view of sweatband oblique angle guillotine part；

Fig. 4 is enlarged diagram at A in Fig. 3；

Fig. 5 is the sectional perspective structural schematic diagram of double-sided adhesive laminating apparatus；

Fig. 6 is the sectional perspective structural schematic diagram of feed device；

Fig. 7 is the partial enlarged view of feed device；

Fig. 8 is the sectional perspective structural schematic diagram of material pressing device；

Fig. 9 is the assembling schematic diagram for pushing component and binder component；

Figure 10 is turned off the schematic perspective view of device；

Figure 11 is enlarged drawing at B in Figure 10；

Figure 12 is that workbench faces cut-away view；

Figure 13 is the sectional perspective structural schematic diagram of sharping device；

Figure 14 is turned off the schematic perspective view of component；

Figure 15 is the schematic perspective view of prefabricating plate；

Description of symbols:

Workbench 1, guard assembly 1a, protective stent 1a1, protective plate 1a2, control assembly 1b, placing box 1b1, control are pressed Button 1b2, radiator fan 1b3, support leg 1c, rack 2, first baffle 2a, second baffle 2b, protection box 2c, disconnecting device 3, knife Frame 3a, the second cutter 3b, clamping screw 3c, feed device 4, Extension support 4a, the first extension rod 4a1, the second extension rod 4a2 add Strong bar 4a3, support block 4a4, positioning component 4b, locating piece 4b1, avoid notch 4b2, adjust rotation 4b3, screw rod 4b4, handle 4b5, driving assembly 4c, positioning plate 4c1, positioning sleeve 4c2, driving motor 4c3 adjust component 4d, the first adjusting block 4d1, second Adjusting block 4d2, pinch grip 4d3, feeding roller 4e, annular groove 4e1, material pressing device 5 push component 5a, pushing piece 5a1, Gu Determine part 5a2, the first fixed block 5a3, the second fixed block 5a4, the first push cylinder 5a5, the second push cylinder 5a6, mounting plate 5a7, binder component 5b, binder part 5b1, feed member 5b2, roller 5b3, fixing axle 5b4, push rolls 5b5, bearing block 5b6, rotation Component 5c, rotating electric machine 5c1, locating rod 5c2, double-sided adhesive laminating apparatus 6, rubberizing component 6a, support frame 6a1, locating part 6a2, Support plate 6a3, locating shaft 6a4, the first position-arresting disk 6a5, the second position-arresting disk 6a6, location hole 6a7, gag lever post 6a8, tension assembly 6b, tensioning frame 6b1, idler roller 6b2, the first tensioning plate 6b3, the second tensioning plate 6b4, barrier plate 6b5, conveying member 6c, the first ring Shape plate 6c1, the second annular slab 6c2, ring block 6c3, sharping device 7, connection component 7a, the first link block 7a1, the second link block 7a2, the first fastening bolt 7a3, the second fastening bolt 7a4, preload component 7b, mounting bracket 7b1, pre-press 7b2, prefabricating plate 7b3, pre- compression bar 7b4, buffer spring 7b5, escape groove 7b6, cutting assembly 7c, the first cutter 7c1 contradict plate 7c2, guide pad 7c3, regulating device 8, driving member 8a, mounting blocks 8a1, drive block 8a2, installation gap 8a3, fixed link 8a4, regulatory component 8b, Spring bearing 8b1, transmission shaft 8b2 adjust motor 8b3, cam 8b4, keel 8b5, adjustment gear 8b6, transmission gear 8b7, Gather materials block 9, lapping plate 10.

Specific embodiment

The utility model is described in detail below in conjunction with attached drawing 1 to Figure 15, in the utility model embodiment Technical solution is clearly and completely described, it is clear that and the described embodiments are only a part of the embodiments of the utility model, Instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creation Property labour under the premise of every other embodiment obtained, fall within the protection scope of the utility model.

The utility model provides a kind of sweatband oblique angle guillotine by improving herein, as shown in Fig. 1-Figure 15, including work Make platform 1, rack 2, disconnecting device 3, feed device 4, material pressing device 5, double-sided adhesive laminating apparatus 6, sharping device 7 and adjusts dress 8 are set, the workbench 1 is vertically arranged and rack 2 is installed on 1 top of workbench, and the feed device 4 is located at the front end of rack 2 And be fixedly connected with rack 2, the material pressing device 5 be installed in rack 2 and material pressing device 5 can in rack 2 vertical shift, The double-sided adhesive laminating apparatus 6 is located at the front end of material pressing device 5 and double-sided adhesive laminating apparatus 6 is fixedly connected with rack 2, sharping Device 7 is located at the rear end of material pressing device 5 and sharping device 7 is fixedly connected with disconnecting device 3, and the regulating device 8 is located at work Make in platform 1 and regulating device 8 and the transmission of disconnecting device 3 cooperate, the disconnecting device 3 is installed in rack 2, by disconnecting device 3, Feed device 4, material pressing device 5, double-sided adhesive laminating apparatus 6 and sharping device 7 are each attached in rack 2 and pacify rack 2 Sweatband is placed on feed device 4 by dress on workbench 1, and sweatband is passed through material pressing device 5 and two-sided by feed device 4 Glue laminating device 6 is transported to the working region of sharping device 7, and double-sided adhesive laminating apparatus 6 carries out rubberizing operation to sweatband, cuts After 7 pairs of bevel device need the sweatband of sharping to carry out sharping operation, sweatband is delivered to disconnecting device by material pressing device 5 3 working region, disconnecting device 3 carry out cut end operation to sweatband by the driving of regulating device 8.

The top of the workbench 1 is equipped with guard assembly 1a, and the guard assembly 1a includes protective stent 1a1 and several Protective plate 1a2, the protective stent 1a1 is covered on workbench 1 and the bottom of protective stent 1a1 passes through with 1 bottom of workbench Bolt is fixedly connected, several described protective plate 1a2 are embedded on protective stent 1a1 and protective plate 1a2 is using transparent plastic Protective plate 1a2, protective stent 1a1, can using transparent plastic protective plate 1a2 to be supported to several protective plates 1a2 Stop foreign object enter in workbench 1 and rack 2 and transparent plastic protective plate 1a2 be also able to observe that outside disconnecting device 3, The working condition of feed device 4, material pressing device 5, sharping device 7 and regulating device 8.

The side of the workbench 1 is equipped with control assembly 1b, and the control assembly 1b includes placing box 1b1, controller, control Button 1b2 and radiator fan 1b3 processed, the placing box 1b1 are vertically arranged and are equipped with accommodating chamber, the control in placing box 1b1 Device is located in accommodating chamber and is fixedly connected with placing box 1b1, and control button 1b2 is located at the top of placing box 1b1 and control button 1b2 and controller are electrically connected, and the side wall of the placing box 1b1 is equipped with the through-hole to place radiator fan 1b3, described to dissipate Hot-air fan 1b3 is installed in through-hole and the air outlet of radiator fan 1b3 is arranged outside towards placing box 1b1, the radiator fan 1b3 To carry out heat dissipation operation to the controller in placing box 1b1, the controller and disconnecting device 3, feed device 4, binder are filled 5, sharping device 7 is set to connect with 8 telecommunications of regulating device.

The feed device 4 includes Extension support 4a, positioning component 4b, driving assembly 4c, adjusts component 4d and feeding roller 4e, The Extension support 4a is located at the front end of rack 2 and Extension support 4a is fixedly connected with rack 2, the positioning component 4b and driving assembly The interval 4c is arranged and positioning component 4b and driving assembly 4c are mounted on Extension support 4a, and the feeding roller 4e is horizontally disposed and send Expect that one end of roller 4e and positioning component 4b contradict to connect, the other end and driving assembly the 4c transmission of feeding roller 4e cooperates, the tune Section component 4d is socketed on feeding roller 4e and contradicts with feeding roller 4e and connects, and Extension support 4a is to positioning component 4b, driving group Part 4c and feeding roller 4e is into support, to place sweatband on feeding roller 4e, adjusts component 4d and is installed on feeding roller 4e and is used in combination To carry out limit blocking to the sweatband on feeding roller 4e, driving assembly 4c is to drive feeding roller 4e to be rotated, feeding roller 4e rotation conveys sweatband to 3 direction of disconnecting device.

The Extension support 4a includes the first extension rod 4a1, the second extension rod 4a2 and reinforcing rod 4a3, first extension rod 4a1 and the second extension rod 4a2 structure are identical, the first extension rod 4a1 and the second interval extension rod 4a2 setting and second extend Bar 4a2, which is equipped with, is located at the first extension rod 4a1 and second to the support block 4a4, the reinforcing rod 4a3 of support driving assembly 4c Between extension rod 4a2 and one end of reinforcing rod 4a3 is fixedly connected with the first extension rod 4a1, the other end of reinforcing rod 4a3 and second Extension rod 4a2 is fixedly connected, and the length direction of the reinforcing rod 4a3 is perpendicular to the first extension rod 4a1's and the second extension rod 4a2 Length direction, the first extension rod 4a1 is to be supported positioning component 4b, and the second extension rod 4a2 is to driving assembly 4c It is supported, the reinforcing rod 4a3 between the first extension rod 4a1 and the second extension rod 4a2 is to reinforce the first extension rod 4a1 and The load-bearing capacity of two extension rod 4a2.

The positioning component 4b is installed on the first extension rod 4a1, and the positioning component 4b includes locating piece 4b1 and adjusting 4b3, the locating piece 4b1 are vertically arranged for rotation and locating piece 4b1 and the first extension rod 4a1 is bolted to connection, described Locating piece 4b1 is equipped with the evacuation notch 4b2 for placing feeding roller 4e, and the locating piece 4b1, which is equipped with and adjusts, to be revolved 4b3 The threaded hole of threaded, it is described adjust rotation 4b3 be located at locating piece 4b1 upper end and with locating piece 4b1 threaded, position The evacuation notch 4b2 opened up on block 4b1 to for feeding roller 4e place, adjust rotation 4b3 to be placed on avoid notch 4b2 Interior feeding roller 4e is stopped.

The adjusting rotation includes screw rod 4b4 and handle 4b5 4b3, and the screw rod 4b4 is vertically arranged and the top of screw rod 4b4 Portion and the bottom of handle 4b5 are fixedly connected to form one, and the screw rod 4b4 and screw hole cooperate and one end of screw rod 4b4 It extends to threaded hole bottom and is contradicted with feeding roller 4e and cooperated, the screw rod 4b4 rotates the bottom for making screw rod 4b4 in threaded hole It extends to the lower section of threaded hole and screw rod 4b4 and feeding roller 4e is contradicted and connected, handle 4b5 is to facilitate screw rod 4b4 to be rotated.

The driving component 4c includes positioning plate 4c1, positioning sleeve 4c2 and driving motor 4c3, and positioning plate 4c1 is horizontally disposed And positioning plate 4c1 is bolted to connection with the second extension rod 4a2 and support block 4a4, positioning sleeve 4c2 and driving motor 4c3 Interval setting, positioning sleeve 4c2 and driving motor 4c3 coaxial arrangement and positioning sleeve 4c2 and driving motor 4c3 with positioning plate 4c1 It is fixedly connected, for positioning plate 4c1 to be supported to positioning sleeve 4c2 and driving motor 4c3, feeding roller 4e passes through positioning sleeve 4c2 It is driven and cooperates with driving motor 4c3, driving motor 4c3 is to drive feeding roller 4e to be rotated.

The adjusting component 4d includes the first adjusting block 4d1 and the second adjusting block 4d2, the first adjusting block 4d1 and the The side that two adjusting block 4d2 are symmetrical arranged and the first adjusting block 4d1 and the second adjusting block 4d2 is adjacent is equipped with arc transition, First adjusting block 4d1 is equipped with pinch grip 4d3, and one end of the pinch grip 4d3 is bolted in the first adjusting block 4d1 and tight It is connected Gu handle 4d3 and feeding roller 4e is contradicted, the first adjusting block 4d1 and the second adjusting block 4d2 pass through pinch grip 4d3 and send Material roller 4e is fixedly connected, and the first adjusting block 4d1 and the second adjusting block 4d2 are matched for carrying out limit blocking to sweatband.

One end of the feeding roller 4e extends in the evacuation notch 4b2 being arranged on locating piece 4b1, the other end of feeding roller 4e It is fixedly connected across positioning sleeve 4c2 and by shaft coupling with the output shaft of driving motor 4c3, if being offered on the feeding roller 4e Dry matches annular groove 4e1 with screw rod 4b4, several annular grooves 4e1 is arranged along feeding roller 4e length direction interval, drives Dynamic motor 4c3 can be such that feeding roller 4e rotates by shaft coupling, and the annular groove 4e1 opened up on feeding roller 4e is in feeding roller Screw rod 4b4 is placed in annular groove 4e1 and limits to feeding roller 4e when 4e rotates.

The material pressing device 5 includes push component 5a, binder component 5b and rotary components 5c, the binder component 5b, is pushed away Sending component 5a and rotary components 5c are mounted in rack 2, and the push component 5a includes pushing piece 5a1 and fixing piece 5a2, institute State that fixing piece 5a2 is located at the lower section of pushing piece 5a1 and fixing piece 5a2 can be moved along the length direction of rack 2, the pushing piece 5a1 is located at the surface of fixing piece 5a2 and the free end of pushing piece 5a1 and is fixedly connected with fixing piece 5a2, the binder component 5b Including binder part 5b1 and feed member 5b2, what the binder part 5b1 can be rotated is fixedly connected with fixing piece 5a2, the feeding Part 5b2 be installed in rack 2 and rotary components 5c and feed member 5b2 transmission cooperate, rotary components 5c can make feed member 5b2 into Row rotation, push component 5a make binder part 5b1 move down and binder part 5b1 match with feed member 5b2 can be by sweatband It is transferred to 3 direction of disconnecting device.

The binder part 5b1 includes that horizontally disposed roller 5b3 and fixing axle 5b4, the roller 5b3 are socketed on fixing axle 5b4 is upper and roller 5b3 and fixing axle 5b4 is coaxially arranged, and roller 5b3 can be rotated around the axis of fixing axle 5b4.

The fixing piece 5a2 includes the first fixed block 5a3 being vertically arranged and the second fixed block 5a4, and described first is fixed Block 5a3 and the second fixed block 5a4 is equipped with the location hole 6a7 installed for fixing axle 5b4, and the first fixed block 5a3 is socketed on It is fixedly connected on the left end of fixing axle 5b4 and with fixing axle 5b4, the second fixed block 5a4 is socketed on the right end of fixing axle 5b4 simultaneously It is fixedly connected with fixing axle 5b4, one end of fixing axle 5b4 is installed in the location hole 6a7 on the first fixed block 5a3, fixing axle The other end of 5b4 is installed in the location hole 6a7 on the second fixed block 5a4.

The pushing piece 5a1 includes the first push cylinder 5a5 and the second push cylinder 5a6, the first push cylinder 5a5 It is arranged straight down with the second push cylinder 5a6 and the output end of the first push cylinder 5a5 and the second push cylinder 5a6 is equipped with The output end of mounting plate 5a7, the first push cylinder 5a5 are fixed at the top of mounting plate 5a7 and the first fixed block 5a3 to be connected It connects, the output end of the second push cylinder 5a6 is fixedly connected at the top of mounting plate 5a7 and the second fixed block 5a4, the first push gas Cylinder 5a5 is fixed in rack 2 by mounting plate 5a7 and the first push cylinder 5a5 can drive the first fixed block 5a3 to moving down Dynamic, the second push cylinder 5a6 is fixed in rack 2 by mounting rack and the second push cylinder 5a6 can drive the second fixed block 5a4 is moved down.

The feed member 5b2 includes push rolls 5b5 and bearing block 5b6, and the bearing block 5b6 is embedded in rack 2, is pushed Roller 5b5 is horizontally disposed with and one end of push rolls 5b5 extends in bearing block 5b6 and overlaps with bearing block 5b6 and cooperates, push rolls The other end of 5b5 is extended to outside rack 2 and is matched with rotary components 5c, and the push rolls 5b5 can pass through rotary components 5c It is rotated, push rolls 5b5 rotation drives sweatband to be moved to 3 direction of disconnecting device.

The rotary components 5c includes rotating electric machine 5c1, shaft coupling and four locating rod 5c2, and described rotating electric machine 5c1 In rack 2 side and be horizontally disposed with, four locating rod 5c2 are arranged in arrays and one end of four locating rod 5c2 and rack 2 are solid Fixed connection, the other end of four locating rod 5c2 are fixedly connected with rotating electric machine 5c1, and the shaft coupling is located at rotating electric machine 5c1's Front end and one end of shaft coupling is fixedly connected with push rolls 5b5, the output shaft of the other end and rotating electric machine 5c1 of shaft coupling is fixed Connection, four locating rod 5c2 are to rotating electric machine 5c1, into fixation, rotating electric machine 5c1 drives push rolls 5b5 by shaft coupling It is rotated, push rolls 5b5 is matched with roller 5b3 to convey sweatband to 3 direction of disconnecting device.

It is coated with rubber layer on the push rolls 5b5 and roller 5b3, is coated with the push rolls 5b5 and roller of rubber layer 5b3 can increase frictional force when conveying to sweatband.

The double-sided adhesive laminating apparatus 6 includes that rubberizing component 6a and tension assembly 6b, the tension assembly 6b are located at rubberizing The front end of component 6a is simultaneously fixedly connected with rack 2, and the rubberizing component 6a is located at the upper end of tension assembly 6b and fixes with rack 2 Connection, the rubberizing component 6a include support frame 6a1, locating part 6a2 and conveying member 6c, and support frame as described above 6a1 and rack 2 are fixed Connection, what conveying member 6c can be rotated is socketed on support frame 6a1, the locating part 6a2 be socketed on support frame 6a1 and with it is defeated Part 6c is sent to contradict connection, the tension assembly 6b includes that tensioning frame 6b1 and idler roller 6b2, the idler roller 6b2 are installed on tensioning On frame 6b1 and tensioning frame 6b1 is fixedly connected with rack 2, rubberizing component 6a to by double faced adhesive tape together in absorbing sweat to be rubberized It takes, the tensioning frame 6b1 and idler roller 6b2 prevent sweatband in rubberizing to bring tensioning operation into absorbing sweat to be rubberized When fold cause undesirable product to occur.

Support frame as described above 6a1 includes horizontally disposed support plate 6a3 and locating shaft 6a4, one end of the support plate 6a3 with Rack 2 is fixedly connected, and one end of locating shaft 6a4 is installed on the other end of support plate 6a3, the length direction of the locating shaft 6a4 Vertically with the length direction of support plate 6a3, the other end of locating shaft 6a4 is arranged with baffle, and support plate 6a3 passes through bolt and rack 2 are fixedly connected, and what one end of locating shaft 6a4 can rotate is installed on support plate 6a3, the gear of locating shaft 6a4 other end setting Piece is to prevent locating part 6a2 and conveying member 6c to be detached from locating shaft 6a4.

The locating part 6a2 includes the identical first position-arresting disk 6a5 of structure and the second position-arresting disk 6a6, first limit Disk 6a5 and the second position-arresting disk 6a6 be arranged on locating shaft 6a4, the first position-arresting disk 6a5 be located at the left side of conveying member 6c and with it is defeated Part 6c is sent to fit, the second position-arresting disk 6a6 is located at the right side of conveying member 6c and fits with conveying member 6c, first position-arresting disk 6a5 is equipped with several location holes 6a7, several location holes 6a7 is provided at circumferentially spaced along the first position-arresting disk 6a5, a positioning Gag lever post 6a8 is equipped in the 6a7 of hole, one end of the gag lever post 6a8 and locating shaft 6a4, which are contradicted, to be connected, the other end of gag lever post 6a8 Equipped with the portion of screwing, the first position-arresting disk 6a5 and the second position-arresting disk 6a6 pass through gag lever post 6a8 and are fixed on locating shaft 6a4, pass through The portion of screwing can adjust the position of the first position-arresting disk 6a5 and the second position-arresting disk 6a6 on locating shaft 6a4.

The conveying member 6c includes first annular plate 6c1, the second annular slab 6c2 and ring block 6c3, first annular plate 6c1, Second ring plate 6c2 and ring block 6c3 are sheathed on locating shaft 6a4, and the ring block 6c3 is located at first annular plate 6c1 and the second ring Between shape plate 6c2 and ring block 6c3 is fixedly connected with first annular plate 6c1, and the second annular slab 6c2 matches with ring block 6c3 grafting It closes, the second annular slab 6c2 is removed from ring block 6c3, double-sided adhesive is socketed on after ring block 6c3 by the second annular slab 6c2 card It connects on ring block 6c3, the first annular plate 6c1, the second annular slab 6c2 and ring block 6c3 are that stainless steel material is made.

The tensioning frame 6b1 includes the first tensioning plate 6b3 and the second tensioning plate 6b4, the first tensioning plate 6b3 and second The interval tensioning plate 6b4 is arranged and the first tensioning plate 6b3 and the second tensioning plate 6b4 are fixedly connected with rack 2, the idler roller There are three 6b2 is set, three idler roller 6b2 are arranged along the first tensioning plate 6b3 long side interval, one end of three idler roller 6b2 and the One tensioning plate 6b3 is fixedly connected, and the other end of three idler roller 6b2 is fixedly connected with the second tensioning plate 6b4, three tensionings Barrier plate 6b5, the first tensioning plate 6b3 and the second tensioning plate 6b4 are connected on roller 6b2 to carry out to three idler roller 6b2 Support is fixed.

There are two the barrier plate 6b5 is set, two barrier plate 6b5 are vertically arranged, and two interval barrier plate 6b5 settings are simultaneously It being connected on three idler roller 6b2, described two barrier plate 6b5 can be slided along three idler roller 6b2 length directions, Two barrier plate 6b5 are movable so as to be adjusted according to the width of sweatband on three idler roller 6b2, two blockings Sweatband of the plate 6b5 on three idler roller 6b2 is limited.

Three idler roller 6b2 are made of stainless steel material, and three idler roller 6b2 made of stainless steel material make With the service life, long and three surfaces idler roller 6b2 smoothness is high.

The sharping device 7 includes connection component 7a, preload component 7b and cutting assembly 7c, the preload component 7b peace Loaded in rack 2, the cutting assembly 7c is located at the front end of preload component 7b and cutting assembly 7c is installed on preload component 7b, The connection component 7a is located at the top of preload component 7b and is fixedly connected with disconnecting device 3, and the preload component 7b includes peace Bracket 7b1 and pre-press 7b2 is filled, the pre-press 7b2 is fixedly connected on mounting bracket 7b1, and the cutting assembly 7c includes First cutter 7c1 and conflict plate 7c2, the first cutter 7c1 is located between conflict plate 7c2 and mounting bracket 7b1 and first cuts Knife 7c1 and mounting bracket 7b1, which is contradicted, to be connected, and the conflict plate 7c2 and mounting bracket 7b1 is bolted to connection, connection group For part 7a preload component 7b to be fixedly connected with disconnecting device 3, disconnecting device 3, which moves down, drives preload component 7b to moving down Dynamic, the first cutter 7c1 is fixed on mounting bracket 7b1 by contradicting plate 7c2, and mounting bracket 7b1 moves down drive first and cuts Knife 7c1 is moved down, and the first cutter 7c1, which is moved down, carries out cutting operation to sweatband.

The mounting bracket 7b1 is horizontally disposed with and the both ends of mounting bracket 7b1 are slidably matched with rack 2, the precompressed Part 7b2 includes prefabricating plate 7b3, pre- compression bar 7b4 and buffer spring 7b5, and the prefabricating plate 7b3 is horizontally disposed and prefabricating plate 7b3 In the lower section of mounting bracket 7b1, the pre- compression bar 7b4 is equipped with several, and peace is run through in the bottom of several pre- compression bar 7b4 Dress bracket 7b1 is simultaneously fixedly connected with prefabricating plate 7b3, several pre- compression bar 7b4 are mounted on mounting bracket 7b1 and mounting bracket To be supported fixation to several pre- compression bar 7b4, prefabricating plate 7b3 is contradicted prior to the first cutter 7c1 and sweatband to be connected 7b1 It connects, buffer spring 7b5 is set on pre- compression bar 7b4 and contradicts with prefabricating plate 7b3 and connects.

The buffer spring 7b5 corresponds to several pre- compression bar 7b4 equipped with several, and buffer spring 7b5 is sheathed on corresponding On pre- compression bar 7b4 and a mounting bracket 7b1 connection of buffer spring 7b5, the other end and the prefabricating plate 7b3 of buffer spring 7b5 are supported Touching, several buffer springs 7b5 is to provide push power to prefabricating plate 7b3, several pre- compression bar 7b4 are to prefabricating plate 7b3 It is fixed, the height of prefabricating plate 7b3 can be changed by adjusting several pre- compression bar 7b4.

The first cutter 7c1 is obliquely installed and the first cutter 7c1 is equipped with several through-holes passed through for bolt, described The side of first cutter 7c1 is equipped with guide pad 7c3, and the guide pad 7c3 is vertically arranged and guide pad 7c3 and the first cutter 7c1 Side wall be fixedly connected, the bottom of the guide pad 7c3 extends to the lower section of the first cutter 7c1, the first cutter 7c1 and installation branch In an angle, guide pad 7c3 when the first cutter 7c1 is moved down to be oriented to for shape between frame 7b1.

Opened up on the prefabricating plate 7b3 with several unthreaded holes, several unthreaded holes are arranged in arrays, are arranged on prefabricating plate 7b3 Unthreaded hole to prevent prefabricating plate 7b3 to be bonded with sweatband, under atmospheric pressure by sweatband be adsorbed on prefabricating plate 7b3 to Influence charging precision.

Corresponding first cutter 7c1 and guide pad 7c3 is equipped with escape groove 7b6 on the prefabricating plate 7b3, sets on prefabricating plate 7b3 The escape groove 7b6 set is to keep away the first cutter 7c1 and guide pad 7c3 in the first cutter 7c1 and guide pad 7c3 work It allows.

The connection component 7a includes the identical first link block 7a1 of structure and the second link block 7a2, first connection Block 7a1 and the setting of the second interval link block 7a2, the first link block 7a1 are equipped with the fastening of the first fastening bolt 7a3 and second Bolt 7a4, the first fastening bolt 7a3 are fixedly connected across the first link block 7a1 with mounting bracket 7b1, the second fastening spiral shell Bolt 7a4 passes through the first link block 7a1 and is fixedly connected with disconnecting device 3, by the first fastening bolt 7a3 by the first link block 7a1 It is fixedly connected with the second link block 7a2 with mounting bracket 7b1, by the second fastening bolt 7a4 by the first link block 7a1 and second Link block 7a2 is fixedly connected with disconnecting device 3.

The rack 2 includes the first baffle 2a and second baffle 2b for being mounted on 1 top of workbench, the first baffle 2a and second baffle 2b is vertical and interval setting, the side of the first baffle 2a and second baffle 2b be equipped with protection box 2c and It is equipped on first baffle 2a and second baffle 2b for the mobile first sliding groove of disconnecting device 3 and for the sliding of sharping device 7 Second sliding slot, the first baffle 2a and second baffle 2b are separately mounted to left end and the right end of workbench 1, first baffle 2a and Second baffle 2b jointly to disconnecting device 3, feed device 4, material pressing device 5, double-sided adhesive laminating apparatus 6 and sharping device 7 into Row support.

The disconnecting device 3 includes knife rest 3a, the second cutter 3b and several clamping screw 3c, and the knife rest 3a is horizontally disposed And the both ends of knife rest 3a are connected in respectively in the first sliding groove of first baffle 2a and second baffle 2b, the second cutter 3b is set vertically It sets and is extended in knife rest 3a at the top of the second cutter 3b, several described clamping screw 3c are along the length direction interval of knife rest 3a It is arranged and all clamping screw 3c both pass through the side of knife rest 3a and cutter is contradicted and connected, the second cutter 3b passes through several Clamping screw 3c is fixedly connected with knife rest 3a, rotates several fastening nuts when needing to adjust the depth of cut of the second cutter 3b The second cutter 3b is being fixed by several clamping screws 3c after second cutter 3b is moved a distance to the lower section knife rest 3a On knife rest 3a.

The regulating device 8 includes being mounted on one driving member 8a vertical shift of driving member 8a and driving at the both ends knife rest 3a Regulatory component 8b, the regulatory component 8b is installed in workbench 1 and regulatory component 8b includes spring bearing 8b1, transmission shaft 8b2 and adjusting motor 8b3, the transmission shaft 8b2 is horizontally disposed with and what one end of transmission shaft 8b2 can rotate is installed on second gear On plate 2b, the other end of transmission shaft 8b2 is through first baffle 2a and be equipped with can be described around transmission shaft 8b2 rotates cam 8b4 The other end of transmission shaft 8b2 is located at the eccentric part of cam 8b4, and the spring bearing 8b1 is sheathed on middle part and the branch of transmission shaft 8b2 The lower section for supportting bearing 8b1 is equipped with keel 8b5, and the adjusting motor 8b3 is fixedly connected with workbench 1 and adjusts motor 8b3's Output end is equipped with adjustment gear 8b6, and adjustment gear 8b6 is corresponded on the transmission shaft 8b2 equipped with transmission gear 8b7, the adjusting It is arranged with synchronous belt on gear 8b6 and transmission gear 8b7, adjusts motor 8b3 driving adjustment gear 8b6 rotation, adjustment gear 8b6 It is transmission gear 8b7 rotation by synchronous belt, transmission gear 8b7 rotation drives transmission shaft 8b2 rotation, and transmission shaft 8b2 rotates band Moving cam 8b4 rotation, cam 8b4 rotation drive driving member 8a vertical shift.

The driving member 8a includes mounting blocks 8a1 and drive block 8a2, the mounting blocks 8a1 solid by bolt and knife rest 3a Fixed connection, drive block 8a2 is vertically arranged and the top of drive block 8a2 is fixedly connected with mounting blocks 8a1, the bottom of drive block 8a2 Equipped with fixed link 8a4 is equipped in installation gap 8a3 and installation gap 8a3, cam 8b4 is socketed on fixed link 8a4, drive block 8a2 makes mounting blocks 8a1 band movable knife rack 3a vertical shift by the motive force that cam 8b4 is conducted to fixed link 8a4.

It is equipped with that overlapped gathers materials block 9 with the two between the first baffle 2a and second baffle 2b, the block 9 that gathers materials is in ladder Shape and the block 9 that gathers materials are located at the lower section of sharping device 7, and the front end that the top for the block 9 that gathers materials is located at material pressing device 5 is equipped with lapping plate 10, the lapping plate 10 is equipped with several unthreaded holes, and the top of the lapping plate 10 is overlapped with for sweatband, on lapping plate 10 Absorbing sweat, which is heaved, when the unthreaded hole of setting is to prevent remaining air between sweatband and lapping plate 10 causes the second cutter 3b cutting Scrap is generated when cutting sweatband, waste material of the block 9 that gathers materials to collect the generation of sharping device 7.

It is in matrix distribution and four support legs that the bottom of the workbench 1, which is set there are four support leg 1c, four support leg 1c, 1c is fixedly connected to form one with workbench 1, and four support leg 1c are to enter the padded water prevented on ground of workbench 1 In workbench 1.

The bottom of four support leg 1c is equipped with rubber pad, and the rubber pad is being moved to place four support leg 1c Ground is scratched when dynamic and rubber pad being capable of damping.

The foregoing description of the disclosed embodiments can be realized professional and technical personnel in the field or using originally practical new Type.Various modifications to these embodiments will be readily apparent to those skilled in the art, and determine herein The General Principle of justice can be realized in other embodiments without departing from the spirit or scope of the present utility model.Cause This, the present invention will not be limited to the embodiments shown herein, and is to fit to and principles disclosed herein The widest scope consistent with features of novelty.

Claims (7)

1. a kind of feed device of sweatband oblique angle guillotine, including rack (2) and disconnecting device (3), it is characterised in that: including Extension support (4a), driving assembly (4c), adjusts component (4d) and feeding roller (4e), the Extension support (4a) at positioning component (4b) Positioned at rack (2) front end and Extension support (4a) be fixedly connected with rack (2), the positioning component (4b) and driving assembly (4c) Interval is arranged and positioning component (4b) and driving assembly (4c) are mounted on Extension support (4a), and feeding roller (4e) level is set It sets and one end of feeding roller (4e) and positioning component (4b) is contradicted and connected, the other end and driving assembly (4c) of feeding roller (4e) pass Dynamic cooperation, the adjusting component (4d) are socketed on feeding roller (4e) and contradict with feeding roller (4e) and connect.

2. the feed device of sweatband oblique angle according to claim 1 guillotine, it is characterised in that: the Extension support (4a) Including the first extension rod (4a1), the second extension rod (4a2) and reinforcing rod (4a3), first extension rod (4a1) and second is prolonged Boom (4a2) structure is identical, and first extension rod (4a1) and the second extension rod (4a2) are spaced setting and the second extension rod (4a2) is equipped with the support block (4a4) to support driving assembly (4c), and the reinforcing rod (4a3) is located at the first extension rod Between (4a1) and the second extension rod (4a2) and one end of reinforcing rod (4a3) is fixedly connected with the first extension rod (4a1), reinforcing rod The other end of (4a3) is fixedly connected with the second extension rod (4a2), and the length direction of the reinforcing rod (4a3) prolongs perpendicular to first The length direction of boom (4a1) and the second extension rod (4a2).

3. the feed device of sweatband oblique angle according to claim 2 guillotine, it is characterised in that: the positioning component (4b) is installed on the first extension rod (4a1), and the positioning component (4b) includes locating piece (4b1) and adjusts rotation (4b3), institute State that locating piece (4b1) is vertically arranged and locating piece (4b1) is bolted to connection with the first extension rod (4a1), the positioning Block (4b1) is equipped with the evacuation notch (4b2) for placing feeding roller (4e), and the locating piece (4b1) is equipped with and adjusts rotation The threaded hole of (4b3) threaded, it is described adjust rotation (4b3) be located at locating piece (4b1) upper end and with locating piece (4b1) Threaded.

4. the feed device of sweatband oblique angle according to claim 3 guillotine, it is characterised in that: handle is revolved in the adjusting (4b3) includes screw rod (4b4) and handle (4b5), and the screw rod (4b4) is vertically arranged and the top of screw rod (4b4) and handle The bottom of (4b5) is fixedly connected to form one, and the screw rod (4b4) cooperates with screw hole and one end of screw rod (4b4) is prolonged It extends to threaded hole bottom and is contradicted with feeding roller (4e) and cooperated.

5. the feed device of sweatband oblique angle according to claim 2 guillotine, it is characterised in that: the driving component (4c) includes positioning plate (4c1), positioning sleeve (4c2) and driving motor (4c3), and positioning plate (4c1) is horizontally disposed with and positioning plate (4c1) is bolted to connection with the second extension rod (4a2) and support block (4a4), positioning sleeve (4c2) and driving motor The interval (4c3) setting, positioning sleeve (4c2) and driving motor (4c3) coaxial arrangement and positioning sleeve (4c2) and driving motor (4c3) It is fixedly connected with positioning plate (4c1).

6. the feed device of sweatband oblique angle according to claim 1 guillotine, it is characterised in that: the adjusting component (4d) includes the first adjusting block (4d1) and the second adjusting block (4d2), first adjusting block (4d1) and the second adjusting block (4d2) It is symmetrical arranged and the first adjusting block (4d1) and the adjacent side of the second adjusting block (4d2) is equipped with arc transition, the first adjusting Block (4d1) is equipped with pinch grip (4d3), and one end of the pinch grip (4d3) is bolted in the first adjusting block (4d1) and tight It is connected Gu handle (4d3) and feeding roller (4e) are contradicted.

7. the feed device of sweatband oblique angle according to claim 3 guillotine, it is characterised in that: the feeding roller (4e) One end extend on locating piece (4b1) in the evacuation notch (4b2) that is arranged, the other end of feeding roller (4e) passes through positioning sleeve It (4c2) and is fixedly connected by shaft coupling with the output shaft of driving motor (4c3), offers several on the feeding roller (4e) Annular groove (4e1) is matched with screw rod (4b4), several annular grooves (4e1) are set along feeding roller (4e) length direction interval It sets.