CN208135081U - A kind of edge covering mechanism - Google Patents

Abstract

The utility model discloses a kind of edge covering mechanisms, belong to automatic wrapping device technical field, wherein including action component, the action component includes the 7th driving device and briquetting, and the 7th driving device interlocks the briquetting and contacts or separate with cushion block.The utility model can replace it is artificial carry out bound edge operation, bound edge is high-quality and efficient, solve the problems, such as it is existing bound edge manually need to be carried out to cushion block and bound edge quality not can guarantee, low efficiency.

Description

A kind of edge covering mechanism

Technical field

The utility model relates to automatic wrapping device technical fields, more particularly to a kind of edge covering mechanism.

Background technique

Existing many craftworks, art work etc. can be all placed in exquisite box, and can all be placed and be enclosed in box The cushion block of covering is to carry craftwork or the art work, and cushion block is usually polyhedron in irregular shape, and covering then passes through Glue is wrapped on the surface of cushion block.

For example, place the jewel box or casket of jewelry or jewellery, in cushion block be used to carry the weights of jewelry or jewellery Amount, and one layer of covering is enclosed on the surface of cushion block, the common used material of the covering is silk, flannelette, cortex or imitation leather etc..

And covering is many times wrapped in the whole flow process on cushion block and requires to paste by manually including bound edge It closes, bound edge is bonded after i.e. artificial needs are accurately covered on covering on cushion block and firmly acts on again so that covering and pad Block face fits closely, and the mode of artificial bound edge not only low efficiency, and covering and cushion block are be easy to cause when bound edge is bonded Fitting error is excessive and influences fitting effect, even results in covering and scrapping for cushion block and wastes material and make increased costs.

Utility model content

To solve the problem above-mentioned, the utility model provides a kind of edge covering mechanism efficient, bound edge effect is good.

Technical solution adopted in the utility model is：A kind of edge covering mechanism, including action component, the action component packet The 7th driving device and briquetting are included, the 7th driving device interlocks the briquetting and contacts or separate with cushion block.

In the above-mentioned technical solutions, the edge covering mechanism further includes the first lifting assembly, and first lifting assembly includes 8th driving device, the first lifter plate and support plate；The 7th driving device fixation is located in the support plate, and the branch Fagging is fixedly connected with first lifter plate；8th driving device interlocks first lifter plate and goes up and down and then interlock institute State action component lifting.

In the above-mentioned technical solutions, the action component has four groups, and action component described in four groups is along described first liter It drops plate to be circumferentially arranged, when the 7th driving device gearing briquetting moves and then contacts with each other to wrap cushion block Side processing.

In the above-mentioned technical solutions, the briquetting is equipped with chamfering, to avoid the mutual sharp impacts of briquetting.

In the above-mentioned technical solutions, the 7th driving device and the 8th driving device all can be cylinder or electric cylinders.

The utility model has the advantages that：

1, the 7th driving device of this kind of edge covering mechanism interlocks briquetting and cushion block is contacting and separating to realize the packet of cushion block Side laminating process, compact overall structure are easy to use；

2, this kind of edge covering mechanism can replace artificial progress bound edge operation, can not only reduce cost of labor, improve production effect Rate, and bound edge operation is carried out compared to artificial method, this kind of edge covering mechanism precision is high, it is not easy to generate error and make bound edge It is high-quality, greatly improve yield rate.

Detailed description of the invention

Fig. 1 is the whole stereoscopic schematic diagram for having used the automatic baggage systems of the utility model；

Fig. 2 is the whole schematic elevation view for having used the automatic baggage systems of the utility model；

Fig. 3 is the stereoscopic schematic diagram of feed mechanism；

Fig. 4 is the first turntable and lower mold assemblies stereoscopic schematic diagram of transport mechanism；

Fig. 5 is the second turntable and upper die component stereoscopic schematic diagram of transport mechanism；

Fig. 6 is the stereoscopic schematic diagram of the lower mold assemblies of transport mechanism；

Fig. 7 is the stereoscopic schematic diagram of the edge covering mechanism of the utility model；

Fig. 8 is the stereoscopic schematic diagram of side shearing mechanism (not cover plate)；

Fig. 9 is the stereoscopic schematic diagram of side shearing mechanism (cover plate)；

Figure 10 is the stereoscopic schematic diagram of fervent mechanism；

Figure 11 is the stereoscopic schematic diagram of top-pressure mechanism；

Figure 12 is the stereoscopic schematic diagram of ejecting mechanism.

Appended drawing reference is：

1, board；

2, feed mechanism；21, component is transported；211, conveyer belt；212, first driving device；213, support frame；2131, it keeps off Block；2132, sensor；2133, groove；2134, side plate；214, bottom plate；22, displacement component；221, the first fixed plate；222, One guide rail；223, the first sliding block；224, the second driving device；225, first support bar；226, adjusting block；227, the first connection Plate；23, gripper assembly；231, the second fixed plate；232, the second guide rail；233, the second sliding block；234, clamping jaw；235, third drives Device；236, the second connecting plate；

3, transport mechanism；31, the first turntable；32, lower mold assemblies；321, lower mould bottom plate；322, lower template；3221, it places Chamber；3222, placing groove；323, connecting rod；324, mandril；325, guide rod；3251, linear bearing；3252, the first elastic element； 33, the second turntable；331, through-hole is ejected；34, upper die component；341, upper baffle plate；342, cope plate；3421, notch；

4, edge covering mechanism；41, action component；411, the 7th driving device；412, briquetting；4121, chamfering；42, first liter It comes down to a lower group part；421, the 8th driving device；422, the first lifter plate；423, support plate；

5, side shearing mechanism；51, straight snips component；511, the first fixed strip；512, the second fixed strip；513, the first connection strap； 514, the second connection strap；515, cutter block；516, knife handle；52, the 9th driving device；521, second support bar；522, pushing block；53, Second lifting assembly；531, the tenth driving device；532, the second lifter plate；5321, hopper；54, the second elastic element；55, it covers Plate；551, aperture；56, the first material-guiding groove plate；

6, fervent mechanism；61, fervent component；611, the first thermal insulation board；612, heating plate；613, the second thermal insulation board；614, Backing plate；615, blade；616, ventilating board；6161, the first ventilation hole；617, tool apron；6171, pressure knife block；6172, knife pedestal； 6173, the second ventilation hole；62, third lifting assembly；621, the 11st driving device；622, third lifter plate；63, connector；

7, top-pressure mechanism；71, the first mounting；72, the 12nd driving device；721, pressure head；

8, ejecting mechanism；81, the second mounting；82, the 13rd driving device；

9, the second material-guiding groove plate.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawing.

Fig. 1 to Figure 12 schematically shows a kind of a kind of edge covering mechanism of embodiment according to the present utility model.

A kind of edge covering mechanism 4 includes action component 41 and the first lifting assembly 42, and action component 41 includes the 7th driving dress Set 411 and briquetting 412, the 7th driving device 411 interlock briquetting 412 move back and forth so that briquetting 412 contacted with cushion block or Separation, is then bonded wrappage with cushion block when briquetting 412 is contacted with cushion block, the 7th driving device 411 can be cylinder It can be electric cylinder, be in the present embodiment cylinder, the piston rod of cylinder is fixedly connected with briquetting 412.First lifting assembly 42 Including the 8th driving device 421, the first lifter plate 422 and support plate 423；The fixation of 7th driving device 411 is located at support plate 423 On, and support plate 423 is fixedly connected with the first lifter plate 422；Action component 41 has four groups, and four groups of action components 41 are along the The circumferential setting of one lifter plate 422, when the 7th driving device 411 interlocks the movement of briquetting 412 and then contacts with each other to cushion block Carry out bound edge processing.Also there are four pieces of support plates 423 simultaneously, be respectively used to support and fix four the 7th driving devices 411, briquetting The two sides of 412 front ends are equipped with chamfering 4121, can not only reduce the collision between briquetting 412, while when four pieces of 412 phase mutual connections of briquetting Make the bound edge effect of briquetting 412 better when touching；8th driving device 421 interlocks the first lifter plate 422 and goes up and down and then interlock Action component 41 is gone up and down, and it is in the present embodiment cylinder that the 8th driving device 421, which can may be electric cylinder for cylinder, Piston rod and the first lifter plate 422 are fixedly connected.

A kind of automatic baggage systems, including board 1 and the feed mechanism being successively set on board 12, transport mechanism 3, packet Side mechanism 4, side shearing mechanism 5 and fervent mechanism 6；The cushion block of covering to be wrapped is transported in transport mechanism 3 by feed mechanism 2； Edge covering mechanism 4 carries out bound edge laminating process to the cushion block in transport mechanism 3；Cushion block after side shearing mechanism 5 is bonded bound edge carries out Cutting edge goes material to handle；Fervent mechanism 6 goes the cushion block after material to carry out burr removing processing to cutting edge, wherein edge covering mechanism 4 is above-mentioned Edge covering mechanism 4.

Feed mechanism 2 includes transporting component 21, displacement component 22 and gripper assembly 23；Transporting component 21 includes for transporting Conveyer belt 211, first driving device 212, belt wheel, support frame 213 and the bottom plate 214 of cushion block, 213 two sides of support frame are respectively equipped with Side plate 2134, both side plate 2134 are achieved a fixed connection by way of screw or bolt or welding with bottom plate 214, bottom plate 214 It is then fixedly connected with board 1, realizes that easy to disassemble, belt wheel is located on support frame 213 by screw or bolt, the first driving dress 212 band movable belt pulleys to be set to move, belt wheel driving conveying belt 211 rotates, and specifically, belt wheel includes driving pulley and driven pulley, Driving pulley and driven pulley pass through axis and support frame 213 connects, and 211 side of conveyer belt is wound around driving pulley and driven belt On wheel, first driving device 212 is motor, and motor is fixed on support frame 213 and the output shaft of motor passes through shaft coupling and master The axis connection of movable belt pulley, motor rotation then drives the rotation of driving pulley and then the movement of driving conveying belt 211 is located to drive Cushion block movement on conveyer belt 211；Displacement component 22 includes the first fixed plate 221, the first guide rail 222, the first sliding block 223, the One support rod 225, adjusting block 226, the first connecting plate 227 and drive the side-to-side movement in the horizontal direction of gripper assembly 23 second Driving device 224, the first guide rail 222 are located at 221 middle of the first fixed plate, and the first sliding block 223 and the sliding of the first guide rail 222 are matched Connection is closed, the second driving device 224 is fixed on the first connecting plate 227, and the first connecting plate 227 is then fixed on the first fixed plate 221 side, adjusting block 226 are fixedly connected with the first fixed plate 221, set on adjusting block 226 there are two use screw adjusting elasticity Adjusting aperture, first support bar 225 has two, and two first support bars 225 wear two adjustings apertures, then real with screw It now fastens, and one end of first support bar 225 is fixedly connected with bottom plate 214, the position of adjusting block 226 can be come according to the actual situation The position of the first fixed plate 221 is adjusted and then adjusts according to the actual situation, very convenient, the second driving device 224 can be gas Cylinder or electric cylinder are in the present embodiment cylinder；Gripper assembly 23 includes the second fixed plate being fixedly connected with the first sliding block 223 231, the second guide rail 232, the second sliding block 233, clamping jaw 234, the second connecting plate 236 and third driving device 235, the second guide rail 232 fixations are located at 231 middle of the second fixed plate, the second sliding block 233 and the sliding connection of the second guide rail 232, third driving Device 235 is fixedly connected with the second connecting plate 236, and the second connecting plate 236 is then fixed on the side of the second fixed plate 231, folder Pawl 234 is fixedly connected with the second sliding block 233, and third driving device 235 drives clamping jaw 234 to move up and down in the vertical direction, is had Third driving device 235 acts on clamping jaw 234 and makes clamping jaw 234 in the work of the second sliding block 233 and the second guide rail 232 for body With lower smooth motion, it is in the present embodiment cylinder that third driving device 235, which can be cylinder or electric rod, and clamping jaw 234 is then It can be Pneumatic clamping jaw；Second directly the second fixed plate 231 of effect of driving device 224 is so that gripper assembly 23 is led first Smooth motion under the action of rail 222 and the first sliding block 223.

Conveyer belt 211 and support frame 213 form concave, pad during transporting cushion block to avoid conveyer belt 211 Block slides, and specifically, 213 middle of support frame has the space that can place conveyer belt 211, and conveyer belt 211 is lower than support The two sides of frame 213, when conveyer belt 211 transports cushion block, the two sides of support frame 213 play the work of a barrier and guiding to cushion block With, avoid because collision or some accidents enable cushion block slide from conveyer belt 211.213 side of support frame is equipped with the gear for stopping cushion block Block 2131 and sensor 2132, sensor 2132 and block 2131 are adjacent, and specifically, block 2131 is located at support frame 213 Left side, i.e., close to the side of motor, when being transported to the left end of support frame 213 when the cushion block on conveyer belt 211,2131 energy of block The further movement of conveyer belt 211 is enough blocked, and is conducive to gripper assembly 23 and clamps cushion block；And sensor 2132 can perceive pad Block has been blocked at block 2131 and then has implemented to act in next step, i.e., signal is fed back to the master control system of control this system System, the master control system then movement of command displacement component 22 and gripper assembly 23 again, the sensor 2132 in the present embodiment are photoelectricity Sensor.The two sides of support frame 213 are equipped with a groove 2133, and groove 2133 is conducive to clamping jaw 234 and steadily rapidly clamps Cushion block.

Transport mechanism 3 includes the first turntable 31；More than one lower mold assemblies 32 is circumferentially on first turntable 31, and at this In embodiment have six groups of lower mold assemblies 32, lower mold assemblies 32 include the lower mould bottom plate 321 being fixedly connected with the first turntable 31, under Template 322, connecting rod 323, mandril 324 and guide rod 325；Lower template 322 connects by the way that connecting rod 323 and lower mould bottom plate 321 are fixed It connects, specifically, connecting rod 323 has four, and four 323 one end of connecting rod are fixed at four angles of lower mould bottom plate 321, separately One end is then fixed at four angles of cope plate 342；It is equipped in lower template 322 and the matched placed cavity 3221 of cushion block shape, under The placing groove 3222 for placing covering is additionally provided in template 322, placing groove 3222 is connected to placed cavity 3221；Mandril 324 is worn In placed cavity 3221, the concrete shape of the cushion block wrapped up as needed and match corresponding lower template 322, it is very convenient；Top Bar 324 be it is T-shaped, there are two guide rods 325, two guide rods 325 wear the two sides of mandril 324, the both ends difference of guide rod 325 It is fixedly connected with lower template 322, lower mould bottom plate 321；325 sliding sleeve of guide rod is equipped with linear bearing 3251 so that mandril 324 Movement it is more smooth and steady, guide rod 325 is also arranged with the first elastic element 3252, the both ends point of the first elastic element 3252 It does not offset with linear bearing 3251, lower template 322, when mandril 324 up moves, the first elastic element 3252 is right by compression Mandril 324, which plays the role of a buffering, has very big impact force to avoid 324 moment of mandril from just up moving, and works as Then since the first elastic element 3252 has a downward work to mandril 324 to restore to the original state when mandril 324 moves downward Mandril 324 is firmly made faster to reply original position.First elastic element 3252 is spring.

Lower mold assemblies 32 further include fourth drive device, and fourth drive device interlocks mandril 324 and goes up and down, fourth drive device It is located at 31 lower end of the first turntable and directly effect mandril 324, fourth drive device can be cylinder or electric cylinder.

Transport mechanism 3 further includes the second turntable 33, and the second turntable 33 is circumferentially with more than one upper die component 34, in this reality Applying has six groups of upper die components 34 in example；Upper die component 34 includes upper baffle plate 341 and cope plate 342, the second turntable 33, upper mold Bottom plate 341 and cope plate 342 pass sequentially through screw or the mode of bolt achieves a fixed connection, thus dismount ten when requiring replacement It is convenient to divide；It is equipped in cope plate 342 and the matched notch 3421 of cushion block shape, notch 3421 and placed cavity 3221 are corresponding, and make It obtains when mandril 324 up moves so that cushion block and wrappage are embedded into notch 3421.

Transport mechanism 3 further includes the 5th driving device and the 6th driving device；5th driving device drives the first turntable 31 Rotation；6th driving device drives the rotation of the second turntable 33, and the rotation of the first turntable 31 and the rotation of the second turntable 33 are mutually right It answers and makes each lower mold assemblies 32 and each upper mold group successively face one by one one by one.5th driving device and the 6th driving device It can be stepper motor.

The notch 3421 of 4 face cope plate 342 of edge covering mechanism, when the rotation of the second turntable 33, the slot of each cope plate 342 Mouth 3421 is corresponded to edge covering mechanism 4 one by one, can carry out bound edge laminating process to the cushion block in notch 3421.

Side shearing mechanism 5 includes a pair of of straight snips component 51 and the 9th driving device 52, and the 9th driving device 52 drives a pair of flat It cuts the movement of component 51 and goes material to handle to carry out cutting edge to cushion block.

Straight snips component 51 includes the first fixed strip 511, the second fixed strip 512, the first connection strap 513, the second connection strap 514, the both ends of knife handle 516 and cutter block 515, the first connection strap 513 and the second connection strap 514 are respectively pivoted to the first fixed strip 511, on the second fixed strip 512, and the line and the second connection strap 514 at the pivot joint center of 513 two articulated sections of the first connection strap The line at the pivot joint center of two articulated sections is parallel；One end of cutter block 515 is fixedly connected with one end of the second fixed strip 512, and Cutter block 515 is also fixedly connected with knife handle 516, and one end of knife handle 516 is also fixedly connected with the second fixed strip 512 to guarantee cutter block 515 stabilization；9th driving device 52 interlocks the first connection strap 513 and cutter block 515 is translatable.

Side shearing mechanism 5 further includes the second lifting assembly 53, the second elastic element 54, cover board 55 and the first material-guiding groove plate 56, Second lifting assembly 53 includes the tenth driving device 531 and the second lifter plate 532, the first fixed strip of a pair of of straight snips component 51 511 opposed fixations are located on the second lifter plate 532, and two the first fixed strips 511 are connected by the second elastic element 54；At this In embodiment, there are four pairs of straight snips components 51, four pairs of straight snips components 51 are circumferential to be arranged on the second lifter plate 532, and the 9th drives Dynamic device 52 can may be electric cylinder for cylinder, be in the present embodiment cylinder, which passes through 521 He of second support bar Second lifter plate 532 is fixedly connected, and the piston rod of the cylinder is connected with pushing block 522, equal and a pair of of straight snips component of a pushing block 522 51 513 sliding contact of the first connection strap, when the cylinder piston rod drive pushing block 522 travel forward, a pair of of straight snips component 51 The first connection strap 513 backwards to movement, translation is eventually contacted the cutter block 515 to straight snips component 51 in opposite directions simultaneously, i.e. straight snips, So that shear effect will not more preferably generate excessive flash, and realize cutting edge processing to cushion block and in this process the second elasticity Element 54 is stretched, when the piston rod of the cylinder drives pushing block 522 to move backward, the second elastic element 54 in order to restore to the original state and The first connection strap 513 for generating an active force to the first connection strap 513 and making this to straight snips component 51 moves toward one another in turn So that blade 615 separates.Second lifter plate 532 is equipped with hopper 5321, and hopper 5321 is for containing four pairs of 51 pairs of straight snips component pads Block carries out generated waste material when cutting edge processing, and the first material-guiding groove plate 56 is then connected to hopper 5321 hopper is discharged in waste material 5321；Tenth driving device 531 interlocks the second lifter plate 532 and goes up and down and then interlock the lifting of straight snips component 51, and the lid of cover board 55 is located at On second lifter plate 532, cover board 55 is equipped with an aperture 551, and the cushion block in notch 3421 for being located at cope plate 342 is logical It crosses.Tenth driving device 531 can may be electric cylinder for cylinder, be in the present embodiment cylinder, the piston rod of the cylinder Directly act on the second lifter plate 532.The notch 3421 of 5 face cope plate 342 of side shearing mechanism, when the rotation of the second turntable 33, often The notch 3421 of a cope plate 342 is corresponded to side shearing mechanism 5 one by one, can carry out at cutting edge to the cushion block in notch 3421 Reason.

Fervent mechanism 6 includes fervent component 61, and fervent component 61 includes the first thermal insulation board 611 being fixedly connected sequentially, adds Hot plate 612, the second thermal insulation board 613 and backing plate 614, heating plate 612 are folded between the first thermal insulation board 611 and the second thermal insulation board 613 Play heat-insulated effect.Fervent component 61 has four groups, is separately positioned on four edges of backing plate 614.Fervent component 61 is also Including the blade 615 being located in heating plate 612, the ventilating board 616 being fixedly connected with backing plate 614,616 bottom of ventilating board is by adopting Fastening is realized with screw and backing plate 614, is dismounted very convenient；Ventilating board 616 is equipped with the first ventilation hole 6161 for ventilation.Heat Cutting component 61 further includes the tool apron 617 for fastening blade 615, and specifically, tool apron 617 includes pressure knife block 6171 and knife pedestal 6172,6172 middle of knife pedestal is equipped with cutter groove, and 615 one end of blade is set at cutter groove, and pressure knife block 6171 is by with screw and knife Pedestal 6172 is fixedly connected and then compresses blade 615.Tool apron 617 is fixedly connected with ventilating board 616 and tool apron 617 is equipped with and the Second ventilation hole 6173 of one ventilation hole 6161 connection, there are two the second ventilation hole 6173 tools, connects with the first ventilation hole 6161 It is logical, and two the second ventilation holes 6173 are located at the two sides of blade 615, the first ventilation hole 6161 is connected by connector 63, appendix Gas source, gas source can be air pump, with the gas of offer by the first ventilation hole 6161 and the second ventilation hole 6173, not only to blade 615 play the role of a cooling, while it is more preferable to make blade 615 and cushion block contact effect when realizing burr removing processing, and flows Dynamic gas drive the heat flowing of heating plate 612 so that other positions of cushion block carry out the effect of a heat treatment into The package effect that one step makes cushion block final is more preferable.

Fervent mechanism 6 further includes third lifting assembly 62, and third lifting assembly 62 includes the 11st driving device 621 and the Three lifter plates 622, third lifter plate 622 are fixedly connected with backing plate 614；11st driving device 621 interlocks third lifter plate 622 Go up and down and then interlock fervent component 61 and go up and down, specifically, the 11st driving device 621 can be cylinder be also possible to it is electronic Cylinder is in the present embodiment cylinder, and the piston rod of the cylinder directly acts on third lifter plate 622 so that third lifter plate 622 move up and down and then drive the up and down motion of fervent component 61, and when piston rod up moves, the first thermal insulation board 611 is interior with this Recessed cushion block contact, the inner fovea part do not need burr removing processing, and the first thermal insulation board 611 plays heat-insulated effect to prevent from heating The package quality of influence and then influence cushion block of the plate 612 to cushion block is even more so that cushion block damages, and blade 615 is then directly to pad at this time Block is acted on and realizes burr removing and handle.Second thermal insulation board 613 then plays the influence for avoiding heating plate 612 to backing plate 614.Heat The notch 3421 for cutting 6 face cope plate 342 of mechanism, when the rotation of the second turntable 33, the notch 3421 of each cope plate 342 and Fervent mechanism 6 corresponds to one by one, can carry out burr removing processing to the cushion block in notch 3421.

This kind of automatic baggage systems further include top-pressure mechanism 7, ejecting mechanism 8 and the second material-guiding groove plate 9, top-pressure mechanism 7, top Mechanism 8 and the second material-guiding groove plate 9 are each provided on board 1 out, and top-pressure mechanism 7 includes the first mounting 71 and the 12nd driving device 72, the first mounting 71 is located at by the first turntable 31, and the fixation of the 12nd driving device 72 is located on the first mounting 71, the 12nd driving Device 72 can be cylinder or electric cylinder, be in the present embodiment cylinder, pressure head 721 is fixed on the piston rod of the cylinder, The center of 721 face placed cavity 3221 of pressure head, with piston rod with dynamic head 721 to the wrappage and position being located in placing groove 3222 In the cushion block effect in placed cavity 3221, it is bonded wrappage and block portion, required for being formed in season cushion block The groove profile for holding jewellery etc. replaces corresponding pressure head 721 according to actually required groove profile.

Ejecting mechanism 8 includes the second mounting 81 and the 13rd driving device 82, and the second mounting 81 is located at by the second turntable 33, It is located at by fervent component 61 simultaneously, the fixation of the 13rd driving device 82 is located on the second mounting 81.It is circumferentially set on second turntable 33 There are six through-hole 331 is ejected, six ejection through-holes 331 are connected to the notch 3421 of cope plate 342.13rd driving device 82 It can be cylinder or electric cylinder, be in the present embodiment cylinder.The piston rod face of the cylinder ejects through-hole 331, the second guide Frid 9 be obliquely installed and and change the piston rod of cylinder to just, piston rod directly moves and then acts on down the cushion block that package is completed, It is enabled to be detached from the notch 3421 of cope plate 342 and be transported to the cushion block collection completed for collecting package by the second material-guiding groove plate 9 In vanning.

Above embodiment only indicates that rather than limits the utility model, therefore all according to the utility model patent application The equivalent change or modification that method described in range is done, is included in the scope of the utility model patent application.

Claims (5)

1. a kind of edge covering mechanism, it is characterised in that：Including action component (41), the action component (41) includes the 7th driving dress (411) and briquetting (412) are set, the 7th driving device (411) interlocks the briquetting (412) and contacts or separate with cushion block.

2. a kind of edge covering mechanism according to claim 1, it is characterised in that：The edge covering mechanism (4) further includes first liter It comes down to a lower group part (42), first lifting assembly (42) includes the 8th driving device (421), the first lifter plate (422) and support plate (423)；7th driving device (411) fixation is located on the support plate (423), and the support plate (423) and described First lifter plate (422) is fixedly connected；8th driving device (421) interlocks the first lifter plate (422) lifting in turn Interlock the action component (41) lifting.

3. a kind of edge covering mechanism according to claim 2, it is characterised in that：The action component (41) is with four groups, four The group action component (41) is circumferentially arranged along first lifter plate (422), to connect when the 7th driving device (411) The briquetting (412) are moved to move and then contact with each other to carry out bound edge processing to cushion block.

4. a kind of edge covering mechanism according to claim 1,2 or 3, it is characterised in that：The briquetting (412) is equipped with chamfering (4121)。

5. a kind of edge covering mechanism according to claim 2, it is characterised in that：7th driving device (411) and the 8th Driving device (421) all can be cylinder or electric cylinder.