CN209238788U - A kind of quick cutting device and electronic full-automatic assembly line - Google Patents

Abstract

The utility model relates to cut-off equipment technical field more particularly to a kind of quick cutting devices and electronic full-automatic assembly line.For quick cutting device for cutting product from material web, the quick cutting device includes: supporting mechanism, lever mechanism, cutting mechanism and driving mechanism.Supporting mechanism includes the bottom plate of tiling setting and the vertical plate for standing on the bottom plate；Lever mechanism includes the lever seat for connecting the vertical plate, with the lever arm of lever seat switching, primary push rod and from push rod, the primary push rod and the both ends for being separately connected the lever arm from push rod；Cutting mechanism includes connecting the vertical plate and lower mold and the connection upper mold from push rod and with the lower mold cooperation for fixing product；Driving mechanism include connect the bottom plate and with spaced first driver of the vertical plate.The utility model avoids driving mechanism from directly driving cutting mechanism, improves the stability of cutting-off process.

Description

A kind of quick cutting device and electronic full-automatic assembly line

Technical field

The utility model relates to cut-off equipment technical field more particularly to a kind of quick cutting devices and electronic full-automatic Assembly line.

Background technique

Terminal or contact pin are usually first processed into a material web in industry assembling production, then again will from material web Single terminal or contact pin are cut off, and single terminal or contact pin are transferred to subsequent assembling procedure.

But current disconnecting device, in cutting-off process, driver directly drives cutting mechanism, leads to cutting-off process not Stablize.

Utility model content

The purpose of this utility model is to provide a kind of quick cutting devices, it is intended to solve how to improve the steady of disconnecting device Qualitative problem.

The utility model is realized in this way a kind of quick cutting device, for cutting product from material web, wherein Material web includes multiple is sequentially connected and machined product, the quick cutting device include:

Supporting mechanism, the bottom plate being arranged including tiling and the vertical plate for standing on the bottom plate；

Lever mechanism, including connect the vertical plate lever seat, with the lever arm of lever seat switching, primary push rod and From push rod, the primary push rod and the both ends that the lever arm is separately connected from push rod, the lever seat are located at the master Push rod and described between push rod；

Cutting mechanism, lower mold and connection including connecting the vertical plate and for fixing product it is described from push rod and with The upper mold of the lower mold cooperation；Driving mechanism, including connect the bottom plate and driven with the vertical plate spaced first Dynamic device, first driver is for driving the primary push rod to move back and forth.

In one embodiment, the vertical plate offers first sliding groove along its short transverse, and the supporting mechanism further includes The first sliding block in the first sliding groove, the upper mold are separately connected the two of first sliding block from push rod with described End.

In one embodiment, the lever mechanism further includes the bushing for being rotatably arranged on described lever arm one end, described Switching slot is offered from one end that push rod is connect with the lever arm, the shape of the switching slot is adapted to the bushing.

In one embodiment, the supporting mechanism further include connect the bottom plate and with second sliding slot fixing seat with And be slidably connected to the second sliding block of the second sliding slot, first driver and the vertical plate be all connected with second sliding block and Interval setting, the driving mechanism further include connecting one end of second sliding block and for driving second sliding block back and forth to slide The second dynamic driver.

In one embodiment, the driving mechanism further includes the connecting plate for connecting second sliding block one end, the company Fishplate bar offers card slot, and the output shaft of second driver is equipped with the card division being adapted to the card slot.

In one embodiment, the driving mechanism further includes drive seat, and the drive seat is sliding for connecting described second Block and first driver, the drive seat is between the vertical plate and second driver.

In one embodiment, the quick cutting device further include for the feeding mechanism to the lower mold feeding, The feeding mechanism include with the feeding table of the lower mold docking, connect the bottom plate and the feeding table fixed plate and Connect the feeding table and for stirring the material toggling component that material web is moved along the feeding table.

In one embodiment, the material toggling component includes the material toggling seat for connecting the feeding table, slips the material toggling seat Material toggling sliding block, the connection material toggling sliding block and one end abut the material toggling piece of material and for driving the material toggling sliding block along giving The third driver that material direction reciprocatingly slides, the feeding table offer the chute feeder mobile for material web.

In one embodiment, the quick cutting device further includes the pressure that material web is compressed towards the slot bottom of the chute feeder Tight mechanism, the hold-down mechanism include the pressed seat with guide groove, the briquetting being placed in the guide groove, the covering guiding The gland of slot one end notch, the pressure handle that the briquetting is lock onto the guide groove and the connection pressure handle and the briquetting Compression bar；The gland offers the via hole for being connected to the guide groove and wearing for the compression bar, and the compression bar and the pressure handle turn It connects, one end of the pressure handle and compression bar switching is equipped with cam part.

The utility model additionally provides a kind of electronic full-automatic assembly line comprising quick cutting device as described above.

The technical effect of the utility model is: bottom plate tiling setting, vertical plate erect connecting bottom board.Lever seat is connected to vertical The upper end of plate, lever arm and lever seat are transferred, primary push rod and the both ends that lever arm is separately connected from push rod, upper mold with from push rod Connection, primary push rod connect the first driver.Primary push rod is driven to move back and forth by the first driver, thus by driving from push rod Upper mold and the die sinking of lower mold and molding.In this way, driving mechanism is connect by lever mechanism with cutting mechanism, driving machine is avoided Structure directly drives cutting mechanism, improves the stability of cutting-off process.

Detailed description of the invention

Fig. 1 is the perspective view of quick cutting device provided by the utility model embodiment.

Fig. 2 is the explosive view of the quick cutting device of Fig. 1.

Fig. 3 is the explosive view of the hold-down mechanism of Fig. 2.

Fig. 4 is the structural schematic diagram of the material toggling piece of Fig. 1.

Numbering in the drawing relationship corresponding with title is as follows:

100, quick cutting device；10, supporting mechanism；11, bottom plate；12, fixing seat；13, vertical plate；14, the first sliding block； 15, the second sliding block；20, lever mechanism；30, driving mechanism；40, feeding mechanism；50, hold-down mechanism；60, cutting mechanism；21, thick stick Pole socket；22, lever arm；23, from push rod；24, primary push rod；25, bushing；231, switching slot；61, upper mold；62, lower mold；31, First driver；32, drive seat；33, the second driver；331, card division；131, first sliding groove；121, second sliding slot；34, it connects Plate；341, card slot；41, feeding table；42, fixed plate；43, material toggling component；431, material toggling seat；432, material toggling sliding block；433, material toggling Piece；4331, Ka Jiao；70, material web；51, pressed seat；511, guide groove；52, gland；53, briquetting；54, compression bar；55, pressure handle； 551, cam part；521, via hole；

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, it is intended to for explaining the utility model, and should not be understood as to the utility model Limitation.

Please refer to Fig.1 to Fig.3, the utility model embodiment provide a kind of quick cutting device 100 and with its Electronic full-automatic assembly line (figure is not drawn), quick cutting device 100 are used to carry out the manufactured product on material web 70 Cutting.Wherein, multiple products are in successively arranged for interval on material web 70.Quick cutting device 100 has compact-sized and cuts The features such as process stability that breaks is good.Electronic full-automatic assembly line is used to carry out the product cut down the assembling of subsequent processing.

Quick cutting device 100 includes: supporting mechanism 10, lever mechanism 20, cutting mechanism 60 and driving mechanism 30.Branch Support mechanism 10 includes the bottom plate 11 of tiling setting and the vertical plate 13 for standing on bottom plate 11；Optionally, between vertical plate 13 and bottom plate 11 It is vertically connected in substrate.Lever mechanism 20 includes the lever seat 21 of connection board 13 and lever arm 22, the master of the switching of lever seat 21 Push rod 24 and the both ends that lever arm 22 is separately connected from push rod 23, primary push rod 24 and from push rod 23, lever seat 21 are located at master Push rod 24 and between push rod 23；Specifically, the upper end of the detachably connected vertical plate 13 of lever seat 21, lever arm 22 and lever It is connected between seat 21 by shaft, lever arm 22 can carry out the rotation of predetermined angular range around the shaft.Specifically, 24 He of primary push rod It is rotatablely connected from push rod 23 with lever arm 22.Cutting mechanism 60 includes connection board 13 and the lower mold 62 for fixing product And upper mold 61 of the connection from push rod 23 and with the cooperation of lower mold 62；Specifically, lower mold 62 is connected to the lower end of vertical plate 13 And be oppositely arranged with lever seat 21, upper mold 61 can reciprocatingly slide along the short transverse of vertical plate 13, to realize with lower mold 62 Die sinking and molding, to be cut off to the product being fixed on lower mold 62.Driving mechanism 30 include connecting bottom board 11 and with it is vertical Spaced first driver 31 of plate 13, the first driver 31 is for driving primary push rod 24 to move back and forth.Specifically, it first drives The features such as dynamic device 31 can be piston-cylinder, and piston-cylinder has at low cost, and stability is good, easy to control.

It please refers to Fig.1 to Fig.3, the tiling setting of bottom plate 11, vertical plate 13 erects connecting bottom board 11.Lever seat 21 is connected to vertical The upper end of plate 13, lever arm 22 and lever seat 21 are transferred, primary push rod 24 and the both ends that lever arm 22 is separately connected from push rod 23, on Mold 61 is connect with from push rod 23, and primary push rod 24 connects the first driver 31.Drive primary push rod 24 past by the first driver 31 It is multiple mobile, thus by driving upper mold 61 and lower mold 62 to be opened and mold from push rod 23.In this way, driving mechanism 30 passes through thick stick Linkage 20 is connect with cutting mechanism 60, is avoided driving mechanism 30 and is directly driven cutting mechanism 60, improves cutting-off process Stability.

Optionally, the surface of upper mold 61 towards lower mold 62 is convexly equipped with multiple positioning columns, and material web 70 is square along its length To the location holes for being equipped with the cooperation of the multiple and positioning column.In a cutting-off process, positioning column and location hole cooperate, with guidance The clamping process of upper mold 61 and lower mold 62 improves cutting precision.

Vertical plate 13 offers first sliding groove 131 along its short transverse, and quick cutting device 100 further includes being located at first sliding groove The first sliding block 14 in 131, upper mold 61 and the both ends that the first sliding block 14 is separately connected from push rod 23.The road of first sliding groove 131 Strength extending direction is identical as the short transverse of vertical plate 13.By the cooperation of first sliding groove 131 and the first sliding block 14, further increase The stability of upper mold 61 and lower mold 62 during molding and cutting off single product.

It please refers to Fig.1 to Fig.3, lever mechanism 20 further includes the bushing 25 for being rotatably arranged on 22 one end of lever arm, from push rod 23 one end connecting with lever arm 22 offer switching slot 231, and the shape of switching slot 231 is adapted to bushing 25.Bushing 25 is copper Bushing 25 processed, copper have the characteristics that resourceful, cheap.It rolls and connects between copper bushing 25 and the inner wall for slot 231 of transferring Touching, to reduce frictional dissipation, improves the service life of lever mechanism 20.

Supporting mechanism 10 further includes connecting bottom board 11 and has the fixing seat 12 of second sliding slot 121 and be slidably connected to the second cunning Second sliding block 15 of slot 121, the first driver 31 and vertical plate 13 are all connected with the second sliding block 15 and interval setting.Second sliding slot 121 extending direction and the extending direction of first sliding groove 131 are substantially vertical, and driving mechanism 30 further includes drive seat 32 and driving The second mobile driver 33 of second sliding block 15, drive seat 32 is for connecting the second sliding block 15 and the first driver 31.Drive seat 32 between vertical plate 13 and the second driver 33.Optionally, the second driver 33 or piston-cylinder.It is cut off at one In the process, upper mold 61 and the molding of lower mold 62 are completed, after product is cut down from material web 70, the driving of the second driver 33 Second sliding block 15 is moved along second sliding slot 121, so that conveying precision is high by the stable feeding of product next process.

It please refers to Fig.1 to Fig.3, driving mechanism 30 further includes the connecting plate 34 for connecting 15 one end of the second sliding block, connecting plate 34 Card slot 341 is offered, the output shaft of the second driver 33 is equipped with the card division 331 being adapted to card slot 341.Card division 331 is removably It is caught in card slot 341, can not only connect the second sliding block 15 with the second driver 33, but also facilitate subsequent disassembly and dimension It repairs.

Quick cutting device 100 further includes the feeding mechanism 40 for downward 62 feeding of mold, feeding mechanism 40 include with Feeding table 41 that lower mold 62 docks, connecting bottom board 11 and the fixed plate 42 of feeding table 41 and connect feeding table 41 and be used for group The material toggling component 43 that animal material strip 70 is moved along feeding table 41.Feeding table 41 is in long strip and its length direction and second sliding slot 121 extending direction substrate is vertical.Material toggling component 43 makes material web 70 by stirring the material web 70 being placed on feeding table 41 Mold 62 is mobile downward, so that cutting-off process be allow to be carried out continuously.The material toggling frequency of material toggling component 43 is cut with upper and lower mold 62 Expect frequency adaptation.

Referring to Fig. 4, material toggling component 43 includes the material toggling cunning of the material toggling seat 431 of connection feeding table 41, sliding material toggling seat 431 Block 432, connection material toggling sliding block 432 and one end abut the material toggling piece 433 of material and for driving material toggling sliding block 432 along feeding side To the third driver to reciprocatingly slide.Optionally, third driver may be piston-cylinder.Third driver drives material toggling sliding Mold 62 is mobile downward for block 432, to drive material toggling piece 433 mobile forward, material toggling piece 433 has the Ka Jiao for being caught in positioning hole 4331, card angle 4331 is in the moving process of material toggling piece 433, and mold 62 is mobile downward for pushing tow material web 70.By adjusting material toggling The moving distance and rate travel of sliding block 432, the feeding rhythm and frequency of adjustable feeding mechanism 40, and adjustment process letter It is single.

It please refers to Fig.1 to Fig.3, feeding table 41 offers the chute feeder mobile for material web 70, and chute feeder is used for guiding thing The moving process of material strip 70 improves the stationarity of feeding process.

Quick cutting device 100 further includes the hold-down mechanism 50 that material web 70 is compressed towards the slot bottom of chute feeder, hold-down mechanism 50 include the pressed seat 51 with guide groove 511, the briquetting 53 being placed in guide groove 511, covering 511 one end notch of guide groove Gland 52, the pressure handle 55 that briquetting 53 is lock onto guide groove 511 and the compression bar 54 for connecting pressure handle 55 and briquetting 53；Gland 52 is opened Equipped with the via hole 521 for being connected to guide groove 511 and wearing for compression bar 54, compression bar 54 and pressure handle 55 are transferred.Pressure handle 55 with 54 turns of compression bar The one end connect is equipped with cam part 551.

Specifically, the path extending direction of guide groove 511 is identical as the short transverse of vertical plate 13.Pressure handle 55 from compression bar 54 Collinear position borrows the cam part 551 of pressure handle 55 after 90 degree of transit point rotation, and briquetting 53 can be pushed to simultaneously compact Material strip 70.When subsequent replacement material web 70, only pressure handle 55 inversely need to be rotated further by 90 degree, briquetting 53, structure letter can be unclamped It is single, it is easy to operate.

The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle Within the scope of shield.

Claims (10)

1. a kind of quick cutting device, for cutting product from material web, wherein material web includes multiple is sequentially connected and The product of processing, which is characterized in that the quick cutting device includes:

Supporting mechanism, the bottom plate being arranged including tiling and the vertical plate for standing on the bottom plate；

Lever mechanism, including connecting the lever seat of the vertical plate, the lever arm transferred with the lever seat, primary push rod and from pushing away Bar, the primary push rod and the both ends that the lever arm is separately connected from push rod, the lever seat are located at the primary push rod And it is described between push rod；

Cutting mechanism, lower mold and connection including connecting the vertical plate and for fixing product it is described from push rod and with it is described The upper mold of lower mold cooperation；

Driving mechanism, including the connection bottom plate and with spaced first driver of the vertical plate, first driver For driving the primary push rod to move back and forth.

2. quick cutting device as described in claim 1, it is characterised in that: the vertical plate offers first along its short transverse Sliding slot, the supporting mechanism further include the first sliding block in the first sliding groove, and the upper mold is with described from push rod point The both ends of first sliding block are not connected.

3. quick cutting device as described in claim 1, it is characterised in that: the lever mechanism further includes being rotatably arranged on institute The bushing of lever arm one end is stated, it is described to offer switching slot from one end that push rod is connect with the lever arm, the switching slot Shape is adapted to the bushing.

4. quick cutting device as described in claim 1, it is characterised in that: the supporting mechanism further includes connecting the bottom plate And fixing seat with second sliding slot and it is slidably connected to the second sliding block of the second sliding slot, first driver and described Vertical plate is all connected with second sliding block and interval setting, and the driving mechanism further includes connecting one end and the use of second sliding block In the second driver for driving second sliding block to reciprocatingly slide.

5. quick cutting device as claimed in claim 4, it is characterised in that: the driving mechanism further includes connection described second The connecting plate of sliding block one end, the connecting plate offer card slot, and the output shaft of second driver is equipped with suitable with the card slot The card division matched.

6. quick cutting device as claimed in claim 4, it is characterised in that: the driving mechanism further includes drive seat, described Drive seat is located at the vertical plate and described second and drives for connecting second sliding block and first driver, the drive seat Between dynamic device.

7. quick cutting device as claimed in any one of claims 1 to 6, it is characterised in that: the quick cutting device also wraps It includes for the feeding mechanism to the lower mold feeding, the feeding mechanism includes the feeding table docked with the lower mold, connects It connects the bottom plate and the fixed plate of the feeding table and connect the feeding table and for stirring material web along the feeding table Mobile material toggling component.

8. quick cutting device as claimed in claim 7, it is characterised in that: the material toggling component includes connecting the feeding table Material toggling seat, material toggling sliding block, the connection material toggling sliding block and one end for slipping the material toggling seat abut material material toggling piece and Third driver for driving the material toggling sliding block to reciprocatingly slide along feed direction；The feeding table is offered to be moved for material web Dynamic chute feeder.

9. quick cutting device as claimed in claim 8, it is characterised in that: the quick cutting device further includes sending towards described The slot bottom of hopper compresses the hold-down mechanism of material web, and the hold-down mechanism includes the pressed seat with guide groove, is placed in described lead Briquetting into slot, the gland for covering described guide groove one end notch, the briquetting is lock onto the pressure handle of the guide groove with And the compression bar of the connection pressure handle and the briquetting；The gland offers the connection guide groove and the compression bar is supplied to wear Via hole, the compression bar and the pressure handle are transferred, and one end of the pressure handle and compression bar switching is equipped with cam part.

10. a kind of electronic full-automatic assembly line characterized by comprising as described in any one of claims 1-9 quickly to cut Disconnected device.