CN206794615U - Winding displacement blanking apparatus - Google Patents

Abstract

The utility model discloses a kind of winding displacement blanking apparatus, belong to mechanical equipment technical field, including frame（1）, in frame（1）Upper setting bottom plate（101）, in described bottom plate（101）Upper setting groove one（102）, in bottom plate（101）Top sets clamping plate（201）, in described clamping plate（201）Top sets punching part；Described punching part includes the first portable plate（301）, the second portable plate（401）And pressing plate（501）, in pressing plate（501）Top sets driving part, driving part and pressing plate（501）It is fixedly connected；The utility model thrusts operation to the different requirements of netting twine winding displacement progress, and multiple parts that thrust are carried out efficient combination, can save device space；The utility model is driven multiple parts that thrust by same driving part, is saved material and can be saved the energy.

Description

Winding displacement blanking apparatus

Technical field

The utility model belongs to mechanical equipment technical field, is related to a kind of winding displacement for the winding displacements such as netting twine to be punched Blanking apparatus.

Background technology

, it is necessary to first install winding displacement in network interface terminal in network interface production process, then the net terminal equipped with winding displacement is installed In the enclosing cover and inner cap of network interface, so it is easy to network interface to be attached with crystal head.And winding displacement is placed in network interface terminal, tradition Be all that manual operations is carried out by worker, and shear winding displacement, and pass through worker's manual operations, such low production efficiency Under, also influence product quality.

It it is on 08 18th, 2015 in the applying date, the Chinese utility model of Application No. 201520622590.1 discloses one Kind of row's pin cutter, including base, the rotary shaft rack that is fixed on base, the rotary shaft being assemblied on rotary shaft rack and spinning The eccentric shaft of axle one end extension, the axis of the eccentric shaft and the axis runout of rotary shaft；The rotary shaft is in rotary shaft rack transfer Dynamic and rotary shaft is connected with rotary handle；Regulating block is arranged with the eccentric shaft, some parallel set is arranged with regulating block The circular shear blade put；The guide channel plate positioned at circular shear blade side-lower is additionally provided with the base, is put down on the upper surface of the guide channel plate Row sets some guide grooves；Rotary shaft drives eccentric shaft turns, and circular shear blade is transported with eccentric shaft between first position and the second place Dynamic, the second place is close to guide channel plate, and first position is away from guide channel plate, when circular shear blade moves from first position to the second place When, circular shear blade by it is bottom-up still further below in a manner of guide channel plate is moved closer in rotation；Above-mentioned cutter can shear symbol Row's pin of length requirement is closed, and the distance between adjacent circular shear blade can be adjusted on regulating block, can be cut out not With row's pin of length, shearing versatility is improved；But above-mentioned cutter can not cut off the upper connecting line of netting twine winding displacement and lower connecting line, For cutting for netting twine winding displacement, and it is improper.

It it is on 04 20th, 2016 in the applying date, the Chinese utility model of Application No. 201620331272.4 discloses one The shearing component of kind insert row line binding machine, the shearing component of the insert row line binding machine include shearing cylinder, cylinder mounting plate, shearing Push pedal, guide rail, shearing guide plate, shear knife and fixed column, the cylinder mounting plate right flank install two guide rails, two guide rails Between be provided with slidable shearing push pedal, shearing push pedal is fixedly connected with shearing the piston rod of cylinder, is sheared cylinder and is fixed on gas Cylinder installing plate side, the front end for shearing push pedal and cylinder mounting plate are provided with sheared edge, and cylinder mounting plate left surface is provided with shearing Guide plate, for iron wire through shearing guide plate and sheared edge, cylinder mounting plate right flank is provided with vertical chute, and two are provided with chute Individual relative shear knife, for shear knife against iron wire, shear knife side is provided with fixed column, and shearing push pedal, which is provided with, symmetrically to be led To inclined hole, fixed column coordinates with the guiding inclined hole in shearing push pedal.Above-mentioned shearing component can substitute worker and automatically cut iron wire It is disconnected, but cutting similarly for netting twine winding displacement, and it is improper.

Utility model content

The purpose of this utility model is the inconvenient technical problem of the connecting line for overcoming prior art to cut netting twine winding displacement, A kind of connecting line that can automatically cut off netting twine winding displacement is provided, can be used cooperatively, be widely used with a variety of processing unit (plant)s, is improved Production efficiency.

In order to solve the above-mentioned technical problem, the utility model provides a kind of winding displacement blanking apparatus, including frame, in frame Upper setting bottom plate, groove one is set on described bottom plate, the described width of groove one is engaged with the width of winding displacement, winding displacement It can be moved along groove one, clamping plate is set above bottom plate, punching part is set above described clamping plate；Described punching Part includes the first portable plate, the second portable plate and pressing plate, and setting two on the second portable plate is respectively used to thrust on winding displacement The drift one of connecting line and the drift two for thrusting connecting line under winding displacement；In the first portable plate, compact heap one is set, it is described Compact heap one is set up in parallel with drift one, sets compact heap two in the first portable plate, longitudinal direction is set among described compact heap two The through hole two of insertion, described drift two are arranged on including the through hole two of compact heap two；The position vertical with drift one on bottom plate Put corresponding setting through hole one, through hole one is engaged with the shape of cross section of drift one, on bottom plate with the upright position of drift two Corresponding setting through hole three, through hole three are engaged with the shape of cross section of drift two, and the second portable plate is fixedly connected with the pressing plate, and is being pressed Driving part is set above plate, and driving part is fixedly connected with the pressing plate.

As further improvement of the utility model measure, above-mentioned winding displacement blanking apparatus, set on the first portable plate Locating rod, setting positioning hole corresponding with described locating rod position, locating rod can position to winding displacement on bottom plate, can During preventing from thrusting, there is position skew in winding displacement.

As further improvement of the utility model measure, above-mentioned winding displacement blanking apparatus, the longitudinal direction of described locating rod Highly it is more than the height of compact heap one and compact heap two, so, in operation, is first positioned, then compressed, is compressed, punching It is disconnected, the accuracy thrust can be improved, improves product quality.

As further improvement of the utility model measure, above-mentioned winding displacement blanking apparatus, on bottom plate before through hole three Side sets projection, and described lug surface is arranged to arc.

As further improvement of the utility model measure, above-mentioned winding displacement blanking apparatus, set on the second portable plate Drift three, sets compact heap three on the first portable plate, and described drift three is set up in parallel with compact heap three, is located on bottom plate Groove two is set below the upright position of drift three.

As further improvement of the utility model measure, above-mentioned winding displacement blanking apparatus, set on the second portable plate Drift four, the lower surface of drift four are provided with trapezoidal convex surface, and setting corresponding with the upright position of drift four is trapezoidal on bottom plate Groove three, described convex surface is engaged with groove three, and the position of drift four is arranged between connecting line and lower connecting line Position, for the winding displacement between upper connecting line and lower connecting line to be struck out a groove.

As further improvement of the utility model measure, above-mentioned winding displacement blanking apparatus, on bottom plate before through hole three Side sets projection, and described lug surface is arranged to arc, can effectively prevent lower winding displacement connecting line to be stuck in through hole three, influences The movement of winding displacement.

As further improvement of the utility model measure, above-mentioned winding displacement blanking apparatus, in clamping plate and the first portable plate Between set spring one, between the first portable plate and the second portable plate set spring two, when once be punched after the completion of, it is related Compact heap is required for leaving winding displacement, and related drift is also required to leave winding displacement, at this moment need driving part drive the first portable plate, Second portable plate and pressing plate move up, and spring one are set between clamping plate and the first portable plate, in the first portable plate and second Spring two is set between portable plate, can further help clamping plate to have with the first portable plate, the first portable plate and the second portable plate Effect separates.

Above-mentioned winding displacement blanking apparatus, described driving part include support and the fulcrum, the driving gas that are arranged on support Cylinder, cross bar is set on fulcrum, movable axis one and movable axis two, described movable axis one and gas are set respectively at the both ends of cross bar The piston rod connection of cylinder, described movable axis two are connected with jacking block, and described jacking block is fixedly connected with the pressing plate.

As further improvement of the utility model measure, above-mentioned winding displacement blanking apparatus, described movable axis one to branch The distance of point is more than the distance that movable axis two arrives fulcrum, and this mainly utilizes lever principle, when power arm is several times of resistance arm, Resistance is exactly several times of power.

Compared with prior art, the beneficial effects of the utility model are：1st, by setting multiple drifts, this practicality is made It is new that operation is thrust to the different requirements of netting twine winding displacement progress, connecting line, lower connecting line are such as thrust, bended, rush groove Deng raising production efficiency；2nd, by setting locating rod, faulty operation can be effectively prevented, prevents winding displacement from not moving into place Shi Jinhang is thrust, and causes winding displacement to lose；3rd, multiple parts that thrust are carried out efficient combination by the utility model, can save device Space, material can be saved；4th, the utility model is driven multiple parts that thrust by same driving part, saves material Expect and the energy can be saved.

Brief description of the drawings

Fig. 1 is stereogram of the present utility model.

Fig. 2 is the utility model driving part and punch structure schematic diagram.

Fig. 3 is the utility model punching modular construction schematic diagram.

Fig. 4 is the utility model punching modular construction front view.

Fig. 5 is the stereogram of the utility model compact heap two.

Fig. 6 is the utility model bottom plate top view.

Fig. 7 is the utility model clamping plate top view.

Fig. 8 is the utility model the first portable plate top view.

Fig. 9 is the utility model the second portable plate top view.

Figure 10 is the utility model pressing plate top view.

Drawing reference numeral explanation：1- frames, 101- bottom plates, 102- grooves one, 103- through holes one, 104- through holes three, 105- are recessed Groove two, 106- grooves three, 107- projections, 108- positioning holes, 201- clamping plates, 202- springs one, the portable plates of 301- first, 302- pressures Tight block one, 303- compact heaps two, 304- compact heaps three, 305- springs two, 306- locating rods, 307- through holes two, 401- second live Dynamic plate, 402- drifts one, 403- drifts two, 404- drifts three, 405- drifts four, 501- pressing plates, 601- supports, 602- fulcrums, 603- drive cylinders, 604- cross bars, 605- movable axis one, 606- movable axis two, 607- jacking blocks.

Embodiment

The utility model is further described below in conjunction with the accompanying drawings.

Embodiment 1：A kind of winding displacement blanking apparatus as shown in Figures 1 to 10, including frame 1, bottom plate is set in frame 1 101, groove 1 is set on bottom plate 101, and the width of groove 1 is engaged with the width of winding displacement, and winding displacement is in drive mechanism In the presence of, the movement of groove 1 can be prolonged；Clamping plate 201 is set above bottom plate 101, is provided for rushing above clamping plate 201 The punching part of disconnected winding displacement connecting line, punching part include the first portable plate 301, the second portable plate 401 and pressing plate 501, the Locating rod 306 is set on one portable plate 301, and setting positioning hole 108 corresponding with locating rod position, works as locating rod on bottom plate After 306 carry out positioning hole 108 through the hole on winding displacement, punching part can just move downward；If locating rod 306 is not passed through Hole on winding displacement carries out positioning hole 108, then illustrating the corresponding position of winding displacement can not moved downward with standard, punching part；It is fixed Position bar 306 can position to winding displacement, and when can prevent from thrusting, position skew occurs in winding displacement.Set on the second portable plate 401 Two drifts for being respectively used to thrust connecting line on winding displacement 1 and the drift 2 403 for thrusting connecting line under winding displacement are put, First portable plate 301 sets compact heap 1, and compact heap 1 is fixedly connected with the first portable plate 301, and drift 1 passes through First portable plate 301, compact heap 1 are set up in parallel with drift 1, so, when compact heap 1 compresses winding displacement, punching First 402 can thrust the winding displacement connecting line of the lower section of drift 1；In the first portable plate 301, compact heap 2 303, pressure are set Longitudinally through through hole 2 307 is set among tight block 2 303, the through hole 2 307 that drift 2 403 is arranged on compact heap 2 303 exists Interior, so, when compact heap 2 303 compresses winding displacement connecting line, drift 2 403 can connect the winding displacement of the lower section of drift 2 403 Line is thrust.The longitudinal direction height of locating rod 306 is more than the height of compact heap 1 and compact heap 2 303, so, in operation, first Positioned, then compressed, thrust, the accuracy thrust can be improved, improve product quality.

As shown in Fig. 4 to Figure 10, the setting through hole 1 corresponding with the upright position of drift 1 on bottom plate 101, Through hole 1 is engaged with the shape of cross section of drift 1, corresponding with the upright position of drift 2 403 on bottom plate 101 to set Through hole 3 104 is put, through hole 3 104 is engaged with the shape of cross section of drift 2 403, and drift 2 403 can be with nobumichi hole 2 307 and logical Hole 3 104 travels longitudinally, and when connecting line passes through through hole 3 104 under winding displacement, compact heap 2 303 is connecting line pressure under winding displacement Tightly, drift 2 403 can thrust connecting line under the winding displacement in through hole 3 104.Second portable plate 401 and pressing plate 501 are solid Fixed connection, sets driving part above pressing plate 501, and driving part is fixedly connected with pressing plate 501.

As shown in Fig. 6, Fig. 9, the front of through hole 3 104 sets projection 107, the described surface of projection 107 on bottom plate 101 Arc is arranged to, due to thrusting by drift 2 403, connecting line may produce under the thrusting of drift 2 403 under winding displacement Some burrs, it is stuck in through hole 3 104, can so influences movement of the winding displacement on bottom plate 101；When setting arc on bottom plate 101 After the projection 107 of shape, winding displacement can slightly upward be lifted in movement, can effectively prevent that connecting wire card is in through hole 3 104 under winding displacement It is interior, and influence the movement of winding displacement.

As Figure 1 and Figure 4, spring 1 is set between the portable plate 301 of clamping plate 201 and first, and spring 1 is set Clamping plate 201, the first portable plate 301 hole slot in；Spring two is set between the first portable plate 301 and the second portable plate 401 305, spring 2 305 is arranged in the hole slot of the first portable plate 301, the second portable plate 401, and the purpose so set is：When After the completion of being once punched, related compact heap is required for leaving winding displacement, and related drift is also required to leave winding displacement, at this moment needs to drive Dynamic component drives the first portable plate 301, the second portable plate 401 and pressing plate 501 to move up, in the portable plate of clamping plate 201 and first Spring 1 is set between 301, spring 2 305, the first activity are set between the first portable plate 301 and the second portable plate 401 The portable plate 401 of plate 301 and second makes the second portable plate 401 move upwards in the presence of spring 2 305, so that second lives Dynamic plate 401 separates with the first portable plate 301, separates each drift and winding displacement on the second portable plate 401；Clamping plate 201 simultaneously With the first portable plate 301 in the presence of spring 1, the first portable plate 301 is set to move upwards, so that the first portable plate 301 separate with clamping plate 201, separate further above-mentioned each compact heap, locating rod 306 and winding displacement, can so make Winding displacement moves in groove 1.

As shown in Figure 1 and Figure 2, driving part includes support 601 and the fulcrum 602, the drive cylinder that are arranged on support 601 603, cross bar 604 is set on fulcrum 602, movable axis 1 and movable axis 2 606, institute are set respectively at the both ends of cross bar 604 The movable axis 1 stated is connected with the piston rod of drive cylinder 603, and described movable axis 2 606 is connected with jacking block 607, activity The distance of axle 1 to fulcrum 602 is more than the distance that movable axis 2 606 arrives fulcrum 602, and described jacking block 607 is solid with pressing plate 501 Fixed connection, this mainly utilizes lever principle, and when power arm is several times of resistance arm, resistance is exactly several times of power, therefore, when Drive cylinder 603 when applying a less power on one end of cross bar 604, the other end of cross bar 604 can produce one it is larger Power, that is, on jacking block 607 apply a larger power, be so advantageous on the second portable plate 401 each drift punching Break corresponding connecting line, and effect is good.The utility model can be used cooperatively with a variety of processing unit (plant)s, be widely used, and improve production Efficiency.

Embodiment 2：Other structures as shown in Fig. 6, Fig. 8, Fig. 9, further change with embodiment 1 as of the present utility model Enter measure, drift 3 404 is set on the second portable plate 401, compact heap 3 304 is set on the first portable plate 301, it is described Drift 3 404 is set up in parallel with compact heap 3 304, and groove is set below the upright position of drift 3 404 on bottom plate 101 2 105.Compact heap 3 304 first compresses winding displacement, and drift 3 404 prolongs the downward punching press of vertical edge of groove 2 105, drift three Gap is set between 404 vertical edge and the vertical edge of groove 2 105, the width in gap is suitable with the thickness of winding displacement, this Sample, prevent drift 3 404 from winding displacement is thrust, be easy to winding displacement to bend into 90 degree, the purpose that winding displacement bends into 90 degree is, beaten After curved, winding displacement is engaged with the shape of network interface terminal, and the winding displacement that can make to bend is inserted into network interface terminal.

Embodiment 3：As shown in Fig. 6, Fig. 9, other structures are arranged with embodiment 2 as further improvement of the utility model Apply, drift 4 405 is set on the second portable plate 401, and the lower surface of drift 4 405 is provided with trapezoidal convex surface, in bottom plate 101 The trapezoidal groove 3 106 of upper setting corresponding with the upright position of drift 4 405, described convex surface is engaged with groove 3 106, rushed First 4 405 position is arranged on the position between connecting line and lower connecting line, between upper connecting line and lower connecting line Winding displacement strike out a U-shape, winding displacement is struck out U-shaped, can be engaged winding displacement and the shape of network interface terminal, be easy to pacify Dress；Certainly, the shape is not limited to U-shaped, can be arranged on other corresponding shapes according to the needs of related installing component.

The utility model embodiment is explained in detail above in conjunction with accompanying drawing, but the utility model is not limited to Embodiment is stated, to those skilled in the art, can also be made on the premise of the utility model is not departed from some Variations and modifications, these also should be regarded as belonging to the scope of protection of the utility model.

Claims (9)

1. a kind of winding displacement blanking apparatus, including frame（1）, in frame（1）Upper setting bottom plate（101）, it is characterised in that：Described Bottom plate（101）Upper setting groove one（102）, in bottom plate（101）Top sets clamping plate（201）, in described clamping plate（201）On Side sets punching part；Described punching part includes the first portable plate（301）, the second portable plate（401）And pressing plate（501）, In the second portable plate（401）Two drifts one for being respectively used to thrust connecting line on winding displacement of upper setting（402）With for the row of thrusting The drift two of connecting line under line（403）；In the first portable plate（301）Compact heap one is set（302）, described compact heap one （302）With drift one（402）It is set up in parallel, in the first portable plate（301）Compact heap two is set（303）, described compact heap two （303）Centre sets longitudinally through through hole two（307）, described drift two（403）It is arranged on compact heap two（303）Through hole Two（307）Inside；In bottom plate（101）Upper and drift one（402）Upright position it is corresponding set through hole one（103）, through hole one （103）With drift one（402）Shape of cross section is engaged, in bottom plate（101）Upper and drift two（403）Upright position it is corresponding Through hole three is set（104）, through hole three（104）With drift two（403）Shape of cross section is engaged；Second portable plate（401）With pressure Plate（501）It is fixedly connected, in pressing plate（501）Top sets driving part, driving part and pressing plate（501）It is fixedly connected.

2. winding displacement blanking apparatus according to claim 1, it is characterised in that：In the first portable plate（301）It is upper that positioning is set Bar（306）, in bottom plate（101）Upper and described locating rod（306）The corresponding setting positioning hole in position（108）.

3. winding displacement blanking apparatus according to claim 2, it is characterised in that：Described locating rod（306）Longitudinal direction height More than compact heap one（302）With compact heap two（303）Height.

4. winding displacement blanking apparatus according to claim 3, it is characterised in that：In bottom plate（101）Upper through hole three（104）Before Side sets projection（107）, described projection（107）Surface is arranged to arc.

5. winding displacement blanking apparatus according to claim 4, it is characterised in that：In the second portable plate（401）Upper setting drift Three（404）, in the first portable plate（301）Upper setting compact heap three（304）, described drift three（404）With compact heap three（304） It is set up in parallel, in bottom plate（101）It is upper to be located at drift three（404）Upright position below set groove two（105）.

6. winding displacement blanking apparatus according to claim 4, it is characterised in that：In the second portable plate（401）Upper setting drift Four（405）, drift four（405）Lower surface be provided with trapezoidal convex surface, in bottom plate（101）Upper and drift four（405）Vertical position Put the trapezoidal groove three of corresponding setting（106）, described convex surface and groove three（106）It is engaged.

7. winding displacement blanking apparatus according to claim 4, it is characterised in that：In clamping plate（201）With the first portable plate（301） Between set spring one（202）, in the first portable plate（301）With the second portable plate（401）Between set spring two（305）.

8. winding displacement blanking apparatus according to claim 4, it is characterised in that：Described driving part includes support（601） Be arranged on support（601）On fulcrum（602）, drive cylinder（603）, in fulcrum（602）Upper setting cross bar（604）, in horizontal stroke Bar（604）Both ends movable axis one is set respectively（605）With movable axis two（606）, described movable axis one（605）With driving gas Cylinder（603）Piston rod connection, described movable axis two（606）With jacking block（607）Connection, described jacking block（607）With pressing plate （501）It is fixedly connected.

9. winding displacement blanking apparatus according to claim 8, it is characterised in that：Described movable axis one（605）To fulcrum （602）Distance be more than movable axis two（606）To fulcrum（602）Distance.