CN208928963U - A kind of hour nailing positioning device for Watch dail plate - Google Patents
A kind of hour nailing positioning device for Watch dail plate Download PDFInfo
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- CN208928963U CN208928963U CN201821318949.6U CN201821318949U CN208928963U CN 208928963 U CN208928963 U CN 208928963U CN 201821318949 U CN201821318949 U CN 201821318949U CN 208928963 U CN208928963 U CN 208928963U
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Abstract
The utility model relates to a kind of hour nailing positioning devices for Watch dail plate, belong to Watch dail plate technical field of processing equipment, solves the technical issues of manually replacing in the prior art to dial plate, including rack, raw material plate, perforating mechanism, positioning mechanism, driving mechanism, perforating mechanism passes through the cnc mechanism being arranged on the rack and realizes it in the translation of raw material plate surface location, driving mechanism includes for pulling raw material plate to carry out the first mobile driving cylinder, it is set to the first driving cylinder output and is used for the clamping component of raw material board clamping, it is set between perforating mechanism and clamping component and prevents the second of raw material plate movement to hold down assembly for raw material plate to be pressed on rack top surface, first driving cylinder is fixedly arranged on bracket far from one end of output end.The hour nailing positioning device for Watch dail plate of the utility model realizes the intermittent exercise of raw material plate by driving mechanism, improves the production efficiency of product.
Description
Technical field
The utility model relates to Watch dail plate technical field of processing equipment, in particular to a kind of when word for Watch dail plate
Screw positioning device.
Background technique
Wrist-watch is also referred to as watch, and existing wrist-watch mainly includes watchcase, dial plate and machine core, and being equipped on dial plate indicates the time
The hour nailing of scale, the quantity of hour nailing are 12.When installing hour nailing on dial plate, need on the surface of dial plate in installation
The position of hour nailing is punched in advance, to facilitate the Fast Installation of hour nailing.
In the prior art when panel surface carries out the punching positioning of hour nailing, it is necessary first to which operator fixes dial plate
It on rack top surface, prevents dial plate mobile, marks scale in the position of installation hour nailing in dial plate later, marking scale later
Position punched, after the punching positioning for completing a dial plate, dial plate removed from rack and carries out next dial plate and beats
Hole positioning, is achieved the positioning of hour nailing, facilitates the installation of hour nailing.Although word when dial plate may be implemented in this way
The punching of nail positions, but due to not only increasing the labor intensity of operator using manually replacing to dial plate, and
Reduce the production efficiency of product.
Utility model content
The purpose of this utility model is to provide a kind of hour nailing positioning devices for Watch dail plate, pass through driving mechanism
Raw material plate intermittent exercise is driven, not only positions the punching of raw material plate more convenient, but also improve hour nailing positioning device
Stability, to improve the production efficiency of product.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of hour nailing positioning device for Watch dail plate, including rack, be set in rack and for raw material plate
Surface is punched is prevented with realizing the perforating mechanism positioned to hour nailing, being set in rack and be used to carry out positioning to raw material plate
Only there is the positioning mechanism trained off, is set in rack and for driving raw material plate to transport along conveying direction intermittence in raw material plate
Dynamic driving mechanism, the perforating mechanism pass through the cnc mechanism being arranged on the rack and realize it in the flat of raw material plate surface location
It moves, the driving mechanism includes that the first mobile driving cylinder, to be set to the first driving cylinder defeated for pulling raw material plate to carry out
Outlet and for by the clamping component of raw material board clamping, be set between perforating mechanism and clamping component and be used for raw material plate pressure
Tightly prevent raw material plate movement in rack top surface second holds down assembly, and first driving one end of cylinder far from output end is fixed
In on bracket.
By using above-mentioned technical proposal, when needing raw material plate mobile, second, which holds down assembly, is not in raw material plate
Impaction state, and raw material plate is clamped between clamping component, raw material plate moves under the drive of the first driving cylinder along conveying direction
It is dynamic, it second holds down assembly later and compresses raw material plate, clamping component is under the drive of the first driving cylinder along the anti-of conveying direction
To movement, under the action of second holds down assembly and the frictional resistance of clamping component is overcome to be in fixing shape due to raw material plate at this time
State, i.e. raw material plate do not move, and then realize the intermittent exercise of raw material plate.The hour nailing for being used for Watch dail plate positions dress
It sets, raw material plate intermittent exercise is driven by driving mechanism, when not only positioning the punching of raw material plate more convenient, but also improving
The stability of word screw positioning device, to improve the production efficiency of product.
The utility model is further arranged to: the clamping component includes that is moved and be fixedly arranged on along raw material sheet conveying direction
The gripping block of one driving cylinder output is opened in gripping block side and for making raw material plate run through the holes for clamping of gripping block, setting
It is placed in holes for clamping and for raw material plate to be clamped in the clamping plate of holes for clamping inner bottom surface, is set in clamping plate and holes for clamping and pushes up
Between face and along short transverse setting sliding bar, be set between clamping plate and holes for clamping inner top surface and be sheathed on sliding bar it
Between compressed spring, the inner bottom surface of the gripping block and rack top surface be located in same level, and the top of the sliding bar is passed through
The inner top surface for wearing holes for clamping is located at the top of gripping block.
By using above-mentioned technical proposal, raw material plate is between holes for clamping inner bottom surface and clamping plate, and raw material plate is being pressed
It is clamped under the action of contracting spring between holes for clamping inner bottom surface and clamping plate, to realize the clamping to raw material plate, and drives original
The movement of flitch.
The utility model is further arranged to: the gripping block is respectively arranged to limit and clamp along the two sides of conveying direction
Block is moved along conveying direction and the guide plate inconsistent with gripping block, and the guide plate is fixedly arranged on rack top surface.
By using above-mentioned technical proposal, guide plate limits the moving direction of gripping block, makes gripping block along conveying
Direction is mobile, improves the stability of driving mechanism.
The utility model is further arranged to: the quantity of the sliding bar is two, two sliding bar interval settings.
By using above-mentioned technical proposal, the stability that clamping plate is moved along short transverse is improved, and then improves folder
The stability of tight component, to improve the stability of driving mechanism.
The utility model is further arranged to: the top of the sliding bar is installed with the limit for preventing clamping plate from sliding
Plate.
By using above-mentioned technical proposal, limit plate prevents sliding bar from sliding from gripping block, improves clamping component
Stability.
The utility model is further arranged to: the first driving cylinder is located at one of gripping block far from the second clamping component
Side.
By using above-mentioned technical proposal, reduces gripping block and second and the distance between hold down assembly, raw material plate is made to begin
It is in horizontality eventually, prevents gripping block and second from the distance between holding down assembly too far and raw material plate is made curved feelings occur
Condition influences the using effect of driving mechanism.
The utility model is further arranged to: described second holds down assembly including the compression for being set to rack top face
Plate, two be set to raw material plate two sides and along the sliding bar of short transverse setting, be set to below sliding bar and for driving cunning
Move bar along short transverse move second driving cylinder, be fixedly arranged on the second driving cylinder and slide bar bottom end the second mounting plate,
The top of the sliding bar is fixedly arranged on pressure plate, and the bottom end of the sliding bar through rack top surface and is located under rack top surface
Side.
By using above-mentioned technical proposal, the second driving cylinder drives pressure plate to move along short transverse, to realize pressure
The compression and discrete state of tight plate and raw material plate keep the movement of pressure plate more convenient.
The utility model is further arranged to: second mounting plate is rectangle setting, the company of two sliding bars
Line crosses the center of the second mounting plate and being equidistant to center, and the output end of the second driving cylinder is fixedly arranged on the second installation
At the center of plate.
By using above-mentioned technical proposal, keep the movement of pressure plate more stable, and then makes the second operation to hold down assembly more
Stablize.
The utility model is further arranged to: one end that the clamping component holds down assembly far from second is provided with for mentioning
The third of high driving mechanism stability holds down assembly.
By using above-mentioned technical proposal, third, which holds down assembly, prevents clamping component mobile to second direction that holds down assembly
When, raw material plate is bent under the action of clamping component, to improve the stability of driving mechanism.
The utility model is further arranged to: the third hold down assembly with second hold down assembly structure it is identical and it is synchronous fortune
Make.
By using above-mentioned technical proposal, so that third is held down assembly, the second processing and installation for holding down assembly it is more convenient, from
And improve the practicability of driving mechanism.
In conclusion the utility model has the following beneficial effects:
1, the hour nailing positioning device for Watch dail plate of the utility model drives raw material plate interval by driving mechanism
Property movement, not only position the punching of raw material plate more convenient, but also improve the stability of hour nailing positioning device, to improve
The production efficiency of product.
2, the first driving cylinder is located at side of the gripping block far from the second clamping component, reduces gripping block and second and compresses
The distance between component improves the stability of driving mechanism.
3, raw material plate is clamped between holes for clamping inner bottom surface and clamping plate by compressed spring, to make adding for clamping component
Work and installation are more convenient；Pressure plate moves under the drive of the second driving cylinder along short transverse, make second it is holding down assembly plus
Work and installation are more convenient, while improving the stability of driving mechanism.
4, it is held down assembly and third compression group by the way that third is arranged far from second one end for holding down assembly in clamping component
Part and second holds down assembly that structure is identical and synchronous operation, so that third is held down assembly, the second processing and peace to hold down assembly
Dress is more convenient, and improves the stability and practicability of driving mechanism.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment；
Fig. 2 is the structural schematic diagram of raw material plate in embodiment；
Fig. 3 is the partial sectional view of perforating mechanism in embodiment；
Fig. 4 is the partial sectional view in embodiment in order to indicate linkage unit, hold down assembly；
Fig. 5 is the structural schematic diagram in embodiment in order to indicate telescopic rod, articulation piece；
Fig. 6 is the structural schematic diagram in embodiment in order to indicate positioning mechanism；
Fig. 7 is the structural schematic diagram in embodiment in order to indicate locating piece, collecting means；
Fig. 8 is the structural schematic diagram in embodiment in order to indicate the first mounting plate；
Fig. 9 is the structural schematic diagram in embodiment in order to indicate driving mechanism；
Figure 10 is in embodiment to indicate the second structural schematic diagram to hold down assembly；
Figure 11 is the structural schematic diagram in embodiment in order to indicate the second mounting plate.
In figure, 1, raw material plate；11, via hole；2, rack；21, garbage collection groove；3, perforating mechanism；31, pedestal；311,
Perforation；312, relief hole；313, mounting hole；32, perforating needle；33, the first mounting rod；34, driving motor；35, linkage unit；
351, mounting cup；352, rotating bar；353, bevel gear is driven；354, driven bevel pinion；355, adjusting screw rod；356, it adjusts and slides
Block；357, interlocking bar；358, telescopic rod；3581, adjusting rod；3582, sleeve is adjusted；359, articulation piece；3591, first is hinged
Seat；3592, the second hinged seat；3593, first rotating shaft；3594, the second shaft；36, it first holds down assembly；361, connecting rod；
362, compact heap；363, connecting plate；364, drive block；365, fixed link；366, reset spring；37, limited block；4, localization machine
Structure；41, positioning column；42, the second mounting rod；43, Locating driver cylinder；44, the first mounting plate；45, locating piece；451, positioning is perpendicular
Plate；452, transverse slat is positioned；453, bearing plate is positioned；5, driving mechanism；51, the first driving cylinder；52, clamping component；521, it presss from both sides
Tight block；5211, holes for clamping；522, clamping plate；523, sliding bar；524, compressed spring；525, limit plate；53, the second compression group
Part；531, pressure plate；532, bar is slid；533, the second driving cylinder；534, the second mounting plate；54, guide plate；55, third pressure
Tight component；6, collecting means.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.The wherein identical attached drawing of identical components
Label indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to
It is the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements geometry
The direction at center.
Embodiment, a kind of hour nailing positioning device for Watch dail plate, as shown in Figure 1, including rack 2, the one of rack 2
End is provided for the feed end of transferring raw material plate 1, the other end is provided for the discharge end of output raw material plate 1.Rack 2 in into
Material end is provided with for being punched to 1 surface of raw material plate to realize that the perforating mechanism 3 positioned to hour nailing, perforating mechanism 3 are logical
It crosses the cnc mechanism being arranged in rack 2 and realizes it in the translation of 1 surface location of raw material plate, the lower section of perforating mechanism 3 is provided with
Positioning mechanism 4 for preventing raw material plate 1 from training off and being positioned to raw material plate 1.Rack 2 is provided in discharge end to be used for
Drive raw material plate 1 along the driving mechanism 5 of conveying direction intermittent exercise.
As shown in Fig. 2, the elongated plate of raw material plate 1, the surface of raw material plate 1 are uniformly provided with two along its length and are drained through
Hole 11, the rounded setting of via hole 11.Adjacent four via holes 11 form regular quadrangle, that is, form a dial plate.
As shown in Figure 3 and Figure 4, perforating mechanism 3 includes pedestal 31, and the bottom of pedestal 31 is offered for wearing raw material plate 1
Setting is rectangle in the perforation 311 crossed, perforation 311, and pedestal 31 is in being provided with perforating needle 32 in perforation 311, and perforating needle 32 is along height
Direction setting is spent, the quantity of perforating needle 32 is set as two, and two perforating needles 32 are arranged side by side.In perforating needle 32 to raw material plate 1
When being punched, two perforating needles 32 and 311 inner bottom surfaces of perforation are inconsistent and the case where broken needle occur in order to prevent, perforation 311
Inner bottom surface offers relief hole 312, and the quantity of relief hole 312 is two, and two relief holes 312 and two perforating needles 32 1 are a pair of
It answers, the rounded setting of relief hole 312, and relief hole 312 is through 311 inner bottom surfaces of perforation.The top of perforating needle 32, which is provided with, to be used for
First mounting rod 33 of perforating needle 32 is installed, i.e. the quantity of the first mounting rod 33 is two, and the first mounting rod 33 is along short transverse
Setting, perforating needle 32 are fixedly mounted on the bottom end of the first mounting rod 33.The top surface of pedestal 31 is run through on the top of first mounting rod 33
Positioned at the top of pedestal 31, and the first mounting rod 33 and the sliding of pedestal 31 connect.Pedestal 31 is along two 32 line directions of perforating needle
Two sides be respectively arranged with driving motor 34, i.e., the quantity of driving motor 34 is two, two driving motors 34 and two punchings
Needle 32 corresponds, and driving motor 34 is fixedly arranged in rack 2.It is provided between driving motor 34 and the first mounting rod 33 for real
Both existing linkage and the linkage unit 35 that raw material plate 1 is punched for realizing perforating needle 32.
As shown in figure 4, linkage unit 35 includes the mounting cup 351 for being fixedly arranged on 31 top surface of pedestal, mounting cup 351 is opened in bottom end
Mouth and the setting of hollow cuboid, the open end of mounting cup 351 is fixedly arranged on 31 top surface of pedestal.Mounting cup 351 is close to driving electricity
The side wall of machine 34 is rotatably connected to rotating bar 352, and the axis of rotating bar 352 is arranged in horizontal direction, and rotating bar 352 is through installation
The side wall of cover 351, i.e. one end of rotating bar 352 are located at outside mounting cup 351, and the other end of rotating bar 352 is located at mounting cup 351
It is interior.Outer peripheral surface of the rotating bar 352 in the one end being located in mounting cup 351 is installed with driving bevel gear 353, drives bevel gear 353
Axis and rotating bar 352 axis be overlapped.The driven umbrella tooth being meshed with driving bevel gear 353 is provided in mounting cup 351
Wheel 354, driven bevel pinion 354 are located at the top of driving bevel gear 353.Driven bevel pinion 354 is installed with along height at center
The adjusting screw rod 355 of direction setting, the top of adjusting screw rod 355 are fixedly arranged in mounting cup 351, and the bottom end of adjusting screw rod 355 is solid
Set on the top surface of pedestal 31.The outer peripheral surface of adjusting screw rod 355 is threaded with adjusting slider in the lower section of driven bevel pinion 354
356, interlocking bar 357 is installed between adjusting slider 356 and the first mounting rod 33, the side wall of mounting cup 351 offers and links
The compatible resigning sliding slot of bar 357, resigning sliding slot run through 351 side wall of mounting cup, and resigning sliding slot is arranged along short transverse.
As shown in Figure 3 and Figure 4, rotating bar 352 is between 34 output end of one end and driving motor being located at outside mounting cup 351
It is provided with the telescopic rod 358 that can be rotated under the drive of driving motor 34, one end of telescopic rod 358 by articulation piece 359 and is driven
Dynamic 34 output end of motor is hinged, and the other end of telescopic rod 358 is hinged by one end of articulation piece 359 and rotating bar 352.
As shown in figure 5, telescopic rod 358 includes adjusting rod 3581, the cross section of adjusting rod 3581 is arranged in regular hexagon, adjusts
The outer peripheral surface of pole 3581 is arranged with to slide with it and connect and matched adjusting sleeve 3582, adjusts the cross of sleeve 3582
Section is arranged in positive six side annular.Articulation piece 359 includes the first hinged seat 3591 and the second hinged seat 3592.First hinged seat
First rotating shaft 3593 is rotatably connected on 3591, the length of first rotating shaft 3593 is arranged along short transverse.Second hinged seat 3592
On be rotatably connected to the second shaft 3594, the length of the second shaft 3594 is horizontally disposed.The axis of first rotating shaft 3593
Vertical with the axis of the second shaft 3594 and intersect at a point, first rotating shaft 3593 is at center and the second shaft 3594 is in center
Place is fixedly connected.
As shown in figure 5, the output end of driving motor 34 and the first hinged seat 3591 of articulation piece 359 are far from the second hinged seat
3592 one end is fixedly connected, and adjusts sleeve 3582 one end and the second hinged seat 3592 far from adjusting rod 3581 far from the first hinge
One end of joint chair 3591 is fixedly connected.Adjusting rod 3581 is far from the one end and another articulation piece 359 for adjusting sleeve 3582
First hinged seat 3591 is fixedly connected far from one end of the second hinged seat 3592, and the one of the separate driving bevel gear 353 of rotating bar 352
End is fixedly connected with the second hinged seat 3592 far from one end of the first hinged seat 3591.
When needing the first mounting rod 33 to move along short transverse, driving motor 34 is opened, driving motor 34 passes through hinged
Part 359 drives telescopic rod 358 to rotate, and telescopic rod 358 drives rotating bar 352 to rotate by articulation piece 359, and rotating bar 352 drives
Bevel gear 353 is driven to rotate, driving bevel gear 353 drives driven bevel pinion 354 to rotate, and driven bevel pinion 354, which drives, adjusts spiral shell
Bar 355 rotates, and adjusting screw rod 355 drives adjusting slider 356 to move along short transverse, and adjusting slider 356 drives interlocking bar 357 to move
Dynamic, interlocking bar 357 drives the first mounting rod 33 to move along short transverse, to realize driving motor 34 and the first mounting rod 33
Linkage, and then realize punching of the perforating needle 32 to raw material plate 1.
As shown in Figure 3 and Figure 4, when perforating needle 32 punches raw material plate 1, raw material plate 1 is mobile in order to prevent, and
When perforating needle 32 and raw material plate 1 separate, the case where raw material plate 1 is upturned in order to prevent, in order to improve perforating needle
The stability of 32 pairs of raw material plates 1 punching is provided in pedestal 31 for raw material plate 1 to be pressed in the first of 311 inner bottom surfaces of perforation
Hold down assembly 36.Pedestal 31 in perforation 311 top offer for install first hold down assembly 36 mounting hole 313, install
Hole 313 is rectangle setting.
As shown in figure 4, first to hold down assembly 36 include two connecting rods for being arranged at intervals at 33 two sides of the first mounting rod
361, connecting rod 361 is arranged along short transverse.Two the first mounting rods 33 are respectively positioned between two connecting rods 361, and two companies
Extension bar 361 is located at the two sides in two 33 line directions of the first mounting rod.The bottom end of two connecting rods 361 extends through mounting hole
313 inner bottom surfaces are located in perforation 311, and the bottom end of two connecting rods 361 is installed with the compact heap for compressing raw material plate 1 respectively
362, i.e. the quantity of compact heap 362 is two, and two perforating needles 32 are respectively positioned between two compact heaps 362, and compact heap 362 is located at
In perforation 311.
As shown in figure 4, the top of connecting rod 361 is located in mounting hole 313, the top of two connecting rods 361 is installed with company
Fishplate bar 363, connecting plate 363 offer abdicating through hole compatible with two the first mounting rods 33, and connecting plate 363 and two
The sliding connection of one mounting rod 33.It is provided between 313 inner top surface of connecting plate 363 and mounting hole and is sheathed on 33 periphery of the first mounting rod
Face and the drive block 364 for being used to be drivingly connected the movement of plate 363, the quantity of drive block 364 are two, two drive blocks 364 and two
A first mounting rod 33 corresponds, and drive block 364 is fixedly connected with the first mounting rod 33.Distinguish at the both ends of connecting plate 363
Sliding is connected with fixed link 365, i.e. the quantity of fixed link 365 is two, and fixed link 365 is arranged along short transverse, and two solid
Fixed pole 365 is located at the two sides in two 361 line directions of connecting rod.The bottom end of fixed link 365 is fixedly arranged on the inner bottom surface of mounting hole 313
On, the top of fixed link 365 is fixedly arranged on the inner top surface of mounting hole 313, and fixed link 365 and the sliding connection of connecting rod 361.Even
The reset spring 366 for being sheathed on 365 outer peripheral surface of fixed link, reset spring are provided between 313 inner bottom surface of fishplate bar 363 and mounting hole
366 one end is fixedly arranged on the inner bottom surface of mounting hole 313, and the other end of reset spring 366 is fixedly arranged on connecting plate 363.
As shown in figure 4, when perforating needle 32 punches raw material plate 1, for the distance moved down to perforating needle 32
It is limited, prevents perforating needle 32 from the case where broken needle occur, the first mounting rod 33 is fixed in the outer peripheral surface being located in mounting hole 313
There is limited block 37.When perforating needle 32 is moved down into minimum point, limited block 37 and 313 inner bottom surface of mounting hole are inconsistent.
When needing to carry out raw material plate 1 the punching positioning of hour nailing, by raw material plate 1 through perforation 311, wherein one is opened
A driving motor 34, driving motor 34, which rotates forward, simultaneously drives telescopic rod 358 to rotate, and telescopic rod 358 drives the by linkage unit 35
One mounting rod 33 moves down, and the first mounting rod 33 drives drive block 364 to move down, and drive block 364 is pressed downward being close to fishplate bar
363 and connecting plate 363 is driven to move down, connecting plate 363 drives two connecting rods 361 to move down, and connecting rod 361 is with dynamic pressure
Tight block 362 moves down, and raw material plate 1 is pressed between 311 inner bottom surfaces of compact heap 362 and perforation, prevents raw material plate 1 mobile
Or it is upturned, while the first mounting rod 33 drives perforating needle 32 to move down, and realize the punching to raw material plate 1, Jin Ershi
The positioning of existing hour nailing.After completing punching to raw material plate 1, driving motor 34 inverts and telescopic rod 358 is driven to rotate, telescopic rod
358 drive the first mounting rod 33 to move up by linkage unit 35, and the first mounting rod 33 drives drive block 364 to move up,
First mounting rod 33 drives perforating needle 32 to move up, to realize the separation of perforating needle 32 and raw material plate 1, while drive block
364 and connecting plate 365 separate, and connecting plate 363 moves up under the action of reset spring 366, and connecting plate 363 drives connection
Bar 361 moves up, and connecting rod 361 drives compact heap 362 to move up, to realize point of compact heap 362 and raw material plate 1
From one for completing hour nailing on raw material plate 1 punches, and perforating mechanism 3 translates under the action of cnc mechanism later, to raw material plate
It is punched 1 next position.
As shown in Figure 6 and Figure 7, positioning mechanism 4 includes two spaced positioning columns 41, and positioning column 41 is cylindrical to be set
It sets, positioning column 41 is arranged along short transverse, and the top surface of positioning column 41 is set as ellipsoid, and two positioning columns 41 are along raw material plate 1
A wherein diagonal interval setting for the regular quadrangle that adjacent four via holes 11 are formed.The bottom end of positioning column 41 is provided with
For installing the second mounting rod 42 of positioning column 41, i.e. the quantity of the second mounting rod 42 is two, and the second mounting rod 42 is along height
Direction setting, positioning column 41 is fixedly mounted on the top of the second mounting rod 42, and the top of the second mounting rod 42 is located at raw material plate 1
Lower section.The bottom end of second mounting rod 42 is located at the lower section of 2 top surface of rack through 2 top surface of rack.As shown in connection with fig. 8, two
The bottom end of two mounting rods 42 is provided with the Locating driver cylinder 43 for driving the second mounting rod 42 to move along short transverse, positioning
The quantity for driving cylinder 43 is one or two, and the quantity of Locating driver cylinder 43 is one in the present embodiment.Locating driver
Cylinder 43 is fixedly arranged in rack 2 far from one end of output end, the output end of Locating driver cylinder 43 and two the second mounting rods 42
Between be provided with the first mounting plate 44 for fixing the second mounting rod 42, the first mounting plate 44 is rectangle setting, and two
The bottom end of second mounting rod 42 is fixedly arranged on respectively at the two ends angle of the first mounting plate 44 diagonally, Locating driver cylinder
43 output end is fixedly arranged on the center of the first mounting plate 44.
As shown in fig. 7, preventing positioning column 41 in the via hole 11 of insertion raw material plate 1 to improve the stability of positioning column 41
When raw material plate 1 there is the case where being upturned or being bent downwardly, 2 top surface of rack is respectively arranged with positioning at two positioning columns 41
Part 45, the quantity of locating piece 45 are two, and two locating pieces 45 and two positioning columns 41 correspond.Locating piece 45 is set in F shape
It sets, locating piece 45 includes positioning riser 451, and positioning riser 451 is arranged along short transverse.The top of positioning riser 451 is installed with
Transverse slat 452 is positioned, positioning transverse slat 452 is horizontally disposed, and the top surface for positioning transverse slat 452 and raw material plate 1 fits.Positioning
Transverse slat 452 is offered for preventing 41 broken needle of positioning column and resigning via hole compatible with positioning column 41, and resigning via hole is through fixed
Position transverse slat 452.Positioning riser 451 is installed with positioning bearing plate 453 in the lower section of positioning transverse slat 452, positions bearing plate 453 and original
The bottom surface of flitch 1 fits, and positioning bearing plate 453 offers resigning perforation compatible with positioning column 41, and perforation of stepping down runs through
Position bearing plate 453.
It is needing to position raw material plate 1, perforating mechanism 3 is in two 32 line directions of perforating needle and 1 length of raw material plate
Direction forms acute angle, and raw material plate 1 is located between positioning transverse slat 452 and positioning bearing plate 453 through perforation 311, opens positioning
Cylinder 43 is driven, Locating driver cylinder 43 drives the first mounting plate 44 to move up, and the first mounting plate 44 drives the second mounting rod
42 move up, and the second mounting rod 42 drives positioning column 41 to move up, and positioning column 41 sequentially passes through allowing for positioning bearing plate 453
Position perforation, raw material plate 1 via hole 11, position transverse slat 452 abdicating through hole；After raw material plate 1 is punched and is positioned, Locating driver
Cylinder 43 drives the first mounting plate 44 to move down, and the first mounting plate 44 drives positioning column 41 to move down, and makes 41 He of positioning column
Raw material plate 1 separates.Since two positioning columns 41 are inserted into the regular quadrangle of 1 adjacent four via hole 11 of raw material plate formation wherein respectively
Via hole 11 at two ends angle of one diagonal prevents raw material plate 1 in punching to realize the positioning of raw material plate 1
The case where training off improves the stability of positioning mechanism.
As shown in fig. 7, waste material influences ambient enviroment, machine in order to prevent when perforating mechanism 3 punches raw material plate 1
2 top surface of frame offers garbage collection groove 21 in the lower section of perforating mechanism 3, and garbage collection groove 21 is arranged in cuboid, and
Garbage collection groove 21 is located between two positioning columns 41.For the ease of clearing up the waste material in garbage collection groove 21,
2 side of rack offers the opening being connected with garbage collection groove 21, and sliding is connected with and its phase in garbage collection groove 21
The collecting means 6 of adaptation, collecting means 6 are in top end opening and hollow cuboid is arranged.
As shown in figure 9, driving mechanism 5 includes for pulling raw material plate 1 to carry out the first mobile driving cylinder 51, first is driven
Cylinder 51 of taking offence is fixedly arranged in rack 2 far from one end of output end.The output end of first driving cylinder 51 is installed with for clamping original
The clamping component 52 of flitch 1.It is provided between clamping component 52 and perforating mechanism 3 for raw material plate 1 to be pressed on 2 top surface of rack
On prevent raw material plate 1 mobile second hold down assembly 53.
As shown in figure 9, clamping component 52 includes the gripping block 521 moved along 1 conveying direction of raw material plate, gripping block 521 is remote
Hold down assembly from second 53 one end end face with first driving cylinder 51 output end be fixedly connected.Gripping block 521 is along raw material plate 1
The side of conveying direction offers the holes for clamping 5211 for passing through raw material plate 1, and holes for clamping 5211 is located at the first driving cylinder
51 top, holes for clamping 5211 are rectangle setting, and holes for clamping 5211 runs through gripping block 521, the inner bottom surface of gripping block 521 and
2 top surface of rack is located in same level.Gripping block 521 is located in being provided with clamping plate 522, raw material plate 1 in holes for clamping 5211
Between 5211 inner bottom surface of holes for clamping and clamping plate 522.Sliding bar is provided between 5211 inner top surface of clamping plate 522 and holes for clamping
523, the quantity of sliding bar 523 is two, two interval of sliding bar 523 settings.The bottom end of sliding bar 523 is fixedly arranged on clamping plate
On 522, the top of sliding bar 523 is located at the top of gripping block 521 through 5211 inner top surface of holes for clamping.Clamping plate 522 and clamping
The compressed spring 524 for being sheathed on 523 outer peripheral surface of sliding bar is provided between 5211 inner top surface of hole.The top of sliding bar 523 is fixed
There is the limit plate 525 for preventing clamping plate 522 from sliding.
As shown in figure 9, the first driving cylinder 51 drives gripping block 521 to move along conveying direction, in order to gripping block 521
Moving direction is defined, and 2 top surface of rack is installed with guide plate 54, the i.e. quantity of guide plate 54 along the two sides of conveying direction respectively
It is two, gripping block 521 is located between two guide plates 54, and gripping block 521 and guide plate 54 are inconsistent.
As shown in Figure 10 and Figure 11, second hold down assembly 53 include be set to the pressure plates 531 of 2 top face of rack, and
Raw material plate 1 is located between 2 top surface of rack and pressure plate 531.Pressure plate 531 is arranged along vertical transport direction, and pressure plate 531
Length is greater than the width of raw material plate 1, and the both ends of pressure plate 531 are respectively arranged with sliding bar 532, i.e. the quantity of sliding bar 532 is
Two, and raw material plate 1 is located between two sliding bars 532.It slides bar 532 to be arranged along short transverse, the top of sliding bar 532 is solid
On pressure plate 531, the bottom end of sliding bar 532 is located at the lower section of 2 top surface of rack through 2 top surface of rack.Two sliding bars 532
Bottom end be installed with respectively for drive sliding bar 532 along short transverse move second driving cylinder 533, second driving cylinder
533 one end far from output end are fixedly arranged in rack 2, are set between the output end and two sliding bars 532 of the second driving cylinder 533
It is equipped with the second mounting plate 534, the second mounting plate 534 is rectangle setting, and the bottom end of two sliding bars 532 is fixedly arranged on respectively
On two mounting plates 534, and the line between two sliding bars 532 crosses the center of the second mounting plate 534, and to the second mounting plate
534 centers are equidistant, and the output end of the second driving cylinder 533 is fixedly arranged on the center of the second mounting plate 534.
When needing raw material plate 1 mobile, it is located at raw material plate 1 between 2 top surface of pressure plate 531 and rack, and 1 He of raw material plate
Pressure plate 531 separates, and by raw material plate 1 through holes for clamping 5211 and be clamped in 5211 inner bottom surface of holes for clamping and clamping plate 522 it
Between.Open the first driving motor 34, the first driving motor 34 drives gripping block 521 to move to far from second 53 directions that hold down assembly
Dynamic, 53 directions are mobile, i.e., raw material plate 1 is mobile to conveying direction to holding down assembly far from second for the drive raw material plate 1 of gripping block 521.
Until when predetermined position, opening the second driving cylinder 533, the second driving cylinder 533 drives sliding bar 532 to move down, slides
Bar 532 drives pressure plate 531 to move down, and pressure plate 531 compresses raw material plate 1, prevents the movement of raw material plate 1, and at this time first
Driving cylinder 51 drives gripping block 521 to mobile close to second 53 directions that hold down assembly, since raw material plate 1 holds down assembly second
It can not be moved under the action of 53, and raw material plate 1 overcomes the frictional resistance of clamping component 52, so that gripping block 521 is unable to drive original
Flitch 1 is mobile, but the first driving cylinder 51 can drive gripping block 521 to mobile close to second 53 directions that hold down assembly.To
When to predetermined position, the second driving cylinder 533 drives pressure plate 531 to move up, and realizes point of pressure plate 531 and raw material plate 1
Drive gripping block 521 to mobile far from second 53 directions that hold down assembly from, the first driving cylinder 51, so drive raw material plate 1 to
Conveying direction is mobile, realizes the intermittent exercise of raw material plate 1.
As shown in figure 9, in order to improve the stability of driving mechanism 5, prevent gripping block 521 from holding down assembly 53 sides to second
To it is mobile when, raw material plate 1 is bent under the action of clamping component 52, and the first driving cylinder 51 holds down assembly 53 far from second
One end be provided with third and hold down assembly 55.Third hold down assembly 55 structure with second hold down assembly 53 structure it is identical, and
Third, which holds down assembly, 55 and second to hold down assembly 53 synchronous operations.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (10)
1. a kind of hour nailing positioning device for Watch dail plate, it is characterised in that: including rack (2), be set on rack (2)
And for being punched to raw material plate (1) surface to realize the perforating mechanism (3) positioned to hour nailing, be set to rack (2)
And for carrying out positioning the positioning mechanism (4) for preventing raw material plate (1) appearance from training off to raw material plate (1), being set to rack (2)
Above and for driving driving mechanism (5) of the raw material plate (1) along conveying direction intermittent exercise, the perforating mechanism (3) is by setting
It sets the cnc mechanism on rack (2) and realizes it in the translation of raw material plate (1) surface location, the driving mechanism (5) includes using
The first mobile driving cylinder (51) is carried out in pulling raw material plate (1), the first driving cylinder (51) output end is set to and is used for
By the clamping component (52) of raw material plate (1) clamping, it is set between perforating mechanism (3) and clamping component (52) and is used for raw material
Plate (1) is pressed on rack (2) top surface prevents raw material plate (1) mobile second and holds down assembly (53), the first driving cylinder
(51) one end far from output end is fixedly arranged on bracket.
2. a kind of hour nailing positioning device for Watch dail plate according to claim 1, it is characterised in that: the clamping
Component (52) includes mobile along raw material plate (1) conveying direction and is fixedly arranged on the gripping block of first driving cylinder (51) output end
(521), it is opened in gripping block (521) side and for making raw material plate (1) to run through the holes for clamping (5211) of gripping block (521), setting
It is placed in the clamping plate (522) in holes for clamping (5211) and for raw material plate (1) to be clamped in holes for clamping (5211) inner bottom surface, is arranged
Between clamping plate (522) and holes for clamping (5211) inner top surface and along short transverse setting sliding bar (523), be set to clamping
Between plate (522) and holes for clamping (5211) inner top surface and the compressed spring (524) that is sheathed between sliding bar (523), the folder
The inner bottom surface of tight block (521) and rack (2) top surface are located in same level, and the top of the sliding bar (523) is through clamping
The inner top surface in hole (5211) is located at the top of gripping block (521).
3. a kind of hour nailing positioning device for Watch dail plate according to claim 2, it is characterised in that: the clamping
Block (521) is respectively arranged to limit gripping block (521) and move along conveying direction and and gripping block along the two sides of conveying direction
(521) inconsistent guide plate (54), the guide plate (54) are fixedly arranged on rack (2) top surface.
4. a kind of hour nailing positioning device for Watch dail plate according to claim 2, it is characterised in that: the sliding
The quantity of bar (523) is two, two sliding bar (523) interval settings.
5. a kind of hour nailing positioning device for Watch dail plate according to claim 2, it is characterised in that: the sliding
The top of bar (523) is installed with the limit plate (525) for preventing clamping plate (522) from sliding.
6. a kind of hour nailing positioning device for Watch dail plate according to claim 2, it is characterised in that: described first
Driving cylinder (51) is located at the side of gripping block (521) far from the second clamping component (52).
7. a kind of hour nailing positioning device for Watch dail plate according to claim 1, it is characterised in that: described second
Hold down assembly (53) include be set to the pressure plate (531) of rack (2) top face, two be set to raw material plate (1) two sides and
Along the sliding bar (532) that short transverse is arranged, it is set to below sliding bar (532) and slides bar (532) along height for driving
The second mobile driving cylinder (533) of direction is fixedly arranged on the second driving cylinder (533) and slides second peace of bar (532) bottom end
The top of loading board (534), sliding bar (532) is fixedly arranged on pressure plate (531), and the bottom end of sliding bar (532) is run through
Rack (2) top surface and the lower section for being located at rack (2) top surface.
8. a kind of hour nailing positioning device for Watch dail plate according to claim 7, it is characterised in that: described second
Mounting plate (534) is rectangle setting, and the line of two slidings bar (532) is crossed the center of the second mounting plate (534) and arrived
Center is equidistant, and the output end of second driving cylinder (533) is fixedly arranged at the center of the second mounting plate (534).
9. a kind of hour nailing positioning device for Watch dail plate according to claim 1, it is characterised in that: the clamping
Component (52) is provided with the third compression group for improving driving mechanism (5) stability far from second one end for holding down assembly (53)
Part (55).
10. a kind of hour nailing positioning device for Watch dail plate according to claim 9, it is characterised in that: described
Three hold down assembly (55) hold down assembly that (53) structure is identical and synchronous operation with second.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821318949.6U CN208928963U (en) | 2018-08-15 | 2018-08-15 | A kind of hour nailing positioning device for Watch dail plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821318949.6U CN208928963U (en) | 2018-08-15 | 2018-08-15 | A kind of hour nailing positioning device for Watch dail plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208928963U true CN208928963U (en) | 2019-06-04 |
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ID=66717887
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821318949.6U Expired - Fee Related CN208928963U (en) | 2018-08-15 | 2018-08-15 | A kind of hour nailing positioning device for Watch dail plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208928963U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111993122A (en) * | 2020-08-14 | 2020-11-27 | 温州楚峰贸易有限公司 | Clock and watch dial plate punches and uses auxiliary operation platform with dial plate protect function |
-
2018
- 2018-08-15 CN CN201821318949.6U patent/CN208928963U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111993122A (en) * | 2020-08-14 | 2020-11-27 | 温州楚峰贸易有限公司 | Clock and watch dial plate punches and uses auxiliary operation platform with dial plate protect function |
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Granted publication date: 20190604 |