CN2220474Y

CN2220474Y - Button automatic threading device for electroplating buttons

Info

Publication number: CN2220474Y
Application number: CN 95208129
Authority: CN
Inventors: 林再发
Original assignee: Individual
Current assignee: Individual
Priority date: 1995-04-14
Filing date: 1995-04-14
Publication date: 1996-02-21
Anticipated expiration: 2005-04-14

Abstract

The utility model provides a button for electroplating buttons and an automatic threading device, wherein an inclined sliding plate is arranged on the upper part of a frame, the upper end of the sliding plate is communicated with a button charging barrel, a button cutting device which can move longitudinally along a channel on the upper part of the frame is arranged on the lower part of the sliding plate, a spring is propped on the rear part of a dentate button cutting plate, a limiting pin and a touch switch are arranged in a slide way of the button cutting device, the lower part of the button cutting device is provided with a hook placing plate which can move along the symmetrical grooves of the machine frame, the front side of the hook placing plate is provided with a pushing mechanism which is drawn by a transmission mechanism, a limiting pin which can move longitudinally is pivoted with a rear detecting connecting rod at one side of each hook placing plate, the rear part of the connecting rod can be contacted with a top plate in the transmission mechanism or automatically droops so that the limit pin is lifted for limiting or retracts to enable the switch to be contacted with the button cutting device, and the other transmission mechanism at the rear lower part of the rack drives a material shifting plate in the feeding barrel to be shifted to enable the buttons to be stacked along the chutes of the inclined sliding plate and to be put on the through hooks of the through hooks below the lower extension section.

Description

Electroplate button is with the automatic piercing device of button

The utility model relates to a kind of automatic piercing device of small-sized object, and particularly a kind of electroplate button that is used for is with the automatic piercing device of button.

Button, small-sized life article such as decoration button are for needs attractive in appearance or attrition resistant, generally all need after electroplating or spraying, just can become the finished product, no matter the still plastics of metal all is like this, and before the button plating, need utilize and shown in Figure 1 mount support and wear hook A and button B is worn one by one be placed on its radial numerous copper hook A1, and then will wear the hook that overworks button and probe into or be delivered in plating or painting workshop or the device and process, then again the button after the spraying plating is taken off one by one, because button is numerous, and adopt staff toward link up with wear put not only require great effort time-consuming, work efficiency is low.And staff is contaminated again before plating with the very easy button of having handled that makes after button contacts, and promptly is stained with dust, oil stain, like this, can influence the electroplating quality of button.

The purpose of this utility model just is to overcome the above-mentioned shortcoming and defect of prior art, and provide a kind of level of automation height, laborsaving saving time need not staff and directly wears one by one and put button, and the electroplate button of electroplating quality that can improve button is with button automatic piercing device.

The purpose of this utility model is to realize by following technical scheme:

Be provided with the defeated row of inclination slide plate at upper rack, the upper end of slide plate is connected conducting mutually with the button charging bucket, the following extension pars infrasegmentalis of slide plate has one can buckle device along cutting of vertically moving of upper rack conduit, jagged section buckle rear portion shored spring arranged, cut in the slideway of button device motion rear portion and be provided with spacer pin and touch switch, have one can put hook plate cutting button device bottom along what frame symmetry conduit moved, put the hook plate front side and have one by transmission rig traction with by the penetrating mechanism of spring reset thereafter, the spacer pin that can vertically move connects with the back spy connecting rod pivot of a side separately, the connecting rod middle part is hubbed on the frame, and the connecting rod rear portion can contact mutually with the guide rod in the transmission rig or be sagging automatically, so that spacer pin lifts spacing or retraction makes switch touch with cutting a button device, another transmission rig of frame rear lower then drives the switch-plate transfer in the button charging bucket makes button fold and wear to be put into to move to down and wear respectively wearing on the hook of hook below the extension along each chute of tilting slide plate.Put the problems that caused to solve manual wearing.

Therefore: unusual effect of the present utility model is:

The 1st: button from charging basket to carrying, fold, electroplating the whole process of wearing hook and all adopt mechanized operation, promptly do not contact with staff until wearing to be anchored to, therefore, both avoided the manual dirty dirty button surface that button causes of wearing, influence the problem of quality of coating, simultaneously, also greatly saved time and the manpower of manually wearing button, labour productivity is improved, labour intensity greatly reduces.

The 2nd: the button of mechanize is worn button, and the inhomogeneous problem of staff being pricked mill that reaches of button quantity of wearing that has been caused when also having avoided manually wearing button can make each wear hook and can both enter electroplating work procedure under the situation of wearing the button amount to greatest extent.

Concrete structure of the present utility model is realized by the following examples and accompanying drawing thereof:

Fig. 1 is the existing electroplate button three-dimensional structure diagram of wearing hook.

Fig. 2 is a structural perspective of the present utility model.

Fig. 3 is the three-dimensional arrangement enlarged view of the defeated row of button slide plate part among Fig. 1.

Fig. 4 is the C-C cross section view of Fig. 3.

Fig. 5 is Fig. 1 mid frame three-dimensional arrangement enlarged view partly

Each mechanism of frame both sides that Fig. 6 is among Fig. 5 to be seen and the side sectional view of transmission rig annexation.

Fig. 7 is one of the utility model work shape synoptic diagram.

Fig. 8 is two of the utility model work shape synoptic diagram.

Below in conjunction with accompanying drawing 2-8 concrete structure of the present utility model is described in detail:

Electroplate button is with the automatic piercing device of button, and it is characterized in that: the crosswise fixed that is fixed with strut 14, two struts 14 upper ends of two correspondences at frame 1 rear portion has a button saving bucket 2; Saving bucket 2 inner chambers are provided with by first transmission rig 7, the switch-plate 210 that turns, be provided with in two respective side of frame 1 and be the front and back that distribute up and down to slideway 12, chute 11 and guide groove 10, push away hook device 6 laterally being equiped with of guide groove 10, what be equiped with in chute 11 that card puts that button wears hook A puts hook plate 5, cut button device 4 being horizontally arranged with of slideway 12, cutting button device 4 is cut buckle 41 and is positioned at the slip case 40 of rack slide 12 and the spring 410 of slip case 40 constitutes by horizontal, be provided with position-limit mechanism 8 at slideway 12 places of slip case 40 rear sides and touch switch 13 with outage magnetic, be provided with spring 620 and rope for traction 98 at the rear portion that pushes away hook device 6, pulling rope leads 98 and drives band by second transmission rig 9 that is positioned at frame 1 middle part, between the top of cutting button device 4 and button saving bucket 2, be provided with skewed defeated row's slide plate 3, the going out buckle of the upper open end of each the parallel indent slideway 30 in defeated row's slide plate 3 and button saving bucket 2 mouthfuls 22 connects, the lower open end of each the parallel indent slideway 30 in defeated row's slide plate 3 with cut section buckle 41 passing of buckleing device 4 after buckle and support the corresponding perforation in space.Referring to Fig. 2, Fig. 4 to Fig. 6.

Constitutional features of the present utility model also is:

The folded groove section 32 of one vertical collection is arranged at the bottom of skewed defeated row's slide plate 3, and notch is connected with the slideway 30 of each parallel up/down perforation of low early and high after skewed defeated row's slide plate 3 on the folded groove section 32 of collection.Referring to Fig. 2, Fig. 6

The slideway 30 of each parallel up/down perforation of skewed defeated row's slide plate 3 is open exposed state, the upper end of defeated row's slide plate 3 and the perisporium bottom of button storage vat 2 laterally go out to buckle mouth 22 perforation that connects, be raised with two symmetric joint fasteners 31 at defeated row's slide plate 3 upper end left and right sides, two joint fasteners 31 abut in circular side wall place, button storage vat 2 left and right sides and logical bearing pin 310 is fixed its and circular side wall, and the vertical collection of defeated row's slide plate 3 is folded to separate in the groove section 32 and is provided with identical with slideway 30 numbers and manhole 320 one to one.Referring to Fig. 3, Fig. 4 and Fig. 6

Button storage vat 2 is one to have the horizontal staving of level of hollow circular cylinder storage cavity volume 21, be raised with a charging opening of laterally offering 20 in the staving upper lateral, a frame shape switch-plate 210 has been put in activity in cavity volume 21, rotating shaft 211 activities of switch-plate 210 are installed in button storage vat about the 2 two circular side wall central shaft holes 23, and an end evagination of rotating shaft 211 interlocks mutually in the axle side of button storage vat 2 and with the power wheel 702 of first transmission rig 7 and rotates together.Referring to Fig. 3 and Fig. 4

Square frame shape switch-plate 210 is one to have the closed frame of symmetrical edge, rotating shaft 211 is separated into framework the rotary type framework with two rectangular openings 212, the cover pocket has transmission belt 703 on the power wheel 702, first transmission rig 7 comprises the motor 701 that is fixed on frame 1 bottom backside substrate 15 upsides, and motor 701 outer spies are overlapped solid belt pulley 704 and belt 703 formations of cover pocket between two belt pulleys on the spindle nose.Referring to Fig. 2 to Fig. 4

Frame 1 is a hollow, rectangular framework that is made of the welding of symmetrical side plate, the rear portion of framework is fixed with two vertical struts 14, strut 14 tops are connected with the side-walls of button storage vat 2 and with outstanding of button storage vat 2, strut 14 lower, transverse framework places are fixed with back up pad 15, be fixed with two groups of corresponding setting pillars 16 in frame mid portion, be fixed with back up pad 17 between two pillars, 16 bottom transverse frame, back up pad 17 is provided with second transmission rig 9, framework upper is fixed with the symmetrical front and back of distribution up and down that are to horizontal slideway 12, chute 11 and guide groove 10 are referring to Fig. 1, Fig. 5

Horizontal activity between the symmetrical guide groove 10 of frame 1 is equiped with the L shaped hook device 6 that pushes away, the L shaped hook device 6 that pushes away is by a vertical horizontal push pedal 60, horizontal deckle board 64 formations that are connected two symmetric guide plates 62 of horizontal push pedal about 60 end rear sides and are connected two symmetrical guide plates, 62 rear ends, be provided with two lugs 63 that connect with spring 980 extensions at the rear portion of horizontal deckle board 64, two symmetric front and back are installed in to guide plate 62 activities and are in the left-right symmetry Qian shape guide groove 10 that also front and back are offered, and shoring between Qian shape guide groove 10 terminal inboards and guide plate 62 rear sides has spring 620.Referring to Fig. 3 and Fig. 6

Push away hook plate 64 what the upper end edge of the L shaped front cross push pedal 60 that pushes away hook device 6 was provided with a horizontal palintrope, laterally push pedal 60 length direction left and right sides respectively have a side protruding and with put the ejection part 61 that hook plate 5 front side ejections contact, the L shaped hook device 6 that pushes away is moved along the fore-and-aft direction of chute 11 along the hook plate 5 of putting that the fore-and-aft direction of frame 1 moves and ejection is positioned at its rear side by extension rope for traction 98 tractives of second transmission rig 9, the pushing away hook plate 64 and be positioned at the button device 4 that cuts of putting hook plate 5 upper lateral and move along conduit 12 fore-and-aft directions of the L shaped upper edge palintrope that pushes away hook device 6.Referring to Fig. 2, Fig. 5 and Fig. 6

Two put hook plate 5 activities is housed in symmetrical two front and back of the frame 1 that is positioned at guide groove 10 tops to chute 11, two put between the rear end of hook plate 5 and laterally are fixed with a transverse slat 52, transverse slat 52 and two is put hook plate 5 and is constituted a Qian shape travelling frame, the leading portion upside of transverse slat 52 offers the chase 50 that the built button is worn hook A, and vertically shoring between the terminal inboard of rear portion of putting hook plate 5 and chute 11 has spring 51.Referring to Fig. 5, Fig. 6

Section two slip casees 40 buckleing device 4 are put in two corresponding conduit 12 activities that are positioned at two chutes, 11 tops, a section buckle 41 that cuts button device 4 is horizontal activity and puts in the straight skidding groove 400 of slip case 40, the front side of cutting buckle 41 is that a forward position has collection and returns the collection of teeth groove 412 to return sheet 411, and shoring between rear side that cuts buckle 41 and slip case 40 rear inside has spring 410.Referring to Fig. 5

Slip case 40 is a hollow, rectangular body that is made of two corresponding upper and lower plates and front and rear panel, one outage is installed in the Qian shape conduit 12 of the rear side of slip case 40 touches switch 13, outage being installed touching the following frid of Qian shape conduit 12 at the place, front side of switch 13 and be provided with a position-limit mechanism 8.Referring to Fig. 5 and Fig. 6

Position-limit mechanism 8 is by the two symmetric connecting rods 80 that are hubbed on frame 1 chute 11 rear side deckle board inboards, is hubbed on the circular removable pin 81 of connecting rod 80 forward and constitutes, removable pin 81 activities are located in the corresponding through hole 120 of following frid of Qian shape conduit 12, and the back segment of connecting rod 80 has the weighted section 83 of a handle shape.Referring to Fig. 5 and Fig. 6

The side of the upper end of removable pin 81 towards slip case 40 rear portions has an inclined-plane 810, and connecting rod 80 stage casings that are the forward direction setting are hubbed on the frame deckle board inboard at chute 11 terminal rear portions by a bearing pin 82, and the downside of weighted section 83 is The cunning of shape pushes away cambered surface 830.Referring to Fig. 5 and Fig. 6

Second transmission rig 9 is by the motor 99 that is fixed on frame 1 bottom support plate 17 tops, being connected in motor 99 goes out shaft upper pulley 92, is positioned at the horizontal rotating shaft 93 of frame directly over the motor 99 1, be positioned at the outer section of 93 liang of rotating shafts rope sheave 96, constitute around the pulling rope 98 that twists on the rope sheave 96, two pulling ropes 98 upwards walk around earlier behind the guide wheel 97 again level extend forward up to push away the rear end that hook device 6 rear portions hang the spring 980 that connects and be connected, overlap an intrinsic big belt pulley 91 in rotating shaft 93 stage casings, the cover pocket has belt 95 between big belt pulley 91 and belt pulley 92.Referring to Fig. 2 and Fig. 6

The two ends activity of rotating shaft 93 is located in the vertical column 16 in frame 1 middle part, admittedly overlap the positioning and guiding annular groove 960 that two rope sheaves 96 that also rotate synchronously have indent with rotating shaft 93, one end of pulling rope 98 links to each other with the annular groove 960 of rope sheave 96, the other end of pulling rope 98 is walked around guide deflection sheave 97 back that offers circumferential groove in its end portion 970 and is connected in the end that pushes away the spring 980 on the protruding lug 63 in hook device 6 posterior transversal deckle boards 60 backs with extension and links to each other, guide deflection sheave 97 is suspended at column 16 inboards by bearing pin 94 activities, extending segment length's internal fixing forward in the level of pulling rope 98 has one with its Qian shape guide rod 981 that moves forward and backward synchronously, and Qian shape guide rod 981 is positioned at the downside of connecting rod 80 and contacts mutually with following arc side that after 80s section of connecting rod increases the weight of portion 83 or break away from.

Principle of work of the present utility model is as follows:

At first start the motor 701 in first transmission rig 7, the belt 703 that is positioned at support bar 14 outsides is rotated, rotate to drive with the belt pulley 702 coaxial rotating shafts that interlock 211, when rotating shaft 211 is rotated, then driving switch-plate 210 rotates in button saving bucket 2, with will be from going into the button mouthful 20 button B that add from going out 22 groups of button holes and turn out and along each the slideway 30 downward landing on the slide plate 3, the button after the landing falls into through hole 320 and folded completion one by one and goes here and there shape.Referring to Fig. 2 and Fig. 4

Then button being worn hook A takes to be stuck in and puts in the hook plate 5 forward draw-in grooves 50.Referring to Fig. 2, restart the motor 99 of second transmission rig 9, drive by belt 95 is rotated rotating shaft 93, when rotating shaft 93 is rotated, the rope sheave 96 of its both sides begins to rotate and makes on it around rope for traction 98 recovery that connect, when rope for traction 98 reclaimed, the spring 980 that is connected with its front end also was pulled.After spring 980 tensions, then drive and push away hook device 6 and move backward, then begin to compress its Rear springs 620 when mobile backward pushing away hook device 6 along self guide groove 10.Referring to Fig. 5 to Fig. 7, after pushing away the hook device and moving a certain distance backward, its anterior vertical ejection part 61 inboards that push away hook plate 60 both sides then with put hook plate 5 front sides touch mutually and make put hook plate 5 also by along himself chute 11 by moving behind the forward direction, putting hook plate 5 when mobile backward, the springs 51 in its rear portion chute 11 also are compressed.Referring to Fig. 7

When push away hook device 6 be pulled the rope 980 continue to pull back move after, 64 of the horizontal push pedals of its anterior palintrope return the forward collection of sheet 411 to return the crown end to touch mutually with the horizontal collection that cut button device 4, make cut buckle 41 along the slippage slot 400 in the slip case 40 by the spring 410 that moves and compress its rear portion behind the forward direction.Referring to Fig. 7, and this moment, button hook A has been pushed and has moved to it on copper hook A1 and progress into to collect and return the trilateral collection of sheet front side to return in the teeth groove 412, promptly by put together fasciculation and progress into the button string under the position, and this moment, slip case 40 is also by removable pin 81 front sides of spring 410 pushing tows to the position-limit mechanism 8 of conduit 12, at the same time, because not having no progeny of rope 98 move, the fixing horizontal horizontal Qian shape guide rod 981 of two ropes 98 that rides over moves to weighted section 83 downsides of connecting rod 80 and pushes away after also and lifts its lower camber side 830.Referring to Fig. 7

When weighted section 83 is lifted gradually, its front portion is then owing to the lever principle that articulates is depressed, when connecting rod 80 front portions are depressed, pivot company 81 quilts of removable pin thereon move down along vertical pin-and-hole 120 of conduit 12, when removable pin 81 drops to its 8 positions, inclined-plane, then postponed the slip case 40 that moves and push fully by bullet, at this moment because slip case 40 loses position-limiting action by spring 410 ejection and touch backward rapidly with cut-off switch 13.At the same time, button wear the hook A just in time move to button string B under the position, the button string penetrates on each copper hook A1 that wears hook of each corresponding position just.Referring to Fig. 7 and Fig. 8.At this moment, the motor 99 of second transmission rig 9 stops operating owing to the effect of cut-off switch 13 is de-energized, push away hook device 6, put hook plate 5, cut all rapid returns under spring action thereafter of button device 4, and rope 98 is also led to open and is drawn into original state, and button is worn hook A also with putting hook plate 5 returns, respectively wears the copper hook A1 that is buckled with button string B on it and then by self tension force distending the button string can not dropped away.When above each mechanism return, also the reach of Qian shape guide rod 981 is sagging down because of it for after 80s section weighted section 83 of connecting rod, and the removable pin 81 of connecting rod front end is returned back to top again into slip case 40 rear sides.

At this moment, can rotate a lower angle and enter the button of wearing that next arranges copper hook A1, promptly repeat said process again wearing hook A.That can realize button wears support automatically.

Each driving motor in this device all can be substituted by sprocket wheel, and belt all can be substituted by chain.This device also can be used for the support of wearing of other similar small small stores and decorative object except that being used for button.

For reinforced convenience, set up stepped appearance ladder seat 18 in button saving bucket 2 one sides of frame 1.Referring to Fig. 2

Claims

1. The button automatic threading device for electroplating buttons is characterized in that two corresponding support rods (14) are fixed at the rear of the frame (1), and a button storage is fixed laterally on the upper ends of the two support rods (14). The inner cavity of the barrel (2) and the storage barrel (2) is provided with a material shifting plate (210) driven by the first transmission mechanism 7, and two corresponding sides of the frame (1) are provided with vertically distributed front and rear Slideway (12), chute (11) and guide groove (10), in the lateral direction of guide groove (10), push hook device (6) is installed, and in chute (11), be equipped with card and put button to wear. The hook plate (5) of the hook A is provided with a buckle catcher (4) in the transverse direction of the slideway (12), and the buckle catcher (4) is formed by a horizontal buckle cutout plate (41) and a rack slideway ( The sliding box (40) in 12) and the spring (410) in the sliding box (40) are composed, and the slideway (12) on the rear side of the sliding box (40) is provided with a limit mechanism (8) and an electric contact switch (13), the rear portion of the hook pusher (6) is provided with a spring (620) and a pulling rope (98), and the pulling rope (98) is driven by the second transmission mechanism (9) positioned at the middle part of the frame (1). ) driving belt, between the upper part of the button interceptor (4) and the button storage barrel (2), an inclined conveying and discharging slide plate (3) is arranged, and each parallel concave slideway in the conveying and discharging slide plate (3) The upper open end of (30) is connected with the button outlet (22) of the button storage barrel (2), and the lower open end of each parallel concave slideway (30) in the transport and row slide plate (3) is connected with the buckle. The buckle support space after the cut-off plate (41) of the device (4) is pushed through is correspondingly connected.

2. The button automatic threading device for electroplating buttons according to claim 1, characterized in that: there is a vertical stacking groove section (32) at the bottom of the inclined conveying and discharging slide plate (3), and the stacking groove The upper notch of the section (32) communicates with each parallel slideway (30) that runs through up and down each of the inclined transport and discharge slide plates (3) with low front and high rear.

3. The button automatic threading device for electroplated buttons according to claim 1 or 2, characterized in that: the slideways (30) of the inclined transportation and discharge slides (3) are all open up and down. In the exposed state of the mouth, the upper end of the conveying and discharging slide plate (3) is relatively connected with the horizontal outlet (22) on the lower part of the peripheral wall of the button storage tank (2), and there are protrusions on the left and right sides of the upper end of the conveying and discharging slide plate (3). Two symmetrical engaging pieces (31), two engaging pieces (31) are attached to the circular side wall place on the left and right sides of the button storage tank (2) and pass the pin shaft (310) to fix it with the circular side wall, transport and discharge The vertical stacking groove section (32) of the slide plate (3) is separated and provided with circular through holes (320) having the same number as the slideways (30) and one-to-one correspondence.

4. The button automatic piercing device for electroplating buttons according to claim 1, characterized in that: the button storage barrel (2) is a horizontal barrel with a hollow cylindrical storage cavity (21) , there is a horizontally opened button mouth (20) on the upper part of the barrel body, and a frame-shaped shifting plate (210) is movable in the cavity (21), and the rotating shaft (211) of the shifting plate (210) is movable. Installed in the central axis holes (23) of the left and right circular side walls of the button storage barrel (2), one end of the rotating shaft (211) protrudes outward on the shaft side of the button storage barrel (2) and is connected to the first transmission The drive wheels (702) of the mechanism (7) are sleeved and rotate together.

5. The button automatic threading device for electroplated buttons according to claim 1 or 4, characterized in that: the rectangular frame-shaped shifting plate (210) is a closed frame with symmetrical frame edges, and the rotating shaft (211) will The frame is divided into a rotating frame with two rectangular holes (212), a drive belt (703) is looped on the drive wheel (702), and the first transmission mechanism (7) includes a rear base plate (15) fixed on the bottom of the frame (1). ) the motor (701) on the upper side, the belt pulley (704) sheathed on the motor (701) outer probe shaft head and the belt (703) between the two pulleys.

6. The button automatic push-through device for electroplated buttons according to claim 1, characterized in that: the frame (1) is a hollow rectangular frame formed by welding symmetrical side plates, and the rear part of the frame is fixed with two vertical Straight strut (14), the top of the strut (14) is connected with the sidewall of the button storage barrel (2) and the button storage barrel (2) is suspended, and the bottom of the strut (14) is horizontally A support plate (15) is fixed at the frame, two sets of corresponding vertical pillars (16) are fixed in the middle of the frame, a support plate (17) is fixed between the bottom transverse frames of the two pillars (16), and the support plate (17) is provided with There is a second transmission mechanism (9), and the frame top is fixed with left and right symmetrical front and rear horizontal slideways (12), slide grooves (11) and guide grooves (10) that are distributed up and down.

7. The button automatic threading device for electroplating buttons according to claim 1, characterized in that: L-shaped horizontal movement is installed between the left and right symmetrical guide grooves (10) of the frame (1). Hook pusher (6), the hook pusher (6) of L shape is by a vertical horizontal push pedal (60), is connected in two symmetrical guide plates (62) of horizontal push pedal (60) left and right end rear sides and The transverse frame plate (64) connected to the rear ends of the two symmetrical guide plates (62) is composed of two lugs (63) connected to the spring (980) at the rear of the transverse frame plate (64), and the two symmetrical front and rear The guide plate (62) is movably installed in a symmetrical guide groove (10) that is left-right and front-to-back, and a spring (620) is supported between the inside of the end of the guide groove (10) and the rear side of the guide plate (62). .

8. The button automatic threading device for electroplated buttons according to claim 1 or 7, characterized in that: a push plate (60) at the front of the L-shaped hook pusher (6) is provided along the upper edge of the horizontal push plate (60). The push hook plate (64) of horizontal backbend, the left and right side each side of horizontal push plate (60) length direction protrudes with the push top (61) that pushes top contact with the front side of put hook plate (5), the push hook of L shape The device (6) is pulled by the extended pulling rope (98) of the second transmission mechanism (9) to move along the front and rear direction of the frame (1) and push the hook plate (5) on the rear side along the chute (11) moves forward and backward, and the upper edge of the L-shaped hook pusher (6) pushes back the hook plate (64) and is positioned at the buckle interceptor (4) on the top of the hook plate (5) along the groove (12) ) to move forward and backward.

9. The button automatic threading device for electroplated buttons according to claim 1 or 8, characterized in that: the two hook plates (5) are movably mounted on the frame (1) located on the upper part of the guide groove (10) In the left and right symmetrical two forward and backward chute (11), between the rear ends of two hook plates (5), a horizontal plate (52) is fixedly connected horizontally, and the horizontal plate (52) and the two hook plates (5) constitute One-shaped mobile frame, the upper side of the front section of the horizontal plate (52) is provided with a groove (50) for the button of the rack to wear the hook A, and the rear part of the hook plate (5) and the end of the chute (11) The vertical support between the inner side is provided with spring (51).

10. The button automatic threading device for electroplated buttons according to claim 1, characterized in that: the two corresponding channels (12) located on the upper part of the two chute (11) are movable and equipped with button interceptors (4 ) of the two sliding boxes (40), the clipping plate (41) of the clipping device (4) is horizontally movable and placed in the longitudinal sliding groove 400 of the sliding box (40), and the front clipping plate (41) The side is a collection sheet (411) with a collection slot (412) on the front edge, and a spring (410) is supported between the rear side of the cut-off plate (41) and the rear end inner side of the sliding box (40).

11. The button automatic threading device for electroplated buttons according to claim 1 or 10, characterized in that: the sliding box (40) is a hollow rectangular body composed of two corresponding upper and lower plates and front and rear plates. A power-off touch switch (13) is installed in the N-shaped groove (12) on the rear side of (40), and the N-shaped groove (12) at the front side where the power-off touch switch (13) is installed A limit mechanism (8) is arranged on the lower slot plate.

12. The button automatic threading device for electroplated buttons according to claim 1 or 11, characterized in that: the limit mechanism (8) is pivotally arranged on the rear side frame plate of the frame (1) chute (11) Two symmetrical connecting rods (80) on the inner side and a circular movable pin (81) pivotally arranged at the front of the connecting rod (80) are formed, and the movable pin (81) is movably arranged in the lower groove of the long-shaped channel (12) In the corresponding through hole (120) of the plate, the rear section of the connecting rod (80) has a handle-shaped weighted section (83).

13. The button automatic threading device for electroplated buttons according to claim 12, characterized in that: the upper end of the movable pin (81) has a slope (810) facing the rear of the sliding box (40), which is in the shape of a front The middle section of the connecting rod (80) arranged in the direction is pivoted on the inside of the frame frame plate at the rear part of the end of the chute (11) by a pin shaft (82), and the lower side of the weight section (83) is a sliding arc of a shape. Face (830).

14. The button automatic threading device for electroplated buttons according to claim 1 or 8, characterized in that: the second transmission mechanism (9) consists of a motor fixed on the upper part of the support plate (17) at the bottom of the frame (1) (99), sleeve is connected in the belt pulley (92) on motor (99) output shaft, is positioned at the rotating shaft (93) of motor (99) just above frame (1) horizontal, is positioned at the rope pulley (93) two outer sections of rotating shaft (93) 96), the pulling rope (98) that is wound on the rope wheel (96) constitutes, and two pulling ropes (98) go around guide wheel (97) upwards and then extend forward horizontally until pushing hook device (6 ) rear portion is connected with the rear end of the spring (980) that is connected, and a large belt pulley (91) is inherently covered in the middle section of the rotating shaft (93), and a belt (95) is provided between the large belt pulley (91) and the belt pulley (92). ).

15. The button automatic threading device for electroplated buttons according to claim 14, characterized in that: the two ends of the rotating shaft (93) are movably installed in the vertical column (16) in the middle of the frame 1, and are connected to the rotating shaft ( 93) The two sheaves (96) that are fixedly sleeved and rotate synchronously have a concave positioning guide ring groove (960), and one end of the pull rope (98) is connected with the ring groove (960) of the sheave (96), and the pulling The other end of stay cord (98) bypasses the guide wheel (97) that is provided with circumferential ring groove (970) and is connected with the lug (63) protruding behind the horizontal frame plate (60) rear portion of hook pusher (6) The end of the spring (980) on the top is connected, and the guide wheel (97) is movably suspended on the inside of the column (16) by the pin shaft (94). A flat guide rod (981) that moves forward and backward synchronously. The flat guide rod (981) is located on the lower side of the connecting rod (80) and touches or touches the lower arc side of the rear section of the connecting rod (80) (83). break away.