CN209466572U - Implantation piece is implanted into jig and automatic implantation apparatus - Google Patents

Abstract

The utility model provides a kind of implantation piece implantation jig and automatic implantation apparatus, including material stock plate and ejecting mechanism, the material stock plate offers the material stock hole for placing implantation piece, the stop part for stopping implantation piece to be detached from the material stock hole is provided on the material stock plate, the ejecting mechanism includes ejection piece and the push component for pushing the ejection piece to move in the material stock hole of the material stock plate.Implantation piece is ejected by ejecting mechanism, on the one hand it is convenient for the application of active force, consequently facilitating overcoming manual mode that implantation piece is put into the accommodating cavity of mold, existing placement is not in place, out-of-flatness, is put into the problems such as depth is inconsistent, can guarantee the quality for the product being molded by.

Description

Implantation piece is implanted into jig and automatic implantation apparatus

Technical field

The utility model belongs to implantation injection molding technology field, more specifically, be related to a kind of implantation piece implantation jig and Automatic implantation apparatus.

Background technique

Branch of the implantation injection molding as Shooting Technique, for solving element to be assembled because of fabricated part caused by material difference Complicated and not high intensity problem.It when implantation injection molding needs that first implantation piece is put into mold, be then molded.It is existing Implantation injection molding generally by operator, manually implantation piece is put into the accommodating cavity of mold by mode, operator Be manually placed into implantation piece suffer from the drawback that implantation piece there may be place it is not in place, place out-of-flatness, multiple implantation pieces and be put into Depth it is inconsistent the problems such as, the injection molding quality of product will be influenced in this way；Moreover, by the way that implantation piece is put into mold manually It is also easy to the problems such as scald and incised wound occurs.

Utility model content

The purpose of this utility model is to provide a kind of implantation piece implantation jig and automatic implantation apparatus, to solve toward mold Inside be manually placed into implantation piece positioning it is not accurate and the technical issues of influence the injection molding of product.

In order to achieve the above purposes, the technical solution adopted by the utility model is: implantation piece is implanted into jig, including material stock plate and Ejecting mechanism, the material stock plate offer the material stock hole for placing implantation piece, are provided on the material stock plate for stopping to plant Enter the stop part that part is detached from the material stock hole, the ejecting mechanism includes ejection piece and for pushing the ejection piece to deposit toward described The push component moved in the material stock hole of flitch.

The utility model is further arranged, and the material stock plate is removably mounted on fixed bracket, the fixed bracket peace Equipped with snap close piece, the material stock plate is provided with the locked groove with snap close piece cooperation.

The utility model is further arranged, the fixed bracket include the first fixed plate and the second fixed plate, described second Between first fixed plate and the material stock plate, the snap close piece is rotatablely installed in first fixed plate fixed plate, Second fixed plate is provided with the first elastic component contacted with the snap close piece.

The utility model is further arranged, and first fixed plate is provided with the first installation passed through for the snap close piece Hole, second fixed plate are provided with the second mounting hole passed through for the snap close piece, and first elastic component is mounted on described In second mounting hole of the second fixed plate；The snap close piece is provided with solution lock section, rotation section and locking part, the rotary part in Between the solution lock section and the locking part, the rotation section is rotationally connected with the hole wall of first mounting hole, described sealed The locked groove of portion and the material stock plate is engaged by clamping.

The utility model is further arranged, and lifting component is provided in first fixed plate, and the lifting component includes The pulling plate and handle being mutually permanently connected, first fixed plate are described between the pulling plate and second fixed plate Pulling plate is provided with the limit hole passed through for the snap close piece, and the solution lock section, which has, slides against the first of cooperation with the pulling plate Guide surface, the locking part have the second guide surface that cooperation is slid against with the material stock plate.

The utility model is further arranged, first fixed plate and the setting of second fixed plate interval, and described first Interconnecting piece and movable plate are provided between fixed plate and second fixed plate；The interconnecting piece respectively with first fixed plate It is fixedly connected with the second fixed plate, the movable plate is slidably connected to the interconnecting piece；The ejection piece is fixedly connected on described Movable plate, the push component connect the movable plate and for driving the movable plate to slide.

The utility model is further arranged, and the push component includes the push arm and push rod being mutually permanently connected, described to push away Bar is fixedly connected with the movable plate.

The utility model is further arranged, and first fixed plate is provided with the slide opening passed through for the push rod, the drawing Plate is slidably connected to the push rod, and the second elastic component is provided between the push arm and the pulling plate.

The utility model is further arranged, and the first guiding knot is provided between second fixed plate and the material stock plate Structure；First guide frame includes the first guide part and the first pilot hole with first guide part cooperation guiding, institute It states the first guide part to be arranged in second fixed plate, first pilot hole is provided on the material stock plate.

The utility model is further arranged, and is provided on the material stock plate for the second guiding with mold cooperation guiding Part, the mold have the second pilot hole for second guide part merging.

The utility model is further arranged, and the stop part is rubber ring, and is circumferentially arranged along the inner wall in the material stock hole.

The utility model is further arranged, and the ejection piece is set as thimble.

The utility model additionally provides a kind of automatic implantation apparatus, including implantation piece as described above implantation jig and with The mechanical arm of the fixed bracket connection, the push component are connected with the first actuator, and the lifting component is connected with second Actuator.

The utility model additionally provides another automatic implantation apparatus, including implantation piece as described above implantation jig and The mechanical arm connecting with the fixed bracket, the push component includes for pushing the ejection piece depositing toward the material stock plate The third actuator that move in material hole, the snap close piece side be equipped with for drive the snap close piece and material stock plate locking or The fourth drive member of person's separation.

The beneficial effects of the utility model are, by being placed in advance in implantation piece in the material stock hole on material stock plate, then The implantation piece in the material stock hole of material stock plate is integrally implanted in the accommodating cavity of mold using ejecting mechanism；Pass through ejecting mechanism top Implantation piece out, is on the one hand convenient for the application of active force, consequently facilitating overcoming manual mode that implantation piece is put into the accommodating cavity of mold Interior existing placement is not in place, out-of-flatness, is put into the problems such as depth is inconsistent, can guarantee the quality for the product being molded by.Together When implantation piece eject when, the active force of manpower be applied to push component on, can effectively avoid human contact to mold or implantation Part, to avoid the problem that scald and incised wound occurs, the implantation piece on material stock plate disposably can all be implanted to the accommodating of mold It is intracavitary, and mold cooling is withouted waiting for, injection efficiency just can be greatlyd improve in this way.Implantation piece can be put on the outside of mold and deposit It is easy to operate in the material stock hole of flitch；And the pan feeding side in material stock hole is greater than discharging side, facilitates implantation piece to be directly placed into and deposits Expect hole, and do not need pressing action, so as to reduce the difficulty of implantation, improves the efficiency that implantation piece is put into material stock plate.Separately Outside, it is detachably connected, is used alternatingly in this way convenient for muti-piece material stock plate, so that the implantation of implantation piece between material stock plate and fixed bracket It can be operated simultaneously with ejection movement, to can be further improved injection efficiency.

Detailed description of the invention

It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this is practical new Some embodiments of type for those of ordinary skill in the art without any creative labor, can be with It obtains other drawings based on these drawings.

Fig. 1 is the assembling structure schematic diagram of the utility model embodiment；

Fig. 2 is the positive structure schematic of the utility model embodiment；

Fig. 3 is the Facad structure cross-sectional view of the utility model embodiment；

Fig. 4 is the enlarged drawing in Fig. 3 at A；

Fig. 5 is the structural schematic diagram of material stock plate in the utility model embodiment.

Wherein, it is respectively marked in figure are as follows:

1, material stock plate；11, material stock hole；12, stop part；13, locked groove；14, the second guide part；2, implantation piece；3, cover board；4, Fixed bracket；41, the first fixed plate；411, the first mounting hole；412, slide opening；42, the second fixed plate；421, the first elastic component； 422, the second mounting hole；423, the first guide part；43, interconnecting piece；44, movable plate；441, through-hole；5, snap close piece；51, it unlocks Portion；511, the first guide surface；52, rotation section；53, locking part；531, the second guide surface；6, component is lifted；61, pulling plate；611, Limit hole；62, handle；7, ejection piece；8, component is pushed；81, push arm；82, push rod；83, the second elastic component.

Specific embodiment

In order to which technical problem to be solved in the utility model, technical solution and beneficial effect is more clearly understood, with Lower combination accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein It applies example to be only used to explain the utility model, is not used to limit the utility model.

Referring to Figure 1 to Fig. 5, the utility model embodiment provides a kind of implantation piece implantation jig, including material stock plate 1 and top Mechanism out, the surface of material stock plate 1 offer several material stock holes 11 for placing implantation piece 2, several material stock holes 11 are being deposited The surface interval of flitch 1 is arranged, and several material stock holes 11 arrangement and mold on to be placed into implantation piece 2 accommodating cavity arrangement pair It should be arranged；The stop part 12 for stopping implantation piece 2 to be directly detached from from material stock hole 11, ejector are additionally provided on material stock plate 1 Structure is then used to from material stock hole 11 eject implantation piece 2 from inside to outside；Ejecting mechanism includes ejection piece 7 and push component 8, pushes component 8 for pushing ejection piece 7 to move in the material stock hole 11 of material stock plate 1, and in the present embodiment, ejection piece 7 is specifically configured to thimble.

When work, implantation piece 2 is pre-placed in the material stock hole 11 of material stock plate 1, and under the barrier effect of stop part 12 It will not directly be fallen from material stock hole 11.When push component 8 pushes ejection piece 7 to move in the material stock hole 11 of material stock plate 1, ejection Part 7 can extend into the material stock hole 11 of material stock plate 1, be placed in the implantation piece 2 in material stock hole 11 under the active force of ejection piece 7 Stop part 12 is squeezed, making stop part 12, deformation occurs, and then implantation piece 2 is enable to be ejected from inside to outside from material stock hole 11, accurately Ground is implanted in the accommodating cavity of mold, to overcome manual mode that implantation piece 2 is put into existing placement in the accommodating cavity of mold Not in place, out-of-flatness is put into the problems such as depth is inconsistent, can guarantee the quality for the product being molded by.

In the present embodiment, as shown in Figure 1 and Figure 5, stop part 12 is elastic bolster guide part, such as rubber ring, and stop part 12 Inner wall along material stock hole 11 is circumferentially arranged, and stop part 12 can be packaged in material stock plate 1 by cover board 3；In other embodiments, only Block piece 12 can also be fixed in material stock plate 1 by way of glue or hot melt.Material stock hole 11 is that one side opening of pan feeding is big, discharges The small conical through-hole of one side opening, in order to quickly be put into implantation piece 2 in the material stock hole 11 of material stock plate 1；Stop part 12 is specific It may be provided on the hole wall of the discharging side of material stock hole 11, the maximum outside diameter of implantation piece 2 is greater than the internal diameter of stop part 12, and is less than and deposits (aperture of the general discharging of material stock hole 11 side is extremely slightly larger than 2 maximum outside diameter 0.02mm of implantation piece in the aperture of material hole 11 discharging side 0.05mm is best to guarantee that implantation piece 2 can be ejected mechanism and smoothly eject), implantation piece 2 can either be guaranteed in stop part in this way It will not directly be fallen from material stock hole 11 under 12 blocking, and implantation piece 2 can be made to squeeze stop part under the active force of ejecting mechanism 12 and so that the internal diameter of stop part 12 is become larger, guarantee that implantation piece 2 can pass through stop part 12 and be ejected, and be accurately implanted into mold In accommodating cavity；In other embodiments, stop part 12 can also be the elastomeric elements such as wave son screw, elastic slice or spring, implantation piece 2 Stop part 12 can be made to deform or deviate initial position to be detached from material stock plate 1 under ejecting force effect.In addition, working as implantation piece 2 have elasticity when, then stop part 12 may be set to be rigid stop part, such as iron hoop, steel ring etc., at this point, implantation piece 2 can It deforms to be detached from material stock plate 1 under ejecting force effect.

Further, as depicted in figs. 1 and 2, material stock plate 1 is removably mounted on fixed bracket 4, in fixed bracket 4 On snap close piece 5 is installed, then offered on material stock plate 1 with snap close piece 5 cooperate locked groove 13.Pass through the lock on fixed bracket 4 The mutual cooperation of the locked groove 13 of fastener 5 and material stock plate 1 enables material stock plate 1 to be rapidly detachably secured on fixed bracket 4, Easy disassembly.

Further, as depicted in figs. 1 and 2, fixed bracket 4 includes the first fixed plate 41 and the second fixed plate 42, and the Two fixed plates 42 are between the first fixed plate 41 and material stock plate 1；The rotational installation of snap close piece 5 is solid in the first fixed plate 41, second Fixed board 42 is equipped with the first elastic component 421 contacted with snap close piece 5.Snap close piece 5 is acted in the elastic force of the first elastic component 421 Lower and material stock plate 1 locked groove 13 cooperates, and snap close piece 5 is not easy to deviate from out of locked groove 13, is firmly attached to material stock plate 1 solid Fixed rack 4；When snap close piece 5 overcomes the elastic force of the first elastic component 421 under external force and rotates, snap close piece 5 compresses After first elastic component 421 enables snap close piece 5 to rotate and deviates from the locked groove 13 of material stock plate 1, and external force disappears, lock Part 5 can automatically reset under the action of the first elastic component 421, keep the installation and removal of material stock plate 1 more convenient.

Specifically, as shown in Figure 3 and Figure 4, the first fixed plate 41 offers the first mounting hole 411 passed through for snap close piece 5, Second fixed plate 42 offers the second mounting hole 422 passed through for snap close piece 5, and the first elastic component 421 is mounted on the second fixed plate In 42 the second mounting hole 422；In the present embodiment, the first elastic component 421 is spring, and the first elastic component 421 is placed in second In second mounting hole 422 of fixed plate 42, and one end of the first elastic component 421 is abutted with the second fixed plate 42, the other end and lock Fastener 5 abuts.Snap close piece 5 has solution lock section 51, rotation section 52 and locking part 53, and rotation section 52 is located at solution lock section 51 and locking part Between 53；In the present embodiment, solution lock section 51 is located at the upper end of snap close piece 5, and rotation section 52 is located at the middle-end of snap close piece 5, sealed Portion 53 is located at the lower end of snap close piece 5.Rotation section 52 is rotationally connected with the hole wall of the first mounting hole 411, the rotation in the present embodiment Portion 52 is specifically configured to the rotational pin being fixedly connected on snap close piece 5；Under the action of the first elastic component 421, the lock of snap close piece 5 Conjunction portion 53 is tightly caught in the locked groove 13 of material stock plate 1, and material stock plate 1 is made to be fixedly connected on fixed bracket 4.By to snap close piece 5 Solution lock section 51 apply external force, make snap close piece 5 that the elastic force of the first elastic component 421 be overcome to rotate around rotation section 52, snap close piece 5 at this time The first elastic component 421 is compressed, the locking part 53 of snap close piece 5 just can rotate and deviate from the locked groove 13 of material stock plate 1.

Further, as shown in Figure 2 and Figure 4, lifting component 6 is installed, lifting component 6 includes phase in first fixed plate 41 The pulling plate 61 and handle 62 being mutually fixedly connected, the first fixed plate 41 are located between pulling plate 61 and the second fixed plate 42；In pulling plate 61 On offer the limit hole 611 passed through for snap close piece 5, solution lock section 51 has the first guide surface that cooperation is slid against with pulling plate 61 511, locking part 53 has the second guide surface 531 that cooperation is slid against with material stock plate 1.

Pulling plate 61 can be pulled up by handle 62, during pulling plate 61 moves up, the first guiding of solution lock section 51 Face 511 is abutted with the one side wall of the limit hole 611 of pulling plate 61, to force the solution lock section 51 of snap close piece 5 by the outer of pulling plate 61 Power, snap close piece 5 rotate under the action of the external force around rotation section 52, and compress the first elastic component 421, and then make snap close piece 5 Locking part 53 can rotate and be detached from the locked groove 13 of material stock plate 1, material stock plate 1 easy to disassemble.

When installing material stock plate 1, the locking part 53 of snap close piece 5 is moved into the locked groove 13 of material stock plate 1, when locking part 53 When second guide surface 531 is abutted with the opening of the locked groove 13 of material stock plate 1, the locking part 53 of snap close piece 5 is by the outer of material stock plate 1 Power (extruding force), snap close piece 5 rotate under the action of the external force around rotation section 52, and compress the first elastic component 421, and then make to lock The locking part 53 of fastener 5 can smoothly enter in the locked groove 13 of material stock plate 1, and after locking part 53 enters locked groove 13, which disappears It loses, the locking part 53 of snap close piece 5 reverse deflection under the elastic force effect of the first elastic component 421, and is tightly stuck in material stock plate 1 In locked groove 13, it is quickly and expediently installed.In the present embodiment, the locking part 53 of snap close piece 5 is settable in hook-shaped, the installation of material stock plate 1 When, it can be caught in the locked groove 13 of material stock plate 1 in hook-shaped locking part 53, material stock plate 1 is fixed.

Further, as depicted in figs. 1 and 2, in the present embodiment, ejection piece 7 is disposed through the second fixed plate 42, and Ejection piece 7 is provided with several and is intervally arranged.Under the impetus of push component 8, ejection piece 7 can protrude into material stock plate 1 In material stock hole 11, the implantation piece 2 placed in material stock hole 11 is ejected outward and is accurately implanted in the accommodating cavity of mold.

Further, as shown in Figure 2 and Figure 4, the first fixed plate 41 and the setting of the second fixed plate 42 interval, it is fixed first Interconnecting piece 43 and movable plate 44 are provided between plate 41 and the second fixed plate 42.Wherein, interconnecting piece 43 respectively with the first fixed plate 41 are fixedly connected with the second fixed plate 42, and the interconnecting piece 43 in the present embodiment is set as connecting column, and the both ends of interconnecting piece 43 point It is not fixedly connected with the first fixed plate 41 and the second fixed plate 42, in other embodiments, interconnecting piece 43 may be alternatively provided as connecting The structures such as block or connecting rod；Movable plate 44 is slidably connected to interconnecting piece 43, is play the guiding role with the sliding to movable plate 44；Ejection One end of part 7 is fixedly connected on movable plate 44, and push component 8 is connect with movable plate 44, and for driving movable plate 44 along even Socket part 43 is slided；At this point, snap close piece 5 passes through the through-hole 441 on movable plate 44.When pushing the driving sliding of movable plate 44 of component 8, The ejection piece 7 being fixedly connected with movable plate 44 can protrude into the material stock hole 11 of material stock plate 1, eject the implantation piece 2 in material stock hole 11.

Specifically, push component 8 includes the push arm 81 and push rod 82 being mutually permanently connected, one end of push rod 82 and movable plate 44 are fixedly connected.In the present embodiment, there are two the settings of push rod 82, one end of two push rods 82 is separately fixed at movable plate 44 On, the other end of two push rods 82 is fixedly connected with two ends of push arm 81 respectively.It, can by pushing push arm 81 to move downward Make 44 slide downward of movable plate, and then protrudes into ejection piece 7 in the material stock hole 11 of material stock plate 1.

Further, as shown in Figure 2 and Figure 4, the slide opening 412 passed through for push rod 82 is offered in the first fixed plate 41, Pulling plate 61 is slidably connected on push rod 82, and push rod 82 plays guiding role to the sliding of pulling plate 61, push arm 81 and pulling plate 61 it Between be provided with the second elastic component 83.In the present embodiment, the second elastic component 83 is set as spring, and the second elastic component 83 is sleeved on and pushes away One end of the periphery of bar 82, the second elastic component 83 is abutted with push arm 81, and the other end is abutted with the first fixed plate 41.Push component 8 During pushing ejection piece 7 to protrude into the material stock hole 11 of material stock plate 1, the second elastic component 83 is compressed；Ejection piece 7 is by material stock hole 11 After interior implantation piece 2 ejects, push component 8 can automatically reset under the effect of the elastic-restoring force of the second elastic component 83.In addition, drawing During plate 61 makes the locked groove 13 of the disengaging material stock plate 1 of locking part 53 of snap close piece 5 along 43 upward sliding of interconnecting piece, the second elasticity Part 83 can also be compressed；After material stock plate 1 is dismantled, lifting component 6 can also be under the effect of the elastic-restoring force of the second elastic component 83 It automatically resets.

Further, as depicted in figs. 1 and 2, the first guiding knot is additionally provided between the second fixed plate 42 and material stock plate 1 Structure, the first guide frame include that several first guide parts 423 for being arranged in the second fixed plate 42 and several settings are being deposited The first pilot hole (not shown) on flitch 1, the first guide part 423 cooperate with the first pilot hole on material stock plate 1, can Guarantee that contraposition is accurate when fixed bracket 4 cooperates with material stock plate 1, deposits to can guarantee that ejecting mechanism successfully ejects implantation piece 2 The material stock hole 11 of flitch 1.

Further, as depicted in figs. 1 and 2, material stock plate 1 away from the surface of the second fixed plate 42 be additionally provided with several the Two guide parts 14, the second guide part 14 cooperate with the second pilot hole on mold, can guarantee the appearance on material stock hole 11 and mold It is accurate to set chamber contraposition, consequently facilitating the implantation piece 2 in material stock hole 11 is accurately implanted into the accommodating cavity of mold by ejection piece 7.

The utility model embodiment also provides a kind of automatic implantation apparatus, including implantation piece as described above is implanted into jig, It further include the mechanical arm (not shown) being connect with fixed bracket 4；Meanwhile it pushing component 8 and being connected with the first actuator (in figure It is not shown), lifting component 6 is connected with the second actuator (not shown).

Mechanical arm is fixedly connected with fixed bracket 4, for implantation piece implantation jig to be transferred at mold, or from mold It removes at place.First actuator pushes up ejection piece 7 outward the implantation piece 2 in material stock hole 11 for driving push component 8 to move Out；In the present embodiment, the first actuator is preferably cylinder, and the top that can control implantation piece 2 is shunk by the first actuator of control Out, so as to easily implantation piece 2 is implanted in the accommodating cavity of mold.Second actuator is for driving lifting component 6 to transport It is dynamic, so that the locking part 53 of snap close piece 5 is detached from the locked groove 13 of material stock plate 1；In the present embodiment, the second actuator is preferably cylinder, is led to The flexible lifting component 6 that can control for crossing the second actuator of control moves up and down, consequently facilitating control snap close piece 5 rotates, makes to lock The locking part 53 of fastener 5 is separated with the locked groove 13 of material stock plate 1, and then separates material stock plate 1 with fixed bracket 4, convenient for that will be implanted into Part 2 is put into the material stock hole 11 of material stock plate 1.

When in use, two blocks of material stock plates 1 can be allowed to work alternatively: can be with after being put into implantation piece 2 on first block of material stock plate 1 Allow it combine fixation with fixed bracket 4, the position of mold then transferred to using mechanical arm, allow first block of material stock plate 1 and Mold contraposition drives push component 8 by the first actuator, makes ejection piece 7 will be in the implantation to the accommodating cavity of mold of implantation piece 2； It, can be toward being put into implantation on second block of material stock plate 1 during implantation piece 2 on first block of material stock plate 1 is implanted into the accommodating cavity of mold Part 2, available be manually placed into of implantation piece 2 is put into first block of material stock plate 1 or second block of material stock plate 1 can also be used other certainly Dynamicization equipment is put into；After all accommodating cavities of implantation mold of the implantation piece 2 on first block of material stock plate 1, it will be consolidated by mechanical arm Fixed rack 4 and first block of material stock plate 1 are removed, and then molding is molded；Meanwhile lifting component 6 is driven using the second actuator It separates fixed bracket 4 with first block of material stock plate 1, fixed bracket 4 is transferred to by second block of material stock plate, 1 top by mechanical arm, The lower end of fixed bracket 4 is allowed to dock with second block of material stock plate 1 for having been placed in implantation piece 2；Make second piece by the second actuator Material stock plate 1 is rapidly secured on fixed bracket 4, is waited after product is taken out in die sinking next time in this way, can by mechanical arm by Second block of material stock plate 1 is transferred to above mold, then the implantation piece 2 on second block of material stock plate 1 is implanted into mould by the first actuator In the accommodating cavity of tool, implantation piece 2 can be put into first block of material stock plate 1 by artificial or other automation equipments at this time. It repeats the above process, just can be used alternatingly to mold by first block of material stock plate 1 and second block of material stock plate 1 and be implanted into implantation piece 2, It is on the other hand safe convenient for guaranteeing on the one hand convenient for operating, improving implantation efficiency since implantation piece 2 is implanted into mold exterior.

The utility model embodiment additionally provides another automatic implantation apparatus, including implantation piece as described above implantation is controlled Tool further includes the mechanical arm (not shown) connecting with fixed bracket 4；Push component 8 includes for pushing ejection piece 7 is past to deposit The third actuator (not shown) moved in the material stock hole 11 of flitch 1,5 side of snap close piece are equipped with for driving snap close piece 5 With the locking of material stock plate 1 or isolated fourth drive member (not shown)；In the program, mechanical arm and fixed bracket 4 are fixed Connection is transferred at mold for implantation piece to be implanted into jig, or removes from mold, third actuator and fourth drive member Preferred cylinder, third actuator are bolted in the first fixed plate 41, and the cylinder rod of third actuator runs through first It is fixedly connected after fixed plate 41 with ejection piece 7；Unlike the automatic implantation apparatus provided in previous technical solution: the technology Third actuator and fourth drive member in scheme are fixedly connected with ejection piece 7 and snap close piece 5 respectively, and third actuator directly drives Implantation piece ejection is perhaps removed fourth drive member by dynamic ejection piece 7 out of material stock hole 11, and to directly drive snap close piece 5 mobile or turn It moves to lock or separate, the automatic plant in the relatively previous technical solution of the automatic implantation apparatus in the division with material stock plate 1 Enter apparatus structure more succinctly, conveniently.

Implantation piece implantation jig and automatic implantation apparatus provided by the utility model, are deposited by the way that implantation piece 2 to be placed in advance in In material stock hole 11 on flitch 1, then 2 entirety of implantation piece in the material stock hole 11 of material stock plate 1 is implanted to using ejecting mechanism In the accommodating cavity of mold；Implantation piece 2 is ejected by ejecting mechanism, is on the one hand convenient for the application of active force, consequently facilitating overcoming hand Implantation piece 2 is put into and existing in the accommodating cavity of mold place not in place, out-of-flatness, is put into that depth is inconsistent etc. to ask by flowing mode Topic, can guarantee the quality for the product being molded by.When implantation piece 2 ejects simultaneously, the active force of manpower is applied to push component 8 On, it can effectively avoid human contact to mold or implantation piece 2, to avoid the problem that scald occurs and hurt, on material stock plate 1 Implantation piece 2 disposably can all be implanted in the accommodating cavity of mold, and it is cooling to without waiting for mold, so just can be greatly Improve injection efficiency.Implantation piece 2 can be put into the material stock hole 11 of material stock plate 1 on the outside of mold, easy to operate；And material stock hole 11 Pan feeding side be greater than discharging side, facilitate implantation piece 2 to be directly placed into material stock hole 11, and do not need pressing action, so as to The difficulty of implantation is reduced, the efficiency that implantation piece 2 is put into material stock plate 1 is improved.In addition, removable between material stock plate 1 and fixed bracket 4 Connection is unloaded, is used alternatingly in this way convenient for muti-piece material stock plate 1, so that the implantation of implantation piece 2 can operate simultaneously with ejection movement, thus It can be further improved production efficiency.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (13)

1. implantation piece is implanted into jig, which is characterized in that including material stock plate and ejecting mechanism, the material stock plate is offered for placing The material stock hole of implantation piece is provided with the stop part for stopping implantation piece to be detached from the material stock hole, the top on the material stock plate Mechanism includes ejection piece and the push component for pushing the ejection piece to move in the material stock hole of the material stock plate out.

2. implantation piece according to claim 1 is implanted into jig, it is characterised in that: the material stock plate is removably mounted at fixation On bracket, the fixed bracket is equipped with snap close piece, and the material stock plate is provided with the locked groove with snap close piece cooperation.

3. implantation piece according to claim 2 is implanted into jig, it is characterised in that: the fixed bracket includes the first fixed plate With the second fixed plate, second fixed plate is between first fixed plate and the material stock plate, the snap close piece rotation It is installed on first fixed plate, second fixed plate is provided with the first elastic component contacted with the snap close piece.

4. implantation piece according to claim 3 is implanted into jig, it is characterised in that: first fixed plate is provided with described in confession The first mounting hole that snap close piece passes through, second fixed plate is provided with the second mounting hole passed through for the snap close piece, described First elastic component is mounted in the second mounting hole of second fixed plate；The snap close piece be provided with solution lock section, rotation section and Locking part, for the rotary part between the solution lock section and the locking part, the rotation section is rotationally connected with described first The locked groove of the hole wall of mounting hole, the locking part and the material stock plate is engaged by clamping.

5. implantation piece according to claim 4 is implanted into jig, it is characterised in that: be provided with lifting in first fixed plate Component, the lifting component includes the pulling plate and handle being mutually permanently connected, and first fixed plate is located at the pulling plate and institute State between the second fixed plate, the pulling plate is provided with the limit hole passed through for the snap close piece, the solution lock section have with it is described Pulling plate slides against the first guide surface of cooperation, and the locking part has the second guiding that cooperation is slid against with the material stock plate Face.

6. implantation piece according to claim 5 is implanted into jig, it is characterised in that: first fixed plate and described second is consolidated The setting of fixed board interval, is provided with interconnecting piece and movable plate between first fixed plate and second fixed plate；The connection Portion is fixedly connected with first fixed plate and the second fixed plate respectively, and the movable plate is slidably connected to the interconnecting piece；Institute It states ejection piece and is fixedly connected on the movable plate, the push component connects the movable plate and for driving the movable plate sliding It is dynamic.

7. implantation piece according to claim 6 is implanted into jig, it is characterised in that: the push component includes the company of being fixed to each other The push arm and push rod connect, the push rod are fixedly connected with the movable plate.

8. implantation piece according to claim 7 is implanted into jig, it is characterised in that: first fixed plate is provided with described in confession The slide opening that push rod passes through, the pulling plate are slidably connected to the push rod, the second bullet are provided between the push arm and the pulling plate Property part.

9. implantation piece according to claim 3 is implanted into jig, it is characterised in that: second fixed plate and the material stock plate Between be provided with the first guide frame；First guide frame includes the first guide part and cooperates with first guide part First pilot hole of guiding, first guide part are arranged in second fixed plate, and first pilot hole is provided with institute It states on material stock plate.

10. implantation piece according to claim 1 is implanted into jig, it is characterised in that: be provided on the material stock plate for Second guide part of one mold cooperation guiding, the mold have the second pilot hole for second guide part merging.

11. implantation piece according to claim 1 is implanted into jig, it is characterised in that: the stop part is rubber ring, and along institute The inner wall for stating material stock hole is circumferentially arranged.

12. automatic implantation apparatus, it is characterised in that: be implanted into jig including the implantation piece as described in claim 5 to 8 any one And the mechanical arm connecting with the fixed bracket, the push component are connected with the first actuator, the lifting component connection There is the second actuator.

13. automatic implantation apparatus, it is characterised in that: including the implantation piece implantation as described in 2,3,4,9 any one of claim Jig and the mechanical arm connecting with the fixed bracket, the push component include for pushing the ejection piece to deposit toward described The third actuator moved in the material stock hole of flitch, the snap close piece side are equipped with for driving the snap close piece and the material stock Plate locking or isolated fourth drive member.