CN203649395U - Automatic silver alloy contact re-pressing machine - Google Patents

Automatic silver alloy contact re-pressing machine Download PDF

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Publication number
CN203649395U
CN203649395U CN201320889361.7U CN201320889361U CN203649395U CN 203649395 U CN203649395 U CN 203649395U CN 201320889361 U CN201320889361 U CN 201320889361U CN 203649395 U CN203649395 U CN 203649395U
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CN
China
Prior art keywords
cylinder
processing platform
placement
silver alloy
alloy contact
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201320889361.7U
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Chinese (zh)
Inventor
虞晓波
虞夏宇
徐定汉
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
RUI'AN YONGMING ELECTRICAL ALLOY FACTORY
Original Assignee
RUI'AN YONGMING ELECTRICAL ALLOY FACTORY
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Publication date
Application filed by RUI'AN YONGMING ELECTRICAL ALLOY FACTORY filed Critical RUI'AN YONGMING ELECTRICAL ALLOY FACTORY
Priority to CN201320889361.7U priority Critical patent/CN203649395U/en
Application granted granted Critical
Publication of CN203649395U publication Critical patent/CN203649395U/en
Withdrawn - After Issue legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to a silver alloy contact machining apparatus and especially relates to an automatic silver alloy contact re-pressing machine. The specific technical scheme is that the automatic silver alloy contact re-pressing machine comprises a machine body and a machining platform; one vertical end of the machining platform is a charging end, and the other end of the machining machine is a machining end which is provided with a stamping mechanism; the charging end is provided with a charging tray, a feeding track, a material placing mechanism that can vertically slide along the machining platform in a reciprocating manner, and a material pushing mechanism that can push material in the feeding track to the material placing mechanism; a material pushing mechanism arranged to be opposite to the material placing mechanism is disposed under the charging end of the machining platform; and a core branch clamping mechanism that obtains core branches and rising and falling along the machining platform is disposed at one side of the charging end when the material placing mechanism is on the charging end. According to the above technical scheme, provided is the automatic silver alloy contact re-pressing machine that can be produced in batch, is high in production efficiency and reduced in production cost, and enables safety hidden troubles to be eliminated.

Description

The multiple press of full-automatic silver alloy contact
Technical field
The utility model relates to a kind of silver alloy contact process equipment, particularly the multiple press of a kind of full-automatic silver alloy contact.
Background technology
Electrical contact is the vitals of primary cut-out, switch cubicle, isolating switch, earthed switch, and its performance directly affects quality and the service life of these High-Voltage Electrical Appliances.Traditional electrical contact processing is mainly undertaken by craft, being about to required silver alloy powder and the silver powder of processing electrical contact puts in mould by craft, and then press compression mould by craft and implement processing, the working (machining) efficiency of this kind of mode of operation is low, and batch production electrical contact needs a large amount of manpowers, make it production cost high, in this process, easily cause the waste of material; And there is certain potential safety hazard when manual operation, as careless slightly, the punching press meeting of mould damages operator's hand.
Summary of the invention
The deficiency existing for prior art, the multiple press of full-automatic silver alloy contact that the utility model provides a kind of and can be mass, production efficiency is high, reduce production costs, eliminate safe hidden trouble.
For achieving the above object, the utility model provides following technical scheme: the multiple press of a kind of full-automatic silver alloy contact, it is characterized in that: include body, be located at the processing platform on body, longitudinal one end of processing platform is feed end, the other end is processing end, its processing end place is provided with punching mechanism, feed end place is provided with charging tray, the feeding track being connected with charging tray, can and the material in feeding track can be pushed to the pusher in material placement mechanism along the longitudinal material placement mechanism toward polyslip of processing platform, the bottom of described processing platform feed end is provided with the material jacking mechanism of setting corresponding to material placement mechanism, what one side of feed end was provided with that material placement mechanism extracts core branch on it in the time of feed end can be along the core branch clamping device of processing platform lifting.
Adopt technique scheme, the multiple silver alloy contact of pressing of machine-shaping and wait is placed in charging tray, and enter into feeding track by charging tray, pusher is pushed into the silver alloy contact that enters feeding track in material placement mechanism, core branch clamping device is also put into core branch in material placement mechanism simultaneously, the processing end place of material placement mechanism along the straight skidding of processing platform to processing platform, punching mechanism is implemented punching press to the core branch in material placement mechanism and silver alloy contact, the placement of core branch is impaired in punching course in order to prevent silver alloy contact, make the pressurized dynamics of silver alloy contact more evenly steady simultaneously, after silver alloy contact completes multiple pressure, material placement mechanism is along processing platform straight skidding to feed end place, core branch clamping device takes out the core branch in material placement mechanism, then material jacking mechanism will eject through multiple silver alloy contact of pressing in material placement mechanism, just completed whole manufacturing procedure with this, then carry out again the multiple pressure of next silver alloy contact with this operation, without manual operation, the potential safety hazard existing while eliminating manual operation, improve production efficiency, the multiple press of full-automatic silver alloy contact simultaneously reducing production costs.
The utility model is further set to: punching mechanism includes and sets up the drift of processing platform processing end top and the driving cylinder that drives drift to move towards processing platform; Described feeding track and processing platform be arranged in parallel, pusher and processing platform are vertical setting, this pusher includes mount pad, be located on mount pad and may extend to the push rod at feeding track place and drive the cylinder block of push rod, between cylinder block and push rod, is connected by linkage block; Described material placement mechanism include install framework, the slippage of drive installation framework cylinder, be located at the module of installing in framework, module is provided with material and places die cavity; The ejector beam that described material jacking mechanism includes material ejection cylinder and is connected with material ejection cylinder, the material in described drift and ejector beam and module is placed die cavity adaptation.
Wherein, offer the locating aperture of placing for push rod on feeding track, one end of described linkage block is connected with cylinder block, and other end place offers the slot of pegging graft for push rod, is guide rail guide groove and coordinates between linkage block and mount pad.
Adopt technique scheme, arrange so simple in structure, easy to process; On feeding track, arranging on the one hand of locating aperture can make push rod that the material in feeding track is pushed in material placement mechanism, also can implement guiding to push rod on the other hand, makes the operation of push rod more stable.
The utility model is further set to: core branch clamping device include the lift cylinder that is set up on body and with lift cylinder be connected can opening and closing clamping head, described clamping head includes the finger cylinder being connected with the cylinder axis of lift cylinder and two gripper jaws that are connected with finger cylinder, finger cylinder is provided with two can be in the same way or reverse mobile cylinder axis, and two gripper jaws are connected respectively at two cylinder axis.
Adopt above-mentioned technical side to decide on a verdict, processing and easy to assembly, simple in structure is set like this.
The utility model is further set to: the both lateral sides that body is positioned at processing platform processing end is provided with material placement mechanism detent mechanism, and this material placement mechanism detent mechanism includes to be located at the locating piece of processing platform both lateral sides and can to drive the locating piece that two locating pieces move towards processing platform to drive cylinder.
Adopt technique scheme, the setting of material placement mechanism detent mechanism can be implemented location to material placement mechanism, prevent that punching mechanism is in punching course, material placement mechanism is offset and causes the stamping position of silver alloy contact to be offset, and the punching press dynamics that silver alloy contact is subject to is inhomogeneous.
Below in conjunction with accompanying drawing, the utility model is further described.
Brief description of the drawings
Fig. 1 is the schematic perspective view of the utility model embodiment;
Fig. 2 is the I portion enlarged diagram of Fig. 1;
Fig. 3 is the sectional perspective schematic diagram of the utility model embodiment;
Fig. 4 is the schematic perspective view of material placement mechanism in the utility model embodiment;
Fig. 5 is the schematic perspective view of the utility model embodiment SMIS branch clamping device;
Fig. 6 is the schematic perspective view of pusher in the utility model embodiment;
Fig. 7 is the schematic perspective view of material jacking mechanism in the utility model embodiment;
Fig. 8 is the decomposing schematic representation of material placement mechanism in the utility model embodiment.
Detailed description of the invention
The multiple press of the full-automatic silver alloy contact of one as Figure 1-Figure 8, include body 1, be located at the processing platform 2 on body 1, longitudinal one end of processing platform 2 is feed end 21, the other end is processing end 22, its processing end 22 places are provided with punching mechanism 3, feed end 21 places are provided with charging tray 4, the feeding track 41 being connected with charging tray 4, can and the material in feeding track 41 can be pushed to the pusher 6 in material placement mechanism 5 along the longitudinal material placement mechanism 5 toward polyslip of processing platform 2, the bottom of processing platform 2 feed ends 21 is provided with the material jacking mechanism 7 of setting corresponding to material placement mechanism 5, what one side of feed end 21 was provided with that material placement mechanism 5 extracts core branch on it in the time of feed end 21 can be along the core branch clamping device 8 of processing platform 2 liftings.In such scheme, the multiple silver alloy contact of pressing of machine-shaping and wait is placed in charging tray 4, and enter into feeding track 41 by charging tray 4, pusher 6 is pushed into the silver alloy contact that enters feeding track 41 in material placement mechanism 5, core branch clamping device is also put into core branch in material placement mechanism 5 simultaneously, material placement mechanism 5 is held 22 places along straight skidding to the processing of processing platform 2 of processing platform 2, punching mechanism 3 is implemented punching press to the core branch in material placement mechanism 5 and silver alloy contact, the placement of core branch is impaired in punching course in order to prevent silver alloy contact, make the pressurized dynamics of silver alloy contact more evenly steady simultaneously, after silver alloy contact completes multiple pressure, material placement mechanism 5 is along processing platform 2 straight skiddings to feed end 21 places, core branch clamping device 8 takes out the core branch in material placement mechanism 5, then material jacking mechanism 7 will eject through multiple silver alloy contact of pressing in material placement mechanism 5, just completed whole manufacturing procedure with this, then carry out again the multiple pressure of next silver alloy contact with this operation, without manual operation, the potential safety hazard existing while eliminating manual operation, improve production efficiency, the multiple press of full-automatic silver alloy contact simultaneously reducing production costs.
In the utility model embodiment, punching mechanism 3 includes and sets up the drift 31 of processing platform 2 processing end 22 tops and the driving cylinder 32 that drives drift 31 to move towards processing platform 2; Feeding track 41 be arranged in parallel with processing platform 2, pusher 6 is vertical setting with processing platform 2, this pusher 6 includes mount pad 61, be located on mount pad 61 and may extend to the push rod 62 at feeding track 41 places and drive the cylinder block 63 of push rod 62, between cylinder block 63 and push rod 62, is connected by linkage block 64; Material placement mechanism 5 include install framework 51,51 slippages of drive installation framework cylinder 52, be located at the module 53 of installing in framework 51, module 53 is provided with material and places die cavity 54; The ejector beam 72 that material jacking mechanism 7 includes material ejection cylinder 71 and is connected with material ejection cylinder 71, drift 31 and ejector beam 72 are placed die cavity 54 adaptations with the material in module 53.On feeding track 41, offer the locating aperture 411 of placing for push rod 62, one end of linkage block 64 is connected with cylinder block 63, and other end place offers the slot 641 of pegging graft for push rod 62, is guide rail guide groove and coordinates between linkage block 64 and mount pad 61.Arrange so simple in structure, easy to process; On feeding track 41, arranging on the one hand of locating aperture 411 can make push rod 62 that the material in feeding track 41 is pushed in material placement mechanism 5, also can implement guiding to push rod 62 on the other hand, makes the operation of push rod 62 more stable.
In the utility model embodiment, core branch clamping device 8 include the lift cylinder 81 that is set up on body 1 and with lift cylinder 81 be connected can opening and closing clamping head 82, clamping head 82 includes the finger cylinder 821 being connected with the cylinder axis of lift cylinder 81 and two gripper jaws 822 that are connected with finger cylinder 821, finger cylinder 821 be provided with two can be in the same way or oppositely mobile cylinder axis 8211, two gripper jaws 822 be connected with two cylinder axis 8211 respectively.
In the utility model embodiment, the both lateral sides that body 1 is positioned at processing platform 2 processing ends 22 is provided with material placement mechanism detent mechanism 9, and this material placement mechanism detent mechanism 9 includes to be located at the locating piece 91 of processing platform 2 both lateral sides and can to drive the locating piece that two locating pieces 91 move towards processing platform 2 to drive cylinder 92.The setting of material placement mechanism detent mechanism 9 can be implemented location to material placement mechanism 5, prevent that punching mechanism 3 is in punching course, material placement mechanism 5 is offset and causes the stamping position of silver alloy contact to be offset, and the punching press dynamics that silver alloy contact is subject to is inhomogeneous.
In the utility model embodiment, framework 51 is installed to be made up of the installing frame of two spicing forming types, between two installing frames, be provided with elastic compression assembly 55, two installing frames are respectively left installing frame 511 and right installing frame 512, between two installing frames, connect by connector 56, connector 56 is connected with cylinder 52, left installing frame 511 and right installing frame 512 include respectively vertical edge 513 and with vertically disposed two the parallel limits anyhow 514 of vertical edge 513, anyhow on the limit 514 of left installing frame 511, offer connecting hole 5111, anyhow on the limit 514 of right installing frame 512, offer threaded connection hole 5121, elastic compression assembly 55 includes and plugs and the two installing frames connecting rod 551 in the connecting hole 5121 on limit 514 anyhow, one end place that connecting rod 551 is inserted into right installing frame 512 threaded connection holes 5121 is provided with screw thread, the other end is provided with spring 552, connector is to connect left installing frame 511 and right installing frame 512 connecting plate on limit 514 anyhow, connecting plate is connected with left installing frame 511 and right installing frame 512 by screw 57, and screw 57 extends to 514Nei one end, limit anyhow and the connecting rod 551 clamping location of left installing frame 511 and right installing frame 512.On connecting rod 551, offer the locating hole 5511 with screw 57 adaptations.

Claims (6)

1. the multiple press of full-automatic silver alloy contact, it is characterized in that: include body, be located at the processing platform on body, longitudinal one end of processing platform is feed end, the other end is processing end, its processing end place is provided with punching mechanism, feeding track that feed end place is provided with charging tray, be connected with charging tray, can be along processing platform longitudinally toward the material placement mechanism of polyslip and the material in feeding track can be pushed to the pusher in material placement mechanism, the bottom of described processing platform feed end is provided with the material jacking mechanism of setting corresponding to material placement mechanism; What one side of feed end was provided with that material placement mechanism extracts core branch on it in the time of feed end can be along the core branch clamping device of processing platform lifting.
2. the multiple press of full-automatic silver alloy contact according to claim 1, is characterized in that: described punching mechanism includes and sets up the drift of processing platform processing end top and the driving cylinder that drives drift to move towards processing platform; Described feeding track and processing platform be arranged in parallel, pusher and processing platform are vertical setting, this pusher includes mount pad, be located on mount pad and may extend to the push rod at feeding track place and drive the cylinder block of push rod, between cylinder block and push rod, is connected by linkage block; Described material placement mechanism include install framework, the slippage of drive installation framework cylinder, be located at the module of installing in framework, module is provided with material and places die cavity; Described material jacking mechanism include material ejection cylinder and with the ejector beam being connected in material ejection cylinder, material in described drift and ejector beam and module is placed die cavity adaptation.
3. the multiple press of full-automatic silver alloy contact according to claim 2, it is characterized in that: on described feeding track, offer the locating aperture of placing for push rod, one end of described linkage block is connected with cylinder block, other end place offers the slot of pegging graft for push rod, is guide rail guide groove and coordinates between linkage block and mount pad.
4. according to the multiple press of the full-automatic silver alloy contact described in claim 1 or 2 or 3, it is characterized in that: described core branch clamping device include the lift cylinder that is set up on body and with lift cylinder be connected can opening and closing clamping head, described clamping head includes the finger cylinder being connected with the cylinder axis of lift cylinder and two gripper jaws that are connected with finger cylinder, finger cylinder is provided with two can be in the same way or reverse mobile cylinder axis, and two gripper jaws are connected respectively at two cylinder axis.
5. according to the multiple press of the full-automatic silver alloy contact described in claim 1 or 2 or 3, it is characterized in that: the both lateral sides that described body is positioned at processing platform processing end is provided with material placement mechanism detent mechanism, this material placement mechanism detent mechanism includes to be located at the locating piece of processing platform both lateral sides and can to drive the locating piece that two locating pieces move towards processing platform to drive cylinder.
6. the multiple press of full-automatic silver alloy contact according to claim 4, it is characterized in that: the both lateral sides that described body is positioned at processing platform processing end is provided with material placement mechanism detent mechanism, this material placement mechanism detent mechanism includes to be located at the locating piece of processing platform both lateral sides and can to drive the locating piece that two locating pieces move towards processing platform to drive cylinder.
CN201320889361.7U 2013-12-30 2013-12-30 Automatic silver alloy contact re-pressing machine Withdrawn - After Issue CN203649395U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201320889361.7U CN203649395U (en) 2013-12-30 2013-12-30 Automatic silver alloy contact re-pressing machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201320889361.7U CN203649395U (en) 2013-12-30 2013-12-30 Automatic silver alloy contact re-pressing machine

Publications (1)

Publication Number Publication Date
CN203649395U true CN203649395U (en) 2014-06-18

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ID=50915832

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201320889361.7U Withdrawn - After Issue CN203649395U (en) 2013-12-30 2013-12-30 Automatic silver alloy contact re-pressing machine

Country Status (1)

Country Link
CN (1) CN203649395U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103691942A (en) * 2013-12-30 2014-04-02 瑞安市永明电工合金厂 Full-automatic silver alloy contact re-pressing machine

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103691942A (en) * 2013-12-30 2014-04-02 瑞安市永明电工合金厂 Full-automatic silver alloy contact re-pressing machine
CN103691942B (en) * 2013-12-30 2015-07-15 瑞安市永明电工合金厂 Full-automatic silver alloy contact re-pressing machine

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RGAV Abandon patent right to avoid regrant
AV01 Patent right actively abandoned

Granted publication date: 20140618

Effective date of abandoning: 20150715