CN201565778U - Metal casing cutting and inserting machine - Google Patents

Metal casing cutting and inserting machine Download PDF

Info

Publication number
CN201565778U
CN201565778U CN2009202638740U CN200920263874U CN201565778U CN 201565778 U CN201565778 U CN 201565778U CN 2009202638740 U CN2009202638740 U CN 2009202638740U CN 200920263874 U CN200920263874 U CN 200920263874U CN 201565778 U CN201565778 U CN 201565778U
Authority
CN
China
Prior art keywords
metal shell
mounting
plug
glue core
waste
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.)
Expired - Fee Related
Application number
CN2009202638740U
Other languages
Chinese (zh)
Inventor
林裕峰
邱国铨
李丰吉
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.)
Fugang Electronic Dongguan Co Ltd
Foxlink Electronics Dongguan Co Ltd
Cheng Uei Precision Industry Co Ltd
Original Assignee
Foxlink Electronics Dongguan Co Ltd
Cheng Uei Precision Industry Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Foxlink Electronics Dongguan Co Ltd, Cheng Uei Precision Industry Co Ltd filed Critical Foxlink Electronics Dongguan Co Ltd
Priority to CN2009202638740U priority Critical patent/CN201565778U/en
Application granted granted Critical
Publication of CN201565778U publication Critical patent/CN201565778U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

Links

Abstract

The utility model discloses a metal casing cutting and inserting machine used for cutting material belts of a metal casing and assembling the material belts with a rubber core of a connector. The metal casing cutting and inserting machine comprises a frame, a feeding mechanism, a pre-compression mechanism, a metal casing cutting mechanism, a rubber core inserting mechanism, a metal casing inserting mechanism and a controller. A feeding mechanism delivers material belts; the metal casing in a pre-compression material belt of the pre-compression mechanism is to be cut by the metal casing cutting mechanism; the metal casing inserting mechanism pushes the metal casing after being cut and clamped between the pre-compression mechanism and the metal casing cutting mechanism to the rubber core inserting mechanism, and the rubber core inserting mechanism pushes the rubber core to be assembled with the metal casing; the controller controls the coordination actions among the feeding mechanism, the pre-compression mechanism, the metal casing cutting mechanism, the rubber core inserting mechanism and the metal casing inserting mechanism. The metal casing cutting and inserting machine provided by the utility model can enhance the production efficiency, reduce the labor cost, and meet the requirement of mass production.

Description

Metal shell cuts placement device
Technical field
The utility model relates to a kind of metal shell and cuts placement device, relate in particular to a kind of strip to the band metal shell and cut, and the metal shell that the glue core of metal shell after will cutting and connector is assembled cuts placement device.
Background technology
At present, along with science and technology makes constant progress, seek how to improve efficiency of assembling, the quality of electronic product and reduce its cost for enterprise and facilitate.Correspondingly, adopt highly integrated, intelligentized equipment that electronic product is carried out the automation assembling and just become important especially.Wherein, connector is exactly a kind of in many electronic products.
For connector, the material of connector metal housing is generally the sheet metal of rolling, in order to electroplate conveniently, under the situation of no specific (special) requirements, the metal shell of connector generally is designed to link together with strip, and design has the place of prejudging between the metal shell of connector and the strip, when assembling, the operating personnel only needs metal shell that hand takes connector upwards to turn over again and be folded down prejudging the place, and the metal shell of connector will separate with waste material.Then, the operating personnel does the metal shell of the connector that separates and the glue core of connector pre-slotting again, puts into tool at last and does and be pressed into, thereby finish the assembling of the metal shell and the glue core of connector.
Yet; the metal shell of above-mentioned connector separates with waste material; the pre-of metal shell and glue core inserts, and all is that this can strengthen operating personnel's labour intensity on the one hand by manual operation; reduce production efficiency; increase cost of labor, and can't satisfy requirement of massive production, make easy oxidation of product and distortion after respectively assembling on the other hand; product quality is difficult to guarantee the fraction defective height.
The utility model content
The purpose of this utility model is to provide a kind of metal shell to cut placement device at above-mentioned the deficiencies in the prior art; this metal shell cuts the plug-in mounting function strip of being with metal shell is carried out cutting of automation; and the glue core of metal shell after will cutting and connector carries out the automation assembling; thereby production efficiency height; cost of labor is low, and can satisfy requirement of massive production, simultaneously; good product consistency after the assembling, the yield height.
For achieving the above object, metal shell that the utility model provides cuts placement device and is adapted to the strip of band metal shell is cut, and the glue core of metal shell after will cutting and connector is assembled.Wherein, this metal shell cuts placement device and comprises a framework, a feed mechanism, a precompressed mechanism, a metal shell cutting mechanism, a glue core plug-in mounting mechanism, a metal shell plug-in mounting mechanism and a controller.
This framework has a web feed passage that is used to carry strip.
This feed mechanism is installed on the framework of below of web feed passage and establishes with the input neighbour of web feed passage, it has a strip driving member and a pusher dog, one end of pusher dog can be pegged graft with strip, the other end of pusher dog can articulate with the strip driving member, and the strip driving member drives pusher dog along moving back and forth on the web feed channel direction.
This precompressed mechanism is installed on the framework of top of web feed passage and establishes with the output neighbour of web feed passage, and it has a metal shell pressing plate, a metal shell pressing plate driving member and a flexible member.This flexible member elasticity contacts between metal shell pressing plate driving member and the metal shell pressing plate.This metal shell pressing plate driving member and the clamping of metal shell pressing plate also drive the metal shell pressing plate and move along the metal shell direction that compresses in the strip.
This metal shell cutting mechanism is installed on the framework of below of web feed passage, and relative with precompressed mechanism, and it has, and a metal shell cuts driving member, a metal-back phantom cutter and cooperates the metal shell die holder that cuts with metal-back phantom cutter.This metal shell die holder is installed on the end of web feed passage and offers for the waste channel of carrying waste material.Metal shell cuts driving member and is connected with metal-back phantom cutter, metal shell cuts the metal shell that driving member drives in the strip that metal-back phantom cutter moves and feed mechanism is transported along metal shell die holder direction and cuts with separating metal housing and waste material, and the metal shell after will separating is held between the metal shell pressing plate and metal-back phantom cutter of precompressed mechanism.
This glue core plug-in mounting mechanism is arranged on the framework in the outside of output of web feed passage, and it has a glue core placement device framework body, a glue core plug-in mounting driving member and a glue core plug-in mounting push rod.This glue core placement device framework body has one and is used to carry a glue core transfer passage and the glue core push rod passage that the glue core is carried, glue core push rod passage and glue core transfer passage are vertical connection, glue core push rod channel parallel is arranged at web feed passage top, and the vertical center line of glue core push rod passage and the vertical center line of web feed passage are positioned at same plane.Glue core plug-in mounting driving member drives glue core plug-in mounting push rod along moving and promote glue core and metal shell plug-in mounting in the glue core push rod passage.
This metal shell plug-in mounting mechanism is installed on the framework of top of web feed passage and establishes with the input neighbour of web feed passage, and it has a metal shell plug-in mounting push rod and a metal shell plug-in mounting driving member.This metal shell plug-in mounting driving member drives metal shell plug-in mounting push rod and moves along glue core push rod channel direction, and promotes metal shell and move in the glue core push rod passage and with the glue core and carry out plug-in mounting.
This controller cuts driving member, metal shell pressing plate driving member, glue core plug-in mounting driving member and metal shell plug-in mounting driving member with strip driving member, metal shell respectively and is electrically connected.
As mentioned above, the utility model metal shell cuts the feed mechanism energy automatic transport strip of placement device, and the metal shell in the strip that precompressed mechanism transports feed mechanism compresses, and the metal shell cutting mechanism cuts the metal shell that precompressed mechanism compresses, thus the utility model metal shell cut the plug-in mounting function to the band metal shell strip carry out cutting of automation.Simultaneously, the metal shell that the metal shell plug-in mounting mechanism that the utility model metal shell cuts placement device will be held between precompressed mechanism and the metal shell cutting mechanism is pushed to glue core plug-in mounting mechanism place, and glue core plug-in mounting mechanism pushes the glue core of connector and carry out plug-in mounting with metal shell that metal shell plug-in mounting mechanism sends here, thereby the utility model metal shell cuts the assembling that metal shell after cutting and connector glue core carry out automation that cuts into two exact halves of plug-in mounting function.So the utility model metal shell cuts placement device production efficiency height, cost of labor is low, and can satisfy the demand of large-scale production.Simultaneously, the high conformity of each completed knocked down products, yield height.
Description of drawings
Fig. 1 cuts the stereogram that placement device is equiped with strip for the utility model metal shell.
Fig. 2 cuts the stereogram of another angle of placement device for the metal shell that is equiped with strip shown in Figure 1.
Fig. 3 cuts the stereogram of the framework of placement device for metal shell shown in Figure 1.
Fig. 4 is stereogram placement device and the framework strip assembling for metal shell shown in Figure 1 cuts.
Fig. 5 cuts the stereogram that is assemblied in the metal shell plug-in mounting mechanism on the stock guide of placement device for metal shell shown in Figure 1.
Fig. 6 cuts the stereogram that is assemblied in the precompressed mechanism on the stock guide of placement device for metal shell shown in Figure 1.
Fig. 7 is the exploded view that is assemblied in the precompressed mechanism on the stock guide shown in Figure 6.
Fig. 8 is assemblied in the metal shell cutting mechanism on the framework and the stereogram of feed mechanism when cutting placement device for metal shell shown in Figure 1.
Fig. 9 is the metal shell cutting mechanism on the framework and the exploded view of feed mechanism of being assemblied in shown in Figure 8.
Figure 10 cuts the stereogram that is assemblied in the waste material cutting mechanism on the framework of placement device for metal shell shown in Figure 1.
Figure 11 cuts the stereogram of the glue core plug-in mounting mechanism of placement device for metal shell shown in Figure 1.
Figure 12 is the exploded view of glue core plug-in mounting shown in Figure 11 mechanism.
Each description of reference numerals is as follows among the figure:
Metal shell cuts placement device 1
Framework 11 base plates 111
Stock guide 113 on the gripper shoe 112
The upper surface 1130 metal shell push rod sliding trays 1131 of last stock guide
1132 times stock guides 114 of last strip transfer passage
1140 times strip transfer passages 1141 of the upper surface of following stock guide
Striker plate 115 reinforcements 116
Base plate slide block 117 base plate rails 118
Feed mechanism 12 pusher dogs 121
The tip 1211 strip cylinders 122 of pusher dog
Swinging block 123 precompressed mechanisms 13
Metal shell pressing plate 131 metal shell pressing plate cylinders 132
Metal shell pressing plate cylinder fixed head 133 metal shell pressing plate installing plates 134
Metal shell pressing plate cylinder clamping block 135 metal shell cutting mechanisms 14
Metal-back phantom cutter 141 metal shells cut cylinder 142
Metal shell die holder 143 metal-back phantom cutter mount pads 144
Glue core plug-in mounting mechanism 15 glue core transfer passages 150
Glue core plug-in mounting push rod 151 glue core plug-in mounting cylinders 152
Glue core push rod passage 153 glue core placement device framework bodies 154
Assembly recovery approach 155 glue core plug-in mounting cylinder push rod cups 156
Metal shell plug-in mounting mechanism 16 metal shell plug-in mounting push rods 161
Metal shell plug-in mounting cylinder 162 metal shells are inserted cylinder 163 in advance
Metal shell is inserted cylinder mount pad 164 in advance
Metal shell plug-in mounting cylinder push rod cup 165
Waste recovery case 17 waste material cutting mechanisms 18
Waste material mould cutter 181 waste materials cut cylinder 182
Waste material die holder 183 waste materials cut cylinder installing rack 184
Waste material mould cutter mount pad 185 first connecting rods 186
Second connecting rod 187 second connecting rods articulate frame 188
Roller 189 strip pressuring flat devices 19
Strip 2
Waste material 20 metal shells 21
Glue core 3
First direction A second direction B
Third direction C
The specific embodiment
By describing technology contents of the present utility model, structural feature in detail, realized purpose and effect, give explanation below in conjunction with embodiment and conjunction with figs. are detailed.
See also Fig. 1 to Fig. 3, the utility model metal shell cuts placement device 1 and is used for the strip 2 of band metal shell 21 is cut, and the metal shell after will cutting 21 assembles with the glue core 3 of connector, asks for an interview Figure 12.This metal shell cuts placement device 1 and comprises a framework 11, a feed mechanism 12, a precompressed mechanism 13, a metal shell cutting mechanism 14, a glue core plug-in mounting mechanism 15, a metal shell plug-in mounting mechanism 16 and a controller (not shown).This framework 11 has for the web feed passage of carrying strip 2, and strip 2 is carried in the web feed passage.Metal shell plug-in mounting mechanism 16 is installed on the framework 11 of top of web feed passage and establishes with the input neighbour of web feed passage.Precompressed mechanism 13 is installed on the framework 11 of top of web feed passage and establishes with the output neighbour of web feed passage.Feed mechanism 12 is installed on the framework 11 of below of web feed passage and establishes with the input neighbour of web feed passage.Metal shell cutting mechanism 14 is assemblied on the framework 11 of below of web feed passage and is relative with precompressed mechanism 13, and when compressing metal shell 21 in the strip 2 in precompressed mechanism 13, metal shell cutting mechanism 14 cuts the metal shell 21 of strip 2.Glue core plug-in mounting mechanism 15 is arranged on the framework 11 in the outside of output of web feed passage, and glue core 3 is pushed the metal shell 21 that comes with metal shell plug-in mounting mechanism 16 carries out plug-in mounting.And the coordination start between controller control feed mechanism 12, precompressed mechanism 13, metal shell cutting mechanism 14, glue core plug-in mounting mechanism 15 and the metal shell plug-in mounting mechanism 16.Particularly, as follows:
See also Fig. 1 to Fig. 4, this framework 11 has the channel components of a base plate 111, a gripper shoe 112 and a formation web feed passage.This base plate 111 be arranged in parallel with horizontal plane, and gripper shoe 112 vertically is installed on the base plate 111, and channel components is installed on the gripper shoe 112.Wherein, for the ease of regulating the position of base plate 111, thereby base plate 111 is fixed on the base plate slide block 117, and is equipped with the base plate rail 118 that slides for base plate slide block 117 on the base plate slide block 117; For strengthening the support degree of base plate 111 and gripper shoe 112, be provided with plurality of strengthening ribs 116 in the junction of base plate 111 and gripper shoe 112.And the channel components that forms the web feed passage comprises that stock guide 113 reaches stock guide 114 on one.The both sides of last stock guide 113 are installed on the gripper shoe 112, one end of last stock guide 113 fixedly docks with following stock guide 114, last stock guide 113 is in the straight line mated condition with being connected of following stock guide 114, and the upper surface 1130 of last stock guide 113 offers the metal shell push rod sliding tray 1131 that slides for metal shell plug-in mounting push rod 161, and the lower surface of last stock guide 113 offers the last strip transfer passage 1132 that feed strip 2 is carried.The upper surface 1140 of following stock guide 114 offers the last strip transfer passage 1132 corresponding strip transfer passages 1141 down with last stock guide 113, and upper and lower web feed passage 1132,1141 forms the web feed passage that feed strip 2 transmits.More reliable for strip 2 is carried in the web feed passage, be provided with striker plate 115 in the both sides of the lower surface of last stock guide 113, also be provided with strip pressuring flat device 19 in the input end of web feed passage.The person of meriting attention, the input of web feed passage is meant down on the stock guide 114 end away from the following strip transfer passage 1141 of last stock guide 113; The output of web feed passage is meant on the stock guide 113 away from an end of the last strip transfer passage 1132 of stock guide 114 down.
See also Fig. 1, Fig. 2, Fig. 8 and Fig. 9, this feed mechanism 12 is installed on the framework 11 of below of web feed passage, asks for an interview Fig. 3, and the input neighbour of feed mechanism 12 and web feed passage establishes.It has a strip driving member, a pusher dog 121, a swinging block 123 and a pivotal axis (not shown).In the present embodiment, the strip driving member is a strip cylinder 122, and this strip cylinder 122 is installed on the supported underneath plate 112 of web feed passage and with controller and is electrically connected.For with strip 2 on locating hole peg graft, this pusher dog 121 has a tip 1211, for the ease of the feeding of pusher dog 121 and take off material, the left surface with most advanced and sophisticated 1211 is designed to a perpendicular, right flank is the inclined-plane; Simultaneously, drive pusher dogs 121 hook material, pusher dog 121 and swinging block 123 are in the straight line mated condition and are fixed in the both sides of pivotal axis in reverse direction, be installed on the strip cylinder 122 and pivotal axis is rotatable for ease of swinging block 123.When peg graft with the locating hole of strip 2 in the tip 1211 of pusher dog 121, pusher dog 121, swinging block 123 are parallel with horizontal plane, and swinging block 123 conflict frameworks 11 rotate along clockwise direction to stop swinging block 123, and wherein, it is to be benchmark with the swinging block among Fig. 8 123 that clockwise direction is set up.In this strip cylinder 122 when the web feed channel direction moves back and forth, drive pusher dog 121 also along moving back and forth on the web feed channel direction, owing to peg graft with the locating hole of strip 2 in the tip 1211 of pusher dog 121, and most advanced and sophisticated 1211 left surface is a perpendicular, right flank is the inclined-plane, thereby make pusher dog 121 can only folk prescription to carrying strip 2, thereby satisfy the requirement that cuts of strip 2.
See also Fig. 1, Fig. 2, Fig. 6 and Fig. 7, this precompressed mechanism 13 is installed on the framework 11 of top of web feed passage, asks for an interview Fig. 3, and the output neighbour of this precompressed mechanism 13 and web feed passage establishes.It has a metal shell pressing plate 131, a metal shell pressing plate driving member and a flexible member (not shown).In the present embodiment, metal shell pressing plate driving member is a metal shell pressing plate cylinder 132, this metal shell pressing plate cylinder 132 is installed on the metal shell pressing plate cylinder fixed head 133 and with controller and is electrically connected, metal shell pressing plate cylinder fixed head 133 then is installed on the metal shell pressing plate installing plate 134, and metal shell pressing plate installing plate 134 then is installed on the stock guide 113.This flexible member elasticity contacts between metal shell pressing plate cylinder fixed head 133 and the metal shell pressing plate 131, makes that forming elasticity between metal shell pressing plate cylinder fixed head 133 and the metal shell pressing plate 131 conflicts.The output shaft of this metal shell pressing plate cylinder 132 is connected with an end of metal shell pressing plate cylinder clamping block 135, and the other end of metal shell pressing plate cylinder clamping block 135 and 131 clampings of metal shell pressing plate and drive metal shell pressing plate 131 and move along metal shell 21 directions that compress in the strip 2.In order to make metal shell pressing plate 131 compress metal shell 21 in the strip 2 more reposefully, more reliably, thereby on this metal shell pressing plate installing plate 134, offer the metal shell pressing plate sliding tray (not shown) that supplies metal shell pressing plate 131 slide-and-guides, and metal shell pressing plate 131 is provided with the metal shell pressing plate guide rail that is complementary with metal shell pressing plate sliding tray.
See also Fig. 1, Fig. 2, Fig. 8 and Fig. 9, this metal shell cutting mechanism 14 is assemblied on the framework 11 of below of web feed passage, ask for an interview Fig. 3, and this metal shell cutting mechanism 14 is relative with precompressed mechanism 13, make metal shell cutting mechanism 14 and precompressed mechanism 13 lay respectively at the web feed passage under, directly over, to guarantee the co-ordination between metal shell cutting mechanism 14 and the precompressed mechanism 13.Wherein, this metal shell cutting mechanism 14 has that a metal shell cuts driving member, a metal-back phantom cutter 141, cooperates a metal shell die holder 143 and a metal-back phantom cutter mount pad 144 that cuts with metal-back phantom cutter 141.In the present embodiment, it is that metal shell cuts cylinder 142 that metal shell cuts driving member, and this metal shell cuts cylinder 142 and is electrically connected with controller.This metal shell die holder 143 docks and is installed on the gripper shoe 112 with the output straight line of web feed passage, and metal shell die holder 143 offers and cut waste material 20 behind the metal shell 21 for the strip 2 that is transferred out by the web feed passage by metal shell cutting mechanism 14 and continue the waste channel (not shown) carried forward.This metal shell cuts cylinder 142 and is installed on the gripper shoe 112 and drives metal-back phantom cutter 141 and move and the strip 2 that feed mechanism 12 transports is cut with separating metal housing 21 and waste material 20 along metal shell die holder 143 directions, and the metal shell after will separating 21 is held between metal shell pressing plate 131 and the metal-back phantom cutter 141.This metal-back phantom cutter mount pad 144 is installed on the gripper shoe 112, this metal-back phantom cutter mount pad 144 offers the metal-back phantom cutter sliding tray (not shown) that slides for metal-back phantom cutter 141, this metal shell cross cutting 141 is assemblied in metal-back phantom cutter mount pad 144 and can be free to slide, thereby metal shell cross cutting 141 can be worked more reliably.
See also Fig. 1, Fig. 2, Figure 11 and Figure 12, this glue core plug-in mounting mechanism 15 is arranged on the framework 11 in the output outside of web feed passage, ask for an interview Fig. 3, and this glue core plug-in mounting mechanism 15 promotes the glue core 3 of connectors and the metal shell 21 of metal shell plug-in mounting mechanism 16 propelling movements carries out plug-in mounting.Glue core plug-in mounting mechanism 15 has a glue core placement device framework body 154, a glue core plug-in mounting driving member and a glue core plug-in mounting push rod 151.Glue core placement device framework body 154 has one and is used to carry a glue core transfer passage 150 and the glue core push rod passage 153 that glue core 3 is carried, glue core push rod passage 153 is vertical connection with glue core transfer passage 150, glue core push rod passage 153 is set in parallel in web feed passage top, and the vertical center line of glue core push rod passage 153 and the vertical center line of web feed passage are positioned at same plane.In the present embodiment, glue core plug-in mounting driving member is a glue core plug-in mounting cylinder 152, glue core plug-in mounting cylinder 152 is electrically connected with controller, its output shaft is connected with an end of glue core plug-in mounting cylinder push rod cup 156, and the other end of glue core plug-in mounting cylinder push rod cup 156 and push rod 151 clampings of glue core plug-in mounting and drive glue core plug-in mounting push rod 151 and carry out plug-in mounting along moving in the glue core push rod passage 153 and promoting glue core 3 with metal shell 21.
See also Fig. 1, Fig. 2 and Fig. 5, this metal shell plug-in mounting mechanism 16 is installed on the framework 11 of top of web feed passage, asks for an interview Fig. 3, and the input neighbour of this metal shell plug-in mounting mechanism 16 and web feed passage establishes.This metal shell plug-in mounting mechanism 16 has a metal shell plug-in mounting push rod 161 and a metal shell plug-in mounting driving member.In the present embodiment, metal shell plug-in mounting driving member is a metal shell plug-in mounting cylinder 162, this metal shell plug-in mounting cylinder 162 is installed on the stock guide 113 and with controller by metal shell plug-in mounting cylinder mount pad 164 and is electrically connected, the output shaft of this metal shell plug-in mounting cylinder 162 is connected with an end of metal shell plug-in mounting cylinder push rod cup 165, and the other end of metal shell plug-in mounting cylinder push rod cup 165 and 161 clampings of metal shell plug-in mounting push rod.When 162 starts of metal shell plug-in mounting cylinder, drive 165 starts of connected metal shell plug-in mounting cylinder push rod cup, and the metal shell plug-in mounting push rod 161 that the metal shell plug-in mounting cylinder push rod cup 165 of start drives with its clamping slides along the metal shell push rod sliding tray on the last stock guide 113 1131, thereby will be held on the assembling end that metal shell 21 between the metal-back phantom cutter 141 of the metal shell pressing plate 131 of precompressed mechanism 13 and metal shell cutting mechanism 14 pushes to the glue core push rod passage 153 of glue core plug-in mounting mechanism 15.In order to guarantee the plug-in mounting quality of metal shell 21, this metal shell plug-in mounting mechanism 16 also is provided with a metal shell and inserts driving member in advance, it is that metal shell is inserted cylinder 163 in advance that this metal shell is inserted driving member in advance, the slotting in advance cylinder 163 of this metal shell is installed on the metal shell plug-in mounting cylinder mount pad 164 and with controller and is electrically connected, and metal shell plug-in mounting cylinder 162 then is installed on metal shell and inserts on the cylinder 163 in advance.During plug-in mounting metal shell 21, at first metal shell is inserted cylinder 163 starts in advance, and drive and its fixing metal shell plug-in mounting cylinder 162 drive 161 starts of metal shell plug-in mounting push rod simultaneously along moving on the web feed channel direction.When the slotting in advance cylinder 163 of metal shell moves to desired location, again by 162 starts of metal shell plug-in mounting cylinder, push to the assembling end of glue core push rod passage 153 of glue core plug-in mounting mechanism 15 to assemble thereby will be plugged in metal shell 21 on the metal shell plug-in mounting push rod 161.
See also Fig. 1, Fig. 2 and Figure 10, the utility model metal shell cuts placement device 1 and also comprises a waste material cutting mechanism 18, and waste material cutting mechanism 18 is installed on the framework 11 of below of web feed passage, asks for an interview Fig. 3.This waste material cutting mechanism 18 has a waste material and cuts driving member, a waste material mould cutter 181, a waste material die holder 183 and a waste material transfer assembly.In the present embodiment, it is that waste material cuts cylinder 182 that waste material cuts driving member, and this waste material cuts cylinder 182 and cuts cylinder installing rack 184 by waste material and be installed on the base plate 111 and with controller and be electrically connected.This waste material die holder 183 is installed on the end of waste channel of metal shell die holder 143, and docks with the waste channel straight line.This waste material mould cutter 181 is installed on the gripper shoe 112 by waste material mould cutter mount pad 185, and this waste material mould cutter mount pad 185 offers the waste material mould cutter sliding tray (not shown) that slides for waste material mould cutter 181, and waste material mould cutter 181 can be worked more reliably.And this waste material transfer assembly comprises a first connecting rod 186 and a second connecting rod 187, the piston rod that one end of first connecting rod 186 and waste material cut cylinder 182 articulates, the end in addition of first connecting rod 186 articulates with an end of second connecting rod 187, and the other end of second connecting rod 187 articulates by second connecting rod pivot joint frame 188 and framework 11 and conflicts with waste material mould cutter 181.In order to make second connecting rod 187 more reliable with the conflict of waste material mould cutter 181, reduce the frictional resistance of conflicting, in an end of the waste material mould cutter 181 of conflicting with second connecting rod 187 roller 189 is set.When waste material cuts cylinder 182 starts, drive first connecting rod 186 starts that articulate with its piston rod.The start of first connecting rod 186 then drives the end start with the second connecting rod 187 of its pivot joint, thereby the other end that drives second connecting rod 187 articulates frame 188 upper and lower swings around second connecting rod, and the promotion waste material mould cutter 181 of the second connecting rod 187 of upper and lower swing is along upper and lower slip in the waste material mould cutter mount pad 185, and do to cooperate to cut, thereby the waste material 20 of strip 2 is cut with waste material die holder 183.For the ease of the recovery of waste material 20, thereby the utility model metal shell cuts placement device 1 and also is provided with a waste recovery device, and this waste recovery device is arranged on and is adjacent to the waste channel end, and this waste recovery device is a waste recovery case 17.
In conjunction with Fig. 1 to Figure 12, the operation principle that the utility model metal shell is cut placement device 1 is described in detail.
It is as follows that the metal shell 21 and the glue core 3 of connector carries out assembling flow path:
At first, the strip 2 of band metal shell 21 is passed in the web feed passage that strip pressuring flat device 19 is loaded on framework 11, and pegged graft with the locating hole on the strip 2 in the tip 1211 of pusher dog 121.Then, controller control feeding cylinder 122 first directions along arrow A indication among Fig. 1 move, when feeding cylinder 122 moves high order end by low order end, will drive strip 2 and carry a segment distance, this distance just in time is the distance between two locating holes on the strip 2, and also is the distance that cuts the place between two metal shells 21 on the strip 2.Wherein, the displacement of feeding cylinder 122 can be according to the distance of two locating holes on the different strips 2 and flexible modulation.When feeding cylinder 122 is transported to low order end, the metal shell pressing plate cylinder 132 of controller control precompressed this moment mechanism 13 moves along the second direction of arrow B indication among Fig. 1, owing to be provided with flexible member between metal shell pressing plate 131 and the metal shell pressing plate cylinder fixed head 133, and under the deadweight effect of metal shell pressing plate 131, the metal shell pressing plate cylinder clamping block 135 of following on the output shaft that is fixed in metal shell pressing plate cylinder 132 moves down together, thereby compress the metal shell 21 in the strip 2 that feed mechanism 12 transports, for cutting of metal shell cutting mechanism 14 got ready.
Secondly, the piston rod that the metal shell of controller control metal shell cutting mechanism 14 cuts cylinder 142 moves along the rightabout of the second direction of arrow B indication among Fig. 1, thereby the metal-back phantom cutter 141 that promotes to conflict with its piston rod is along sliding in the metal-back phantom cutter mount pad 144, slides simultaneously and cooperates the metal shell 21 that cuts in the strip 2 with metal shell die holder 143.When metal-back phantom cutter 141 severing metal shells, 21 backs and continuation propelling, because metal shell pressing plate cylinder clamping block 135 can only drive metal shell pressing plate 131 along the rightabout of the second direction of arrow B indication among Fig. 1 and move, and to the second direction along metal shell pressing plate 131 along arrow B indication among Fig. 1 mobile be by the deadweight of metal shell pressing plate 131 and with the elastic force of its conflict.In metal shell cut cylinder 142 act on the metal-back phantom cutter 141 power greater than flexible member and metal shell pressing plate 131 deadweight produced when making a concerted effort, will promote metal shell pressing plate 131 moves along the rightabout of the second direction of arrow B indication among Fig. 1, metal shell cutting mechanism 14 metal shell that cuts 21 is held between metal-back phantom cutter 41 and the metal shell pressing plate 131, and it is just corresponding with the metal shell plug-in mounting push rod 161 of metal shell plug-in mounting mechanism 16, promptly be that metal shell 21 is positioned on the movable passageway of metal shell plug-in mounting push rod 161, metal shell 21 can be pushed to the assembling end of the glue core push rod passage 153 of glue core plug-in mounting mechanism 15 for metal shell plug-in mounting push rod 161.Simultaneously, the strip 2 behind the cropped metal shell 21 passes the waste channel of metal shell die holder 143 and is delivered to waste material cutting mechanism 18 and sentences for waste material cutting mechanism 18 and cut waste material 20.The waste material of controller control this moment waste material cutting mechanism 18 cuts the piston rod of cylinder 182 to the direction elongation near base plate 111, thereby drive first connecting rod 186 motions with its pivot joint, and the motion of first connecting rod 186, driven an end motion of the second connecting rod 187 that articulates with first connecting rod 186, thereby the other end that drives second connecting rod 187 articulates the rightabout lifting of frame 188 along the second direction of arrow B indication among Fig. 1 around second connecting rod, thereby promoting waste material mould cutter 181 slides in waste material mould cutter mount pad 185, and then cooperate with waste material die holder 183 and cut waste material 20, the waste material 20 after cropped just in time drops in waste recovery case 17.
Then, the slotting in advance cylinder 163 of metal shell of controller control metal shell plug-in mounting mechanism 16 moves along the first direction of arrow A indication among Fig. 1, thereby driving the metal shell plug-in mounting cylinder 162 of fixedlying connected with it moves, thereby make metal shell plug-in mounting push rod 161 follow that metal shell plug-in mounting cylinder 162 moves and along sliding in the metal shell push rod sliding tray 1131 of last stock guide 113, and and the metal shell that is held between the metal-back phantom cutter 141 of the metal shell pressing plate 131 of precompressed mechanism 13 and metal shell cutting mechanism 14 peg graft.When the slotting in advance cylinder 163 of metal shell moves into place, controller control this moment metal shell plug-in mounting cylinder 162 is continuing and is moving along the first direction of arrow A indication among Fig. 1, drive 165 starts of connected metal shell plug-in mounting cylinder push rod cup, thereby promote to continue along slip in the metal shell push rod sliding tray 1131, and metal shell 21 is transported to the assembling end of the glue core push rod passage 153 of glue core plug-in mounting mechanism 15 with the metal shell plug-in mounting push rod 161 of metal shell plug-in mounting cylinder push rod cup 165 clampings.Control glue core plug-in mounting cylinder 152 starts of glue core plug-in mounting mechanism 15 again by controller, the glue core plug-in mounting cylinder push rod cup 156 that promotion is connected with its output shaft slides along the third direction of arrow C indication among Fig. 1, thereby the glue core plug-in mounting push rod 151 of promotion and 156 clampings of glue core plug-in mounting cylinder push rod cup is along sliding in the glue core push rod passage 153 of glue core placement device framework body 154, and, assembly is assembled and formed to glue core 3 and the metal shell 21 that is transported by metal shell plug-in mounting push rod 161 pushing to the assembling end of glue core push rod passage 153 by being transported to connector glue core 3 on the glue core push rod passage 153 in the glue core transfer passage 150.
When resetting, the rightabout of the metal shell pressing plate cylinder 132 of controller control precompressed mechanism 13 second direction of B arrow indication in Fig. 1 moves, thereby driving the metal shell pressing plate cylinder clamping block 135 that is connected with its output shaft up draws, the metal shell pressing plate cylinder clamping block 135 that up draws just drives and the metal shell pressing plate 131 of its clamping slides in metal shell pressing plate installing plate 134, owing between metal shell pressing plate 131 and the metal shell pressing plate cylinder fixed head 133 flexible member is set, thereby make metal shell pressing plate cylinder clamping block 135 drive metal shell pressing plates 131 resetting slowly, for work is next time prepared.Then, glue core plug-in mounting cylinder 152 third directions along arrow C indication among Fig. 1 of controller control glue core plug-in mounting mechanism 15 reset, and finally drive to be connected glue core plug-in mounting push rod 151 with it and to reset, and prepare for work next time.And the waste material of the controller of this moment control waste material cutting mechanism 18 cuts the piston rod of cylinder 182 toward the direction contraction away from base plate 111, thereby drive first connecting rod 186 motions that articulate with its piston rod, and the first connecting rod 186 of motion drives an end motion of the second connecting rod 187 that articulates with first connecting rod 186, and the end in addition of the second connecting rod 187 of this moment moves down toward the directions near base plate 111 around second connecting rod pivot joint frame 188, make gradually and follow moving down of second connecting rod 187 with the inconsistent waste material mould cutter 181 of second connecting rod 187 and move down, thereby finish resetting of waste material cutting mechanism 18, for work is next time prepared.Then, when the second direction that the metal shell of controller control metal shell cutting mechanism 14 cuts piston rod arrow B indication in Fig. 1 of cylinder 132 resets, under the deadweight of elastic acting force and metal-back phantom cutter 141, metal-back phantom cutter 141 is followed metal shell and is cut the resetting of piston rod of cylinder 132 and reset, and prepares for work next time.At this moment, the slotting in advance cylinder 163 of metal shell of controller control metal shell plug-in mounting mechanism 16 moves along the rightabout of the first direction of arrow A indication among Fig. 1, driving the metal shell plug-in mounting cylinder 162 of fixedlying connected with it also moves along the rightabout of the first direction of arrow A indication among Fig. 1, thereby the metal shell plug-in mounting push rod 161 of drive and 165 clampings of metal shell plug-in mounting cylinder push rod cup is along sliding on the metal shell push rod sliding tray 1131 on the last stock guide 113, metal shell plug-in mounting push rod 161 resets toward the direction away from the assembling end of glue core push rod passage 153 the most at last, is recovered in the corresponding device thereof along the assembly recovery approach 155 on the glue core placement device framework body 154 and broken away from the assembly that metal shell plug-in mounting push rod 161 pegs graft.At last, controller control metal shell plug-in mounting cylinder 162 continues to move along the rightabout of the first direction of arrow A indication among Fig. 1, driving the metal shell plug-in mounting cylinder push rod cup 165 that is connected with its output resets, thereby drive resetting of metal shell plug-in mounting push rod 161, for following task is prepared.And the feeding cylinder 122 of the controller control feed mechanism 12 of this moment moves along the rightabout of the first direction of arrow A indication among Fig. 1, thereby driving connected pusher dog 121 and swinging block 123 follows mobile, because the left surface at the tip 1211 of pusher dog 121 is a perpendicular, right flank is the inclined-plane, thereby do not drive strip 2 and move, thereby guaranteed the reliability of feed mechanism 12 work along the rightabout of the first direction of arrow A indication among Fig. 1.After feeding cylinder 122 resets, because pusher dog 121 and swinging block 123 linearly mated condition are fixed on the both sides of pivotal axis, under the gravity of swinging block 123, driving pusher dog 121 turns clockwise around pivotal axis, this clockwise foundation is to be benchmark with Fig. 9, stops the rotation of swinging block 123 up to framework 11, and this moment, swinging block 123 was parallel with horizontal plane with pusher dog 121, and pegging graft with the locating hole of strip 2 in the tip 1211 of pusher dog 121, prepares for carry strip next time.
As mentioned above, the utility model metal shell cuts the feed mechanism 12 energy automatic transport strips 2 of placement device 1, and the metal shell 21 in the strip 2 that 13 pairs of feed mechanisms 12 of precompressed mechanism transport compresses, and the metal shell 21 that 14 pairs of precompressed mechanisms 12 of metal shell cutting mechanism compress cuts, thus the utility model metal shell cut placement device 1 can to the band metal shell 21 strip 2 carry out cutting of automation.Simultaneously, the utility model metal shell cuts the metal shell 21 that the metal shell plug-in mounting mechanism 16 of placement device 1 will be held between precompressed mechanism 12 and the metal shell cutting mechanism 14 and is pushed to glue core plug-in mounting mechanism 15 places, and glue core plug-in mounting mechanism 15 pushes the glue core 3 of connectors and carry out plug-in mounting with metal shell 21 that metal shell plug-in mounting mechanism 16 sends here, thereby the utility model metal shell cuts the assembling that placement device 1 can carry out automation to metal shell after cutting 21 and connector glue core 3.So the utility model metal shell cuts placement device 1 production efficiency height, cost of labor is low, and can satisfy the demand of large-scale production.Simultaneously, the high conformity of each completed knocked down products, yield height.

Claims (10)

1. a metal shell cuts placement device, be used for strip to the band metal shell after cutting and will cutting metal shell and the glue core of connector assemble, it is characterized in that this metal shell cuts placement device and comprises:
One framework, described framework have a web feed passage that is used to carry strip;
One feed mechanism, described feed mechanism is installed on the framework of below of web feed passage and establishes with the input neighbour of web feed passage, described feed mechanism has a strip driving member and a pusher dog, one end of described pusher dog can be pegged graft with described strip, the other end of described pusher dog and described strip driving member articulate, and described strip driving member drives described pusher dog along moving back and forth on the described web feed channel direction;
One precompressed mechanism, described precompressed mechanism is installed on the framework of top of web feed passage and establishes with the output neighbour of web feed passage, described precompressed mechanism has a metal shell pressing plate, a metal shell pressing plate driving member and a flexible member, described flexible member elasticity contacts between described metal shell pressing plate driving member and the metal shell pressing plate, and described metal shell pressing plate driving member and the clamping of described metal shell pressing plate also drive described metal shell pressing plate and move along the metal shell direction that compresses in the described strip;
One metal shell cutting mechanism, described metal shell cutting mechanism is installed on the described framework of below of described web feed passage, and described metal shell cutting mechanism is relative with described precompressed mechanism, described metal shell cutting mechanism has a metal shell and cuts driving member, one metal-back phantom cutter and one cooperates the metal shell die holder that cuts with described metal-back phantom cutter, described metal shell die holder is installed on the end of described web feed passage and offers for the waste channel of carrying waste material, described metal shell cuts driving member and is connected with described metal-back phantom cutter, described metal shell cuts the metal shell that driving member drives in the strip that described metal-back phantom cutter moves and described feed mechanism is transported along described metal shell die holder direction and cuts with separating metal housing and waste material, and the described metal shell after will separating is held between the metal shell pressing plate and described metal-back phantom cutter of described precompressed mechanism;
One glue core plug-in mounting mechanism, described glue core plug-in mounting mechanism is arranged on the framework in the outside of output of described web feed passage, described glue core plug-in mounting mechanism has a glue core placement device framework body, an one glue core plug-in mounting driving member and a glue core plug-in mounting push rod, described glue core placement device framework body has one and is used to carry a glue core transfer passage and the glue core push rod passage that the glue core is carried, described glue core push rod passage and described glue core transfer passage are vertical connection, described glue core push rod channel parallel is arranged at described web feed passage top, and the vertical center line of described glue core push rod passage and the vertical center line of described web feed passage are in the same plane, and described glue core plug-in mounting driving member drives described glue core plug-in mounting push rod along moving and promote glue core and described metal shell plug-in mounting in the described glue core push rod passage;
One metal shell plug-in mounting mechanism, described metal shell plug-in mounting mechanism is installed on the framework of top of web feed passage and establishes with the input neighbour of web feed passage, described metal shell plug-in mounting mechanism has a metal shell plug-in mounting push rod and a metal shell plug-in mounting driving member, described metal shell plug-in mounting driving member drives described metal shell plug-in mounting push rod and moves along described glue core push rod channel direction, and promotes described metal shell and move in the described glue core push rod passage and carry out plug-in mounting with described glue core;
One controller, described controller cut driving member, glue core plug-in mounting driving member and metal shell plug-in mounting driving member with described strip driving member, metal shell pressing plate driving member, metal shell respectively and are electrically connected.
2. metal shell as claimed in claim 1 cuts placement device, it is characterized in that: also comprise a waste material cutting mechanism, described waste material cutting mechanism is installed on the described framework of below of described web feed passage, described waste material cutting mechanism has a waste material and cuts driving member, an one waste material mould cutter and a waste material die holder, described waste material die holder is installed on the end of waste channel of described metal shell die holder, described controller cuts driving member with described waste material and is electrically connected, and described waste material cuts driving member and drives described waste material mould cutter and move to cut off the waste material in the strip along described waste material die holder direction.
3. metal shell as claimed in claim 2 cuts placement device, it is characterized in that: described waste material cutting mechanism also has a waste material transfer assembly, described waste material transfer assembly comprises a first connecting rod and a second connecting rod, one end of described first connecting rod and described waste material cut driving member and articulate, the end in addition of described first connecting rod articulates with an end of described second connecting rod, and the other end of described second connecting rod and framework articulate and conflict with described waste material mould cutter.
4. metal shell as claimed in claim 1 cuts placement device, it is characterized in that: described feed mechanism also has a swinging block and a pivotal axis, described swinging block and described pusher dog are located along the same line and are fixed in the both sides of described pivotal axis in reverse direction, described pivotal axis and described strip transmission parts articulate, described pusher dog has the tip of pegging graft with described strip, the tip of described pusher dog is plugged on the strip, and described swinging block is all parallel with horizontal plane with described pusher dog.
5. metal shell as claimed in claim 1 cuts placement device, it is characterized in that: described framework comprises that a base plate, a gripper shoe and form the channel components of described web feed passage, described base plate and horizontal plane be arranged in parallel, described gripper shoe vertically is installed on the described base plate, and described channel components is installed on the described gripper shoe.
6. metal shell as claimed in claim 5 cuts placement device, it is characterized in that: described channel components comprises that stock guide reaches stock guide on one, described both sides of going up stock guide are installed on the described gripper shoe, a described end of going up stock guide fixedly docks with described stock guide down, and the described upper surface of going up stock guide offers the metal shell push rod sliding tray that slides for described metal shell plug-in mounting push rod, the described lower surface of going up stock guide offers the last strip transfer passage for described web feed, the upper surface of described down stock guide offers and the corresponding strip transfer passage that descends of described the last strip transfer passage of going up stock guide, described on, following strip transfer passage forms the described web feed passage that feed strip transmits.
7. metal shell as claimed in claim 1 cuts placement device, it is characterized in that: described metal shell plug-in mounting mechanism also has a metal shell and inserts driving member in advance, described controller and described metal shell are inserted driving member in advance and are electrically connected, and the slotting in advance driving member of described metal shell is connected with described metal shell plug-in mounting driving member and drives described metal shell plug-in mounting driving member and moves along described glue core push rod passage place.
8. metal shell as claimed in claim 1 cuts placement device, it is characterized in that: described precompressed mechanism also has a metal shell pressing plate installing plate, described metal shell pressing plate installing plate is fixed on the described framework, and described metal shell pressing plate is assemblied on the described metal shell pressing plate installing plate and along its slip.
9. metal shell as claimed in claim 1 cuts placement device, it is characterized in that: described metal shell cutting mechanism also has a metal-back phantom cutter mount pad and a metal-back phantom cutter flexible member, described metal-back phantom cutter flexible member elasticity contacts between described metal-back phantom cutter and the metal-back phantom cutter mount pad, and described metal-back phantom cutter is installed on the described metal shell cutter mount pad and along its slip.
10. metal shell as claimed in claim 1 cuts placement device, it is characterized in that: also comprise a waste recovery device, described waste recovery device is arranged on and is adjacent to described waste channel end.
CN2009202638740U 2009-11-24 2009-11-24 Metal casing cutting and inserting machine Expired - Fee Related CN201565778U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2009202638740U CN201565778U (en) 2009-11-24 2009-11-24 Metal casing cutting and inserting machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2009202638740U CN201565778U (en) 2009-11-24 2009-11-24 Metal casing cutting and inserting machine

Publications (1)

Publication Number Publication Date
CN201565778U true CN201565778U (en) 2010-09-01

Family

ID=42658062

Family Applications (1)

Application Number Title Priority Date Filing Date
CN2009202638740U Expired - Fee Related CN201565778U (en) 2009-11-24 2009-11-24 Metal casing cutting and inserting machine

Country Status (1)

Country Link
CN (1) CN201565778U (en)

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102694330A (en) * 2012-05-28 2012-09-26 昆山嘉华电子有限公司 Material belt cutting machine
CN103050865A (en) * 2013-01-21 2013-04-17 刘光辉 Automatic assembly device for connector metal shell
CN103117493A (en) * 2013-01-15 2013-05-22 东莞市凯昶德电子科技股份有限公司 Automation mounting equipment for connector outer shell and rubber core
CN104924082A (en) * 2014-03-20 2015-09-23 上海拜骋电器有限公司 Molding machining tool
CN107553091A (en) * 2017-09-12 2018-01-09 苏州富锐联自动化设备有限公司 Sheet metal web feed mechanism

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102694330A (en) * 2012-05-28 2012-09-26 昆山嘉华电子有限公司 Material belt cutting machine
CN103117493A (en) * 2013-01-15 2013-05-22 东莞市凯昶德电子科技股份有限公司 Automation mounting equipment for connector outer shell and rubber core
CN103117493B (en) * 2013-01-15 2015-01-28 东莞市凯昶德电子科技股份有限公司 Automation mounting equipment for connector outer shell and rubber core
CN103050865A (en) * 2013-01-21 2013-04-17 刘光辉 Automatic assembly device for connector metal shell
CN103050865B (en) * 2013-01-21 2016-01-13 刘光辉 A kind of metal connector shell automatic assembling apparatus
CN104924082A (en) * 2014-03-20 2015-09-23 上海拜骋电器有限公司 Molding machining tool
CN104924082B (en) * 2014-03-20 2018-05-15 上海拜骋电器有限公司 Processing and forming frock
CN107553091A (en) * 2017-09-12 2018-01-09 苏州富锐联自动化设备有限公司 Sheet metal web feed mechanism

Similar Documents

Publication Publication Date Title
CN201565778U (en) Metal casing cutting and inserting machine
CN201283410Y (en) Automatic assembling machine of pintle chain
CN105945175B (en) A kind of capacitance clubfoot forming machine
CN110829142B (en) Interface rubber core terminal insertion mechanism capable of cutting pins
CN202651598U (en) Multifunctional full-automatic flat cable terminal presser
CN102709782A (en) Multifunctional full automatic wire ranging terminal pressing machine
CN201969794U (en) Riveting machine for contact point
CN102120245A (en) Contact riveter
CN111509521B (en) Full-automatic equipment of connector inserted sheet
CN205238907U (en) Full -automatic binding machine of multistage linkage
CN107414007B (en) Supporting wheel automatic assembly spin riveting machine
CN107993632A (en) Piano shaft glues rope equipment automatically
CN202155702U (en) Battery metal cover plate manufacturing device
CN204397326U (en) A kind of straight rail assembly machine automatically
CN110328511A (en) Automatic assembling machine of X framework of keyboard
CN209183422U (en) A kind of contact pin assembly machine of toggle switch
CN109093393A (en) Harness stripping tin sticky equipment
CN205868697U (en) Point glue of DIP component is inlayed lid and is assembled all -in -one
CN100429036C (en) Abutting joint machine for coil material
CN109530569A (en) A kind of tank bottom and can body assembled formation equipment
CN203119267U (en) Wire separating pressing mechanism of flexible flat cable terminal crimping machine
CN209716984U (en) Harness stripping tin sticky equipment
CN210098825U (en) Automatic pin shearing device for electronic components
CN202159713U (en) Manufacture mold of battery metal cover plate
CN214449662U (en) Novel this volume punching and binding all-in-one machine

Legal Events

Date Code Title Description
GR01 Patent grant
C14 Grant of patent or utility model
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20100901

Termination date: 20121124

C17 Cessation of patent right