CN208470272U - Chip coding mechanism and its thermistor chip braid equipment - Google Patents
Chip coding mechanism and its thermistor chip braid equipment Download PDFInfo
- Publication number
- CN208470272U CN208470272U CN201820828016.5U CN201820828016U CN208470272U CN 208470272 U CN208470272 U CN 208470272U CN 201820828016 U CN201820828016 U CN 201820828016U CN 208470272 U CN208470272 U CN 208470272U
- Authority
- CN
- China
- Prior art keywords
- coding
- chip
- block
- lifting
- laterally
- 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
Links
Landscapes
- Apparatuses And Processes For Manufacturing Resistors (AREA)
Abstract
A kind of chip coding mechanism and its thermistor chip braid equipment, chip coding mechanism includes: coding installation pedestal, coding component, horizontal mobile device, lifting device and coding positioning device, horizontal mobile device and coding positioning device are separately positioned in coding installation pedestal, lifting device is connect with horizontal mobile device, and coding component is connect with lifting device.The chip coding mechanism of the utility model passes through setting coding installation pedestal, coding component, horizontal mobile device, lifting device and coding positioning device, to complete the coding operation to chip, thus instead of artificial coding mode of operation, the case where capable of preventing spill tag code or repeating coding generation effectively improves the precision of production efficiency and coding processing.
Description
Technical field
The utility model relates to thermistor manufacturing technology fields, more particularly to a kind of chip coding mechanism and its temperature-sensitive
Resistance chip braid equipment.
Background technique
Thermistor is one kind of sensing element, is divided into posive temperature coefficient thermistor and subzero temperature according to temperature coefficient difference
Spend coefficient resistance.The typical feature of thermal resistor be it is temperature sensitive, different resistance is shown at a temperature of different
Value.Posive temperature coefficient thermistor resistance value when temperature is higher is bigger, and negative tempperature coefficient thermistor gets over Gao Shi electricity in temperature
Resistance value is lower, they belong to semiconductor devices.
In thermistor, a mostly important component is resistance chip, and resistance chip needs in manufacture production
Process operation is carried out by multiple working procedures such as welding, pin cutting, insulating layer package and electrical property detections, and in order to make resistor core
The manufacturing of piece adapts to automated production operation, generally first can carry out braid processing to chip, i.e., be adhered to chip in turn
In braid, multiple arrangements of chips can be adhered on corresponding production jig or locating clamp plate by braid in this way, so that
It can be operated convenient for subsequent chip manufacture.However, in traditional braid processing, it is general by manually carrying out braid to chip
Operation, after completing braid, then by manually carrying out coding operation to the chip in braid, artificial mode is not only inefficient,
And situations such as being easy to happen spill tag code when to chip into coding one by one or repeating coding, to make subsequent processing
Data statistics collection authenticity is not high, often brings certain influence to the quality of chip manufacture in this way.
Utility model content
The purpose of the utility model is to overcome shortcomings in the prior art, and providing one kind can replace manually to chip
Coding operation is carried out, and spill tag code can be reduced or repeat the chip coding mechanism and its thermistor core of the bad operations such as coding
Piece braid equipment.
The purpose of this utility model is achieved through the following technical solutions:
A kind of chip coding mechanism characterized by comprising coding installation pedestal, coding component, horizontal mobile device,
Lifting device and coding positioning device, the horizontal mobile device and the coding positioning device are separately positioned on the coding and pacify
It fills on pedestal, the lifting device is connect with the horizontal mobile device, and the coding component is connect with the lifting device;
Coding positioning pressuring plate is provided in the coding installation pedestal, the coding positioning pressuring plate is mounted on the coding peace
It fills on pedestal, coding Transfer pipe is provided between the coding positioning pressuring plate and the coding installation pedestal, the coding is fixed
Position pressing plate is provided with flexibly positioned layer on the one side of the coding installation pedestal, offers on the coding positioning pressuring plate
Coding location hole, the coding location hole are connected to the coding Transfer pipe with the coding location hole;
The horizontal mobile device includes being transversely mounted support plate, sliding laterally block, is laterally driven part, first laterally driven
Runner, the second laterally driven runner and laterally driven synchronous belt, the support plate that is transversely mounted are mounted on the coding installation base
On seat, the first laterally driven runner and the described second laterally driven runner are rotatably installed in respectively described is transversely mounted support
On plate, the laterally driven synchronous belt is connect with the described first laterally driven runner and the second laterally driven runner respectively,
It is described slide laterally block be slidably installed it is described be transversely mounted in support plate, the laterally driven part with described first laterally driven turn
Wheel connection, the laterally driven part is for driving the described first laterally driven runner is relatively described to be transversely mounted support plate and turned
Dynamic, the first laterally driven runner is for driving the laterally driven synchronous belt and the second laterally driven runner to be turned
It is dynamic, it is described slide laterally to be provided on block slide laterally rack gear, it is described slide laterally rack gear and be mounted on described slide laterally block and lean on
It is transversely mounted on the one side of support plate described in close, the sliding rack is engaged with the laterally driven synchronous belt;
Described be transversely mounted in support plate is provided with cross spacing block, and the cross spacing block is mounted on described be transversely mounted
Support plate slides laterally on the one side of block close to described, and limit installation card is offered on the one side of the cross spacing block
Mouthful, absorption phase magnet block is installed in the limit installation bayonet;
The block that slides laterally is provided with limit magnet strip, and the limit magnet strip is mounted on that described to slide laterally block close
On the one side of the cross spacing block, the limit magnet strip and the limit installation bayonet corresponding matching;
The lifting device include lifting moving plate, lifting actuator, first lifting rotating wheel, second lifting rotating wheel and
Go up and down synchronous belt, the lifting moving plate be slidably mounted on it is described slide laterally on block, the first lifting rotating wheel with it is described
Second lifting rotating wheel slides laterally on block described in being rotatably installed in respectively, and the lifting synchronous belt is gone up and down with described first respectively
Rotating wheel and the second lifting rotating wheel connection, the lifting actuator are connect with the first lifting rotating wheel, the liter
Drop actuator is rotated for driving the first lifting rotating wheel to slide laterally block described in, the first lifting rotation
Wheel is provided with liter on the lifting moving plate for driving the lifting synchronous belt and the second lifting rotating wheel to be rotated
Rack gear block drops, and the lifting synchronous belt is arranged in the lifting tooth stick and engages with the lifting tooth stick;
The coding component includes coding mounting blocks, coding control panel and labelling head, and the coding mounting blocks are mounted on institute
It states on lifting moving plate, the coding control panel is mounted on the coding mounting blocks, and the labelling head and the coding control
Plate connection, the labelling head are corresponded to each other with the coding location hole, and the labelling head is used for the coding positioning hole
Chip carries out coding operation;
The coding positioning device include coding positioning base, the first coding positioning fixture block, the second coding positioning fixture block and
Coding fixture block actuator, the coding positioning base are mounted in the coding installation pedestal, the coding fixture block actuator peace
On the coding positioning base, first coding positioning fixture block and second coding positioning fixture block respectively with the mark
Code fixture block actuator connection, the coding fixture block actuator is for driving the first coding positioning fixture block and second coding
Positioning fixture block carries out movement close to each other or separate, the first coding positioning fixture block and the second coding locating clip agllutination
Structure is identical and is symmetrically set;
The first coding positioning fixture block offers clamping card slot on the one side of second coding positioning fixture block,
The surface for clamping card slot is provided with elastic clamping layer.
The flexibly positioned layer is rubber elastic layer in one of the embodiments,.
The laterally driven part is motor in one of the embodiments,.
The coding control panel is touch screen control panel in one of the embodiments,.
The labelling head is laser marking head in one of the embodiments,.
The coding fixture block actuator is clamping cylinder in one of the embodiments,.
The elastic clamping layer is rubber layer in one of the embodiments,.
The coding mounting blocks are cuboid structure in one of the embodiments,.
The coding positioning base is cuboid structure in one of the embodiments,.
A kind of thermistor chip braid equipment includes above-mentioned chip coding mechanism, further includes: board, braid conveyer
Structure, chip conveying precompressed mechanism, chip detection barcode scanning mechanism and chip braid laminating mechanism, it is the braid transport mechanism, described
Chip conveys precompressed mechanism, chip coding mechanism, chip detection barcode scanning mechanism and the chip braid laminating mechanism
It is separately mounted on the board.
Compared with prior art, the utility model at least has the following advantages:
The chip coding mechanism of the utility model passes through setting coding installation pedestal, coding component, horizontal mobile device, liter
Falling unit and coding positioning device, thus complete to operate the coding of chip, it, can thus instead of artificial coding mode of operation
The case where preventing spill tag code or repeating coding generation effectively improves the precision of production efficiency and coding processing.
Detailed description of the invention
It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment
Attached drawing be briefly described, it should be understood that the following drawings illustrates only some embodiments of the utility model, therefore should not be by
Regard the restriction to range as, for those of ordinary skill in the art, without creative efforts, may be used also
To obtain other relevant attached drawings according to these attached drawings.
Fig. 1 is the structural schematic diagram of the thermistor chip braid equipment of an embodiment of the present invention;
Fig. 2 is that the chip of the thermistor chip braid equipment in Fig. 1 conveys the structural schematic diagram of precompressed mechanism;
Fig. 3 is that the chip in Fig. 2 conveys the first of the precompressed mechanism structural schematic diagram for flattening briquetting;
Fig. 4 is the structural schematic diagram of the chip coding mechanism of the thermistor chip braid equipment in Fig. 1;
Fig. 5 is that the chip of the thermistor chip braid equipment in Fig. 1 detects the structural schematic diagram of barcode scanning mechanism;
Fig. 6 is the structural schematic diagram of the chip braid laminating mechanism of the thermistor chip braid equipment in Fig. 1.
Specific embodiment
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The better embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms
It realizes, however it is not limited to embodiments described herein.On the contrary, the purpose of providing these embodiments is that making practical new to this
The disclosure of type understands more thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
" right side " and similar statement for illustrative purposes only, are not meant to be the only embodiment.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein packet
Include any and all combinations of one or more related listed items.
In one embodiment, a kind of chip coding mechanism characterized by comprising coding installation pedestal, coding component,
Horizontal mobile device, lifting device and coding positioning device, the horizontal mobile device are set respectively with the coding positioning device
Set in the coding installation pedestal, the lifting device is connect with the horizontal mobile device, the coding component with it is described
Lifting device connection;Coding positioning pressuring plate is provided in the coding installation pedestal, the coding positioning pressuring plate is mounted on described
In coding installation pedestal, coding Transfer pipe is provided between the coding positioning pressuring plate and the coding installation pedestal, it is described
Coding positioning pressuring plate is provided with flexibly positioned layer on the one side of the coding installation pedestal, on the coding positioning pressuring plate
Coding location hole is offered, the coding location hole is connected to the coding Transfer pipe with the coding location hole;The cross
To mobile device including being transversely mounted support plate, sliding laterally block, laterally driven part, the first laterally driven runner, second laterally
Driving runner and laterally driven synchronous belt, the support plate that is transversely mounted are mounted in the coding installation pedestal, and described first
Laterally driven runner and the described second laterally driven runner are transversely mounted in support plate described in being rotatably installed in respectively, the transverse direction
Driving synchronous belt is connect with the described first laterally driven runner and the second laterally driven runner respectively, described to slide laterally block
It is transversely mounted in support plate described in being slidably installed, the laterally driven part is connect with the described first laterally driven runner, the cross
It is rotated to actuator for driving the described first laterally driven runner to be transversely mounted support plate described in, described first is horizontal
It is described laterally sliding to driving runner for driving the laterally driven synchronous belt and the second laterally driven runner to be rotated
Be provided on motion block and slide laterally rack gear, it is described slide laterally rack gear and be mounted on the block that slides laterally be transversely mounted close to described
On the one side of support plate, the sliding rack is engaged with the laterally driven synchronous belt;Described be transversely mounted in support plate sets
It is equipped with cross spacing block, the cross spacing block is mounted on the support plate that is transversely mounted close to the side for sliding laterally block
On face, limit installation bayonet is offered on the one side of the cross spacing block, absorption is installed in the limit installation bayonet
Phase magnet block;The block that slides laterally is provided with limit magnet strip, and the limit magnet strip, which is mounted on, described slides laterally block
On the one side of the cross spacing block, the limit magnet strip and the limit installation bayonet corresponding matching;The liter
Falling unit includes lifting moving plate, lifting actuator, the first lifting rotating wheel, the second lifting rotating wheel and lifting synchronous belt, institute
State lifting moving plate be slidably mounted on it is described slide laterally on block, the first lifting rotating wheel and the second lifting rotating wheel
Be rotatably installed in respectively it is described slide laterally on block, the lifting synchronous belt goes up and down rotating wheel and described the with described first respectively
Two lifting rotating wheel connections, the lifting actuator are connect with the first lifting rotating wheel, and the lifting actuator is used for band
It moves the first lifting rotating wheel to slide laterally block relative to described in and rotated, the first lifting rotating wheel is for described in driving
Lifting synchronous belt and the second lifting rotating wheel are rotated, and lifting tooth stick is provided on the lifting moving plate, described
Lifting synchronous belt is arranged in the lifting tooth stick and engages with the lifting tooth stick;The coding component includes coding installation
Block, coding control panel and labelling head, the coding mounting blocks are mounted on the lifting moving plate, the coding control panel installation
On the coding mounting blocks, the labelling head is connect with the coding control panel, the labelling head and the coding location hole
It corresponds to each other, the labelling head is used to carry out coding operation to the chip of the coding positioning hole;The coding positioning device
It is fixed including coding positioning base, the first coding positioning fixture block, the second coding positioning fixture block and coding fixture block actuator, the coding
Position pedestal is mounted in the coding installation pedestal, and the coding fixture block actuator is mounted on the coding positioning base, institute
It states the first coding positioning fixture block and second coding positioning fixture block is connect with the coding fixture block actuator respectively, the coding
Fixture block actuator is close to each other or remote for driving the first coding positioning fixture block and second coding positioning fixture block to carry out
From movement, first coding positioning fixture block is identical as the second coding locating clip block structure and is symmetrically set;Institute
It states the first coding positioning fixture block and offers clamping card slot, the clamping card on the one side of second coding positioning fixture block
The surface of slot is provided with elastic clamping layer.The chip coding mechanism of the utility model passes through setting coding installation pedestal, coding group
Part, horizontal mobile device, lifting device and coding positioning device, to complete to operate the coding of chip, thus instead of artificial
Coding mode of operation, can prevent spill tag code or repeat coding the case where generation, effectively improve production efficiency and coding add
The precision of work.
In order to be preferably illustrated to said chip coding mechanism, chip coding mechanism is applied in thermistor chip
It is illustrated in braid equipment, to more fully understand the design of said chip coding mechanism.Referring to Fig. 1, a kind of thermistor
Chip braid equipment 10 includes: board 100, braid transport mechanism 200, chip conveying precompressed mechanism 300, chip coding mechanism
400, chip detection barcode scanning mechanism 500 and chip braid laminating mechanism 600, braid transport mechanism 200, chip convey precompressed mechanism
300, chip coding mechanism 400, chip detection barcode scanning mechanism 500 and chip braid laminating mechanism 600 are separately mounted to board 100
On.
Braid transport mechanism be used for by braid feeding to chip convey precompressed mechanism, chip convey precompressed mechanism for pair
Chip is delivered in chip coding mechanism, and chip coding mechanism is used to carry out chip stamp operation, and chip detects barcode scanning mechanism
For carrying out barcode scanning operation to the chip in chip coding mechanism, chip braid laminating mechanism is used for the chip pressing after barcode scanning
On braid material block.
It should be noted that braid transport mechanism 200 is transmitted for installing braid reel, and by the braid in braid reel
To the output end of chip conveying precompressed mechanism 300, when chip is sent out from the output end of conveying precompressed mechanism 300, braid
Adherency is fitted on chip.Chip conveying precompressed mechanism 300 is used to chip progress feeding being sent to chip coding mechanism 400
On, chip coding mechanism 400 is used to carry out stamp operation to the chip for pasting braid, after completing stamp number, chip detection
Barcode scanning mechanism 500 carries out barcode scanning operation, so as to track and record the postorder process operation of each chip, after completing barcode scanning,
Braid material block is pressed together on chip by chip braid laminating mechanism 600, so that the braid on chip conforms on braid material block, by
This arranges multiple chips on braid material block in "-" type, consequently facilitating the automation process operation of post-order process.
Referring to Fig. 1, braid transport mechanism 200 includes feeding support frame 210, feeding rotation axis 220, feeding driving
Part 230, the first feeding limit clamping plate 240, the second feeding limit clamping plate 250, limitation locking component 260 and feeding guidance set
270, feeding support frame 210 is mounted on board 100, and feeding rotation axis 220 is rotatably installed on feeding support frame 210, feeding
Actuator 230 is connect with feeding rotation axis 220, and feeding actuator 230 is for driving feeding rotation axis 220 with respect to feeding support frame
210 are rotated, and the first feeding limit clamping plate 240 and the second feeding limit clamping plate 250 are symmetrically mounted on feeding rotation axis
On 220, braid installing zone, braid installing zone are provided between the first feeding limit clamping plate 240 and the second feeding limit clamping plate 250
For installing braid reel, limitation locking component 260 is mounted in feeding rotation axis 220, and feeding guidance set 270 is mounted on
Expect support frame 210 on the one side of feeding rotation axis 220.
It should be noted that the braid reel equipped with braid is mounted on braid installing zone, i.e. braid reel socket installation
In feeding rotation axis 220, meanwhile, clamping plate 240 is limited by the first feeding and the second feeding limits clamping plate 250 to braid reel
Carry out position restriction, thus make braid reel in the rotation will not there is a phenomenon where braid falls off or deviates, thereby, it is possible to
Enable chip proper alignment when carrying out braid attaching.After installing braid reel, feeding actuator 230 drives feeding rotation
Axis 220 is rotated, so that braid reel be driven to carry out rotation operation, so that braid is orderly completed feeding operation, is led to
Crossing feeding actuator 230 drives feeding rotation axis 220 to be rotated, and the speed so as to operate to chip braid is controlled
System, to improve the precision of chip braid processing.
Referring to Fig. 1, the first feeding limits clamping plate 240 and sets on the one side of the second feeding limit clamping plate 250
Multiple positioning convex columns 241 are equipped with, the second feeding limits clamping plate 250 and installs on the one side of the first feeding limit clamping plate 240
There are multiple snubber elastomeric parts 251, each positioning convex column 241 is corresponded with each snubber elastomeric part 251.
It should be noted that the first feeding limits clamping plate 240 and the second feeding position limiting clamp after braid reel is installed
Plate 250 carries out limit clamping to braid reel, at this point, in each positioning convex column 241 and second on the first feeding limit clamping plate 240
Each snubber elastomeric part 251 on material limit clamping plate 250, which corresponds, to abut, so that the first feeding be made to limit clamping plate 240 and second
Feeding limit clamping plate 250 between can generate mutually exclusive elastic force, thus, it is possible to prevent the first feeding limit clamping plate 240 with
Second feeding limit 250 mounting distance of clamping plate closely causes very much the braid on braid reel that can not smoothly carry out rotation feeding, energy
The fluency for enough improving the operation of braid feeding, reduces failure.
Referring to Fig. 1, limitation locking component 260 includes limit casing 261 and adjusting screw 262, limit casing 261
It is screwed on the one end of feeding rotation axis 220 far from feeding actuator 230, adjusts screw 262 and screwed togather with limit casing 261.
It should be noted that passing through after the first feeding limit clamping plate 240 and the second feeding limit clamping plate 250 complete installation
Installation limit casing 261 is abutted with the second feeding limit clamping plate 250, so as to the position to the second feeding limit clamping plate 250
It is fixed, meanwhile, by adjusting position of the limit casing 261 in feeding rotation axis 220, so as to limit the first feeding
The distance between position clamping plate 240 and the second feeding limit clamping plate 250 are finely adjusted, and are completed after adjusting, will by adjusting screw 262
The position of limit casing 261 is locked, to complete limitation locking operation.Screw 262 and limit casing are adjusted by setting
261, it is operated so as to the convenient disassembling, assembling and replacing to braid reel, meanwhile, it is capable to adjust the first feeding limit clamping plate 240 and the
Two feedings limit the distance between clamping plate 250, the installation operation of the braid reel of different in width are enabled adaptation to, so that equipment
The scope of application it is wider.
Referring to Fig. 1, feeding guidance set 270 includes the first feeding guide roller 271 and the second feeding orienting roll
Wheel 272, the first feeding guide roller 271 and the second feeding guide roller 272 are parallel to each other and are mounted on feeding support frame 210,
Feeding rotation axis 220 is located at the lower section of the first feeding guide roller 271 and the second feeding guide roller 27.
It should be noted that the first feeding guide roller 271 and the second feeding guide roller 272 are when braid feeding operates
Play the role of guiding, so that braid is more smooth when feeding operates, meanwhile, feeding rotation axis 220 is located at the first feeding
The lower section of guide roller 271 and the second feeding guide roller 282, i.e. braid are oriented to from braid reel feeding and by the first feeding
When idler wheel 271 and the second feeding guide roller 272, the first feeding guide roller 271 and the second feeding guide roller 272 are in one
A higher position can in advance separate a part of braid from braid reel, in such manner, it is possible to operate braid feeding
When it is more smooth, while can give braid certain tensile force, and can make using the space of 220 top of feeding rotation axis
The overall structure for obtaining equipment is more compact.
In one embodiment, feeding actuator is motor;For another example, each positioning convex column is around the center of the first feeding limit clamping plate
Circular array distribution;For another example, positioning convex column is cylindrical structure;For another example, each snubber elastomeric part surrounds the second feeding position limiting clamp
The center circular array of plate is distributed;For another example, snubber elastomeric part is spring;For another example, the first feeding guide roller and the second feeding
Guide roller is one-way rolling;For another example, the first feeding limit clamping plate is disc structure;For another example, the second feeding limit clamping plate is
Disc structure;For another example, limit casing is straight screw sleeve, so, it is possible to improve whole structural strength, and make braid feeding
What is operated is more efficient.
As shown in Fig. 2, being illustrated below to the specific structure of chip conveying precompressed mechanism 300:
A kind of chip conveying precompressed mechanism 300 includes: that chip conveying erecting bed 310, chip conveying device 320 and chip are whole
Leveling device 330, chip conveying device 320 and chip apparatus for leveling 330, which are set in sequence in chip conveying along chip conveying direction, pacifies
It fills on platform 310.
Referring to Fig. 2, chip conveying device 320 includes that chip conveying jig 321, first conveys runner 322, second
Runner 323, feed drive part 324 and preload component 325 are conveyed, the first conveying runner 322 turns respectively with the second conveying runner 323
The dynamic both ends for being mounted on chip conveying erecting bed 310, chip conveying jig 321 are mounted on the first conveying runner 322 and second defeated
It send between runner 323, feed drive part 324 is connect with the first conveying runner 322, and feed drive part 324 is defeated for drive first
322 opposite chip of runner conveying erecting bed 310 is sent to be rotated, preload component 325 is used for the core on the first conveying runner 322
Piece conveying jig 321 carries out pre- press operation.
Further, chip conveying jig 321 offers conveying card slot on the one side of the first conveying runner 322,
It is provided with conveying fixture block on the lateral surface of first conveying runner 322, conveying card slot is mutually clamped or separates with conveying fixture block.Conveying
Card slot is provided with multiple, and each card slot that conveys is arranged on chip conveying jig in "-" type along chip conveying direction.Convey fixture block
It is provided with multiple, each center circular array distribution for conveying fixture block and conveying runner around first.
It should be noted that offering multiple chip placing grooves, the setting of each chip placing groove interval on chip conveying jig
On chip conveying jig, the chip that chip feeding is placed on chip conveying jig is put by artificial or corresponding feeding device
It sets on slot, for example, feeding device straight-line oscillation disk or conveyer belt etc..When the chip conveying jig 321 equipped with chip passes through first
When conveying runner 322, the driving of feed drive part 324 first conveying runner 322 is rotated, to make the first conveying runner 322
On conveying fixture block and chip conveying jig on conveying card slot constantly engage and separate, so that chip is conveyed jig towards the
The direction of two conveying runners 323 carries out linear transmission operation.Conveying card slot is equipped with conveying fixture block, so that chip conveys
Jig is able to carry out linear transmission operation, and will not shift in transmit process.
Further, the first limit annulus and the second limit annulus are provided on the lateral surface of the second conveying runner 323, the
One limit annulus and the second limit annulus are symmetrically set on the second conveying runner, and the first limit annulus and the second limit are justified
Limit delivery area is provided between ring, chip conveys jig and is located on limit delivery area.
It should be noted that the second conveying runner 323 plays the role of guidance in chip conveying jig transmit process, make
Obtaining chip conveying jig can be passed between the second conveying runner 323 and the first conveying runner 322, meanwhile, the first limit
The setting of annulus and the second limit annulus, so that the position of chip conveying jig is in transmit process by the first limit annulus and the
Two limit annulus limit, thus make chip conveying jig beat will not occur in transmit process, can make in this way chip into
Precision is higher when row braid is sticked, and the interval error between each chip is small, and the quality for processing braid is higher.
Referring to Fig. 1, preload component 325 includes precompressed support plate 325a, precompressed directive slide track 325b, precompressed lifting
Sliding block 325c and pre- pressing roller 325d, precompressed support plate 325a are mounted on the one side of chip conveying erecting bed 310, and precompressed is led
It is vertically mounted on precompressed support plate 325a to sliding rail 325b opposite chip conveying erecting bed 310, precompressed lifting slider 325c is sliding
Dynamic to be mounted on precompressed directive slide track 325b, pre- pressing roller 325d is rotatably installed on precompressed lifting slider 325c, precompressed lifting
The movement that sliding block 325c is used to that pre- pressing roller 325d to be driven to carry out close to or far from the first conveying runner 322, pre- pressing roller 325d
Outer surface be provided with cushioning elastomeric layer.
It should be noted that chip conveys jig when the first conveying runner 322 carries out conveying operations to chip conveying jig
By preload component 325, at this point, pre- pressing roller 325d is abutted with chip conveying jig, and with the transmission of chip conveying jig
Operation is rotated, so as to play the role of guiding;Meanwhile chip conveying jig pass through pre- pressing roller 325d when, due to
Precompressed lifting slider 325c is slidably mounted on precompressed directive slide track 325b, from can be by precompressed lifting slider 325c and pre-
The gravity of pressing roller 325d itself carries out pre- press operation to the chip on chip conveying jig, and thus chip placement is in transmission process
In bounce, guarantee chip can position on the correct position of chip conveying jig.
Referring to Fig. 2, chip apparatus for leveling 330 includes leveling support plate 331, leveling elevator 332, leveling lifting
Actuator 333 and leveling assembly 334, leveling support plate 331 are mounted on the one side of chip conveying erecting bed 310, leveling branch
Leveling riser guide is provided on fagging 331, leveling elevator 332 is slidably mounted on leveling riser guide, and leveling lifting is driven
Moving part 333 is connect with leveling elevator 332, and leveling lifting actuator 333 is for driving leveling elevator 332 to lead in leveling lifting
Reciprocating, leveling assembly 334 and leveling elevator 332 is carried out on rail to connect far from the one side of leveling lifting actuator 333
It connects.
Further, leveling assembly 334 includes leveling mounting blocks 334a, the first leveling briquetting 334b, the second leveling briquetting
334c and multiple spring 334d, each spring 334d are connect with leveling mounting blocks 334a and leveling elevator 332 respectively, the first leveling
The leveling of briquetting 334b and second briquetting 334c is arranged at intervals on one side of the leveling mounting blocks 334a far from leveling elevator 332
On, the first leveling briquetting 334b is identical as the second leveling briquetting 334c structure and is symmetrically set;Flatten mounting blocks 334a with
Multiple spring 334d are set between leveling elevator 332, buffer function can be played, prevent pressure from causing very much the damage of chip greatly
It is bad.
As shown in figure 3, it is provided with leveling convex block 334e on the first one side of the leveling briquetting 334b far from leveling mounting blocks,
Pressure sensor 334f is installed, leveling convex block 334e is connect with pressure sensor 334f on the first leveling briquetting 334b.
Need to illustrate when, when chip conveying jig on chip complete pre- press operation after by chip apparatus for leveling 330
When, the leveling lifting driving leveling elevator 332 of actuator 333 declines, to make leveling assembly 334 on chip conveying jig
Chip carries out compression operation;Leveling assembly 334 is defeated to chip respectively by the first leveling briquetting 334b, the second leveling briquetting 334c
It send the both ends of the chip on jig to be pressed, beat or tilting occurs during the pressing process so as to chip placement, thus
Chip can be made completely to be pressed together in chip conveying jig, the setting of leveling convex block 334e can be reduced and chip contact surface
Product, convenient for the stitching operation of the chip to small size, meanwhile, connected by setting pressure sensor 334f and leveling convex block 334e
It connects, is monitored so as to the pressure force to leveling convex block 334e, thus, it is possible to prevent pressure is excessive from chip is damaged by pressure.Ability
Field technique personnel can need to select the model or specification of pressure sensor 334f according to the production of realization, as long as can
The sensor that the pressure of leveling convex block 334e is tested.
Referring to Fig. 2, chip apparatus for leveling 330 further includes braid compact heap 335, and braid compact heap 335 is mounted on
Chip conveys on erecting bed 310, and chip conveying jig 321 is located between braid compact heap 335 and chip conveying erecting bed 310,
Braid locating slot 335a is offered on the one side of braid compact heap 335, and it is fixed that the first braid is provided in braid locating slot 335a
Position clamp bar and the second braid position clamp bar, and the first braid positions clamp bar and the second braid positioning clamp bar is arranged in parallel in braid
In locating slot;It is cylindrical structure that first braid, which positions clamp bar and the second braid positioning clamp bar,.
It should be noted that braid compact heap 335 can be passed through after chip conveying jig 321 completes leveling stitching operation
The Transfer pipe formed with chip conveying erecting bed 310, at this point, that braid feeding is sent to chip is whole for braid transport mechanism 200
On the braid compact heap 335 of leveling device 330, braid positions clamp bar and second by the first braid on braid locating slot 335a and compiles
Band positioning clamp bar is clamped fixation, thus make braid that there is enough tensile forces, meanwhile, it is defeated that one end of braid extends to chip
It send on jig 321, when chip conveying jig 321 carries out conveying operations and passes through braid compact heap 335, due to the gap of setting
It is sufficiently small, so that the first braid positions clamp bar and can be attached on corresponding chip with the braid on the second braid positioning clamp bar, and
With the chip conveying conveying of jig 321 movement so that the chip that is attached on of braid neatly conveys on each chip of jig 321, thus
Complete the adhering operation of braid.
In one embodiment, feed drive part is motor;For another example, chip conveying jig is strip structure;For another example, pre- nip drum
Wheel is individual event scroll wheel;For another example, cushioning elastomeric layer is rubber elastic layer;For another example, leveling lifting actuator is cylinder;In this way, energy
It is enough to improve whole structural strength, and whole working efficiency is higher.
The chip conveying precompressed mechanism 300 of the utility model conveys erecting bed 310, chip conveying device by setting chip
320 and chip apparatus for leveling 330, so that the conveying and flattening operation to chip are completed, thus instead of artificial production method, energy
It is enough effectively to improve production efficiency and chip is made to keep smooth in conveying operations, so that the quality of production and processing is higher.
As shown in figure 4, being illustrated below to the specific structure of chip coding mechanism 400:
A kind of chip coding mechanism 400 include: coding installation pedestal 410, coding component 420, horizontal mobile device 430,
Lifting device 440 and coding positioning device 450, horizontal mobile device 430 and coding positioning device 450 are separately positioned on coding peace
It fills on pedestal 410, lifting device 440 is connect with horizontal mobile device 430, and coding component 420 is connect with lifting device 440.
It should be noted that coding component 420 is moved to by the drive of horizontal mobile device 430 and lifting device 440
On corresponding coding position, installation fixation is then carried out by position of the coding positioning device 450 to coding component 420 again, it is complete
After fixation, coding component 420 carries out coding operation.
Referring to Fig. 4, coding positioning pressuring plate 411, coding positioning pressuring plate 411 are provided in coding installation pedestal 410
It is mounted in coding installation pedestal 410, it is logical that coding transmission is provided between coding positioning pressuring plate 411 and coding installation pedestal 410
Road, coding positioning pressuring plate 411 are provided with flexibly positioned layer, coding positioning pressuring plate on the one side of coding installation pedestal 410
Coding location hole 411a is offered on 411, coding location hole 411a is connected to coding Transfer pipe with coding location hole.
Further, braid coding locating piece 411b, the braid are installed on one end of the coding positioning pressuring plate 411
The cross section of coding locating piece 411b is bevel structure.
It should be noted that coding positioning pressuring plate 411 is connected with braid compact heap 335, braid coding locating piece 411b
In in braid locating slot 335a, when chip conveying jig 321, which is sent to, carries out braid operation at braid compact heap 335, braid
Coding locating piece 411b enables the chip that conforms to of braid tightly to convey on jig 321 for compressing to braid.It is complete
It is further transmitted at the chip conveying jig 321 after braid fitting processing, to enter chip by coding Transfer pipe
The enterprising rower code of coding mechanism 400 operation, at this point, the flexibly positioned layer on coding positioning pressuring plate 411 can convey chip and control
Chip on tool 321 plays the role of protection, and chip is prevented to be subject to crushing in transmit process or scratch surface.When chip conveys
When jig 321 is sent to coding location hole 411a, coding component 420 carries out coding behaviour to the chip on chip conveying jig 321
Make.
Referring to Fig. 4, horizontal mobile device 430 includes being transversely mounted support plate 431, sliding laterally block 432, is lateral
Actuator 433, the first laterally driven runner 434, the second laterally driven runner 435 and laterally driven synchronous belt 436, are transversely mounted
Support plate 431 is mounted in coding installation pedestal 410, and the first laterally driven runner 434 and the second laterally driven runner 435 are distinguished
Be rotatably installed in and be transversely mounted in support plate 431, laterally driven synchronous belt 436 respectively with the first laterally driven runner 434 and
Two laterally driven runners 435 connect, and slide laterally block 432 and are slidably installed and are transversely mounted in support plate 431, laterally driven part 433
It is connect with the first laterally driven runner 434, laterally driven part 433 is for driving the first relatively transverse peace of laterally driven runner 434
Dress support plate 431 is rotated, and the first laterally driven runner 434 is for driving laterally driven synchronous belt 436 and second laterally to drive
Turn wheel 435 is rotated, and is slid laterally to be provided on block 432 and is slid laterally rack gear, is slid laterally rack gear and is mounted on lateral cunning
Close to being transversely mounted on the one side of support plate, sliding rack engages motion block with laterally driven synchronous belt.
It should be noted that the first laterally driven runner 434 carries out rotation operation under the driving of laterally driven part 433,
So as to carry out the first laterally driven runner 434 and the second laterally driven runner 435 together by laterally driven synchronous belt 436
Motor performance is walked, is operated by the rack gear that slides laterally on laterally driven synchronous belt 436 at this time into reciprocating type mobile, to drive cross
Reciprocating type mobile is carried out on being transversely mounted support plate 431 to sliding shoe 432, thus, it is possible to the position for sliding laterally block 432
It is adjusted.By the way that laterally driven part 433, the first laterally driven runner 434, the second laterally driven runner 435 and transverse direction is arranged
The position for sliding laterally block 432 is adjusted in the driving structure that driving synchronous belt 436 is combined into, and can be improved the essence of adjusting
Degree, so that position degree of regulation when coding is higher.
Referring to Fig. 4, it is transversely mounted in support plate 431 and is provided with cross spacing block 431a, cross spacing block 431a
It is mounted on and is transversely mounted support plate 431 close to sliding laterally on the one side of block 432, opened on the one side of cross spacing block 431a
Equipped with bayonet is mounted, it is mounted in bayonet and absorption phase magnet block is installed.
Further, it slides laterally block 432 and is provided with limit magnet strip 432a, limit magnet strip 432a is mounted on lateral cunning
Motion block 432 is on the one side of cross spacing block 431a, limit magnet strip 432a and limit installation bayonet corresponding matching.
It should be noted that after sliding laterally the movement of block 432 in place, by being arranged on being transversely mounted support plate 431
Cross spacing block 431a, thus by cross spacing block 431a and limit magnet strip 432a cooperation, so that limit magnet strip 432a
Be mounted bayonet corresponding matching, and by be mounted bayonet in absorption phase magnet block complete positioning, so as to
It prevents from sliding laterally block 432 and moving that positional shift occurs afterwards in place, thus improves the precision of coding processing.
Referring to Fig. 4, lifting device 440 includes lifting moving plate 441, the lifting lifting rotation of actuator 442, first
The 443, second lifting rotating wheel 444 of wheel and lifting synchronous belt 445, lifting moving plate 441, which is slidably mounted on, slides laterally block 432
On, the first lifting rotating wheel 443 and the second lifting rotating wheel 444 are rotatably installed in slide laterally on block 432 respectively, and lifting synchronizes
Band 445 is connect with the first lifting rotating wheel 443 and the second lifting rotating wheel 444 respectively, goes up and down actuator 442 and the first lifting turns
Driving wheel 443 connects, and lifting actuator 442 is rotated for driving first to go up and down the relatively transverse sliding shoe 432 of rotating wheel 443,
First lifting rotating wheel 443 is for driving lifting synchronous belt 445 and the second lifting rotating wheel 444 to be rotated, lifting moving plate
Be provided with lifting tooth stick 441a on 441, lifting synchronous belt 445 be arranged in lifting tooth stick 441a and with lifting tooth stick 441a
Engagement.
It should be noted that after sliding laterally the movement of block 432 in place, driving the first lifting rotation of lifting actuator 442
Wheel 443 is rotated, so that lifting synchronous belt 445 and the second lifting rotating wheel 444 be driven to carry out rotation operation, thus makes to go up and down
Movable plate 441 carries out elevating movement operation on sliding laterally block 432, so as to the coding position to coding component 420 into
Row is adjusted.
Referring to Fig. 4, coding component 420 includes coding mounting blocks 421, coding control panel 422 and labelling head 423,
Coding mounting blocks 421 are mounted on lifting moving plate 441, and coding control panel 422 is mounted on coding mounting blocks 421, labelling head
423 connect with coding control panel 421, and labelling head 423 is corresponded to each other with coding location hole 411a, and labelling head 423 is used for coding
Chip in location hole 411a carries out coding operation.
It should be noted that after lifting moving plate 441 completes lift adjustment, so that labelling head 423 is located at the mark of setting
On code position, then labelling head 423 is controlled by coding control panel 422, to be positioned by labelling head 423 to coding
Chip in the 411a of hole carries out coding operation.
Referring to Fig. 4, coding positioning device 450 include coding positioning base 451, the first coding positioning fixture block 452,
Second coding positions fixture block 453 and coding fixture block actuator 454, and coding positioning base 451 is mounted on coding installation pedestal 410
On, coding fixture block actuator 454 is mounted on coding positioning base 451, and the first coding positions fixture block 452 and the positioning of the second coding
Fixture block 453 is connect with coding fixture block actuator 454 respectively, and coding fixture block actuator 454 is for driving the first coding to position fixture block
452 and second coding positioning fixture block 453 carry out movement close to each other or separate, the first coding positions fixture block 452 and marks with second
Code positioning 453 structure of fixture block is identical and is symmetrically set.First coding positions fixture block close to the one of the second coding positioning fixture block
Clamping card slot is offered on side, the surface for clamping card slot is provided with elastic clamping layer.
It should be noted that labelling head 423 is in mark in order to prevent when labelling head 423 carries out mark process operation
Positional shift occurs in journey, the precision for causing mark to operate is not high, to use when labelling head 423 carries out mark process operation
First coding positioning fixture block 452 and the second coding positioning fixture block 453 are clamped fixation to labelling head 423, so as to beat
Header 423 will not influence that positional shift occurs due to extraneous factor when carrying out mark process operation.
In one embodiment, flexibly positioned layer is rubber elastic layer;For another example, laterally driven part is motor;For another example, coding controls
Plate is touch screen control panel;For another example, labelling head is laser marking head;For another example, coding fixture block actuator is clamping cylinder;Again
Such as, elastic clamping layer is rubber layer;For another example, coding mounting blocks are cuboid structure;For another example, coding positioning base is cuboid knot
Structure so, it is possible to improve whole structural strength, and can be improved the processing efficiency of coding operation.
The chip coding mechanism 400 of the utility model passes through setting coding installation pedestal 410, coding component 420, laterally shifting
Dynamic device 430, lifting device 440 and coding positioning device 450, to complete to operate the coding of chip, thus instead of artificial
Coding mode of operation, can prevent spill tag code or repeat coding the case where generation, effectively improve production efficiency and coding add
The precision of work.
As shown in figure 5, being illustrated below to the specific structure of chip detection barcode scanning mechanism 500:
Chip detect barcode scanning mechanism 500 include detection support frame 510, CCD imaging code reader 520, detection mounting plate 530,
Imaging reflector 540 and light source assembly 550, the detection support frame 510 are mounted on board 100, the detection mounting plate 530
It is mutually perpendicular on the one end for being mounted on the detection support frame 510 with the imaging reflector 540, code reader is imaged in the CCD
520 are mounted on the detection mounting plate 530, and the light source assembly 550 is mounted on the detection support frame 510, and is located at
The lower section of the CCD imaging code reader 520.
The light source assembly 550 includes rotating block 551, light source holder 552 and multiple LED lamps bubble, the rotating block 551
It is rotatably installed on the detection support frame 510, the light source holder 552 is mounted on the rotating block 551, each described
LED lamp bubble is installed in the light source holder 552.
It should be noted that chip detects barcode scanning mechanism after chip completes coding operation in chip coding mechanism 400
500 by CCD be imaged 520 pairs of code reader complete codings after chip carry out imaging and barcode scanning operate, thus by image-forming information with
Code scaning information corresponds to each other, meanwhile, appearance detection can be carried out to chip by imaging, to detect on corresponding coding number
Chip whether meet production and processing require, be achieved in the policer operation to each chip, when a problem occurs, can quickly look for
To the scheme in the place and solution that go wrong.
The setting of imaging reflector 540 can make the imaging effect of CCD imaging code reader 520 more preferable, be rotated by adjusting
The angle of block 551 can facilitate operation to adjust, further so as to adjust the direction of illumination that LED lamp steeps in light source holder
The imaging effect for improving CCD imaging code reader 520 is more preferable.
As shown in fig. 6, being illustrated below to the specific structure of chip braid laminating mechanism 600:
A kind of chip braid laminating mechanism 600 includes: pressing workbench 610, braid pressing transmission device 620, pressing material
Block feeding device 630 and material block pressing device 640, braid pressing transmission device 620 are mounted on pressing workbench 610, pressing
Expect block feeding device 630 and expects that block pressing device 640 is set in sequence in pressing along the direction of transfer of braid pressing transmission device 620
On workbench 610.
Referring to Fig. 6, it includes that pressing conveyer belt 621, first presses delivery roller that braid, which presses transmission device 620,
622, the second pressing delivery roller 623 and pressing transmission actuator 624, the first pressing delivery roller 622 and the second pressing transmit
Idler wheel 623 be rotatably installed in respectively pressing workbench 610 on, pressing conveyer belt 621 respectively with first pressing delivery roller 622 and
Second pressing delivery roller 623 connects, and pressing transmission actuator 624 is connect with the first pressing delivery roller 622, and pressing transmission is driven
Moving part 624 is for driving the first pressing delivery roller 622 to be rotated relative to pressing workbench 610, the first pressing delivery roller
622 for driving pressing conveyer belt 624 and the second pressing delivery roller 623 to be rotated.
Further, pressing support cross is provided between the first pressing delivery roller 622 and the second pressing delivery roller 623
Item, pressing support horizontal stripe are mounted on pressing workbench 610 on the one side of pressing conveyer belt 621, pressing support horizontal stripe position
In the lower section of pressing conveyer belt 621.
It should be noted that pressing conveyer belt 621 is used to carry out reception transmission to chip conveying jig 321, when chip is defeated
After sending jig 321 to complete coding and barcode scanning detection operation at chip coding mechanism 400 and chip detection barcode scanning mechanism 500, into
Enter the stitching operation that material block and braid is carried out at chip braid laminating mechanism 600.Specifically, chip conveying jig 321 enters pressure
After closing conveyer belt 621, rotated by pressing transmission actuator 624 driving the first pressing delivery roller 622, thus with dynamic pressure
It closes conveyer belt 621 and transmission operation is carried out to chip conveying jig 321, chip conveying jig 321 is enabled to be transferred into pressing
Expect on block feeding device 630 and material block pressing device 640.Pressing support horizontal stripe setting can chip convey jig 321 into
Pressing conveyer belt 621 is supported when row material block stitching operation, to prevent the pressing deformation of conveyer belt 621 so that stitching operation
There is error, thereby guarantees that the precision of braid stitching operation.
Referring to Fig. 6, pressing material block feeding device 630 include material block conveyer belt 631, material block transmission actuator 632,
Expect block pushing plate 633, material block push actuator 634, material block feeding pressing plate 635 and material block absorbent module 636, expects block conveyer belt
631 are mounted on pressing workbench 610, and material block conveyer belt 631 is located at the side of pressing conveyer belt 621, and material block transmits actuator
632 connect with material block conveyer belt 631, and material block transmission actuator 632 is for driving material block conveyer belt 631 in pressing workbench 610
Upper carry out translatory movement, material block pushing plate 633 are slidably mounted on pressing workbench 610, material block push actuator 634 and material block
Pushing plate 633 connects, and material block push actuator 634 is close for driving material block pushing plate 633 to carry out on pressing workbench 610
Or the reciprocating far from material block conveyer belt 631, so that 20 feeding of material block on material block conveyer belt 631 extremely presses on conveyer belt
621, for the setting of material block feeding pressing plate 635 on pressing workbench 610, material block feeding pressing plate 635 is located at the upper of pressing conveyer belt 621
Side, material block absorbent module 636 are mounted on material block feeding pressing plate 635.Expect that block absorbent module 636 includes that multiple material blocks adsorb gas nozzle
636a, it is each to expect that block absorption gas nozzle 636a is arranged at intervals on material block feeding pressing plate 635.
Further, expect to be provided with transmission limited block 631a on block conveyer belt 631, transmission limited block 631a is located at material block and passes
On the output end for sending band 631, after expecting that block conveyer belt 631 will expect the transmission of block 20 in place, transmission limited block 631a can be to material block
20 position is defined, and is thus that material block 20 accurately feeding can be pressed extremely on conveyer belt 621.
Further, expect to be provided with push horizontal stripe 633a on block pushing plate 633, push horizontal stripe 633a is located at material block pushing plate
633 on the one side of material block conveyer belt 631, and push horizontal stripe 633a is offered on the one side of material block conveyer belt 631
Limiting groove is pushed, push limiting groove can carry out position limit to material block 20 when expecting that block pushing plate 633 carries out push operation
It is fixed, prevent material block 20 from positional shift occurs during push.Push horizontal stripe 633a setting can it is more accurate with material block
20 are abutted, to enable to expect that block is smoothly pushed to pressing conveyer belt 621.
It should be noted that material block 20 is expected on the corresponding position of block pushing plate 633 by expecting that block conveyer belt 631 is sent to,
Material block pushing plate 633 is moved under the driving of material block push actuator 634, to will expect the material block on block conveyer belt 631
20 push on pressing conveyer belt 621, and the top of pressing conveyer belt 621 is arranged in material block feeding pressing plate 635, when material block 20 is pushed away
When sending to pressing conveyer belt 621, material block absorbent module 636 is adsorbed gas nozzle 636a by multiple material blocks and is adsorbed to material block 20
Operation, so that material block 20 is attracted on material block feeding pressing plate 635.When chip conveying jig 321 is passed by pressing conveyer belt 621
After being sent to position, material block adsorbs gas nozzle 636a and is adjusted to outlet operation from suction operation, thus will expect the material on block feeding pressing plate 635
Block 20 is placed and is pressed on chip conveying jig 321 in advance, completes the feeding precompressed manipulator of material block 20, chip conveys jig 321
Enter material block pressing device 640 under the transmission of pressing conveyer belt 621 and carries out material block compression operation.Expect block feeding pressing plate 635 with
The setting of material block absorbent module 636 is not only able to make to expect on the accurate feeding of block 20 to chip conveying jig 321, while can complete
The pre- press operation for expecting block prevents chip conveying jig 321 from expecting that positional shift occurs for block in transmit process.
Referring to Fig. 6, expect that block pressing device 640 includes that material block compresses pedestal 641, material block compresses bracket 642, compresses
Elevator 643 and compression lifting actuator 644, material block compress the setting of pedestal 641 on pressing workbench 610, and material block compresses branch
The setting of frame 642 compresses on pedestal 641 in material block, and compression lifting actuator 644 is mounted on material block and compresses on bracket 642, compresses liter
Drop actuator 644 is connect with compression elevator 643, and it is close for driving compression elevator 643 to carry out to compress lifting actuator 644
Or the reciprocating far from pressing conveyer belt 621.
Further, it compresses and is provided with multiple compression bullets on one side of the elevator 643 far from compression lifting actuator 644
Property column 643a, it is each compress elastic 643a and be arranged at intervals on compress on elevator 643.
Referring to Fig. 6, expect that block pressing device 640 further includes that the first compression positioning component 645 and second compresses positioning
Component 646, the first compression positioning component 645 and the second compression positioning component 646 are separately positioned on material block and compress the two of pedestal 641
End, the first compression positioning component 645 is identical as the second compression 646 structure of positioning component and is symmetrically set.First compression is fixed
Hyte part 645 includes compressing positioning plate 645a and compressing Locating driver part 645b, compresses positioning plate and compresses Locating driver part company
It connects, compresses Locating driver part and be used to that compression positioning plate to be driven to carry out on material block compression pedestal close to or far from pressing conveyer belt
Reciprocating.
It should be noted that compressing positioning plate 645a after chip conveying jig 321 transmits in place and compressing Locating driver
It is moved under the driving of part 645b, so that the position of one end of chip conveying jig 321 is defined, similarly, the second pressure
Tight positioning component 646 is defined the position of the other end of chip conveying jig 321, to keep chip conveying jig 321 solid
It is scheduled on the first compression positioning component 645 and second to compress between positioning component 646, chip conveys jig 321 and completes after fixing, pressure
Tight lifting actuator 644 driving compresses elevator 643 and carries out downward motion, thus by compressing each compression on elevator 643
Elastic 643a, into operation is compressed, thus makes to expect that block 20 is attached in braid, to make to the material block on chip conveying jig 321
Neat being arranged in of chip in braid is expected on block, in this way, completing chip braid stitching operation.
The chip braid laminating mechanism 600 of the utility model presses transmission device by setting pressing workbench 610, braid
620, pressing material block feeding device 630 and material block pressing device 640, thus by the chip pressing after completion braid to material block,
Thus instead of artificial mode of operation, working efficiency can be effectively provided and enable the chip to proper alignment on material block.
In one embodiment, pressing transmission actuator is motor;For another example, pressing support horizontal stripe is cuboid structure;For another example, expect
It is motor gear driving structure that block, which transmits actuator,;For another example, material block push actuator is cylinder;For another example, lifting actuator is compressed
Cylinder is driven for lifting;For another example, elastic is respectively compressed to be arranged in "-" type in compression elevator;For another example, compressing elastic is rubber
Glue elasticity column;For another example, compressing Locating driver part is compression cylinder, so, it is possible to improve whole structural strength, so that chip is compiled
Band pressing process operation precision is higher.
Compared with prior art, the utility model at least has the following advantages:
The thermistor chip braid equipment 10 of the utility model passes through setting board 100, braid transport mechanism 200, core
Piece conveys precompressed mechanism 300, chip coding mechanism 400, chip detection barcode scanning mechanism 500 and chip braid laminating mechanism 600, from
And the braid process operation to thermistor chip is completed, thus instead of artificial production method, production effect can be effectively improved
Rate and the quality of production.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of chip coding mechanism characterized by comprising coding installation pedestal, coding component, horizontal mobile device, liter
Falling unit and coding positioning device, the horizontal mobile device and the coding positioning device are separately positioned on the coding and install
On pedestal, the lifting device is connect with the horizontal mobile device, and the coding component is connect with the lifting device;
Coding positioning pressuring plate is provided in the coding installation pedestal, the coding positioning pressuring plate is mounted on the coding installation base
On seat, coding Transfer pipe, the coding positioning pressure are provided between the coding positioning pressuring plate and the coding installation pedestal
Plate is provided with flexibly positioned layer on the one side of the coding installation pedestal, offers coding on the coding positioning pressuring plate
Location hole, the coding location hole are connected to the coding Transfer pipe with the coding location hole;
The horizontal mobile device includes being transversely mounted support plate, sliding laterally block, laterally driven part, first laterally driven turn
Wheel, the second laterally driven runner and laterally driven synchronous belt, the support plate that is transversely mounted are mounted on the coding installation pedestal
On, the first laterally driven runner and the described second laterally driven runner are rotatably installed in respectively described is transversely mounted support plate
On, the laterally driven synchronous belt is connect with the described first laterally driven runner and the second laterally driven runner respectively, institute
State slide laterally block be slidably installed it is described be transversely mounted in support plate, the laterally driven part and the described first laterally driven runner
Connection, the laterally driven part is for driving the described first laterally driven runner is relatively described to be transversely mounted support plate and turned
Dynamic, the first laterally driven runner is for driving the laterally driven synchronous belt and the second laterally driven runner to be turned
It is dynamic, it is described slide laterally to be provided on block slide laterally rack gear, it is described slide laterally rack gear and be mounted on described slide laterally block and lean on
It is transversely mounted on the one side of support plate described in close, the sliding rack is engaged with the laterally driven synchronous belt;
Described be transversely mounted in support plate is provided with cross spacing block, and the cross spacing block, which is mounted on, described is transversely mounted support
Plate slides laterally on the one side of block close to described, and limit installation bayonet, institute are offered on the one side of the cross spacing block
It states to be mounted in bayonet and absorption phase magnet block is installed;
The block that slides laterally is provided with limit magnet strip, and the limit magnet strip is mounted on the block that slides laterally close to described
On the one side of cross spacing block, the limit magnet strip and the limit installation bayonet corresponding matching;
The lifting device includes lifting moving plate, lifting actuator, the first lifting rotating wheel, the second lifting rotating wheel and lifting
Synchronous belt, the lifting moving plate be slidably mounted on it is described slide laterally on block, the first lifting rotating wheel and described second
Lifting rotating wheel slides laterally on block described in being rotatably installed in respectively, and the lifting synchronous belt is rotated with first lifting respectively
Wheel and the second lifting rotating wheel connection, the lifting actuator are connect with the first lifting rotating wheel, and the lifting is driven
Moving part is rotated for driving the first lifting rotating wheel to slide laterally block described in, and the first lifting rotating wheel is used
In driving the lifting synchronous belt and the second lifting rotating wheel to be rotated, lifting tooth is provided on the lifting moving plate
Stick, the lifting synchronous belt are arranged in the lifting tooth stick and engage with the lifting tooth stick;
The coding component includes coding mounting blocks, coding control panel and labelling head, and the coding mounting blocks are mounted on the liter
It drops on movable plate, the coding control panel is mounted on the coding mounting blocks, and the labelling head and the coding control panel connect
It connects, the labelling head is corresponded to each other with the coding location hole, and the labelling head is used for the chip to the coding positioning hole
Carry out coding operation;
The coding positioning device includes coding positioning base, the first coding positioning fixture block, the second coding positioning fixture block and coding
Fixture block actuator, the coding positioning base are mounted in the coding installation pedestal, and the coding fixture block actuator is mounted on
On the coding positioning base, the first coding positioning fixture block and second coding positioning fixture block are pressed from both sides with the coding respectively
The connection of block actuator, the coding fixture block actuator is for driving the first coding positioning fixture block and second coding to position
Fixture block carries out movement close to each other or separate, the first coding positioning fixture block and the second coding locating clip block structure phase
Together and it is symmetrically set;
The first coding positioning fixture block offers clamping card slot on the one side of second coding positioning fixture block, described
The surface for clamping card slot is provided with elastic clamping layer.
2. chip coding according to claim 1 mechanism, which is characterized in that the flexibly positioned layer is rubber elastic layer.
3. chip coding according to claim 1 mechanism, which is characterized in that the laterally driven part is motor.
4. chip coding according to claim 1 mechanism, which is characterized in that the coding control panel is touch screen control face
Plate.
5. chip coding according to claim 1 mechanism, which is characterized in that the labelling head is laser marking head.
6. chip coding according to claim 1 mechanism, which is characterized in that the coding fixture block actuator is to clamp gas
Cylinder.
7. chip coding according to claim 1 mechanism, which is characterized in that the elastic clamping layer is rubber layer.
8. chip coding according to claim 1 mechanism, which is characterized in that the coding mounting blocks are cuboid structure.
9. chip coding according to claim 1 mechanism, which is characterized in that the coding positioning base is cuboid knot
Structure.
10. a kind of thermistor chip braid equipment, which is characterized in that including core described in any one of claim 1-9
Piece coding mechanism, further includes: board, braid transport mechanism, chip conveying precompressed mechanism, chip detection barcode scanning mechanism and chip are compiled
Band laminating mechanism, the braid transport mechanism, chip conveying precompressed mechanism, chip coding mechanism, chip inspection
It surveys barcode scanning mechanism and the chip braid laminating mechanism is separately mounted on the board.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201820828016.5U CN208470272U (en) | 2018-05-29 | 2018-05-29 | Chip coding mechanism and its thermistor chip braid equipment |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201820828016.5U CN208470272U (en) | 2018-05-29 | 2018-05-29 | Chip coding mechanism and its thermistor chip braid equipment |
Publications (1)
Publication Number | Publication Date |
---|---|
CN208470272U true CN208470272U (en) | 2019-02-05 |
Family
ID=65219405
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN201820828016.5U Expired - Fee Related CN208470272U (en) | 2018-05-29 | 2018-05-29 | Chip coding mechanism and its thermistor chip braid equipment |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN208470272U (en) |
-
2018
- 2018-05-29 CN CN201820828016.5U patent/CN208470272U/en not_active Expired - Fee Related
Similar Documents
Publication | Publication Date | Title |
---|---|---|
CN108550449A (en) | Chip conveys precompressed mechanism and its thermistor chip braid equipment | |
TW201313584A (en) | Material disparting mechanism | |
CN102937755A (en) | Bonding apparatus and method for controlling same | |
CN105479144B (en) | Double automatic press mounting mechanism | |
TW201410376A (en) | Device for assembling camera module | |
CN215709173U (en) | Product conveying production line | |
CN208478040U (en) | Chip conveys precompressed mechanism and its thermistor chip braid equipment | |
CN114044230A (en) | Code reading equipment for identifying label falling and quick patching of cigarette transfer box | |
CN108545239A (en) | Thermistor chip braid equipment | |
US10034419B2 (en) | Detaching apparatus for detaching component from circuit board | |
CN202693932U (en) | Assembling clamp | |
CN205308712U (en) | Full automatic on -line formula point gum machine | |
CN208470272U (en) | Chip coding mechanism and its thermistor chip braid equipment | |
CN108714526A (en) | Assemble dispenser and assembly dispenser system | |
CN208470167U (en) | Thermistor chip braid equipment | |
CN209275054U (en) | Filter housing label application mechanism and its labeling device | |
CN209125287U (en) | Filter housing rubber head installing mechanism and its labeling device | |
CN108860832A (en) | Chip coding mechanism and its thermistor chip braid equipment | |
CN109080925A (en) | Filter housing label application mechanism and its labeling device | |
CN218370142U (en) | Product transfer device | |
CN101425119A (en) | Method and apparatus for writing data into certification card | |
CN115214923B (en) | LED test braid all-in-one | |
CN111791037B (en) | Magnet feeding device | |
CN209127520U (en) | Filter housing feed mechanism and its labeling device | |
CN110550431A (en) | chip position adjusting mechanism of chip feeding device |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
GR01 | Patent grant | ||
GR01 | Patent grant | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190205 Termination date: 20210529 |
|
CF01 | Termination of patent right due to non-payment of annual fee |