CN108750590A - Feed mechanism and USB automatic checkout equipments - Google Patents
Feed mechanism and USB automatic checkout equipments Download PDFInfo
- Publication number
- CN108750590A CN108750590A CN201810846756.6A CN201810846756A CN108750590A CN 108750590 A CN108750590 A CN 108750590A CN 201810846756 A CN201810846756 A CN 201810846756A CN 108750590 A CN108750590 A CN 108750590A
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- CN
- China
- Prior art keywords
- feeding
- material placing
- usb
- band
- placing modules
- 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.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G43/00—Control devices, e.g. for safety, warning or fault-correcting
- B65G43/08—Control devices operated by article or material being fed, conveyed or discharged
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
- B65G47/74—Feeding, transfer, or discharging devices of particular kinds or types
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G2203/00—Indexing code relating to control or detection of the articles or the load carriers during conveying
- B65G2203/04—Detection means
- B65G2203/042—Sensors
- B65G2203/044—Optical
Abstract
The feed mechanism and USB automatic checkout equipments of the present invention, by the way that feeding band to band transfer module is arranged, material keeps in panel, feeding driving device and multiple material placing modules.In actual feeding transmission process, USB are correspondingly placed into material placing groove, the material placing modules for carrying USB are slid into feeding transmission channel, when infrared inductor senses material placing modules, feeding drive component starts work, feeding drive component drives the rotation of feeding spill spin block, since active rack is engaged with driven rack, when feeding spill spin block rotates, material placing modules can be moved to the output extreme direction of feeding band to band transfer module, the material placing modules for carrying USB are moved to next station, due to being placed with multiple USB heads on material placing modules, it can realize the mass transport to USB, greatly improve feeding efficiency of transmission.
Description
Technical field
The present invention relates to USB automatic measurement technique fields, more particularly to a kind of feed mechanism and USB automatic inspections
Measurement equipment.
Background technology
Currently, USB data line being connected and communicate with for computer and external equipment, it can also be used to the charging of mobile phone and with it is outer
The connection in portion.USB according to distinct interface and data line, holding equipment mouse, keyboard, printer, scanner, camera, sudden strain of a muscle
Deposit, MP3 machines, mobile phone, digital camera, mobile hard disk, external smooth floppy drive, USB network card, ADSL Modem, Cable Modem etc.
Electronic product.
Popular says, USB data line is used for transmission data and charging, and USB data line is exactly to connect computer and mobile device
For transmitting the access tool of the files such as video, the tinkle of bells, picture.Universal with Intelligent mobile equipment, USB data line is gradually
Daily life, representative of the mobile phone as mobile device are gradually incorporated, the universal of USB data line becomes apparent.As mobile terminal is set
Standby is universal, such as representative of the mobile phone as mobile terminal device, and mobile phone is inseparable with daily life, people
It may be said that not having to arrive mobile phone all the time, for example, people carry out mobile payment using mobile phone, the fiber crops that people carry wallet are eliminated
It is tired；For another example, using cell phone application on-line purchase train ticket, plane ticket etc., the purchases such as railway station, airport must be gone to by eliminating people
The trouble of ticket, it may be said that mobile phone has penetrated into daily life, and it is various convenient to be brought for people.
In existing USB data line, usb data is usually made of two components, USB and data line, for USB heads
Production process need to be detected USB after the first-born productions of USB, for example, to USB carry out CCD detections, prevent
There are slight cracks for USB inside；For another example, to USB carry out continuity test, prevent USB can not conduction.But either to USB into
The what kind of processing of row, is required for, by USB carry out feedings, USB feedings being transmitted to predetermined detection station and carry out it
Detection.One is by the way of transmitting slide strips, transmission slide strips can disposably be transmitted large batch of existing feeding transmission mode
USB heads, transmission rate is fast, but needs to be arranged on the output end of transmission slide strips corresponding robot device to transmitting successively
USB are gripped, and prevent excessive USB heads excessive in the output end accumulation of transmission slide strips；Furthermore another material-uploading style is adopted
It is the mode of manipulator gripping feeding, although manipulator gripping can accurately grip USB, due to machinery
Hand once grips one to three USB heads, causes loading efficiency slow, substantially reduces the production efficiency of enterprise.
Invention content
The purpose of the present invention is overcoming shortcoming in the prior art, can in batches USB be carried out by providing one kind
Feed mechanism and USB automatic checkout equipment that material transmits, that feeding efficiency of transmission is high.
The purpose of the present invention is achieved through the following technical solutions：
A kind of feed mechanism, including feeding band to band transfer module, material keep in panel, feeding driving device and multiple material placement groups
Part, the feeding band to band transfer module are set on pedestal, and the output end of the feeding band to band transfer module connects with the input terminal of the cutting agency
It is logical, feeding transmission channel is offered on the feeding band to band transfer module, the feeding transmission channel is for housing the material placement group
Part offers on the madial wall of the feeding transmission channel and keeps away a hole, and the material keeps in panel and is set to the feeding transmission
On platform, and the material keeps in one end setting that panel closes on the feeding transmission channel, the feeding driving device setting
In on the feeding band to band transfer module, and the feeding driving device be located at it is described keep away in a hole, the feeding driving device includes
Feeding spill spin block, active rack, feeding drive component and infrared inductor, the feeding spill spin block are set to the feeding transmission
On platform, and the feeding spill spin block is kept away positioned at described in a hole, and the active rack is set to the outer of the feeding spill spin block
On side wall, the feeding drive component is set on pedestal, the rotary shaft of the feeding drive component and the feeding spill spin block
It is drivingly connected, the feeding drive component is described red for driving the feeding spill spin block to be rotated relative to the feeding band to band transfer module
Outer inductor closes on the input terminal setting of the feeding band to band transfer module, and the infrared inductor and feeding drive component electricity
Connection is provided with driven rack in the material placing modules on the material placing modules, the driven rack with
The active rack-driving engages, and multiple material placing grooves are offered on the material placing modules, and the material placing groove is used
In placement USB heads.
In a wherein embodiment, the feed mechanism further includes feeding auxiliary transmission component, the feeding transmission
The first mounting groove is offered on the bottom in channel, the feeding auxiliary transmission component is set in first mounting groove, described
Feeding auxiliary transmission component includes the first rotation axis and the first auxiliary wheel, and the end of first rotation axis is rotatably dispose in institute
It states in the first mounting groove, first auxiliary wheel is set in first rotation axis.
In a wherein embodiment, the feeding auxiliary transmission component further includes the first elastic component, first bullet
Property part is set on the lateral wall of first auxiliary wheel.
In a wherein embodiment, first elastic component is the first rubber parts.
In a wherein embodiment, the material placing modules include material plate placement and transmit panel, described
Material plate placement is set on the transmission panel, and the driven rack, which is located on the lateral wall of the transmission panel, to be arranged,
Multiple material placing grooves, which are located on the material plate placement, to be opened up.
In a wherein embodiment, the material placing modules further include multiple positioning pins, the material placed side
Multiple locating slots are offered on plate, multiple positioning pins may be contained on the transmission panel, and multiple locating slots are one by one
It is corresponding to house multiple positioning pins.
In a wherein embodiment, the material placing modules further include multiple cushion pads, multiple cushion pads
It is arranged in a one-to-one correspondence on the bottom of the material placing groove.
In a wherein embodiment, the cushion pad is sponge.
In a wherein embodiment, multiple auxiliary heat dissipation holes are further opened on the material plate placement, and every
It is provided with interval between the two neighboring auxiliary heat dissipation hole.
A kind of USB automatic checkout equipment, including feed mechanism described above.
Compared with prior art, the present invention has at least the following advantages：
The feed mechanism and USB automatic checkout equipments of the present invention, by the way that feeding band to band transfer module is arranged, material keeps in face
Plate, feeding driving device and multiple material placing modules.In actual feeding transmission process, USB are correspondingly placed into object
Expect in placing groove, the material placing modules for carrying USB is slid into feeding transmission channel, when infrared inductor senses
When material placing modules, feeding drive component starts work, and feeding drive component drives the rotation of feeding spill spin block, due to driving tooth
Item is engaged with driven rack, and when feeding spill spin block rotates, material placing modules can be moved to the output extreme direction of feeding band to band transfer module
It is dynamic, the material placing modules for carrying USB are moved to next station, due to being placed with multiple USB on material placing modules
Head can realize the mass transport to USB, greatly improve feeding efficiency of transmission.
Description of the drawings
Fig. 1 is the structural schematic diagram of the USB head automatic checkout equipments in an embodiment of the present invention；
Fig. 2 is the connection diagram of the feed mechanism and cutting agency in an embodiment of the present invention；
Fig. 3 is the structural schematic diagram of the material placing modules in an embodiment of the present invention；
Fig. 4 is the structural schematic diagram of the positioning device in an embodiment of the present invention；
Fig. 5 is the structural schematic diagram of the apparatus for bending in an embodiment of the present invention；
Fig. 6 is the structural schematic diagram of the electric test device in an embodiment of the present invention；
Fig. 7 is the structural schematic diagram of the sorting unit in an embodiment of the present invention.
Specific implementation mode
To facilitate the understanding of the present invention, below with reference to relevant drawings to invention is more fully described.In attached drawing
Give the better embodiment of the present invention.But the present invention can realize in many different forms, however it is not limited to herein
Described embodiment.On the contrary, the purpose of providing these embodiments is that making to understand more the disclosure
Add thorough and comprehensive.
It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it can be 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 offered as being unique embodiment.
Unless otherwise defined, all of technologies and scientific terms used here by the article and belong to the technical field of the present invention
The normally understood meaning of technical staff is identical.Used term is intended merely to description tool in the description of the invention herein
The purpose of the embodiment of body, it is not intended that in the limitation present invention.Term " and or " used herein includes one or more
Any and all combinations of relevant Listed Items.
Also referring to Fig. 1, USB automatic checkout equipments 10, including：Pedestal 100, feed mechanism 200, bending mechanism
300, electrical testing sorting mechanism 400 and cutting agency 500, feed mechanism 200 and cutting agency 500 are respectively arranged at pedestal 100
On, and the output end of feed mechanism 200 is connected to the input terminal of cutting agency 500, feed mechanism 200 be used for USB into
Row feeding operates, and cutting agency 500 is for USB progress blanking operations；Bending mechanism 300 and electrical testing sorting mechanism 400 divide
It is not set on pedestal 100, and bending mechanism 300 and 400 sequence of electrical testing sorting mechanism are located at the output of feed mechanism 200
End setting, bending mechanism 300 are used for USB progress bending operations, and electrical testing sorting mechanism 400 is for leading USB
Logical test and sorting operation.In this way, feed mechanism 200 is used for USB carry out feeding operations；Bending mechanism 300 for pair
USB progress bending operations；Electrical testing sorting mechanism 400 is used to carry out continuity test to USB and sorting operates；Blanking machine
Structure 500 is used for USB progress blanking operations.
Further, it please refers to Fig.1 and Fig. 2, in a wherein embodiment, feed mechanism 200 includes feeding transmission
Platform 210, material keep in panel 220, feeding driving device 230 and multiple material placing modules 240, and feeding band to band transfer module 210 is arranged
In on pedestal 100, the output end of feeding band to band transfer module 210 is connected to the input terminal of cutting agency 500, is opened on feeding band to band transfer module 210
Equipped with feeding transmission channel, feeding transmission channel is opened for housing material placing modules 240 on the madial wall of feeding transmission channel
Equipped with a hole is kept away, material is kept in panel 220 and is set on feeding band to band transfer module 210, and material keeps in panel 220 and closes on feeding biography
The one end in defeated channel is arranged, and feeding driving device 230 is set on feeding band to band transfer module 210, and feeding driving device 230 is located at
It keeps away in a hole, feeding driving device 230 includes feeding spill spin block 231, active rack 232, feeding drive component 233 and infrared sense
Answer device 234, feeding spill spin block 231 to be set on feeding band to band transfer module 210, and feeding spill spin block 231 be located at keep away in a hole, actively
Rack 232 is set on the lateral wall of feeding spill spin block 231, and feeding drive component 233 is set on pedestal 100, feeding driving
The rotary shaft of component 233 is drivingly connected with feeding spill spin block 231, and feeding drive component 233 is for driving 231 phase of feeding spill spin block
Feeding band to band transfer module 210 is rotated, infrared inductor 234 closes on the input terminal setting of feeding band to band transfer module 210, and infrared inductor
234 are electrically connected with feeding drive component 233, and in a material placing modules 240, driven tooth is provided on material placing modules
Item 241, driven rack are engaged with active rack-driving, and multiple material placing grooves 242, object are offered on material placing modules 240
Material placing groove 242 is for placing USB heads.In this way, in actual feeding transmission process, USB are correspondingly placed into material and is put
It sets in slot 242, the material placing modules 240 for carrying USB is slid into feeding transmission channel, when infrared inductor 234
When sensing material placing modules 240, feeding drive component 233 starts work, and feeding drive component 233 drives feeding spill spin block
231 rotations, since active rack 232 is engaged with driven rack 241, when feeding spill spin block 231 rotates, material placing modules
240 can move to the output extreme direction of feeding band to band transfer module 210, the material placing modules 240 for carrying USB are moved to next
Station can realize the mass transport to USB, carry significantly due to being placed with multiple USB heads on material placing modules 240
High feeding efficiency of transmission.
The detailed operation principle of feed mechanism 200 is illustrated below：
USB are put into material placing groove 242, then slides into the material placing modules 240 for carrying USB
In feeding transmission channel when infrared inductor 234 senses material placing modules 240, feeding drive component 233 starts work,
Feeding drive component 233 drives feeding spill spin block 231 to rotate, and since active rack 232 is engaged with driven rack 241, works as feeding
When spill spin block 231 rotates, material placing modules 240 can be moved to the output extreme direction of feeding band to band transfer module 210, will carry USB
The material placing modules 240 of head are moved to next station, also move USB to scheduled bending station.
It should be noted that material keeps in material placing modules 240 of the panel 220 for temporary carrying USB, convenient for using
Family endlessly slides into material placing modules 240 to feeding transmission channel.
Further, in a wherein embodiment, feed mechanism 200 further includes feeding auxiliary transmission component, feeding
The first mounting groove is offered on the bottom of transmission channel, feeding auxiliary transmission component is set in the first mounting groove, feeding auxiliary
Transmission assembly includes the first rotation axis and the first auxiliary wheel, and the end of the first rotation axis is rotatably dispose in the first mounting groove,
First auxiliary wheel is set in the first rotation axis.In this way, in order to improve the effect that feed mechanism feeding transmits material placing modules
Rate is provided with feeding auxiliary transmission component in the first mounting groove, when material placing modules 240 move in feeding transmission channel
When dynamic, due to the first rotation axis and the first auxiliary wheel, the first auxiliary wheel can be with directing material placing modules 240 quickly upper
Expect transmission channel movement, improves the feeding efficiency of transmission of feed mechanism 200.
Further, in a wherein embodiment, feeding auxiliary transmission component further includes the first elastic component, the first bullet
Property part is set on the lateral wall of the first auxiliary wheel.In this way, when material placing modules 240 move in feeding transmission channel
When, inevasible, material placing modules 240 can occur relative friction with the first auxiliary wheel and be easy in the course of time to object
Material placing modules 240 and the first auxiliary wheel damage, therefore, in order to solve this problem, in the outer of the first auxiliary wheel
The first elastic component is provided on side wall, the first elastic component plays the role of that material placing modules and the first auxiliary wheel is isolated, prevents
Material placing modules 240 and the first auxiliary wheel occur to be physically contacted and damage each other for a long time, extend 240 He of material placing modules
The service life of first auxiliary wheel.Specifically, in one embodiment, the first elastic component is the first rubber parts.
Further, referring to Fig. 3, in a wherein embodiment, material placing modules 240 include material placed side
Plate 243 and transmission panel 244, material plate placement 243 are set on transmission panel 244, and driven rack 241 is located at transmission panel
It is arranged on 244 lateral wall, multiple material placing grooves 242, which are located on material plate placement 243, to be opened up.In this way, material placed side
Plate 243 and transmission panel 244 can improve the overall mechanical strength of material placing modules 240, extend material placing modules 240
Service life prevents material placing modules 240 from damaging.
Further, referring to Fig. 3, in a wherein embodiment, material placing modules 240 further include multiple
Positioning pin 245, multiple locating slots are offered on material plate placement 243, and multiple positioning pins 245 may be contained within transmission panel 244
On, multiple locating slots, which correspond, houses multiple positioning pins 245.In this way, the setting of positioning pin 245, can make user at any time
Separation dismounting material plate placement 243 and transmission panel 244, when material plate placement 243 and the one of damage of transmission panel 244
Bad when, it is only necessary to replace one damaged, save certain maintenance cost, reduce the operation expenditure of enterprise；In addition, positioning
The setting of pin 245 and opening up for location hole can allow material plate placement 243 to be stably fixed on transmission panel 244.
Further, in a wherein embodiment, material placing modules 240 further include multiple cushion pads, Duo Gehuan
Punching pad is arranged in a one-to-one correspondence on the bottom of material placing groove 241.In this way, cushion pad plays the role of buffering, prevent USB
When being placed on the bottom of material placing groove 241, directly physical contact occurs with the bottom of material placing groove 241 and damages USB
Head.Specifically, in one embodiment, cushion pad is sponge.
Further, it is further opened on material plate placement 243 in a wherein embodiment referring to Fig. 1
Multiple auxiliary heat dissipation holes 2431, and it is provided with interval between each adjacent two auxiliary heat dissipation hole 2431.In this way, multiple auxiliary dissipate
Hot hole 2431 opens up the contact area that can increase between material plate placement 243 and air, improves heat exchanger effectiveness.
Further, it please refers to Fig.1, Fig. 4 and Fig. 5, in a wherein embodiment, bending mechanism 300 includes positioning
Device 310 and apparatus for bending 330, positioning device 310 and apparatus for bending 320 are respectively arranged on pedestal 100；Positioning device 310
Drive component 312, first, which is lifted, including supporting rack 311, first lifts guide rail, the first elevator 313 and locating piece 314, branch
Support 311 is set on pedestal 100, and the first lifting drive component 312 is set on supporting rack 311, and the first lifting guide rail is set
It is placed on the first lifting drive component 312, the first elevator 313 is slideably positioned in the first lifting guide rail, and first liter
The lifting shaft drive connection that block 313 and first lifts drive component 312 drops, and the first lifting drive component 312 is for driving first
Elevator 313 is moved to the direction close to or far from pedestal 100, and locating piece 314 is set on the first elevator 313, is positioned
It is provided with multiple positioning protrusion 3141 on block 314, interval is provided between each adjacent two positioning protrusion 3141；And apparatus for bending
320 include carrier base 321, second lift drive component 322, second lift guide rail, the second elevator 323, connecting rod 324,
First level guide rail, first level sliding shoe 325 and bending panel 326, carrier base 321 are set on pedestal 100, second liter
Drop drive component 322 is set on carrier base 321, and the second lifting guide rail is set on the second lifting drive component 322, and second
Elevator 323 is slideably positioned in the second lifting guide rail, and the second elevator 323 and second lifting drive component 322
Lifting shaft drive connection, the second lifting drive component 322 is for driving the second elevator 323 to close or separate carrier base
321 direction movement, the first end of connecting rod 324 are rotatably dispose on the second elevator 323, and first level guide rail is set to
On carrier base 321, first level sliding shoe 325 is slideably positioned in first level guide rail, and the second end of connecting rod 324
It is rotatably dispose on first level sliding shoe 325, bending panel 326 is set on first level sliding shoe 325, bending panel
It is provided with multiple bending raised lines 3261 on 326, is provided with interval between each adjacent two bending raised line 3261, each bending is convex
The end of item 3261 is both provided with bending chamfered section.In this way, in actual application process, when needing to USB progress bendings
When processing, the first lifting drive component 312 drives the first elevator 313 to be moved to close to the direction of pedestal 100, is arranged first
Locating piece 314 on elevator 313 is moved with the movement of the first elevator 313, and locating piece 314 utilizes multiple positioning protrusion
3141, to USB progress positioning limits, after locating piece is to USB stable positions, the second lifting drive component drives second liter
It drops block to move to close to the direction of carrier base, and then first level sliding shoe is driven to be moved to the direction close to USB, folding surface
Using bending raised line 3261 to USB progress bending processing, the setting of positioning device 310 is effectively prevented in bending plate 326
USB deviate scheduled bending stations and cause accidentally to process when device 320 handles USB bendings.
The concrete operating principle of bending mechanism is described in detail below：
When need to USB carry out bending processing when, first lifting drive component 312 drive the first elevator 313 to by
The direction movement of nearly pedestal 100, the locating piece 314 being arranged on the first elevator 313 with the movement of the first elevator 313 and
Mobile, locating piece 314 utilizes multiple positioning protrusion 3141, to USB progress positioning limits, specifically, positioning protrusion 3141 and
USB both sides offset, by USB stable positions on material placing modules 240, then the second lifting drive component driving
Second elevator is moved to close to the direction of carrier base, and then first level sliding shoe is driven to be moved to the direction close to USB,
Bending raised line is physically contacted with USB output pins, by USB output pin bendings, due to the end of bending raised line
Portion is both provided with bending chamfered section, and therefore, bending chamfered section can prevent USB output pins from excessive physical contact occurs
To the USB output pins of fractureing, bending chamfered section can protect USB output pins to a certain extent.
Further, in a wherein embodiment, positioning device 310 further includes limit assembly, and limit assembly includes
Locating part, the first installation part and the second installation part, locating part are set on the first elevator, and the first installation part is set to supporting rack
First end on, the first installation part includes the first mounting blocks and the first gag lever post, and the first mounting blocks are set to the first of supporting rack
On end, the end of the first gag lever post wears the first mounting blocks, and the end sections of the first gag lever post are placed on the first mounting blocks
Outside, the second installation part is set in the second end of supporting rack, the second installation part include the second mounting blocks and the second gag lever post, second
Mounting blocks are set in the second end of supporting rack, and the end of the second gag lever post wears the second mounting blocks, and the second gag lever post
The part of end is placed on outside the second mounting blocks.In this way, the setting of locating part, the first installation part and the second installation part can prevent
Excessive displacement occurs for the first elevator, when the first elevator is moved at highest displaced position, locating part and the first limit
The end of position bar offsets, by the limit of the first elevator below the first gag lever post；When the first elevator is moved to minimum position
When at pan position, the end of locating part and the second gag lever post offsets, by the limit of the first elevator more than the second gag lever post.
Further, in a wherein embodiment, it is provided with the first buffer part on the end of the first gag lever post, first
Buffer part is the first rubber buffer portion.In this way, the first buffer part plays the role of buffering.
Further, in a wherein embodiment, it is provided with the second buffer part on the end of the second gag lever post, second
Buffer part is the second rubber buffer portion.In this way, the second buffer part plays the role of buffering.
Further, in a wherein embodiment, multiple first radiating grooves are offered on the first lifting drive component,
And it is provided with interval between the first radiating groove of each adjacent two.Such first radiating groove plays the role of heat dissipation.
Further, in a wherein embodiment, the first lifting drive component is cylinder.
Further, referring to Fig. 5, in a wherein embodiment, apparatus for bending 320 further includes that limit supports
Block 327, limit holding block is set on carrier base, and limits the underface that holding block is located at the second elevator.In this way, limit
Holding block plays the role of limit, prevents the second elevator from excessive displacement occurs.
Further, in a wherein embodiment, connecting rod 324 includes the first swingle, the second swingle, first
Connection strap and the second connection strap, the first swingle are rotatably dispose on the first elevator, the first end of the first swingle and first
Connection strap connects, and the second end of the first swingle is connect with the second connection strap, and the second swingle is rotatably dispose in first level cunning
On motion block, the first end of the second swingle is connect with the first connection strap, and the second end of the second swingle is connect with the second connection strap.
In this way, the setting of the first swingle, the second swingle, the first connection strap and the second connection strap can improve the integrated machine of connecting rod
Tool intensity extends the service life of connecting rod.
Further, in a wherein embodiment, multiple second heat dissipations are offered on the second lifting drive component 322
Slot, and it is provided with interval between the second radiating groove of each adjacent two.In this way, the second radiating groove plays the role of heat dissipation.
Further, in a wherein embodiment, the second lifting drive component 322 is cylinder.
Further, it please refers to Fig.1, Fig. 6 and Fig. 7, in a wherein embodiment, electrical testing sorting mechanism 400 wraps
Electric test device 410 and sorting unit 420 are included, electric test device 410 and sorting unit 420 are respectively arranged on pedestal 100；Electricity
Test device 410 includes carrier 411, third lifting drive component 412, third guide rail, third elevator 413, probe peace
Dress panel 414, multiple power drivers 415 and multiple probes 416, carrier 411 are set on pedestal 100, and third lifting is driven
Dynamic component 412 is set on carrier 411, and third guide rail is set on third lifting drive component 412, third elevator
413 are slideably positioned in third guide rail, and third elevator 413 and the lifting shaft of third lifting drive component 412 drive
Connection, third lifting drive component 413 are used to drive third elevator 413 to drive to direction close or far from pedestal 100
Mobile, probe installation panel 414 is set on third elevator 413, and multiple power drivers 415 may be contained within probe mounting surface
On plate 414, multiple probes 416 are arranged in a one-to-one correspondence on multiple power drivers 414, and multiple probes 416 correspond
It is electrically connected with multiple power drivers 415；Sorting unit 420, sorting unit 420 include bearing seat 421, substandard products placement box body
422, the second horizontal drive component 423, the second horizontal guide rails, the second horizontal sliding shoe the 424, the 4th lifting drive component 425,
4th lifting guide rail, the 4th elevator 426 and clamp assembly 427, bearing seat 421 are set on pedestal 100, substandard products holder
Body 422 is set on pedestal 100, and substandard products are placed and offer substandard products placing groove 4221 on box body 422, and the second horizontal drive component is set
It is placed on bearing seat 421, the second horizontal guide rails are set on the second horizontal drive component 423, and the second horizontal sliding shoe 424 is slided
It is dynamic to be set to the second horizontal guide rails, and the drive shaft of the second horizontal sliding shoe and the second horizontal drive component is drivingly connected,
Second horizontal drive component is used to drive the second horizontal sliding shoe to be moved to the direction close to or far from substandard products placement box body, the
Four lifting drive components are set on the second horizontal sliding shoe, and the 4th lifting guide rail is set on the 4th lifting drive component,
4th elevator is slideably positioned in the 4th lifting guide rail, and the 4th elevator and the 4th lifting drive component driving connect
It connects, the 4th lifting drive component is used to drive the 4th elevator to be moved to the direction close to or far from pedestal, and clamp assembly is set
It is placed on the 4th elevator, and clamp assembly is electrically connected with power driver, clamp assembly to USB for carrying out sorting behaviour
Make.In this way, in actual application process, when needing to carry out continuity tests to USB, third lifts drive component and drives third
Elevator is moved to close to the direction of pedestal, when probe is given birth to the USB hairs on material placing modules to be physically contacted, electricity
In power drive output power to probe, to USB progress continuity tests, when power driver judge USB can not be connected when,
Power driver outputs signal in sorting unit 420, and sorting unit 420 starts work, the second horizontal drive Component driver the
Two horizontal sliding shoes are slided along the second horizontal guide rails, and the 4th lifting drive component drives the 4th elevator along the 4th lifting guiding
Rail slides, and will be clamped positioned at defective products USB of predetermined clamping station, then, sorting unit is again started up work, will not
The USB heads gripping of non-defective unit, which is put into substandard products, places in box body, completes artificial intelligence continuity test to USB and sorting operates,
The production efficiency of enterprise is greatly improved, while also reducing the mistake power of the test to USB.
The concrete operating principle of electrical testing sorting mechanism 400 is described in detail below：
When needing to USB progress continuity tests, third lifts drive component 412 and drives third elevator 413 to close
The direction of pedestal 100 is moved, when probe 416 is given birth to the USB hairs on material placing modules 240 to be physically contacted, electric power
In driver 415 output power to probe 416, to USB progress continuity tests, when power driver 415 judge USB can not
When conducting, power driver 415 outputs signal in sorting unit 420, and sorting unit 420 starts work, the second horizontal drive
Component 423 drives the second horizontal sliding shoe 424 to be slided along the second horizontal guide rails, the 4th lifting drive component 425 driving the 4th
Elevator 426 will be clamped along the 4th lifting guide rail sliding positioned at defective products USB of predetermined clamping station, then, point
Screening device 420 is again started up work, and the USB heads gripping of defective products is put into substandard products and is placed in box body 421.
Further, referring to Fig. 7, in a wherein embodiment, clamp assembly 427 includes pneumatic clamper driving group
Part 4271, first clamps pneumatic clamper 4272 and second and clamps pneumatic clamper 4273, and pneumatic clamper drive component is set on the 4th elevator, and first
It clamps pneumatic clamper and the second clamping pneumatic clamper is drivingly connected with pneumatic clamper drive component respectively, pneumatic clamper drive component is clamped for driving first
Pneumatic clamper and the second clamping pneumatic clamper are close to each other.In this way, when needing to grip USB, pneumatic clamper drive component driving first
It clamps pneumatic clamper and the second clamping pneumatic clamper is close to each other, the USB heads gripping of defective products, which is moved to substandard products, places in box body.
Further, in a wherein embodiment, multiple first tread plates are provided in the first clamping pneumatic clamper 4272
Line, and it is provided with interval between the first skid resistance strip of each adjacent two.In this way, multiple first skid resistance strips are for increasing by first
Clamp the frictional force between pneumatic clamper and USB.
Further, in a wherein embodiment, multiple second tread plates are provided in the second clamping pneumatic clamper 4273
Line, and it is provided with interval between the second skid resistance strip of each adjacent two.In this way, multiple second skid resistance strips are for increasing by second
Clamp the frictional force between pneumatic clamper and USB.
Further, in a wherein embodiment, sorting unit 420 further includes that limit moves component, and limit moves component and includes
Limit moves part, the first fixing piece and the second fixing piece, and limit is moved part and is set on the 4th elevator, and the first fixing piece is set to the 4th liter
In the first end for dropping block, the first fixing piece includes the first fixed block and the first limit moves bar, and the first fixed block is set to the 4th lifting
In the first end of block, the first limit moves bar and wears the first fixed block, and the end sections of the first limit shifting bar are placed on the first fixation
Outside block, the second fixing piece includes that the second fixed block and the second limit move bar, and the second fixed block is set to the second end of the 4th elevator
On, the second limit moves bar and wears the second fixed block, and the end sections of the second limit shifting bar are placed on outside the second fixed block.In this way,
The setting that limit moves part, the first fixing piece and the second fixing piece can prevent the 4th elevator from excessive displacement occurs, when the 4th liter
When drop block is moved at highest displaced position, the end that limit moves part and the first limit shifting bar offsets, and the 4th elevator is limited
Bar or less is moved in the first limit；When the 4th elevator is moved at minimum displaced position, limit moves part and the second limit moves the end of bar
Portion offsets, and the limit of the 4th elevator is moved bar or more in the second limit.
Further, in a wherein embodiment, electrical testing sorting mechanism 400 further includes pressure sensor device, pressure
Force sensor is set in substandard products placing groove, and pressure sensor device includes load-bearing panel, pressure sensor and alarm, load-bearing
Panel is set in substandard products placing groove 4221, and placing groove is offered on load-bearing panel, and pressure sensor is set in placing groove, alert
Report device is set to substandard products and places on the lateral wall of box body 422, and alarm is electrically connected with pressure sensor.In this way, working as substandard products
It places after box body fills USB, pressure sensor recognizes current shoddy and places that box body 422 is overweight, and pressure sensor is sent surpasses
In weight signal to alarm, alarm receives overweight signal and generates alarm, prompts user's substandard products placement box body 422 overweight, uses
Family needs replacing substandard products and places box body 422.Specifically, in one embodiment, alarm is buzzer alarm.
Further, in a wherein embodiment, substandard products are placed and offer multiple heat exchange holes on box body 422, and
And interval is provided between each adjacent two heat exchange hole.In this way, heat exchange hole radiates, the temperature that substandard products place box body is reduced
Degree.Specifically, in one embodiment, heat exchange hole is circular hole.
Further, in a wherein embodiment, pneumatic clamper drive component 4271 is electric cylinders.
Further, referring to Fig. 1 and Fig. 2, in a wherein embodiment, cutting agency 500 includes blanking
Band to band transfer module 510, material-pulling device and blanking placing modules 520, blanking band to band transfer module 510 are set on pedestal 100, blanking band to band transfer module
510 input terminal is connected to the output end of feed mechanism 200, and blanking transmission channel is offered on blanking band to band transfer module 510, and blanking passes
For housing material placing modules 240, material-pulling device is set on pedestal 100 in defeated channel, and material-pulling device is located at blanking biography
Defeated 510 output end setting, material-pulling device includes that mounting base, pusher drive component and pusher panel, mounting base are set to bottom
Seat 100 on, pusher drive component is set in mounting base, and pusher panel is slideably positioned in mounting base, and pusher panel with
The drive shaft of pusher drive component is drivingly connected, and pusher drive component is for driving pusher panel to be passed to close to or far from blanking
Defeated direction movement, blanking placing modules 520 are located at the setting of blanking band to band transfer module 510.In this way, blanking band to band transfer module 510 is for holding
Glove material placing modules；Material-pulling device is for pushing to material placing modules in blanking placing modules 520.
The concrete operating principle of cutting agency 500 is described in detail below：
After material placing modules 240 are transmitted to the input terminal of blanking band to band transfer module 510 by the output end of feed mechanism 200,
Material-pulling device starts work, and pusher drive component drives pusher panel to be moved to close to the direction of material placing modules 240, by object
Material placing modules 240 push in blanking placing modules 520, realize to material placing modules blanking.
Further, in a wherein embodiment, cutting agency 500 further includes blanking auxiliary transmission component, blanking
The second mounting groove is offered on the bottom of transmission channel, blanking auxiliary transmission component is set in the second mounting groove, blanking auxiliary
Transmission assembly includes the second rotation axis and the second auxiliary wheel, and the second rotation axis is rotatably dispose in the second mounting groove, and second is auxiliary
Idler wheel is helped to be set in the second rotation axis.In this way, in order to improve the efficiency that material placing modules are transmitted in cutting agency blanking, the
It is provided with blanking auxiliary transmission component in two mounting grooves, when material placing modules move in blanking transmission channel, due to
Second rotation axis and the second auxiliary wheel, the second auxiliary wheel can quickly be moved in blanking transmission channel with directing material placing modules
It is dynamic, improve the feeding efficiency of transmission of cutting agency.
Further, in a wherein embodiment, blanking auxiliary transmission component further includes the second elastic component, the second bullet
Property part is set on the lateral wall of the second auxiliary wheel.In this way, when material placing modules move in blanking transmission channel, nothing
Evitable, material placing modules 240 can occur relative friction with the second auxiliary wheel and be easy for putting material in the course of time
It sets component 240 and the second auxiliary wheel damages, therefore, in order to solve this problem, in the lateral wall of the second auxiliary wheel
On be provided with the second elastic component, the second elastic component plays the role of that material placing modules and the second auxiliary wheel is isolated, and prevents material
Placing modules and the second auxiliary wheel occur to be physically contacted and damage each other for a long time, extend material placing modules and the second auxiliary rolling
The service life of wheel.Specifically, in one embodiment, the second elastic component is the second rubber parts.
Further, referring to Fig. 2, in a wherein embodiment, blanking placing modules 520 include installing frame
Frame 521, blanking holding tray 522 and barrier plate 523, installation frame 521 are set on pedestal, and blanking holding tray 522 is located at blanking
Band to band transfer module 510 is arranged, and blanking holding tray 522 is set on installation frame 521, and barrier plate 523 is set to blanking holding tray 522
On madial wall.In this way, blanking holding tray 522 is for carrying material placing modules 240；Barrier plate 523 slides for stopping
Material placing modules 240.
Further, in a wherein embodiment, block piece is provided on barrier plate 523, block piece hinders for rubber
Block piece.In this way, block piece plays the buffering of buffering.
The feed mechanism and USB automatic checkout equipments of the present invention, by the way that feeding band to band transfer module is arranged, material keeps in face
Plate, feeding driving device and multiple material placing modules.In actual feeding transmission process, USB are correspondingly placed into object
Expect in placing groove, the material placing modules for carrying USB is slid into feeding transmission channel, when infrared inductor senses
When material placing modules, feeding drive component starts work, and feeding drive component drives the rotation of feeding spill spin block, due to driving tooth
Item is engaged with driven rack, and when feeding spill spin block rotates, material placing modules can be moved to the output extreme direction of feeding band to band transfer module
It is dynamic, the material placing modules for carrying USB are moved to next station, due to being placed with multiple USB on material placing modules
Head can realize the mass transport to USB, greatly improve feeding efficiency of transmission.
Several embodiments of the invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
It cannot therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the art
It says, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the protection of the present invention
Range.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (10)
1. a kind of feed mechanism, which is characterized in that keep in panel, feeding driving device and multiple including feeding band to band transfer module, material
Material placing modules, the feeding band to band transfer module are set on pedestal, output end and the cutting agency of the feeding band to band transfer module
Input terminal connection, feeding transmission channel is offered on the feeding band to band transfer module, the feeding transmission channel is for accommodating described
Material placing modules offer on the madial wall of the feeding transmission channel and keep away a hole, and the material keeps in panel and is set to institute
It states on feeding band to band transfer module, and the material keeps in one end setting that panel closes on the feeding transmission channel, the feeding drives
Dynamic device is set on the feeding band to band transfer module, and the feeding driving device is kept away positioned at described in a hole, and the feeding drives
Dynamic device includes feeding spill spin block, active rack, feeding drive component and infrared inductor, and the feeding spill spin block is set to institute
It states on feeding band to band transfer module, and the feeding spill spin block is kept away positioned at described in a hole, the active rack is set to the feeding
On the lateral wall of spill spin block, the feeding drive component is set on pedestal, the rotary shaft of the feeding drive component with it is described
Feeding spill spin block is drivingly connected, and the feeding drive component is for driving the relatively described feeding band to band transfer module of the feeding spill spin block to turn
Dynamic, the infrared inductor closes on the input terminal setting of the feeding band to band transfer module, and the infrared inductor and the feeding
Drive component is electrically connected, and in the material placing modules, driven rack is provided on the material placing modules, described
Driven rack is engaged with the active rack-driving, and multiple material placing grooves, the object are offered on the material placing modules
Material placing groove is for placing USB heads.
2. feed mechanism according to claim 1, which is characterized in that the feed mechanism further includes feeding auxiliary transmission group
Part offers the first mounting groove on the bottom of the feeding transmission channel, and the feeding auxiliary transmission component is set to described
In one mounting groove, the feeding auxiliary transmission component includes the first rotation axis and the first auxiliary wheel, first rotation axis
End is rotatably dispose in first mounting groove, and first auxiliary wheel is set in first rotation axis.
3. feed mechanism according to claim 3, which is characterized in that the feeding auxiliary transmission component further includes the first bullet
Property part, first elastic component are set on the lateral wall of first auxiliary wheel.
4. feed mechanism according to claim 4, which is characterized in that first elastic component is the first rubber parts.
5. feed mechanism according to claim 2, which is characterized in that the material placing modules include material plate placement
With transmission panel, the material plate placement is set on the transmission panel, and the driven rack is located at the transmission panel
Lateral wall on be arranged, multiple material placing grooves are opened on the material plate placement.
6. feed mechanism according to claim 5, which is characterized in that the material placing modules further include multiple positioning
It sells, offers multiple locating slots on the material plate placement, multiple positioning pins may be contained on the transmission panel, more
A locating slot, which corresponds, houses multiple positioning pins.
7. feed mechanism according to claim 6, which is characterized in that the material placing modules further include multiple bufferings
Pad, multiple cushion pads are arranged in a one-to-one correspondence on the bottom of the material placing groove.
8. feed mechanism according to claim 7, which is characterized in that the cushion pad is sponge.
9. feed mechanism according to claim 5, which is characterized in that be further opened on the material plate placement multiple auxiliary
Heat emission hole is helped, and is provided with interval between auxiliary heat dissipation hole described in each adjacent two.
10. a kind of USB automatic checkout equipment, which is characterized in that including the feeder described in any one of claim 1-9
Structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810846756.6A CN108750590A (en) | 2018-07-27 | 2018-07-27 | Feed mechanism and USB automatic checkout equipments |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810846756.6A CN108750590A (en) | 2018-07-27 | 2018-07-27 | Feed mechanism and USB automatic checkout equipments |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108750590A true CN108750590A (en) | 2018-11-06 |
Family
ID=63972117
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810846756.6A Withdrawn CN108750590A (en) | 2018-07-27 | 2018-07-27 | Feed mechanism and USB automatic checkout equipments |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108750590A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111239539A (en) * | 2020-03-12 | 2020-06-05 | 刘玉 | USB contact test equipment |
-
2018
- 2018-07-27 CN CN201810846756.6A patent/CN108750590A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111239539A (en) * | 2020-03-12 | 2020-06-05 | 刘玉 | USB contact test equipment |
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Application publication date: 20181106 |