CN208070757U - A kind of automatic shunt collating unit - Google Patents
A kind of automatic shunt collating unit Download PDFInfo
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- CN208070757U CN208070757U CN201820044015.1U CN201820044015U CN208070757U CN 208070757 U CN208070757 U CN 208070757U CN 201820044015 U CN201820044015 U CN 201820044015U CN 208070757 U CN208070757 U CN 208070757U
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Abstract
The utility model discloses a kind of automatic shunt collating unit, including transmission device, part flow arrangement, flow-guiding channel and channel-dividing device, the channel-dividing device at least two, the part flow arrangement is slidably connected at the transmission device rear portion, the channel-dividing device is fixed on the transmission device rear portion, the flow-guiding channel front end is hinged on above the transmission device front end, the flow-guiding channel is extended to from front to back above the transmission device rear end, the flow-guiding channel middle and back by the part flow arrangement can the formula of horizontally slipping be connected to above the transmission device, it is corresponding that the flow-guiding channel tail end with the channel-dividing device front end can release formula, the product can be released and is slidably arranged on transmission device.A kind of automatic shunt collating unit of the utility model can effective automatic shunt product, effectively reduce product and occur overstocked phenomenon in branching process, improve entirety production efficiency, reduction cost of labor.
Description
Technical field
The utility model is related to a kind of automatic shunt collating units, more particularly to a kind of automatic separation panel for dividing row tank class
Array apparatus.
Background technology
Currently, manufacturer needs the shunting collating unit on assembly line to product in producing tank class product process
Shunting transport is carried out, product easy tos produce overstocked, reduction production efficiency in traditional shunting collating unit branching process, significantly
Increase cost of labor, causes energy waste.
Invention content
The utility model is completed to solve in the prior art insufficient, and the purpose of this utility model is to provide one
Kind can effective automatic shunt product, effectively reduce product and occur overstocked phenomenon in branching process, improve entirety production efficiency, drop
The automatic shunt collating unit of low cost of labor.
A kind of automatic shunt collating unit of the utility model, including transmission device, part flow arrangement, flow-guiding channel and shunting
Device, the channel-dividing device at least two, the part flow arrangement are slidably connected at the transmission device rear portion, the shunting dress
It sets and is fixed on the transmission device rear portion, the flow-guiding channel front end is hinged on above the transmission device front end, described to lead
Circulation road is extended to from front to back above the transmission device rear end, and the flow-guiding channel middle and back can by the part flow arrangement
The formula of horizontally slipping is connected to above the transmission device, and the flow-guiding channel tail end can release formula pair with the channel-dividing device front end
It answers, the product can be released and is slidably arranged on transmission device.
A kind of automatic shunt collating unit of the utility model can also be：
The part flow arrangement includes air cylinder device and electrooptical device, and the air cylinder device is slidably connected at the transmission device
Above medium position, the electrooptical device is fixed at the position of the transmission device middle and back, the electrooptical device and the gas
Cylinder assembly connect, the flow-guiding channel center by the air cylinder device can the formula of horizontally slipping be connected in the transmission device
Above portion, at the flow-guiding channel rear portion by the electrooptical device can the formula of horizontally slipping be connected to the transmission device middle and back
Top.
The electrooptical device includes photoelectric counter, photoelectric controller, drag chain, tourelle and second support, the light
Electric counter is connect with the photoelectric controller, and the photoelectric controller is fixed on the second support upper end, the photoelectrometer
Number device is fixed on the drag chain tail end, and the photoelectric controller is connect with the drag chain, the photoelectric counter and the cylinder
Device connects, and the drag chain is fixed in the second support, the drag chain tail end can the formula of horizontally slipping be fixed on the water conservancy diversion
At channel rear portion upper end, the tourelle upper end can horizontally slip formula setting in the second support, the tourelle
It is connect at lower end and the flow-guiding channel rear upper end.
The tourelle includes traveling wheel and mobile holder, and the traveling wheel, which can horizontally slip, to be arranged at described second
On frame, the traveling wheel by the mobile holder at the flow-guiding channel rear upper end can the formula of horizontally slipping connect, it is described
Drag chain tail end by mobile holder can the formula of horizontally slipping be connected to the flow-guiding channel rear upper end.
The air cylinder device includes cylinder rod, sliding block and third holder, and the cylinder rod and sliding block pass through the third
Holder can the formula of horizontally slipping be connected to above the transmission device, the cylinder rod is connect with the photoelectric controller, the cunning
The formula that can horizontally slip on the inside of block is arranged on cylinder rod, the sliding block outside and the company of fixation at upper end in the middle part of the flow-guiding channel
It connects.
It is connect with the flow-guiding channel center by slider bracket on the outside of the sliding block, described slider bracket one end and institute
It states and is fixedly connected on the outside of sliding block, is fixedly connected at the slider bracket other end and upper end in the middle part of the flow-guiding channel.
The flow-guiding channel is internally provided with the first pressing plate, and first pressing plate extends to the flow-guiding channel tail end, described
Pressing plate upper surface is connect with the flow-guiding channel inside upper surface.
The channel-dividing device includes two arrangements of diverter rods and the 4th holder, and two arrangements of diverter rods front ends pass through the first fixed frame
It is vertically fixed below the 4th holder.
The second pressing plate is equipped between two arrangements of diverter rods, second pressing plate is vertically fixed under the 4th holder
Side.
Flow-guiding channel head bottom side is supported by supporting rack, support frame as described above upper end and flow-guiding channel head bottom
Side is fixedly connected, support frame as described above lower end and transmission device can the formula of horizontally slipping offset.
A kind of automatic shunt collating unit of the utility model, including transmission device, part flow arrangement, flow-guiding channel and shunting
Device, the channel-dividing device at least two, the part flow arrangement are slidably connected at the transmission device rear portion, the shunting dress
It sets and is fixed on the transmission device rear portion, the flow-guiding channel front end is hinged on above the transmission device front end, described to lead
Circulation road is extended to from front to back above the transmission device rear end, and the flow-guiding channel middle and back can by the part flow arrangement
The formula of horizontally slipping is connected to above the transmission device, and the flow-guiding channel tail end can release formula pair with the channel-dividing device front end
It answers, the product can be released and is slidably arranged on transmission device.In this way, the flow-guiding channel front end is hinged on the transmission device
Above front end, the flow-guiding channel is extended to from front to back above the transmission device rear end, when automatic shunt collating unit
When work, shunting product is sent to by automatic charging device or other modes on transmission device, and transmission device drives product to enter
In flow-guiding channel, the product is driven down by transmission device to be moved forward inside flow-guiding channel, when product is divided
When stream, the part flow arrangement drives the flow-guiding channel sliding, until flow-guiding channel tail end and the channel-dividing device of needs be to corresponding,
Product passes sequentially through transmission device and enters in the channel-dividing device of needs, completes product automatic shunt.One kind of the utility model is certainly
Dynamic shunting collating unit, this have the advantage that in terms of existing technologies：Can effective automatic shunt product, effectively reduce production
There is overstocked phenomenon in branching process in product, improve whole production efficiency, reduce cost of labor.
Description of the drawings
Fig. 1 is the utility model automatic shunt collating unit schematic elevation view.
Fig. 2 is the utility model automatic shunt collating unit schematic top plan view
Fig. 3 is flow-guiding channel front-end view in the utility model automatic shunt collating unit.
Fig. 4 is electrooptical device schematic diagram in the utility model automatic shunt collating unit.
Fig. 5 is air cylinder device schematic diagram in the utility model automatic shunt collating unit.
Fig. 6 is channel-dividing device schematic diagram in the utility model automatic shunt collating unit.
Figure number explanation
1 ... conveyer frames 2 ... transmission shaft 3 ... conveyer belt
4 ... flow-guiding channel 5 ... electrooptical device 6 ... photoelectric controllers
7 ... traveling wheel 8 ... mobile holder 9 ... drag chains
10 ... second support 11 ... air cylinder device 12 ... cylinder rods
13 ... sliding block 14 ... slider bracket 15 ... third holders
The 4th the first pressing plate of holder 18 ... of 16 ... arrangements of diverter rods 17 ...
19 ... second the second fixed frames of the first fixed frame of pressing plate 20 ... 21 ...
22 ... the first screws of supporting rack 23 ... first support 24 ...
25 ... the second screws of photoelectric counter 26 ...
Specific implementation mode
Fig. 1 to Fig. 6 below in conjunction with the accompanying drawings to a kind of automatic shunt collating unit of the utility model further specifically
It is bright.
A kind of automatic shunt collating unit of the utility model is please referred to Fig.1 to shown in Fig. 6, including transmission device, shunting
Device, flow-guiding channel 4 and channel-dividing device, the channel-dividing device at least two, the part flow arrangement are slidably connected at the biography
Device rear portion, the channel-dividing device is sent to be fixed on the transmission device rear portion, 4 front end of the flow-guiding channel is hinged on the transmission
Above device front end, the flow-guiding channel 4 is extended to from front to back above the transmission device rear end, the flow-guiding channel 4
Middle and back by the part flow arrangement can the formula of horizontally slipping be connected to above the transmission device, 4 tail end of the flow-guiding channel with
The channel-dividing device front end can release formula correspondence, and the product can be released and is slidably arranged on transmission device.Specifically, described
4 front end of flow-guiding channel is hinged on above the transmission device front end, and the flow-guiding channel 4 extends to the transmission from front to back
Above device rear end, when automatic shunt collating unit works, shunting product is sent to by automatic charging device or other modes
On transmission device, transmission device driving product enters in flow-guiding channel 4, and the product is driven down logical in water conservancy diversion by transmission device
4 inside of road moves forward, and when product is shunted, the part flow arrangement drives the flow-guiding channel 4 to slide, until leading
To corresponding, product passes sequentially through transmission device and enters in the channel-dividing device of needs, complete for 4 tail end of circulation road and the channel-dividing device of needs
At product automatic shunt.Compared with the existing technology the advantages of is：Can effective automatic shunt product, effectively reduce product and shunting
Occur overstocking phenomenon in the process, improves whole production efficiency, reduce cost of labor.First can be passed through with 4 front end of flow-guiding channel
Fixing bracket is hinged on above the transmission device.The first screw 24 and described the can be passed through with 4 front end of the flow-guiding channel
One holder, 23 front end is articulated and connected.Can be in " п " shape with 4 cross section of the flow-guiding channel, flow-guiding channel 4 extends to from front to back
Above the transmission device rear end.
A kind of automatic shunt collating unit of the utility model, please refers to Fig.1 to the technology shown in Fig. 6, described in front
It can also be on the basis of scheme：The part flow arrangement includes air cylinder device 11 and electrooptical device 5, and the air cylinder device 11 slides
It is connected to above the transmission device medium position, the electrooptical device 5 is fixed at the position of the transmission device middle and back, institute
It states electrooptical device 5 to connect with the air cylinder device 11,4 center of the flow-guiding channel can control cunning by the air cylinder device 11
Dynamic formula is connected to top, the flow-guiding channel in the middle part of the transmission device and can be horizontally slipped by the electrooptical device 5 at 4 rear portion
Formula is connected to above the transmission device middle and back.In this way, flow-guiding channel 4 is existed by air cylinder device 11 and the setting of electrooptical device 5
Above the transmission device, when automatic shunt collating unit works, shunting product passes through automatic charging device or other modes
It is sent on transmission device, transmission device driving product enters in flow-guiding channel 4, and the product is driven down by transmission device and led
4 inside of circulation road moves forward, and when being shunted, the electrooptical device 5 is connect with the air cylinder device 11, electrooptical device
5 driving air cylinder devices 11 horizontally slip, and 4 middle part of flow-guiding channel is fixedly connected with air cylinder device 11, to 4 center of flow-guiding channel
It horizontally slips together with air cylinder device 11, the electrooptical device 5 follows air cylinder device 11 to horizontally slip simultaneously, to flow-guiding channel
4 rear portions are slided together with electrooptical device 5, until 4 tail end of flow-guiding channel and the channel-dividing device of needs, to corresponding, product passes sequentially through
Transmission device enters in the channel-dividing device of needs, completes product automatic shunt.
A kind of automatic shunt collating unit of the utility model, please refers to Fig.1 to the technology shown in Fig. 6, described in front
It can also be on the basis of scheme：The electrooptical device 5 includes photoelectric counter 25, photoelectric controller 6, drag chain 9, tourelle
With second support 10, the photoelectric counter 25 is connect with the photoelectric controller 6, and the photoelectric controller 6 is fixed on described
10 upper end of second support, the photoelectric counter 25 are fixed on 9 tail end of the drag chain, the photoelectric controller 6 and the drag chain 9
Connection, the photoelectric controller 6 are connect with the air cylinder device 11, and the drag chain 9 is fixed in the second support 10, described
9 tail end of drag chain can the formula of horizontally slipping be fixed at 4 rear upper end of the flow-guiding channel, the tourelle upper end can horizontally slip
Formula is arranged in the second support 10, is connect at the tourelle lower end and 4 rear upper end of the flow-guiding channel.In this way,
When automatic shunt collating unit works, product is driven down by transmission device and is moved forward inside flow-guiding channel 4, and product is worked as
When being shunted, 9 tail end of the drag chain can the formula of horizontally slipping be fixed at 4 rear upper end of the flow-guiding channel, the light
Electric counter 25 is fixed on 9 tail end of the drag chain, and when at 4 rear portion of product flow-guiding channel, photoelectric counter 25 starts counting up, described
Photoelectric counter 25 is connect with the photoelectric controller 6, and the photoelectric controller 6 is connect with the air cylinder device 11, and water conservancy diversion is logical
4 middle and back of road is fixedly connected with air cylinder device 11, and when product is by accumulating certain number, photoelectric counter 25 is to photo-electric control
Device 6 sends out drive signal, and after photoelectric controller 6 receives drive signal, driving air cylinder device 11 drives position in flow-guiding channel 4
The place of setting is slided in the lateral direction, and the photoelectric controller 6 is connect with the drag chain 9, light while air cylinder device 11 horizontally slips
Electric controller 6 controls the also corresponding sliding of drag chain 9, and drag chain 9 drives the fixed tourelle of 4 rear upper end of flow-guiding channel described the
Two holders, 10 gauche form slides, until 4 tail end of flow-guiding channel and the channel-dividing device of needs, to corresponding, product passes sequentially through transmission dress
It sets into the channel-dividing device needed, completes product automatic shunt.It can be opposite with channel-dividing device with the photoelectric controller 6
It answers, the setting of the photoelectric controller 6 ensures that photoelectric controller 6 is effectively controlled in the corresponding second support of the channel-dividing device 10
Product processed enters in suitable channel-dividing device.
A kind of automatic shunt collating unit of the utility model, please refers to Fig.1 to the technology shown in Fig. 6, described in front
It can also be on the basis of scheme：The tourelle includes traveling wheel 7 and mobile holder 8, and the traveling wheel 7 can horizontally slip
Formula is arranged in the second support 10, and the traveling wheel 7 passes through the mobile holder 8 and 4 rear upper end of the flow-guiding channel
Place can horizontally slip formula connection, 9 tail end of the drag chain by mobile holder 8 can the formula of horizontally slipping be connected to the flow-guiding channel 4
Rear upper end.In this way, when automatic shunt collating unit works, product is driven down by transmission device inside flow-guiding channel 4
It moves forward, when being shunted, the photoelectric controller 6 is connect with the air cylinder device 11, and photoelectric controller 6 is used for driving
11 gauche form of cylinder assembly of taking offence slides, and 4 middle part of flow-guiding channel is fixedly connected with air cylinder device 11, to 4 middle and back of flow-guiding channel
With air cylinder device 11, gauche form slides together at position, and the photoelectric controller 6 is connect with the drag chain 9, and air cylinder device 11 is slided
Photoelectric controller 6 controls the also corresponding movement of drag chain 9 while dynamic, and drive 4 tail end of flow-guiding channel of drag chain 9 passes through the mobile holder
8 and traveling wheel 7 horizontally slip in the second support 10, until 4 tail end of flow-guiding channel and suitable channel-dividing device to corresponding, produce
Product pass sequentially through transmission device and enter in the channel-dividing device of needs, complete product automatic shunt.
A kind of automatic shunt collating unit of the utility model, please refers to Fig.1 to the technology shown in Fig. 6, described in front
It can also be on the basis of scheme：The air cylinder device 11 includes cylinder rod 12, sliding block 13 and third holder 15, the cylinder rod
12 and sliding block 13 by the third holder 15 can the formula of horizontally slipping be connected to above the transmission device, the cylinder rod 12
It is connect with the photoelectric controller 6,13 inside of the sliding block can horizontally slip formula setting on cylinder rod 12, outside the sliding block 13
It is fixedly connected at side and 4 middle part upper end of the flow-guiding channel.In this way, when automatic shunt collating unit works, product passes through biography
It is moved forward inside flow-guiding channel 4 under sending device to drive, when product is shunted, the photoelectric controller 6 and institute
The connection of cylinder rod 12 is stated, photoelectric controller 6 is used for that cylinder rod 12 is driven to slide in 15 gauche form of third holder, flow-guiding channel
It is fixedly connected with cylinder rod 12 by 13 outside of sliding block at 4 middle parts upper end, 13 inside of the sliding block is slided by cylinder rod 12, real
4 middle part of existing flow-guiding channel can gauche form sliding, the photoelectric controller 6 connect with the drag chain 9, and sliding block 13 is on cylinder rod 12
It is also corresponding mobile to control drag chain 9 for photoelectric controller 6 while sliding, drag chain 9 can the formula of horizontally slipping be fixed on the flow-guiding channel 4
Rear upper end, drag chain 9 drives 4 rear portion of flow-guiding channel to horizontally slip in the second support 10, to realize 4 tail end of flow-guiding channel
Corresponding sliding, until 4 tail end of flow-guiding channel is corresponding with the channel-dividing device of needs, product passes sequentially through transmission device and enters need
In the channel-dividing device wanted, product automatic shunt is completed.Technical solution further preferred on the basis of technical solution is in front：
13 outside of the sliding block is connect by slider bracket 14 with 4 center of the flow-guiding channel, 14 one end of the slider bracket and institute
It states 13 outside of sliding block to be fixedly connected, be fixedly connected at 14 other end of the slider bracket and 4 middle part upper end of the flow-guiding channel.This
Flow-guiding channel 4 is reinforced in sample, 13 outside of the sliding block by being connect at slider bracket 14 and 4 middle and back position of the flow-guiding channel
Fixing is connected with 13 outside of sliding block at the position of middle and back, increases service life, reduces maintenance cost.
A kind of automatic shunt collating unit of the utility model, please refers to Fig.1 to the technology shown in Fig. 6, described in front
It can also be on the basis of scheme：The flow-guiding channel 4 is internally provided with the first pressing plate 18, and first pressing plate 18 extends to described
4 tail end of flow-guiding channel, the pressing plate upper surface are connect with 4 inside upper surface of the flow-guiding channel.In this way, first pressing plate 18
It is fixed on inside flow-guiding channel 4, stability of the product inside flow-guiding channel 4 is effectively ensured, prevent product from being driven because of transmission device
When dynamic forward movement, product occurs squeezing phenomenon.It first pressing plate, 18 upper surface can with 4 inside upper surface of the flow-guiding channel
To be lifted by fixing bolt, reinforces the first pressing plate 18 and fix reliability with 4 inside upper surface of flow-guiding channel, the first pressing plate 18 can
To be dismantled by bolt, it is convenient for changing.
A kind of automatic shunt collating unit of the utility model, please refers to Fig.1 to the technology shown in Fig. 6, described in front
It can also be on the basis of scheme：The channel-dividing device includes two arrangements of diverter rods 16 and the 4th holder 17, two arrangements of diverter rods
16 front ends are fixed on by the first fixed frame 20 on the 4th holder 17.In this way, product is entered by shunting in channel-dividing device,
Channel-dividing device includes two arrangements of diverter rods 16 and the 4th holder 17, and two 16 front ends of the arrangements of diverter rods are fixed by the first fixed frame 20
On the 4th holder 17, the arrangements of diverter rods 16 is fixed on transmission device rear upper, and product is effectively ensured in branching process
In remain effective stabilization, effectively avoid product occur squeeze phenomenon.In front on the basis of technical solution further preferably
Technical solution be：The second pressing plate 19 is equipped between two arrangements of diverter rods 16, second pressing plate 19 is vertically fixed on described
4th holder, 17 lower section.In this way, entering in channel-dividing device after product completes shunting, 19 lower surface of the second pressing plate and product
Top can contact formula movement and offset, and be further ensured that product is less prone to overstocked phenomenon in the process of moving, ensure that product moves
Dynamic order is stablized.17 upper end of the 4th holder can be fixed on by the second screw 26 with 21 upper end of the second fixed frame,
Facilitate 21 dismounting and change of the second fixed frame.
A kind of automatic shunt collating unit of the utility model, please refers to Fig.1 to the technology shown in Fig. 6, described in front
It can also be on the basis of scheme：4 head bottom side of the flow-guiding channel is supported by supporting rack 22,22 upper end of support frame as described above with
4 head bottom side of the flow-guiding channel is fixedly connected, 22 lower end of support frame as described above and transmission device can the formula of horizontally slipping offset.This
Sample after product enters transmission device, is orderly entered in flow-guiding channel 4 by 22 direct product of supporting rack, product is made to be led in entrance
It sorts into row buffering before in circulation road 4, prevents product from crowded confusion phenomena occur for 4 mouthfuls in flow-guiding channel.The transmission device
May include conveyer belt 3, conveyer frames 1 and transmission shaft 2, the conveyer belt 3 and transmission shaft 2 are arranged on conveyer frames 1, conveyer belt 3
It is connect with transmission shaft 2, transmission shaft 2 drives the transmission acting of conveyer belt 3.The conveyer belt 3 can be plastic chain plate conveyer belt 3, institute
State plastic chain plate conveyer belt 3 have it is at low cost, be readily cleaned, it is easy to maintenance the advantages that.
It is above-mentioned that only several specific embodiments in the utility model are illustrated, but can not be as the utility model
Protection domain, the equivalent change or modification or equal proportion amplification made by every design spirit according in the utility model or contracting
It is small etc., it is deemed to fall the scope of protection of the utility model.
Claims (10)
1. a kind of automatic shunt collating unit, it is characterised in that：It is filled including transmission device, part flow arrangement, flow-guiding channel and shunting
It sets, the channel-dividing device at least two, the part flow arrangement is slidably connected at the transmission device rear portion, the channel-dividing device
It is fixed on the transmission device rear portion, the flow-guiding channel front end is hinged on above the transmission device front end, the water conservancy diversion
Channel is extended to from front to back above the transmission device rear end, and the flow-guiding channel middle and back can be left by the part flow arrangement
Right slidingtype is connected to above the transmission device, and the flow-guiding channel tail end can release formula pair with the channel-dividing device front end
It answers, product can be released and is slidably arranged on transmission device.
2. a kind of automatic shunt collating unit according to claim 1, it is characterised in that：The part flow arrangement includes cylinder
Device and electrooptical device, the air cylinder device are slidably connected above the transmission device medium position, and the electrooptical device is solid
It is scheduled at the position of the transmission device middle and back, the electrooptical device is connect with the air cylinder device, in the middle part of the flow-guiding channel
Place by the air cylinder device can the formula of horizontally slipping be connected to top in the middle part of the transmission device, it is logical at the flow-guiding channel rear portion
Cross the electrooptical device can the formula of horizontally slipping be connected to above the transmission device middle and back.
3. a kind of automatic shunt collating unit according to claim 2, it is characterised in that：The electrooptical device includes photoelectricity
Counter, photoelectric controller, drag chain, tourelle and second support, the photoelectric counter are connect with the photoelectric controller,
The photoelectric controller is fixed on the second support upper end, and the photoelectric counter is fixed on the drag chain tail end, the light
Electric controller is connect with the drag chain, and the photoelectric counting controller is connect with the air cylinder device, and the drag chain is fixed on institute
State in second support, the drag chain tail end can the formula of horizontally slipping be fixed at the flow-guiding channel rear upper end, rolling dress
Formula setting can be horizontally slipped in the second support by setting upper end, the tourelle lower end and the flow-guiding channel rear upper end
Place's connection.
4. a kind of automatic shunt collating unit according to claim 3, it is characterised in that：The tourelle includes walking
Wheel and mobile holder, the traveling wheel, which can horizontally slip, to be arranged in the second support, and the traveling wheel passes through the walking
Holder at the flow-guiding channel rear upper end can the formula of horizontally slipping connect, the drag chain tail end can control cunning by mobile holder
Dynamic formula is connected to the flow-guiding channel rear upper end.
5. a kind of automatic shunt collating unit according to claim 3 to 4 any one claim, it is characterised in that：
The air cylinder device includes cylinder rod, sliding block and third holder, and the cylinder rod and sliding block can be left by the third holder
Right slidingtype is connected to above the transmission device, and the cylinder rod is connect with the photoelectric counting controller, in the sliding block
Side can horizontally slip formula setting on cylinder rod, be fixedly connected on the outside of the sliding block and in the middle part of the flow-guiding channel at upper end.
6. a kind of automatic shunt collating unit according to claim 5, it is characterised in that：Pass through sliding block on the outside of the sliding block
Holder is connect with the flow-guiding channel center, is fixedly connected on the outside of described slider bracket one end and the sliding block, the sliding block
It is fixedly connected at the holder other end and upper end in the middle part of the flow-guiding channel.
7. a kind of automatic shunt collating unit according to Claims 1-4 any one claim, it is characterised in that：
The flow-guiding channel is internally provided with the first pressing plate, and first pressing plate extends to the flow-guiding channel tail end, the pressing plate upper table
Face is connect with the flow-guiding channel inside upper surface.
8. a kind of automatic shunt collating unit according to Claims 1-4 any one claim, it is characterised in that：
The channel-dividing device includes two arrangements of diverter rods and the 4th holder, and two arrangements of diverter rods front ends are vertically fixed by the first fixed frame
Below the 4th holder.
9. a kind of automatic shunt collating unit according to claim 8, it is characterised in that：It is set between two arrangements of diverter rods
There are the second pressing plate, second pressing plate to be vertically fixed below the 4th holder.
10. a kind of automatic shunt collating unit according to Claims 1-4 any one claim, it is characterised in that：
Flow-guiding channel head bottom side is supported by supporting rack, and support frame as described above upper end is fixed with flow-guiding channel head bottom side to be connected
Connect, support frame as described above lower end and transmission device can the formula of horizontally slipping offset.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820044015.1U CN208070757U (en) | 2018-01-11 | 2018-01-11 | A kind of automatic shunt collating unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820044015.1U CN208070757U (en) | 2018-01-11 | 2018-01-11 | A kind of automatic shunt collating unit |
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| Publication Number | Publication Date |
|---|---|
| CN208070757U true CN208070757U (en) | 2018-11-09 |
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Family Applications (1)
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| CN201820044015.1U Active CN208070757U (en) | 2018-01-11 | 2018-01-11 | A kind of automatic shunt collating unit |
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| CN (1) | CN208070757U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113617693A (en) * | 2021-08-08 | 2021-11-09 | 山东交通职业学院 | High-speed continuous detection equipment with automatic centering function |
-
2018
- 2018-01-11 CN CN201820044015.1U patent/CN208070757U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113617693A (en) * | 2021-08-08 | 2021-11-09 | 山东交通职业学院 | High-speed continuous detection equipment with automatic centering function |
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