CN207645211U - Automate section bar conveying appliance - Google Patents
Automate section bar conveying appliance Download PDFInfo
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- CN207645211U CN207645211U CN201721457845.9U CN201721457845U CN207645211U CN 207645211 U CN207645211 U CN 207645211U CN 201721457845 U CN201721457845 U CN 201721457845U CN 207645211 U CN207645211 U CN 207645211U
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- section bar
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Abstract
Automate section bar conveying appliance, including mutually matched proximate matter transfer device, proximate matter lateral transfer platform, section bar conveying appliance, the proximate matter transfer device, including track, the car body that can be moved in orbit, the grabbing assembly for moving proximate matter, the translation component for moving grabbing assembly, the pan carriage moved for translation component；The top of the proximate matter lateral transfer platform, including lateral transfer frame, the lateral transfer frame is equipped with several cross conveyors disposed in parallel, and the both ends of the cross conveyor are runner, and runner is externally provided with cricoid conveyer belt；The section bar conveying appliance, including connect two sections, respectively two-way delivery platform and longitudinally fed platform are designed with longitudinally fed roller above the two；The two-way delivery platform, including two-way conveying frame body, the two-way conveying frame body are equipped with longitudinally fed roller and lateral transfer component.Automation section bar conveying appliance in the utility model, saves manpower, improves Workshop Production efficiency.
Description
Technical field
The utility model belongs to shape extrusion manufacturing field, and in particular to a kind of automation section bar conveying appliance.
Background technology
The resource of aluminium is very abundant in the earth's crust, therefore in the industry, the use of aluminium is only second to steel now, is the second major class
Metal.Metallic aluminium has special chemistry, physical property, and light weight, quality are hard, and with good ductility, electric conductivity, resistance to
It is hot, it is the important foundation raw material in the national economic development.
Aluminium section is the major class in aluminium product, and aluminium section bar needs to undergo multiple and different during the manufacturing
Technological operation e.g. before to aluminium section bar cutting operation, needs the aluminium section of strip being transferred in conveying device, conveying
To progress spacing cutting in cutter device；The transfer operation takes time and effort that efficiency is low if being completed by manually, uses machinery
Transfer device is completed, and needs damage of the reduction for considering bottom line to aluminium section bar, and mention transfer effect to greatest extent
Rate.For another example, in the transfer transmission process of aluminium section bar, lateral transfer platform and vertical transport platform is needed to coordinate, to realize proximate matter
Full-automatic conveying, lateral transfer platform in the prior art do not have specific structure, the degree of automation low.
The utility model is further studied on the above direction.
Utility model content
For the above deficiency in the prior art, the utility model provides a kind of automation section bar conveying appliance, can be real
Now carried out from proximate matter crawl, transfer, the automation of conveying operation, it is efficient.
In order to solve the above-mentioned technical problem, the utility model is addressed by following technical proposals.
Automate section bar conveying appliance, including the conveying of mutually matched proximate matter transfer device, proximate matter lateral transfer platform, proximate matter
Device, the proximate matter transfer device, including track, the car body that can be moved in orbit, the grabbing assembly for moving proximate matter, use
In the translation component of mobile grabbing assembly, for the pan carriage of translation component movement；The car body is equipped with proximate matter rack, the type
Material rack includes montant and several cross bars on montant side wall that several are vertically arranged, and is placed between two cross bars
There is proximate matter to shelve bar；The grabbing assembly shelves bar for capturing proximate matter；The translation component is connected with crawl frame, and translation group
Coordinated by sliding rail between part and pan carriage, translation component is moved by driven in translation component in pan carriage, the translation component
It is equipped with the lifting cylinder for lifting grabbing assembly；The proximate matter lateral transfer platform, including lateral transfer frame, the transverse direction are defeated
The top of frame is sent to be equipped with several cross conveyors disposed in parallel, the both ends of the cross conveyor are runner, outside runner
Equipped with cricoid conveyer belt, the runner of cross conveyor side is connected by shaft, and lateral transfer motor-driven rotatable shaft turns
It is dynamic；The middle part of the lateral transfer frame is equipped with lower layer's transmission belt, which is driven by lower layer's motor, lower layer's transmission
The blanking position of band is equipped with material frame；The section bar conveying appliance, including connect two sections, respectively two-way delivery platform and vertical
To delivery platform, longitudinally fed roller is designed with above the two；The two-way delivery platform, including two-way conveying frame body, it is described double
It is equipped with longitudinally fed roller and lateral transfer component to conveying frame body, the lateral transfer component includes lateral transfer unit, should
Lateral transfer unit includes transverse onveyer, which is driven by runner, the runner on several lateral transfer units
It is connected by strip shaft, which is driven by feeder motor and rotated；The lateral transfer component further includes lifting dress
It sets, which includes crane and pedestal, and lateral transfer unit and feeder motor are fixed on the crane, the lifting
The lower part of frame is equipped with several idler wheels, and the pedestal is equipped with several tilted blocks rolled for idler wheel, the crane and bottom
Telescopic cylinder is equipped between seat, which makes crane and pedestal relatively move, and idler wheel is in the top of tilted block
Lateral transfer unit is higher by longitudinally fed roller when portion, and lateral transfer unit is less than longitudinally fed when idler wheel is in the lower of tilted block
Roller.
In the utility model, car body is for loading and transporting proximate matter, when loading, first places proximate matter between cross bar and shelves
Bar, then the proximate matter of strip is placed on proximate matter and is shelved on bar, one layer is put on one layer again, realizes multiple-layer stacked；Then by vehicle
Body is pushed into crawl position by track, and grabbing assembly moves down under lifting cylinder effect, and grabbing claw catches one layer of the top
Proximate matter shelves bar, lifts, and proximate matter thereon lifts therewith, then translates component and is moved under the driving of driven in translation component, will
Proximate matter is transferred at next process, completes transfer operation.Whole process mechanized operation, high degree of automation, and grabbing claw
Proximate matter is not captured directly, avoids the impaired of proximate matter.
In the utility model, after proximate matter to be shelved to bar being placed on proximate matter lateral transfer platform together with proximate matter, proximate matter is put
It sets bar to drop into lower layer's transmission belt by the gap between cross conveyor, then falls into material frame with conveying belt of lower floor
In, it recycles；The proximate matter of strip is placed on cross conveyor disposed in parallel simultaneously, then with its upper conveyor belt
Movement takes proximate matter in next process to, high degree of automation.
Two-way delivery platform in the utility model, telescopic cylinder make crane and pedestal relatively move when working,
Idler wheel is set to be rolled on tilted block in moving process, since there is tilted block the gradient, the rolling to cause the rising of crane
And decline.When idler wheel is in the top of tilted block, lateral transfer unit is higher by longitudinally fed roller, can be carried out at this time to proximate matter
Lateral transfer；When idler wheel is in the lower of tilted block, lateral transfer unit is less than longitudinally fed roller, and proximate matter is placed in longitudinal direction at this time
It is carried out on conveying roller longitudinally fed.Motor drive mode in above procedure is the type of drive of routine, as motor and belt are matched
Close driving.
Preferably, in proximate matter transfer device, the grabbing assembly includes the crawl frame being fixed on translation component, described
Crawl frame is equipped with several crawl bars extended downwardly, and the crawl bar is equipped with grabbing claw, and the grabbing claw is for obtaining type
Material；The driving device for driving grabbing claw is additionally provided on the crawl bar.The structure can smoothly be grabbed from multiple positions
Proximate matter is taken, stability is high, ensure that the proximate matter of strip will not overbending.
Preferably, in proximate matter transfer device, the madial wall of the pan carriage is equipped with sliding rail, and the translation component is at this
It is moved on sliding rail, the driven in translation component includes driving the belt pulley and drive the flat of the pulley movements for translating that component moves
Move motor；The surface that proximate matter shelves bar is coated with flexible layer, can be layer of cloth or rubber layer, prevents Surface of profile impaired.
Preferably, in grabbing assembly, the lower end of the crawl bar is equipped with fixed block, this is hinged in the middle part of grabbing claw
On fixed block；One end of grabbing claw is connected with driving device, and the other end of grabbing claw is the crawl collet of bending；The driving dress
It is set to crawl cylinder, one end of the crawl cylinder is hinged on crawl bar, and the other end is hinged on grabbing claw.In the structure, drive
During pullling grabbing claw when dynamic device work, grabbing claw can occur to rotate by a small margin centered on the hinged place of middle part, realize
Crawl or release of the collet to proximate matter are captured, it is very convenient.
Preferably, in grabbing assembly, the crawl frame is staggeredly to fix the grid building hollow out formed by several crossbeams
Frame body；Several crawl bars are divided into the symmetrical both sides for being equidistantly set to crawl frame of two rows, and simple in structure, saving material weight is light,
It is moved easily, it is low in energy consumption.
Preferably, in proximate matter lateral transfer platform, it is equipped with hang plate between the cross conveyor, proximate matter is made to shelve bar
It slowly falls on conveying belt of lower floor, reduces impact force；The material frame is independent material frame, and the material frame is equipped with and pushes away
The bottom of bar, material frame is equipped with wheel, is moved easily；The lateral transfer motor via reducer coordinates with drive shaft, institute
It states lower layer's motor via reducer and the shaft of lower layer's transmission belt coordinates.
Preferably, in the two-way delivery platform of section bar conveying appliance, the pedestal is set on pony sill, and the pony sill is solid
It is scheduled on two-way conveying frame body；It is equipped with cooperation rail structure between the pedestal and pony sill, makes the transverse shifting of pedestal more
Smoothly；Lifting guide structure is equipped between the crane and pony sill, which can be guide post and sliding sleeve
The structure of cooperation, or sliding-rail sliding fit structure ensures the vertical lifting up and down of crane.
Preferably, the crane is equipped with several lateral transfer units disposed in parallel；The two-way carriage
Body is equipped with several longitudinally fed rollers disposed in parallel, which drives its rotation by driving device；The transverse direction
The side of supply unit extends outwardly and exceeds the side of two-way conveying frame body, convenient for receiving proximate matter.
The above, the utility model have the advantages that compared with the prior art：The utility model provides entirely
The section bar conveying appliance of automation.Wherein, the proximate matter transfer device of automation, stability is good when crawl, efficient, transfer process
In avoid damage to Surface of profile；The proximate matter lateral transfer platform of automation, it is simple in structure efficient, it is equipped with two layers of conveying and fills
It sets, can recycle proximate matter while lateral transfer proximate matter shelves bar, and reuse proximate matter is facilitated to shelve bar；The proximate matter of automation
Two-way delivery platform passes through the lateral transfer component of lift, it may be convenient to realize lateral transfer and longitudinally fed conversion,
High degree of automation reduces manpower, substantially increases Workshop Production efficiency.
Description of the drawings
Fig. 1 is the overall schematic one of the utility model.
Fig. 2 is the overall schematic two of the utility model.
Fig. 3 is the schematic diagram one of proximate matter transfer device.
Fig. 4 is the schematic diagram two of proximate matter transfer device.
Fig. 5 is the schematic diagram of grabbing assembly and translation component.
Fig. 6 is the schematic diagram for capturing bar and grabbing claw.
Fig. 7 is the schematic diagram of proximate matter rack.
Fig. 8 is the schematic diagram one of proximate matter lateral transfer platform.
Fig. 9 is the schematic diagram two of proximate matter lateral transfer platform.
Figure 10 is the schematic diagram of section bar conveying appliance.
Figure 11 is the schematic diagram one of two-way delivery platform.
Figure 12 is the schematic diagram two of two-way delivery platform.
Figure 13 is the schematic diagram one of lateral transfer component.
Figure 14 is the schematic diagram two of lateral transfer component.
Specific implementation mode
1 ~ attached drawing 14 below in conjunction with the accompanying drawings are described in further detail the utility model.
See Fig. 1 and Fig. 2, the automation section bar conveying appliance in the utility model, including mutually matched proximate matter transfer dress
It sets, proximate matter lateral transfer platform, section bar conveying appliance.Concrete structure is as follows.
See Fig. 3 to Fig. 7, the proximate matter transfer device in the utility model, including track 1, the vehicle that can move on track 1
Body, the grabbing assembly for moving proximate matter, the translation component 31 for moving grabbing assembly, the translation moved for translation component 31
Frame 4；The car body is equipped with proximate matter rack 2, which includes several montants 21 for being vertically arranged and set on perpendicular
Several cross bars 211 on 21 side wall of bar are placed with proximate matter between two cross bars 211 and shelve bar 22；The grabbing assembly includes
Crawl frame 3 and several crawl bars 32 extended downwardly from crawl frame, crawl bar 32 are equipped with grabbing claw 33, the grabbing claw 33
Bar 22 is shelved for capturing proximate matter；The translation component 31 is connected with crawl frame, and translates and pass through between component 31 and pan carriage 4
Sliding rail coordinates, and translation component 31 is moved by driven in translation component in pan carriage 4, which is equipped with for lifting
The lifting cylinder of grabbing assembly.
In present embodiment, the montant 21 on the proximate matter rack 2 divides two rows to be equidistantly symmetrical arranged, and montant 21
Equidirectional side wall is equipped with several cross bars 211 being distributed up and down, and bar 22 is shelved for being layered placement proximate matter.
In present embodiment, the lower end of the crawl bar 32 is equipped with fixed block 321, and the middle part of grabbing claw 33 is hinged on this
On fixed block 321；The end of grabbing claw 33 is equipped with crawl collet 332, and one end of grabbing claw 33 is connected with crawl cylinder 331, should
Crawl cylinder 331 is hinged on crawl bar 32；The crawl bar 32 divides two rows to be equidistantly symmetrical arranged, and bar is shelved in position with proximate matter
22 position corresponds to.
In present embodiment, the crawl frame 3 be interlocked the fixed grid building hollow out frame body formed by several crossbeams, if
Dry crawl bar 32 divides the both sides that crawl frame 3 is symmetrically equidistantly set to for two rows, and the position that bar 22 is shelved with proximate matter is corresponding, described
It is adjustable above and below the fixed position of crawl frame 3 to capture bar 32.
In present embodiment, the madial wall of the pan carriage 4 is equipped with sliding rail 41, and the translation component 31 is in the sliding rail 41
Upper movement, the driven in translation component include the belt pulley for driving translation component 31 to move and the translation for driving the pulley movements
The driving structure of motor 42, belt pulley and motor is the mechanical structure of routine.
In addition, in present embodiment, the bottom of the car body is equipped with wheel and driving device；The proximate matter shelves bar 22
Surface is coated with flexible layer, such as bed of cloth or rubber layer, prevents proximate matter from damaging.
When proximate matter transfer device uses：Car body is for loading and transporting proximate matter, when loading, is first placed between cross bar 211
Proximate matter shelves bar 22, then the proximate matter of strip is placed on proximate matter and is shelved on bar 22, puts one layer on one layer again, realizes multi-laminate
Add；Then car body is pushed into crawl position by track 1, grabbing assembly moves down under lifting cylinder effect, and grabbing claw 33 is grabbed
Firmly topmost one layer of proximate matter shelves bar 22, lifts, and proximate matter thereon lifts therewith, then translates component 31 in driven in translation group
It is moved under the driving of part, proximate matter is transferred at next process, complete transfer operation.Whole process mechanized operation, automatically
Change degree is high, and grabbing claw 33 does not capture proximate matter directly, avoids the impaired of proximate matter.
Fig. 8 and Fig. 9 show proximate matter lateral transfer platform, including lateral transfer frame 5, and the top of the lateral transfer frame 5 is set
There are several cross conveyors 51 disposed in parallel, the both ends of the cross conveyor 51 are runner, and runner is externally provided with ring-type
Conveyer belt, the runner of 51 side of cross conveyor connected by shaft 52, and 53 drive shaft 52 of lateral transfer motor turns
It is dynamic, while the movement of driving conveying belt is conveyed；The middle part of the lateral transfer frame 5 is equipped with lower layer's transmission belt 54, the lower layer
Transmission belt 54 is driven by lower layer's motor 56, and the blanking position of lower layer's transmission belt 54 is equipped with material frame 6.
In present embodiment, hang plate 55 is equipped between the cross conveyor 51, when shelving the whereabouts of bar 22 for proximate matter
By.The material frame 6 is independent material frame, and the material frame 6 is equipped with push rod, and the bottom of material frame 6 is equipped with wheel, side
Just it moves.The lateral transfer motor 53 is coordinated by speed reducer and drive shaft 52, and lower layer's motor 56 passes through speed reducer
Coordinate with the shaft of lower layer transmission belt 54.
During transfer, proximate matter 900 is placed in several proximate matters and shelves on bar 22 proximate matter 900 of strip, then grabs
Component crawl proximate matter is taken to shelve the mode of bar 22 to move integrally proximate matter.It is placed on together with proximate matter 900 when proximate matter is shelved bar 22
After on lateral transfer platform, proximate matter shelves bar 22 and drops into lower layer's transmission belt by the hang plate 55 between cross conveyor 51
It on 54, then falls into material frame 6, recycles with conveying belt of lower floor 54；The proximate matter 900 of strip, which is placed in, simultaneously is arranged in parallel
Cross conveyor 51 on, then proximate matter 900 is taken in next process with the movement of its upper conveyor belt, automate journey
Degree is high.
Figure 10 to Figure 14 show section bar conveying appliance 7, is divided into two sections to connect, respectively two-way delivery platform and vertical
To delivery platform 71, longitudinally fed roller 73 is designed with above the two.The effect that figure medium section 900 is shown as segmentation is primitive
Cause, the really proximate matter 900 of strip.Wherein, the two-way delivery platform includes two-way conveying frame body 72, the two-way conveying
Frame body 72 is equipped with longitudinally fed roller 73 and lateral transfer component 721, and the lateral transfer component 721 includes lateral transfer unit
74, which includes framework and transverse onveyer, which is driven by runner, several lateral transfers
Runner on unit 74 is connected by strip shaft 741, which is driven by lateral transfer motor 742 by belt
Turn is dynamic；The lateral transfer component 721 further includes lifting gear, which includes crane 727 and pedestal, and transverse direction is defeated
Unit 74 and lateral transfer motor 742 is sent to be fixed on the crane 727, the lower part of the crane 727 is rolled equipped with several
Wheel 724, the pedestal are equipped with several tilted blocks 723 rolled for idler wheel 724, are set between the crane 727 and pedestal
There is telescopic cylinder 743, which makes crane 727 and pedestal relatively move, and idler wheel 724 is in tilted block
Lateral transfer unit 74 is higher by longitudinally fed roller 73 when 723 top, and idler wheel 724 is in laterally defeated when the lower of tilted block 723
Unit 74 is sent to be less than longitudinally fed roller 73.
In present embodiment, the pedestal is set on pony sill 722, which is fixed on two-way conveying frame body 72
On；Cooperation rail structure is equipped between the pedestal and pony sill 722.It is equipped with and rises between the crane 727 and pony sill 722
Guide frame 725 drops, such as the structure of guide post and sliding sleeve cooperation, or sliding-rail sliding fit structure ensures crane 727
Vertical lifting up and down.The crane 727 is equipped with several lateral transfer units 74 disposed in parallel.The two-way conveying
Frame body 72 is equipped with several longitudinally fed rollers 73 disposed in parallel, which drives its rotation by motor.
In addition, the side of the lateral transfer unit 74 extends outwardly and exceeds the side of two-way conveying frame body 72, it is convenient for
Receive proximate matter.
In the utility model, telescopic cylinder 743 makes crane 727 and pedestal relatively move when working, moving process
In so that idler wheel 724 is rolled on tilted block 723, since tilted block 723 has the gradient, which causes crane 727
Raising and lowering.When idler wheel 724 is in the top of tilted block 723, lateral transfer unit 74 is higher by longitudinally fed roller 73, at this time
Lateral transfer can be carried out to proximate matter；When idler wheel 724 is in the lower of tilted block 723, lateral transfer unit 74 is defeated less than longitudinal
Send roller 73, at this time proximate matter be placed on longitudinally fed roller 73 carry out it is longitudinally fed.Motor drive mode in above procedure is conventional
Type of drive, as motor and belt cooperation drive.
Motor, cylinder, drive mechanism in the utility model etc. are the industrial goods of conventional commercial, and electricity is accessed by electric wire
It is used in net, control method is also the control method of routine.
The proximate matter 900 of strip is during transfer, and after being placed on lateral transfer platform 5, proximate matter is shelved bar and passed through
Lower layer's transmission belt is fallen into material frame 6, is recycled；The proximate matter 900 of strip is with the conveyer belt on lateral transfer platform 5 simultaneously
It moves on the lateral transfer unit 74 being lifted, carries out further lateral transfer, then lateral transfer unit 74 is with liter
It drops frame 727 to decline, proximate matter is rested on longitudinally fed roller 73, can carry out longitudinally fed, is sent into next process, it is very square
Just.
The above, the utility model provide full-automatic section bar conveying appliance.Wherein, the proximate matter transfer of automation
Device, stability is good when crawl, efficient, and the damage to Surface of profile is avoided in transfer process；The proximate matter of automation is lateral
Transport platform, it is simple in structure efficient, it is equipped with two layers of conveying device, can recycle proximate matter while lateral transfer proximate matter shelves
Bar facilitates reuse proximate matter to shelve bar；The two-way delivery platform of proximate matter of automation, by the lateral transfer component of lift,
It can easily realize that lateral transfer and longitudinally fed conversion, high degree of automation reduce manpower, substantially increase workshop
Production efficiency.
The scope of protection of the utility model includes but not limited to embodiment of above, and the scope of protection of the utility model is to weigh
Subject to sharp claim, any replacement being readily apparent that those skilled in the art that this technology is made, deformation, improvement are each fallen within
The scope of protection of the utility model.
Claims (7)
1. automating section bar conveying appliance, including mutually matched proximate matter transfer device, proximate matter lateral transfer platform, proximate matter conveying dress
It sets, it is characterised in that：
The proximate matter transfer device, including track（1）, can be in track（1）The car body of upper movement, the crawl group for moving proximate matter
Part, the translation component for moving grabbing assembly（31）, for translate component（31）Mobile pan carriage（4）；It is set on the car body
There is proximate matter rack（2）, the proximate matter rack（2）The montant being vertically arranged including several（21）With set on montant（21）Side wall
On several cross bars（211）, two cross bars（211）Between be placed with proximate matter and shelve bar（22）；The grabbing assembly is for grabbing
Proximate matter is taken to shelve bar（22）；The translation component（31）It is connected with crawl frame, and translates component（31）With pan carriage（4）Between lead to
Sliding rail cooperation is crossed, component is translated（31）By driven in translation component in pan carriage（4）Upper movement, the translation component（31）It is equipped with
Lifting cylinder for lifting grabbing assembly；
The proximate matter lateral transfer platform, including lateral transfer frame（5）, the lateral transfer frame（5）Top it is flat equipped with several
The cross conveyor of row setting（51）, the cross conveyor（51）Both ends be runner, runner is externally provided with cricoid conveying
Band, cross conveyor（51）The runner of side passes through shaft（52）Series connection, lateral transfer motor（53）Drive shaft（52）'s
Rotation；The lateral transfer frame（5）Middle part be equipped with lower layer's transmission belt（54）, lower layer's transmission belt（54）By lower layer's motor（56）
Driving, lower layer's transmission belt（54）Blanking position be equipped with material frame（6）；
The section bar conveying appliance（7）, including connect two sections, respectively two-way delivery platform and longitudinally fed platform（71）,
Longitudinally fed roller is designed with above the two（73）；The two-way delivery platform, including two-way conveying frame body（72）, described two-way defeated
Send frame body（72）It is equipped with longitudinally fed roller（73）With lateral transfer component（721）, the lateral transfer component（721）Including cross
To supply unit（74）, the lateral transfer unit（74）Including transverse onveyer, which is driven by runner, several
Lateral transfer unit（74）On runner pass through strip shaft（741）Series connection, the strip shaft（741）Pass through feeder motor
（742）Driving rotation；The lateral transfer component（721）Further include lifting gear, which includes crane（727）With
Pedestal, lateral transfer unit（74）And feeder motor（742）It is fixed on the crane（727）On, the crane（727）Under
Portion is equipped with several idler wheels（724）, the pedestal is equipped with several for idler wheel（724）The tilted block of rolling（723）, the liter
Frame drops（727）Telescopic cylinder is equipped between pedestal（743）, the telescopic cylinder（743）Make crane（727）Phase occurs with pedestal
To movement, and idler wheel（724）In tilted block（723）Top when lateral transfer unit（74）It is higher by longitudinally fed roller（73）,
Idler wheel（724）In tilted block（723）Lower when lateral transfer unit（74）Less than longitudinally fed roller（73）.
2. automation section bar conveying appliance according to claim 1, which is characterized in that described to grab in proximate matter transfer device
It includes being fixed on translation component to take component（31）On crawl frame（3）, the crawl frame（3）It is equipped with several extended downwardly
Capture bar（32）, the crawl bar（32）It is equipped with grabbing claw（33）, the grabbing claw（33）For obtaining proximate matter；The crawl bar
（32）On be additionally provided with for driving grabbing claw（33）Driving device.
3. automation section bar conveying appliance according to claim 1, which is characterized in that described flat in proximate matter transfer device
Move frame（4）Madial wall be equipped with sliding rail（41）, the translation component（31）In the sliding rail（41）Upper movement, the driven in translation
Component includes driving translation component（31）Mobile belt pulley and the translation motor for driving the pulley movements（42）；Proximate matter is shelved
Bar（22）Surface be coated with flexible layer.
4. automation section bar conveying appliance according to claim 2 or 3, which is characterized in that in grabbing assembly, the crawl
Bar（32）Lower end be equipped with fixed block（321）, grabbing claw（33）Middle part be hinged on the fixed block（321）On；Grabbing claw
（33）One end be connected with driving device, grabbing claw（33）The other end be bending crawl collet（332）；The driving device
To capture cylinder（331）, the crawl cylinder（331）One end be hinged on crawl bar（32）On, the other end is hinged on grabbing claw
（33）On.
5. automation section bar conveying appliance according to claim 2 or 3, which is characterized in that in grabbing assembly, the crawl
Frame（3）Staggeredly to fix the grid building hollow out frame body formed by several crossbeams；Several crawl bars（32）It is divided into two rows of symmetrical
Equidistantly it is set to crawl frame（3）Both sides.
6. automation section bar conveying appliance according to claim 1, which is characterized in that described in proximate matter lateral transfer platform
Cross conveyor（51）Between be equipped with hang plate（55）；The material frame（6）It is independent material frame, and the material frame（6）
It is equipped with push rod, material frame（6）Bottom be equipped with wheel；The lateral transfer motor（53）Pass through speed reducer and drive shaft
（52）Cooperation, lower layer's motor（56）Pass through speed reducer and lower layer's transmission belt（54）Shaft cooperation.
7. automation section bar conveying appliance according to claim 1, which is characterized in that section bar conveying appliance 7 it is two-way defeated
It send in platform, the pedestal is set to pony sill（722）On, the pony sill（722）It is fixed on two-way conveying frame body（72）On；It is described
Pedestal and pony sill（722）Between be equipped with cooperation rail structure；The crane（727）With pony sill（722）Between be equipped with rise
Guide frame drops（725）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721457845.9U CN207645211U (en) | 2017-11-06 | 2017-11-06 | Automate section bar conveying appliance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721457845.9U CN207645211U (en) | 2017-11-06 | 2017-11-06 | Automate section bar conveying appliance |
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| Publication Number | Publication Date |
|---|---|
| CN207645211U true CN207645211U (en) | 2018-07-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721457845.9U Expired - Fee Related CN207645211U (en) | 2017-11-06 | 2017-11-06 | Automate section bar conveying appliance |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110203688A (en) * | 2019-07-08 | 2019-09-06 | 广东粤盛达自动化科技有限公司 | One kind is lower to arrange production line |
| CN110316550A (en) * | 2019-07-04 | 2019-10-11 | 广东粤盛达自动化科技有限公司 | A kind of aluminium section bar production line unloads clamp device |
| CN113023282A (en) * | 2021-04-29 | 2021-06-25 | 凌征寿 | Special intelligent logistics system for aluminum profile production |
| CN113023209A (en) * | 2021-05-24 | 2021-06-25 | 佛山市通润热能科技有限公司 | Intelligent aluminum bar warehouse logistics system in front of extruding machine |
-
2017
- 2017-11-06 CN CN201721457845.9U patent/CN207645211U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110316550A (en) * | 2019-07-04 | 2019-10-11 | 广东粤盛达自动化科技有限公司 | A kind of aluminium section bar production line unloads clamp device |
| CN110316550B (en) * | 2019-07-04 | 2024-05-14 | 广东粤盛达自动化科技有限公司 | Clip removing device for aluminum profile production line |
| CN110203688A (en) * | 2019-07-08 | 2019-09-06 | 广东粤盛达自动化科技有限公司 | One kind is lower to arrange production line |
| CN110203688B (en) * | 2019-07-08 | 2024-02-13 | 广东粤盛达自动化科技有限公司 | Lower row production line |
| CN113023282A (en) * | 2021-04-29 | 2021-06-25 | 凌征寿 | Special intelligent logistics system for aluminum profile production |
| CN113023209A (en) * | 2021-05-24 | 2021-06-25 | 佛山市通润热能科技有限公司 | Intelligent aluminum bar warehouse logistics system in front of extruding machine |
| CN113023209B (en) * | 2021-05-24 | 2021-08-10 | 佛山市通润热能科技有限公司 | Intelligent aluminum bar warehouse logistics system in front of extruding machine |
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