CN208906800U - A kind of radiator flat tube baling press - Google Patents
A kind of radiator flat tube baling press Download PDFInfo
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- CN208906800U CN208906800U CN201821208765.4U CN201821208765U CN208906800U CN 208906800 U CN208906800 U CN 208906800U CN 201821208765 U CN201821208765 U CN 201821208765U CN 208906800 U CN208906800 U CN 208906800U
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- flat tube
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- rack
- retainer
- radiator
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Abstract
A kind of radiator flat tube baling press, including flat tube blanking channel, retainer component, layering retainer component, material folding rotary components, conveying assembly, material all in one piece component, tie up component, discharge component and rack.Its packing that can carry out radiator flat tube automatically and structure is simple, and lay a good foundation for the automated production of radiator.
Description
Technical field
The utility model relates to a kind of radiator flat tube baling presses.
Background technique
Flat tube is the important component of microchannel heat sink, it be it is machined after forming by flat tube processed, generally require
Multiple flat tubes processed are packaged, i.e., by multiple flat tubes, quantity is banded together as required, facilitates taking for next procedure
With.The arrangement, packing of flat tube are all by being accomplished manually at present, and manual operation efficiency is very low, nor is conducive to microchannel
The foundation of radiator automation production line.
Summary of the invention
Technical problem to be solved in the utility model is to overcome the drawbacks described above of the prior art and provide a kind of radiator
Flat tube baling press, structure is simple, high-efficient, is advantageously implemented microchannel heat sink automated production.
Technical solution adopted by the utility model to solve the above technical problems is as follows:
A kind of radiator flat tube baling press, including
Rack；
Flat tube blanking channel is vertically arranged on the rack comprising
First passage, setting can accommodate the first vertical channel of radiator flat tube,
Second channel, opposite first passage are arranged, and setting can accommodate the second vertical channel of radiator flat tube；
Retainer component is arranged in flat tube blanking channel side, including
Retainer vertical drive element,
Retainer horizontal drive part,
Material supporting rack is moved in the horizontal direction by the driving of retainer horizontal drive part, and when stretching holds in first passage and second
Flat tube in channel, when retraction, leaves flat tube, and is moved in vertical direction by the driving of retainer vertical drive element；
It is layered retainer component, is arranged in flat tube blanking channel side, including
It is layered retainer vertical drive element,
It is layered retainer horizontal drive part,
It is layered material supporting rack, is moved in the horizontal direction by the driving of layering retainer horizontal drive part, when stretching holds logical first
Flat tube in road and second channel, when retraction, leaves flat tube, and is moved in vertical direction by the driving of layering retainer vertical drive element
It is dynamic；
Material folding rotary components, including
Clamping plate is rotated, the U-shaped folder pipe portion of flat tube is placed in setting, rotates clamping plate below flat tube blanking channel；
Rotating driver, driving rotation clamping plate rotate to horizontal position from upright position；
Conveying assembly rotates the side of clamping plate when rotation clamping plate horizontal position is arranged in, including
Pushing frame comprising the flat tube pressure surface that pushes the flat tube in rotation clamping plate to advance and vertical with flat tube pressure surface set
The flat tube supporting surface set,
Feed drive device, driving pushing frame move horizontally；
Material all in one piece component, including
Material all in one piece plate, is arranged on the forward path of conveying assembly,
Material all in one piece sheet drive, material all in one piece sheet drive drive the rotation of material all in one piece plate, stop flat tube logical from conveying assembly forward path
It is converted to the direction for allowing flat tube to pass through in the direction crossed；
Component is tied up, is arranged in front of material all in one piece component, it will be flat by being come after material all in one piece component material all in one piece by conveying assembly conveying
Pipe is tied up；
Discharge component, the flat tube after tying up are released.
Preferably, material all in one piece platform is arranged in the rack at material all in one piece component respectively, ties up platform tying up setting outside component,
Outfeed platforms are set at discharge component.
Preferably, tubaeform importing part is arranged in the first passage passway and second channel passway, more with sharp flat tube
Enter well.
More specifically, the retainer vertical drive element, retainer horizontal drive part, layering retainer vertical drive element, layering support
Expect horizontal drive part, can be the common driving mechanisms such as motor, oil cylinder, cylinder.
More specifically, the retainer vertical drive element, retainer horizontal drive part, layering retainer vertical drive element, layering support
Material horizontal drive part is driven by screw rod auxiliary drive gear or other common transmission mechanisms.
Preferably, the material supporting rack, layering material supporting rack setting guiding mechanism are oriented to, with more preferable, more stablely mobile.
More specifically, the guiding mechanism can be guide sleeve guide pillar type type mechanism, the routine Guiding machine such as sliding rail, slide type mechanism
Structure.
Preferably, the movable connection of one of the first passage and second channel on the rack, in this way can basis
The length of flat tube is conveniently adjusted.
Preferably, the movable connection of the material supporting rack on the rack, can facilitate according to the length of flat tube adjusted in this way
Section.
Preferably, the movable connection of the layering material supporting rack on the rack, in this way can according to the length of flat tube it is convenient into
Row is adjusted.
Preferably, there are two the rotation clamping plates, wherein internal one can be relative to another movement, it in this way can be according to flat
Length of tube and adjust two rotation clamping plate between spacing, preferably to clamp flat tube.
Preferably, feed drive device has two, and one of feed drive device drives pushing frame, and the feed drive device
Driven with pushing frame by another feed drive device, can move pushing frame respectively in this way, slicing stoping, interval operation and it is long away from
From mobile pushing frame, the different course of work of pushing frame can be better adapted to, for example, pushing frame is first by a feed drive device
Driving puts flat tube in order with clearing up assembly cooperation, then moves the flat tube that pushing frame will be put in order again by another feed drive device
It is moved to tie up in component and be tied up.
Preferably, discharge component, comprising:
Conveying assembly is gone up and down, including
Crane places the flat tube after tying up,
Lift actuator is arranged on the rack, and drives crane or more；
Pushing material component, including
Material-pushing frame pushes the flat tube after tying up
Material-pushing frame driver, is arranged on the rack, and driving material-pushing frame moves horizontally；
Flat tube packet support component, including
Support frame supports the flat tube after tying up；
Support frame driver, driving support frame move up and down.
Preferably, material-pushing frame includes former and later two pusher planes, and the flat tube on crane is pushed to branch by rear pusher plane
On support, preceding pusher plane is shifted onto the flat tube stored is accumulated at flat tube packet support component on outfeed platforms.
Preferably, guiding device is set between the crane and rack, and guidance crane is preferably gone up and down on the rack.
Preferably, guiding device is set between the material-pushing frame and rack, and guidance material-pushing frame is preferably horizontal on the rack to be moved
It is dynamic.
Preferably, guiding device is set between support frame as described above and rack, and guidance support frame preferably moves on the rack.
Compared with the prior art, the advantages of the utility model are: packing and the knot of radiator flat tube can be carried out automatically
Structure is simple, and lays a good foundation for the automated production of radiator.
Detailed description of the invention
Fig. 1 is the perspective view of the utility model embodiment radiator flat tube baling press.
Fig. 2 is the partial enlarged view of the flat tube blanking channel of utility model embodiment radiator flat tube baling press.
Fig. 3 is the structural schematic diagram of the retainer component of utility model embodiment radiator flat tube baling press.
Fig. 4 is the structural schematic diagram of the layering retainer component of utility model embodiment radiator flat tube baling press.
Fig. 5 is the partial structural diagram of the material folding rotary components of utility model embodiment radiator flat tube baling press.
Fig. 6 is the structural schematic diagram of the conveying assembly of utility model embodiment radiator flat tube baling press, the material all in one piece group of Fig. 1
The top view of part.
Fig. 7 is the partial structural diagram of the material all in one piece component of utility model embodiment radiator flat tube baling press.
Fig. 8 is the structural representation of the lifting conveying assembly of utility model embodiment radiator flat tube baling press discharge component
Figure.
Fig. 9 is the structural schematic diagram of the pushing material component of utility model embodiment radiator flat tube baling press discharge component.
Figure 10 is the part knot of the flat tube packet support component of utility model embodiment radiator flat tube baling press discharge component
Structure schematic diagram.
Specific embodiment
The utility model is described in further detail below in conjunction with figure embodiment.
As shown in Figure 1, 2, a kind of radiator flat tube baling press, including flat tube blanking channel 1, retainer component 2, layering retainer
Component 3, conveying assembly 5, material all in one piece component 6, ties up component 7, discharge component and rack 11 at material folding rotary components 4.
As shown in Fig. 2, the flat tube blanking channel 1 is mounted in rack 11, including first passage 101 and second channel
102, the both ends of flat tube are just fallen into first passage 101 and second channel 102, flat tube can be made according under the channel of setting in this way
It falls.
Tubaeform importing part 1011 is arranged in above-mentioned 101 passway of first passage, and the setting of 102 passway of second channel is tubaeform
Part 1021 is imported, is easier for flat tube 12 to be correctly introduced into first passage 101 and second channel 102 in this way.
In order to adapt to the flat tube of different length, one of first passage 101 and second channel 102 can be used as activity
, i.e., removable with respect to rack 11, the present embodiment is described by the way that sliding rail slide is arranged between second channel 102 and rack 11
Slide is mounted on second channel 102, and corresponding sliding rail is mounted in rack 11, passes through manual, electric or other drives
Flowing mode pushes second channel 102 to move along sliding rail.
As shown in figure 3, the retainer component 2 includes retainer motor 201, track pedestal 202, Mobile Slide 203, ball wire
Bar 204, mounting rack 205, retainer cylinder 206 and material supporting rack 207.
The retainer motor 201 is mounted on track pedestal 202, and output shaft is connect with ball screw 204, the ball
Its both ends of screw rod 204 are set on outside ball screw 204 by 202 rolling support of track pedestal, the Mobile Slide 203, and by
It is limited in the track of track pedestal 202.The mounting rack 205 is mounted on Mobile Slide 203, and two sides are equipped with retainer gas
The piston rod of cylinder 206, the retainer cylinder 206 is connect with material supporting rack 207.
By the flexible of 206 piston rod of retainer cylinder, material supporting rack 207 can be made to stretch out or retract；It is driven by retainer motor 201
Dynamic ball screw 204 rotates, and moves up and down Mobile Slide 203 thereon along the track of track pedestal 202, even if material supporting rack
207 move up and down.
The retainer component 2 is mounted in rack 11 by track pedestal 202, in order to adapt to the flat tube of different length, more
Good support flat tube can also make retainer component 2 removable with respect to rack 11, i.e., be arranged between track pedestal 202 and rack 11
Sliding rail slide, the slide are mounted on sliding rail slide 202, and corresponding sliding rail is mounted in rack 11, by manually,
Electronic or other driving methods push retainer component to move along sliding rail.
The layering retainer component 3 is identical as 2 structure of retainer component, is oppositely arranged with retainer component 2, including layering
Retainer motor 301, track pedestal 302, Mobile Slide 303, ball screw 304, mounting rack 305, cylinder 306 and layering material supporting rack
307。
Equally, the layering retainer component 3 is mountable in rack 11, and it is sliding sliding rail can also to be arranged between rack 11 at it
Seat keeps it removable with respect to rack 11, pushes layering retainer component along sliding rail by manual, electric or other driving methods
It is mobile.
The material folding rotary components 4 connect including splined shaft 401, bearing block 402, hinge arm 403, rotary cylinder 404, duplex
First 405, fixing axle 406, spill spin block 407, retainer bottom plate 408 and rotation clamping plate 409 and 411.
Through 402 rolling support of bearing block in rack 11, outer be coated with is matched by spline at 401 both ends of splined shaft
Pivot arm 403, spill spin block 407 and the two groups of rotation clamping plates 409 and 411 of conjunction.
The rotary cylinder 404 is connect by mounting base 410 with rack 11, and piston rod end and duplex connector 405 connect
It connects, fixing axle 406 is installed on the duplex connector 405, the fixing axle 406 passes through one end of pivot arm 403.
Described 408 one end of retainer bottom plate is mounted on the upper end of spill spin block 407, and the other end passes through successively two groups of rotation clamping plates
409 and 411 middle vacancy, and be fixedly connected with one group of rotation clamping plate 411 for being wherein mounted on end, the rotation hollow place of clamping plate
Width is just the width of flat tube.
By the flexible of 404 piston rod of rotary cylinder, make pivot arm 403 that splined shaft 401 be driven to rotate, to make to be mounted on
Spill spin block 407, retainer bottom plate 408 and two groups of rotation clamping plates 409 and 411 on splined shaft 401 rotate.
In order to adapt to the flat tube of different length, that group rotation clamping plate 409 at 401 middle part of splined shaft can will be mounted on as work
It is dynamic, can relative spline shaft 401 it is mobile, pass through manual, electric or other driving methods and push rotation clamping plate 409 mobile.
When multiple flat tubes 12 of setting entirely fall in retainer bottom plate 408 and rotate the Vacancy of the composition of clamping plate 409 and 411
Afterwards, during rotation clamping plate 409 and 411 rotates to be horizontality by vertical state, to prevent flat tube reviewing, in rotation clamping plate
409 and 411 fronts side increase guide plate 13 to stop flat tube to be detached from rotation clamping plate 409 and 411, and the guide plate 13 is installed
In rack 11.
As shown in fig. 6, the conveying assembly 5 includes feeder motor 501, track pedestal 502, Mobile Slide 503, ball wire
Bar 504, mobile bracket 505, conveying cylinder 506, guide rod 507, guide sleeve 508 and pushing frame 509.
The feeder motor 501 is mounted on track pedestal 502, and output shaft is connect with ball screw 504, the ball
Its both ends of screw rod 504 are set on outside ball screw 504 by 502 rolling support of track pedestal, the Mobile Slide 503, and by
It is limited in the track of track pedestal 502.The mobile bracket 505 is mounted on Mobile Slide 503, the conveying cylinder 506
It is mounted on mobile bracket 505, piston rod is connect with pushing frame 509.
The guide sleeve 508 is mounted on mobile bracket 505, and the guide rod 507 passes through guide sleeve 508, and one end is mounted on promotion
On frame 509, the other end is supported on the outside of track pedestal 502.
The flexible of 506 piston rod of cylinder is conveyed, pushing frame 509 can be made to advance or retract, by increasing guide sleeve 508 and guide rod
507, the more steady of the movement of pushing frame 509 can be made in this way.
Feeder motor 501 drives ball screw 504 to rotate, and makes Mobile Slide 503 thereon along the rail of track pedestal 502
Road is mobile, though mobile bracket 507 can relative orbit pedestal 502 and other elements for installing thereon move back and forth.
The pushing frame 509 includes two faces 5091 and 5092, in this way when 409 He of rotation clamping plate of material folding rotary components 4
411 when rotating to be horizontality by vertical state, and the end of the multiple flat tubes 12 arranged is contacted with face 5091, pushes flat tube 12
Advance, two sides by the limitation of face 4081 and 5092 and righting, prevent flat tube reviewing and can advance along the direction of setting respectively.
As shown in fig. 7, the material all in one piece component 6 includes cylinder 601, duplex connector 602, fixing axle 603, pivot arm 604, turns
Axis 605, material all in one piece plate 606 and bearing block 607.
The cylinder 601 is mounted in rack 11, and piston rod end is connect with duplex connector 602, the duplex connector
Fixing axle 603 is installed, described 604 one end of pivot arm is connect with fixing axle 603, and the other end and shaft 605 are fixed on one on 602
It rises.Material all in one piece plate 606 is installed, 605 both ends of shaft are respectively by 607 rolling support of bearing block in the shaft 605.
Stretching for 601 piston rod of cylinder, makes pivot arm 604 that shaft 605 be driven to rotate, to make to be mounted in shaft 605
Material all in one piece plate 606 rotate, non-vertical state is rotated to be by vertical state, or vertical state is rotated to be by non-vertical state.
Tie up component 7, setting in 6 front of material all in one piece component, will after 6 material all in one piece of material all in one piece component by conveying assembly 5 be conveyed through Lai
Flat tube tie up.
It ties up to set at component 7 and ties up platform 1102, can also directly utilize the platform for tying up component 7 itself.
The discharge component is as shown in Figure 8,9, 10, including lifting conveying assembly 8, pushing material component 9, flat tube packet support component
10。
The lifting conveying assembly 8 includes lifting cylinder 801, crane 802, guide post 803, guide sleeve 804.
The motor 801 is mounted in rack 11, and piston rod is connect with crane 802,803 upper and lower ends of guide post
It is fixed in rack 11, outer to be coated with guide sleeve 804, the guide sleeve 804 is mounted on crane 802.Pass through stretching for piston rod
Contracting drives crane 802 to move up and down along guide post 803.
The pushing material component 9 includes cylinder 901, material-pushing frame 902, guide post 903, guide sleeve 904.
The motor 901 is mounted on the rack, and piston rod is connect with material-pushing frame 902, and described 903 one end of guide post is fixed on
On material-pushing frame 902, outer to be coated with guide sleeve 904, the guide sleeve 904 is mounted in rack 11, by the flexible of piston rod, is driven
Material-pushing frame 902 moves horizontally.
The material-pushing frame 902 includes former and later two pusher planes 9021 and 9022, and rear pusher plane 9021 is by crane 802
On flat tube pushed on support frame 1005 through transition platform 1103, preceding pusher plane 9022 will at flat tube packet support component accumulate
The flat tube stored is shifted on outfeed platforms 1104.
The flat tube packet support component 10 includes support motor 1001, track pedestal 1002, Mobile Slide 1003, ball wire
Bar 1004, support frame 1005, guide post 1006 and guide sleeve 1007.
The support motor 1001 is mounted on track pedestal 1002, and output shaft is connect with ball screw 1004, described
Its both ends of ball screw 1004 are set on ball screw 1004 by 1002 rolling support of track pedestal, the Mobile Slide 1003
Outside, and it is limited in the track of track pedestal 1002.Support frame as described above 1005 is mounted on Mobile Slide 1003.The guide post
1006 upper and lower ends are separately fixed in rack 11, and outer to be coated with guide sleeve 1007, the guide sleeve 1007 is mounted on support frame
On 1005.
It drives ball screw 1004 to rotate by support motor 1001, makes Mobile Slide 1003 thereon along track pedestal
1002 track moves up and down, so that support frame 1005 be made to move up and down.
Material all in one piece platform 1101 is arranged in the rack at material all in one piece component respectively, ties up platform tying up setting outside component
1102, transition platform 1103 is set between crane 802 and support frame 1005, outfeed platforms are set at discharge component
1104。
It also is provided with belt mechanism 1106 in 1101 rear of material all in one piece platform, the rotation side of clamping plate 409 and 411, works as rotation
It when the rotation of clamping plate 409 and 411 to horizontal position, rotates in the embeddable transmission belt of clamping plate 409, makes to rotate in clamping plate 409 and 411
Flat tube is just placed on material all in one piece platform 1101.
Flat tube automatic packaging process is as follows: the falling into blanking channel 1 one by one of flat tube 12, middle part is by retainer component 2
Material supporting rack 207 hold, flat tube falls along the channel 1 of setting, and material supporting rack 207 also holds under the driving of retainer motor 201
Flat tube follows decline, when flat tube quantity reaches the bundle and package quantity of setting, is layered the layering material supporting rack 307 of retainer component 3
The middle part that material supporting rack 207 holds next group of first flat tube is taken in stretching, and is held under the driving of layering retainer motor 301 flat
Pipe follows decline, and flat tube gradually falls into retainer bottom plate 408 from channel 1 and rotates the hollow of the composition of clamping plate 409 and 411 at the same time
Position, material supporting rack 207 persistently hold flat tube and follow decline, until flat tube is fallen in the plane 4081 of retainer bottom plate 408.When flat tube is fallen
Onto plane 4081, by the effect of rotary cylinder 404, make to rotate clamping plate 409 and 411 together with flat pipe group by vertical state
Rotate to be horizontality；Simultaneously material supporting rack 207 retracted under the action of retainer cylinder 206, and retainer motor 201 effect under on
It rises, rises to the stretching of certain position material supporting rack 207 and take over layering material supporting rack 307 and hold flat tube, repeat the above movement, and be layered support
Material frame 307 is retracted, and returns to initial position under the action of being layered retainer motor 301, waits next secondary clearing retainer.
After rotation clamping plate 409 and 411 rotates to be horizontality by vertical state together with flat pipe group, cylinder is conveyed
506 piston rod stretching makes pushing frame 509 push the mobile set distance of flat pipe group, is then moved again by the driving of feeder motor 501
Dynamic bracket 505, so that pushing frame 509 be made to continue to move along with flat pipe group.Pass through rack material all in one piece platform when flat pipe group is advanced
1101, when the material all in one piece plate 606 of vertical state is encountered in front end, is pushed, make every in entire flat pipe group by plane 5091 by rear end
Root flat tube both ends are all equally concordant, and flat pipe group material all in one piece is completed, and material all in one piece plate 606 rotates to be non-vertical state at this time, makes flat pipe group can
By continuing to move to.When flat pipe group front end, which reaches rack, ties up at platform 1102, the start-up operation of component 7 is tied up, to flat
Pipe group carries out bundle and package, and mobile bracket 505 stops movement, and after flat pipe group is tied up, movable stand 505 continues to move to tie up
Flat pipe group be pushed to lifting conveying assembly 8 crane 802 plane 8021 on, then pushing frame 509 reset and movable stand
505 retract and reset, and after flat pipe group leaves rotation clamping plate 409 and 411, rotation clamping plate 409 and 411 is just rotated by horizontality
For vertical state, prepare to receive next flat pipe group.
After flat pipe group is pushed in plane 8021, the piston rod of lifting cylinder 801 is retracted, drive crane 802 and
Flat pipe group in its plane 8021 rises, until flushing plane 8021 with rack transition platform 1103, after flushing, and pushing material component
9 901 piston rod of cylinder stretches out, and drives material-pushing frame 902 mobile, and the rear pusher plane 9021 of material-pushing frame 902 is made to contact flat pipe group,
And be pushed to flat pipe group on support frame 1005 by rack transition platform 1103, support frame 1005 is also flat with rack transition at this time
Platform 1103 is concordant.After flat pipe group leaves plane 8021 of crane, crane resets, when flat pipe group reaches support frame 1005
Afterwards, support frame 1005 declines set distance, prepares to receive next flat pipe group, and thrust frame 902, which resets, at the same time prepares under push
One flat pipe group.And the one flat tube packet of every reception of support frame 1005 just declines set distance, until flat tube packet number reaches setting number, this
When support frame 1005 rise it is concordant with rack outfeed platforms 1104, material-pushing frame 902 move, contact its preceding pusher plane 9022 flat
Pipe packet, and flat tube packet is pushed from support frame 1005 to rack outfeed platforms 1104, so far packed flat pipe group is exported, convenient
It is transported in other equipment and carries out subsequent handling, transmission device can also be automated by centre and access microchannel heat sink production line
On, for example first put on conveyer belt 14 shown in Fig. 1 by output wait take.
Claims (10)
1. a kind of radiator flat tube baling press, it is characterized in that: including
Rack；
Flat tube blanking channel is vertically arranged on the rack comprising
First passage, setting can accommodate the first vertical channel of radiator flat tube,
Second channel, opposite first passage are arranged, and setting can accommodate the second vertical channel of radiator flat tube；
Retainer component is arranged in flat tube blanking channel side, including
Retainer vertical drive element,
Retainer horizontal drive part,
Material supporting rack is moved in the horizontal direction by the driving of retainer horizontal drive part, and when stretching holds in first passage and second channel
In flat tube, when retraction, leaves flat tube, and is moved in vertical direction by the driving of retainer vertical drive element；
It is layered retainer component, is arranged in flat tube blanking channel side, including
It is layered retainer vertical drive element,
It is layered retainer horizontal drive part,
Be layered material supporting rack, moved in the horizontal direction by the driving of layering retainer horizontal drive part, when stretching hold in first passage and
Flat tube in second channel, when retraction, leaves flat tube, and is moved in vertical direction by the driving of layering retainer vertical drive element；
Material folding rotary components, including
Clamping plate is rotated, the U-shaped folder pipe portion of flat tube is placed in setting, rotates clamping plate below flat tube blanking channel；
Rotating driver, driving rotation clamping plate rotate to horizontal position from upright position；
Conveying assembly rotates the side of clamping plate when rotation clamping plate horizontal position is arranged in, including
Pushing frame comprising the flat tube pressure surface and vertically disposed with flat tube pressure surface for pushing the flat tube in rotation clamping plate to advance
Flat tube supporting surface,
Feed drive device, driving pushing frame move horizontally；
Material all in one piece component, including
Material all in one piece plate, is arranged on the forward path of conveying assembly,
Material all in one piece sheet drive, material all in one piece sheet drive drive the rotation of material all in one piece plate, stop flat tube to pass through from conveying assembly forward path
It is converted to the direction for allowing flat tube to pass through in direction；
Component is tied up, is arranged in front of material all in one piece component, it will be by being tied after material all in one piece component material all in one piece by the flat tube that conveying assembly conveying comes
It pricks；
Discharge component, the flat tube after tying up are released.
2. radiator flat tube baling press as described in claim 1, it is characterized in that: the discharge component, comprising:
Conveying assembly is gone up and down, including
Crane places the flat tube after tying up,
Lift actuator is arranged on the rack, and drives crane or more；
Pushing material component, including
Material-pushing frame pushes the flat tube after tying up
Material-pushing frame driver, is arranged on the rack, and driving material-pushing frame moves horizontally；
Flat tube packet support component, including
Support frame supports the flat tube after tying up；
Support frame driver, driving support frame move up and down.
3. radiator flat tube baling press as claimed in claim 1 or 2, it is characterized in that: the first passage passway and second
Tubaeform importing part is arranged in channel passway.
4. radiator flat tube baling press as claimed in claim 1 or 2, it is characterized in that: the first passage and second channel its
One of it is movable connection on the rack.
5. radiator flat tube baling press as claimed in claim 1 or 2, it is characterized in that: the material supporting rack and layering material supporting rack can
It is flexibly connected on the rack.
6. radiator flat tube baling press as claimed in claim 1 or 2, it is characterized in that: there are two the rotation clamping plates, wherein in
It one, portion can be relative to another movement.
7. radiator flat tube baling press as claimed in claim 1 or 2, it is characterized in that: the feed drive device has two, wherein
One feed drive device drives pushing frame, and the feed drive device and pushing frame are driven by another feed drive device.
8. radiator flat tube baling press as claimed in claim 1 or 2, it is characterized in that: the rack is respectively at material all in one piece component
Material all in one piece platform is set, ties up platform tying up setting outside component, outfeed platforms is set at discharge component.
9. radiator flat tube baling press as claimed in claim 8, it is characterized in that: the material all in one piece platform rear, rotation clamping plate one
Side is provided with belt mechanism.
10. radiator flat tube baling press as claimed in claim 1 or 2, it is characterized in that: material-pushing frame is flat comprising former and later two pushers
Face, rear pusher plane push to the flat tube on crane on support frame, and preceding pusher plane will accumulate at flat tube packet support component
The flat tube stored is shifted on outfeed platforms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821208765.4U CN208906800U (en) | 2018-07-28 | 2018-07-28 | A kind of radiator flat tube baling press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821208765.4U CN208906800U (en) | 2018-07-28 | 2018-07-28 | A kind of radiator flat tube baling press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208906800U true CN208906800U (en) | 2019-05-28 |
Family
ID=66612730
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821208765.4U Active CN208906800U (en) | 2018-07-28 | 2018-07-28 | A kind of radiator flat tube baling press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208906800U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109051064A (en) * | 2018-07-28 | 2018-12-21 | 宁波精达成形装备股份有限公司 | A kind of radiator flat tube baling press |
-
2018
- 2018-07-28 CN CN201821208765.4U patent/CN208906800U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109051064A (en) * | 2018-07-28 | 2018-12-21 | 宁波精达成形装备股份有限公司 | A kind of radiator flat tube baling press |
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