CN205998594U - A kind of automatic ejection alignment means for cutting off production line for porous micro channel flat tube - Google Patents
A kind of automatic ejection alignment means for cutting off production line for porous micro channel flat tube Download PDFInfo
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- CN205998594U CN205998594U CN201620982044.3U CN201620982044U CN205998594U CN 205998594 U CN205998594 U CN 205998594U CN 201620982044 U CN201620982044 U CN 201620982044U CN 205998594 U CN205998594 U CN 205998594U
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Abstract
A kind of automatic ejection alignment means for cutting off production line for porous micro channel flat tube, including base, allocation mechanism and the connecting gear being arranged on base, allocation mechanism is by material toggling base plate, be set in parallel in several the parallel splicing plates on the upside of material toggling base plate and the material toggling block between the adjacent flitch end of any two be folded near connecting gear by support column constitute, material toggling base plate is slidably connected on base by connecting shaft, the material toggling axle that one end of material toggling base plate acent conveyor structure is provided perpendicular to direction of transfer by axle bed and is located on material toggling block, material toggling block top has an arc shifting block with material toggling tip, material toggling tip is arranged towards direction of transfer, material toggling block forms a leverage after being located on material toggling axle, the cylinder for drive material toggling block swing material toggling hinged with material toggling block bottom is provided with material toggling base plate.Device described in the utility model, improve production efficiency, reduces personnel labour, Improving The Quality of Products, enhancing product competitiveness.
Description
Technical field
The utility model is related to flat tube process equipment field, specially a kind of for porous micro channel flat tube cut-out production line
Automatic ejection alignment means.
Background technology
Microchannel aluminium flat conduit（Also known as concurrent flow aluminium flat conduit）It is a kind of using refining aluminium bar, by hot extrusion, through surface spray
Zinc preservative treatment, thin-walled porous flat tubular material, it is mainly used in the air-conditioning system of various cryogens, as carrying Novel ring
The pipeline parts of cold-producing medium are protected, is the critical material of concurrent flow microchannel air-conditioning heat exchanger of new generation using novel environment friendly system.
Microchannel aluminum pipe is that a kind of novel environment-friendly refrigerant carries conduit component, obtains and force to use first on automotive air-conditioning system
（European Union is defined as 1996, and China is defined as 2002）.The product is very big due to high content of technology, production difficulty, and 2010
Before year, only the only a few manufacturer production such as is entered at by the Hydro of Norway, the Mitsubishi of Japan and Furukawa, Korea one in the world, its life
Product technology is substantially monopolized by which, and interior-capital-enterprise has no ability to production at all, being somebody's turn to do needed for domestic automobile air-conditioning heat exchanger manufacturer
Material, can only be located at the wholly owned subsidiary of China from producer of above-mentioned foreign countries or direct import is obtained.At present, porous microchannel is flat
Pipe material toggling alignment means are mainly used in flat tube carries out automatic aligning, proper alignment, of the same trade central in use at home and abroad
The company of this poking device is less.Have to adopt poking device when current flat tube produces dog-eat-dog, improve life
Efficiency is produced, reduces personnel labour, make workman have more energy concern product surface quality, Improving The Quality of Products, enhancing product
Competitiveness.
Utility model content
In order to solve above-mentioned technical problem, the purpose of this utility model is to provide one kind to cut off for porous micro channel flat tube
The automatic ejection alignment means of production line, can meet the alignment of flat tube material toggling on the premise of cost-effective, improve production effect
Rate, mitigates manual labor.
The utility model in order to solve the technical scheme adopted by above-mentioned technical problem is：A kind of flat for porous microchannel
The automatic ejection alignment means of pipe cut-out production line, including base, are located at the allocation mechanism of base side and are arranged on base
On be made up of transmission seat, the active roller bearing being erected on transmission seat and driven roller bearing and the conveyer belt being arranged on two roller bearings
The connecting gear for material to be sent to allocation mechanism, the allocation mechanism set by material toggling base plate, by support column is parallel
Put several the splicing plates being parallel to each other on the upside of the material toggling base plate and any two to be folded near connecting gear adjacent
Material toggling block between flitch end is constituted, and material toggling base plate is slidably connected on base by a connecting shaft, the adjacent biography of material toggling base plate
The material toggling axle for sending one end of mechanism to be provided perpendicular to direction of transfer by axle bed and be located on material toggling block, material toggling block top have
There is an arc shifting block with material toggling tip, and material toggling tip is arranged towards direction of transfer, material toggling block is located on material toggling axle rear shape
Become a leverage, on material toggling base plate, be provided with the cylinder for drive material toggling block swing material toggling hinged with material toggling block bottom.
Used as preferred, being horizontally disposed with the transmission seat has the mounting hole matched with driven roller bearing shaft end, driven rolling
Two shaft ends of axle are slided and are plugged in mounting hole, and are provided with adjustment seat at adjacent mounting hole on transmission seat, spiral shell in adjustment seat
Line is equipped with the regulating bolt for adjusting spacing between driven roller bearing and active roller bearing that end is resisted against driven roller bearing shaft end.
Used as preferred, the base is the rectangle support body being spliced by aluminium alloy extrusions, base bottom along parallel to
Active roller bearing direction is provided with slide-bar, and one end of connecting shaft is slidably located on slide-bar, the other end of connecting shaft and material toggling base plate
It is fixedly connected.
As preferred, belt drives are provided with along sliding perpendicular to active roller bearing direction on the base and actively roll
The motor that axle is rotated.
Used as preferred, the side on the base positioned at conveyer belt transmission initiating terminal is provided with cunning perpendicular to direction of transfer
Bar, vertical and slide and be provided with lever for the regular material on a moving belt of dropping that aligns on slide bar, it is fixedly installed on lever
The rubber baffle having for cushion material.
Used as preferred, the material toggling base plate is provided with the receiving hopper for collection material away from one end of connecting gear.
Used as preferred, one end sloped-end of the splicing plate acent conveyor structure is provided with and connects for importing material
The guide plate of flitch, and be provided with guide plate for accommodating the escape groove of material toggling block and for controlling cylinder to be turned on and off
Light sensation inductive switch, material triggers light sensation inductive switch to control cylinder operation after guide plate.
As magnetic valve that is preferred, being provided with the cylinder body of the cylinder for controlling telescopic shaft stroke in cylinder.
Used as preferred, the material toggling block is the rectangular blocks that a top has arc shifting block, the arc on arc shifting block top
Face is located at the height of guide plate axis, and the arc of arc shifting block is to down using the buffering step cooperation guide plate as material
Material is imported splicing plate.
Compared with prior art, the utility model has the advantages that：
First, a kind of automatic ejection alignment dress for porous micro channel flat tube cut-out production line described in the utility model
Put, the light sensation inductive switch in allocation mechanism coordinates cylinder to can achieve the full automatic working of material material toggling alignment, whole material toggling process
Without the need for manually operating, high degree of automation, manual labor is saved, has reduced cost.
Second, a kind of automatic ejection alignment dress for porous micro channel flat tube cut-out production line described in the utility model
Put, overall pedestal is installed quality of fit height, can be avoided all using the aluminium alloy extrusions of more lightweight, light weight, quick detachable installation
Vibrations, noise problem during plant running, and the mode of belt transmission coordinates the chute that aluminium alloy extrusions is carried, can be light
The lax regulation during belt movement is realized, convenient and practical.
3rd, a kind of automatic ejection alignment dress for porous micro channel flat tube cut-out production line described in the utility model
Put, the slip set-up mode between allocation mechanism and base makes the material toggling of device work more flexibly, and allocation mechanism coordinates lever
With rubber baffle, the position of allocation mechanism can be remained positioned at center during material landing, it is ensured that material not landing, work
Make mode flexibly, easy to adjust, the material toggling efficiency high of entirety.
Description of the drawings
A kind of structure of the automatic ejection alignment means for porous micro channel flat tube cut-out production line of Fig. 1 the utility model
Schematic diagram；
A kind of main view of the automatic ejection alignment means for porous micro channel flat tube cut-out production line of Fig. 2 the utility model
Figure；
In figure is marked：1st, base, 101, slide-bar, 102, slide bar, 2, transmission seat, 201, mounting hole, 202, adjustment seat, 203,
Regulating bolt, 3, conveyer belt, 4, material toggling base plate, 401, support column, 402, receiving hopper, 5, splicing plate, 6, material toggling block, 601, arc
Shifting block, 7, connecting shaft, 8, material toggling axle, 801, axle bed, 9, cylinder, 901, magnetic valve, 10, active roller bearing, 11, driven roller bearing, 12,
Motor, 13, belt, 14, guide plate, 15, light sensation inductive switch, 16, lever, 17, rubber baffle.
Specific embodiment
The utility model is elaborated with reference to specific embodiment, the present embodiment is with technical solutions of the utility model
Premised on, give detailed embodiment and specific operating process.
As illustrated, the utility model is a kind of automatic ejection alignment dress for porous micro channel flat tube cut-out production line
Put, including base 1, be located at the allocation mechanism of 1 side of base and be arranged on base 1 by transmission seat 2, be erected at transmission seat
Active roller bearing 10 and driven roller bearing 11 on 2 and the conveyer belt 3 being arranged on two roller bearings constitute for material is sent to
The connecting gear of allocation mechanism, the allocation mechanism is by material toggling base plate 4, be set in parallel on material toggling base plate 4 by support column 401
Several splicing plates 5 being parallel to each other of side and close connecting gear are folded between adjacent 5 end of flitch of any two
Material toggling block 6 constitute, the gap being actually respectively provided between any two splicing plate 5 for arranging material toggling block 6, the size in gap
Match with the size of material toggling block 6, material toggling base plate 4 is slidably connected on base 1 by a connecting shaft 7, the adjacent biography of material toggling base plate 4
The material toggling axle 8 for sending one end of mechanism to be provided perpendicular to direction of transfer by axle bed 801 and be located on material toggling block 6, material toggling block 6
Top has an arc shifting block 601 with material toggling tip, and material toggling tip is arranged towards direction of transfer, and material toggling block 6 is located in be dialled
A leverage is formed after on material axle 8, be provided with material toggling base plate 4 hinged with 6 bottom of material toggling block for driving material toggling block 6 to put
The cylinder 9 of dynamic material toggling.
It is specific embodiment of the present utility model above, can be improved further, optimizes or limit on the basis of above
Fixed.
Such as, further, being horizontally disposed with the transmission seat 2 has the mounting hole 201 matched with 11 shaft end of driven roller bearing,
Two shaft ends of driven roller bearing 11 are slided and are plugged in mounting hole 201, and are provided with tune at adjacent mounting hole 201 on transmission seat 2
Section seat 202, in adjustment seat 202 screw thread be equipped with end be resisted against 11 shaft end of driven roller bearing for adjust driven roller bearing 11 with main
The regulating bolt 203 of spacing between dynamic roller bearing 10.Collectively form between mounting hole 201, adjustment seat 202 and regulating bolt 203
The elasticity adjusting mechanism of conveyer belt 3, regulating bolt 203 abut with driven roller bearing 11 that regulating bolt 203 is in adjustment seat
Being threaded in or out in 202 can directly change the spacing between driven roller bearing 11 and active roller bearing 10, in practical work process, root
According to the actually used situation of conveyer belt 3, biography is made by mounting hole 201, adjustment seat 202 and cooperating for regulating bolt 203
Band 3 is sent all the time in optimum Working.
For another example, further, the base 1 is the rectangle support body being spliced by aluminium alloy extrusions, and 1 bottom of base is along flat
Row 10 direction of active roller bearing is provided with slide-bar 101, one end of connecting shaft 7 is slidably located on slide-bar 101, connecting shaft 7 another
One end is fixedly connected with material toggling base plate 4.Slide-bar 101 constitutes the sliding trajectory of whole allocation mechanism, and actually allocation mechanism is hung down
Straight length on direction of transfer is less than the length in this direction of base 1, according to the concrete length dimension of material in work, leads to
7 slip allocation mechanism of connecting shaft is crossed, makes allocation mechanism be always positioned at accepting the center position of material, it is to avoid material is sent to be dialled
Occurs situation about dropping after in material mechanism.
And for example, further, it is provided with belt 13 along sliding perpendicular to 10 direction of active roller bearing on the base 1 to drive
The motor 12 that dynamic active roller bearing 10 is rotated.Why motor 12 slides setting, be primarily due to motor 12 and active roller bearing 10 it
Between be in transmission connection by belt 13, with work run time increase, belt 13 necessarily occur lax, cause transmission
Efficiency reduces, and now by sliding motor 12, belt 13 is tensed further, just Z can be continuously maintained efficient transmission.
Such as, further, the side for transmitting initiating terminal positioned at conveyer belt 3 on the base 1 is arranged perpendicular to direction of transfer
There is slide bar 102, vertical and slide lever 16 for regular on conveyer belt 3 material of dropping that aligns is provided with slide bar 102, shelves
The rubber baffle 17 being fixedly installed on bar 16 for buffering material.In real work, material is passed through upper level transmission equipment
Deliver on the conveyer belt 3 in device described in the utility model, material is transferred into the movement locus of 3 process of conveyer belt and conveyer belt
3 direction of transfer is mutually perpendicular to, and, after falling on conveyer belt 3, due to effect of inertia, material will necessarily be in conveyer belt 3 for material
Upper mixed and disorderly slip, slides at lever 16 and 17 position of rubber baffle, and lever 16 and rubber baffle 17 can effectively prevent thing
The continuation of material is slided, and while material can align regular, material entire normalization is sent to and is dialled with facilitating conveyer belt 3 same
In material mechanism, material toggling operation is carried out.
For another example, further, the material toggling base plate 4 is provided with the splicing for collection material away from one end of connecting gear
Bucket 402.Under normal condition, during device busy described in the utility model all can when be carved with operating personnel in side, be used for
The material alignd after material toggling unification is lifted down and is put in next process, but in order to prevent temporary the leaving of operating personnel from leading
The situation of the solid accumulation of the alignment being likely to occur is caused, therefore the receiving hopper of collection material is provided in 4 side of material toggling base plate
402, receiving hopper 402 can collect the material fallen down after alignment accumulation on material toggling base plate 4.
And for example, further, one end sloped-end of 5 acent conveyor structure of the splicing plate is provided with for leading material
Enter the guide plate 14 of splicing plate 5, and be provided with guide plate 14 for accommodating the escape groove of material toggling block 6 and for controlling cylinder
The light sensation inductive switch 15 that 9 are turned on and off, material trigger light sensation inductive switch 15 to control cylinder operation after guide plate 14.Thing
Material through guide plate 14 once, just 9 opening movement of cylinder can be realized once by light sensation inductive switch 15, cylinder 9 once reciprocal
Push the once reciprocal material toggling motion that motion is material toggling block 6, and the motion opportunity and material of cylinder 9 and material toggling block 6 this when
Transmission position is mated completely, without the need for manual control, can achieve the automatic ejection of material.
Such as, further, the magnetic valve being provided with the cylinder body of the cylinder 9 for controlling telescopic shaft stroke in cylinder
901, in order to ensure the neat regular of material during material toggling, the amplitude of fluctuation of material toggling block 6 can not be excessive, therefore sets on cylinder 9
Magnetic valve 901 is put, to control the flexible stroke of expansion link in cylinder 9, it is to avoid the amplitude that material toggling block 6 swings is excessive.
For another example, further, the material toggling block 6 has the rectangular blocks of arc shifting block 601, arc shifting block for a top
The cambered surface on 601 tops is located at the height of 14 axis of guide plate, and the arc of arc shifting block 601 is to down using as the slow of material
Rushing step coordinates guide plate 14 that material is imported splicing plate 5.Material after guide plate 14 landing to splicing plate 5, material
Landing track is uncontrollable, in order to avoid material slips away the occurrence of dropping, therefore the arc shifting block 601 of material toggling block 6 is pushed up
End face is arranged at the height of 14 axis of guide plate, like this, and 601 top end face of arc shifting block just can form material landing
A buffering step in journey, material is slided on 601 top end face of arc shifting block after guide plate 14 first, and arc shifting block 601 is pushed up
The arc of end face can be slowly delivered to material on splicing plate 5 easily to down, be prevented effectively from fortuitous event during material landing
Occur, improve operating efficiency.
The above, is only preferred embodiment of the present utility model, not the utility model is made any formal
Restriction, although the utility model is described as above with preferred embodiment, but is not limited to the utility model, any ripe
Professional and technical personnel is known, in the range of without departing from technical solutions of the utility model, when using technology contents described above
A little change for making or modification are the Equivalent embodiments of equivalent variations, as long as be without departing from technical solutions of the utility model
Hold, any simple modification, equivalent variations and the modification that above example is made according to technical spirit of the present utility model, all still
Belong in the range of technical solutions of the utility model.
Claims (9)
1. a kind of for porous micro channel flat tube cut off production line automatic ejection alignment means, including base（1）, be located at base
（1）The allocation mechanism of side and it is arranged on base（1）On by transmission seat（2）, be erected at transmission seat（2）On active roller bearing
（10）With driven roller bearing（11）And the conveyer belt being arranged on two roller bearings（3）Constitute for material is sent to allocation mechanism
Connecting gear, it is characterised in that：The allocation mechanism is by material toggling base plate（4）, pass through support column（401）It is set in parallel in material toggling
Base plate（4）Several splicing plates being parallel to each other of upside（5）And the adjacent splicing of any two is folded near connecting gear
Plate（5）Material toggling block between end（6）Constitute, material toggling base plate（4）By a connecting shaft（7）It is slidably connected at base（1）On, dial
Material base plate（4）One end of acent conveyor structure passes through axle bed（801）It is provided perpendicular to direction of transfer and is located in material toggling block（6）
On material toggling axle（8）, material toggling block（6）Top has an arc shifting block with material toggling tip（601）, and material toggling tip is towards transmission
Direction is arranged, material toggling block（6）It is located in material toggling axle（8）A leverage, material toggling base plate are formed after upper（4）On be provided with and material toggling
Block（6）Bottom hinged for driving material toggling block（6）Swing the cylinder of material toggling（9）.
2. as claimed in claim 1 a kind of for porous micro channel flat tube cut off production line automatic ejection alignment means, its
It is characterised by：The transmission seat（2）Upper being horizontally disposed with has and driven roller bearing（11）The mounting hole that shaft end matches（201）, driven
Roller bearing（11）Two shaft ends slide and be plugged in mounting hole（201）In, and transmit seat（2）Upper adjacent mounting hole（201）Place is arranged
There is adjustment seat（202）, adjustment seat（202）Upper screw thread is equipped with end and is resisted against driven roller bearing（11）Shaft end driven for adjusting
Roller bearing（11）With active roller bearing（10）Between spacing regulating bolt（203）.
3. as claimed in claim 1 a kind of for porous micro channel flat tube cut off production line automatic ejection alignment means, its
It is characterised by：The base（1）It is the rectangle support body being spliced by aluminium alloy extrusions, base（1）Bottom is along parallel to actively
Roller bearing（10）Direction is provided with slide-bar（101）, connecting shaft（7）One end be slidably located in slide-bar（101）On, connecting shaft（7）'s
The other end and material toggling base plate（4）It is fixedly connected.
4. as claimed in claim 1 a kind of for porous micro channel flat tube cut off production line automatic ejection alignment means, its
It is characterised by：The base（1）Upper edge is perpendicular to active roller bearing（10）Direction is slided and is provided with belt（13）Drive actively
Roller bearing（10）The motor of rotation（12）.
5. as claimed in claim 1 a kind of for porous micro channel flat tube cut off production line automatic ejection alignment means, its
It is characterised by：The base（1）On positioned at conveyer belt（3）The side of transmission initiating terminal is provided with slide bar perpendicular to direction of transfer
（102）, slide bar（102）Upper vertical and slip is provided with for regular dropping in conveyer belt of aliging（3）The lever of upper material（16）,
Lever（16）On be fixedly installed rubber baffle for buffering material（17）.
6. as claimed in claim 1 a kind of for porous micro channel flat tube cut off production line automatic ejection alignment means, its
It is characterised by：The material toggling base plate（4）One end away from connecting gear is provided with the receiving hopper for collection material（402）.
7. as claimed in claim 1 a kind of for porous micro channel flat tube cut off production line automatic ejection alignment means, its
It is characterised by：The splicing plate（5）One end sloped-end of acent conveyor structure is provided with for material is imported splicing plate（5）
Guide plate（14）, and guide plate（14）On be provided with for accommodating material toggling block（6）Escape groove and for controlling cylinder（9）
The light sensation inductive switch being turned on and off（15）, material is through guide plate（14）Light sensation inductive switch is triggered afterwards（15）To control cylinder work
Make.
8. as claimed in claim 1 a kind of for porous micro channel flat tube cut off production line automatic ejection alignment means, its
It is characterised by：The cylinder（9）Cylinder body on be provided with magnetic valve for controlling telescopic shaft stroke in cylinder（901）.
9. as claimed in claim 1 a kind of for porous micro channel flat tube cut off production line automatic ejection alignment means, its
It is characterised by：The material toggling block（6）There is arc shifting block for a top（601）Rectangular blocks, arc shifting block（601）Top
Cambered surface is located at guide plate（14）At the height of axis, and arc shifting block（601）Arc to down using the buffer table as material
Rank coordinates guide plate（14）Material is imported splicing plate（5）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620982044.3U CN205998594U (en) | 2016-08-30 | 2016-08-30 | A kind of automatic ejection alignment means for cutting off production line for porous micro channel flat tube |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620982044.3U CN205998594U (en) | 2016-08-30 | 2016-08-30 | A kind of automatic ejection alignment means for cutting off production line for porous micro channel flat tube |
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| Publication Number | Publication Date |
|---|---|
| CN205998594U true CN205998594U (en) | 2017-03-08 |
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ID=58194889
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620982044.3U Active CN205998594U (en) | 2016-08-30 | 2016-08-30 | A kind of automatic ejection alignment means for cutting off production line for porous micro channel flat tube |
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| Country | Link |
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| CN (1) | CN205998594U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106167166A (en) * | 2016-08-30 | 2016-11-30 | 河南启德隆实业有限公司 | A kind of automatic ejection alignment means cutting off production line for porous micro channel flat tube |
| CN107539797A (en) * | 2017-08-23 | 2018-01-05 | 柳州劲胜科技有限公司 | Material frame |
-
2016
- 2016-08-30 CN CN201620982044.3U patent/CN205998594U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106167166A (en) * | 2016-08-30 | 2016-11-30 | 河南启德隆实业有限公司 | A kind of automatic ejection alignment means cutting off production line for porous micro channel flat tube |
| CN107539797A (en) * | 2017-08-23 | 2018-01-05 | 柳州劲胜科技有限公司 | Material frame |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20211019 Address after: 467500 No. 2 Jiancai Road, Ruzhou City, Pingdingshan City, Henan Province Patentee after: Henan Runze Light Alloy Technology Co.,Ltd. Address before: 467500 industrial cluster of Ruzhou City, Pingdingshan City, Henan Province Patentee before: HENAN QIDELONG INDUSTRIAL Co.,Ltd. |
|
| TR01 | Transfer of patent right |