CN207267004U - Three work position hydraulic of air-conditioning reducer pipe expands necking machine blowing pusher blanking mechanism - Google Patents
Three work position hydraulic of air-conditioning reducer pipe expands necking machine blowing pusher blanking mechanism Download PDFInfo
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- CN207267004U CN207267004U CN201720986973.6U CN201720986973U CN207267004U CN 207267004 U CN207267004 U CN 207267004U CN 201720986973 U CN201720986973 U CN 201720986973U CN 207267004 U CN207267004 U CN 207267004U
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Abstract
The utility model discloses a kind of three work position hydraulic of air-conditioning reducer pipe to expand necking machine blowing pusher blanking mechanism, is related to a kind of device for being handled air-conditioning reducer pipe.It includes rack, discharge mechanism, pusher, blanking mechanism；The discharging end of discharge mechanism is corresponding with the pusher groove of pusher, and blanking mechanism is equipped with the blanking jacking block for ejecting the reducer pipe in pusher groove；Discharge mechanism includes blowing baffle, blowing positioning plate, and blowing baffle and blowing positioning plate are installed in rack；Infrared inductor, blowing guide rod, Dang Guan mechanisms, pipe discharging mechanism, reducer pipe guide groove are mounted on each blowing baffle, infrared inductor is arranged in the reducer pipe guide groove, pusher includes scraping wings, pusher groove, expeller, and blanking mechanism includes blanking cylinder, feeding plate, charging conduit.The utility model can realize feeding, pusher and the blanking integration operation of air-conditioning reducer pipe, reducer pipe carried out need not manually to participate in during the entire process of scalable mouth processing, production efficiency is high, and finished product uniformity is good, rejection rate bottom, is adapted to promote.
Description
Technical field
A kind of device for being handled air-conditioning reducer pipe is the utility model is related to, specifically a kind of air-conditioning becomes
Pipe three work position hydraulic in footpath expands necking machine blowing pusher blanking mechanism.
Background technology
Because copper pipe has, quality is not hard, perishable, and high temperature resistant, high voltage bearing advantage, therefore the reducer pipe of domestic air conditioning
Generally it is made of copper pipe, copper pipe, for system matching requirements, often needs to carry out copper pipe during for air conditioner industry
Scalable mouth operation.
Copper pipe was carried out sawing sheet by the prior art as requested before this when the reducer pipe to air-conditioning carries out scalable mouth processing,
Manually air-conditioning reducer pipe is positioned again, finally again by manually by by the air-conditioning reducer pipe of scalable mouth from scalable mouth fixture
Inside remove, above-mentioned existing processing method efficiency is very low, and difference easily occurs in product specification, and waste material easily occurs, therefore has
Necessity is improved.
Utility model content
The purpose of this utility model is to overcome the shortcoming of background technology, and provide a kind of three work of air-conditioning reducer pipe
Position hydraulic pressure expands necking machine blowing pusher blanking mechanism.
To achieve these goals, the technical solution of the utility model is：Three work position hydraulic of air-conditioning reducer pipe expands necking machine
With blowing pusher blanking mechanism, including rack, it is characterised in that：Feeding machine for decontroling reducer pipe is installed in the rack
Structure, the pusher for pushing reducer pipe, for by carried out reducing processing reducer pipe released from pusher
Blanking mechanism；
The blanking mechanism, pusher and discharge mechanism are in be sequentially arranged from front to back in rack, discharge mechanism
Discharging end is corresponding with the pusher groove of pusher, and blanking mechanism is equipped with the blanking jacking block for ejecting the reducer pipe in pusher groove；
The discharge mechanism includes two spaced apart blowing baffles, and multiple intervals are arranged on described two blowings
Blowing positioning plate between baffle, the blowing baffle and blowing positioning plate are installed in rack；The blowing baffle by
The side of nearly discharge mechanism discharging end is mounted on being used to detect reducer pipe position to tilt down arrangement, and on each blowing baffle
The infrared inductor put, blowing guide rod, the Dang Guan mechanisms for blocking reducer pipe, for reducer pipe to be put into pusher
Pusher groove on pipe discharging mechanism；Reducer pipe guide groove is formed between the top of the blowing guide rod and blowing positioning plate, it is infrared
Line inductor is arranged in the reducer pipe guide groove, and the Dang Guan mechanisms include the gear pipe cylinder being installed on blowing baffle, and
The gear tube rod body that output terminal with keeping off pipe cylinder is connected, the pipe discharging mechanism, which includes being installed on blowing baffle, puts pipe cylinder,
Tube rod body is put with put that the output terminal of pipe cylinder is connected；
The pusher include rack-mounted scraping wings, the pusher groove at the top of scraping wings, can be by pusher
Reducer pipe in groove is pushed to the expeller on clamp system, and the cross section of the pusher groove is V-shape, and the expeller includes
First expeller and the second expeller, the first expeller and the second expeller are respectively positioned on scraping wings close to one end of discharge mechanism
End, and pusher guide rod is connected between the first expeller and the second expeller, extra quality cylinder is installed on the second expeller, it is double
The output terminal of material cylinder is connected with the first expeller and the second expeller successively；
The blanking mechanism includes rack-mounted blanking cylinder, the feeding plate, more with scraping wings in parallel arrangement
The charging conduit being arranged on scraping wings at a interval, described feeding plate one end are connected with the blanking slide plate for tilting down arrangement, separately
One end is connected with multiple blanking jacking blocks in the charging conduit, and the output terminal of the blanking cylinder is connected with feeding plate, and
Blanking jacking block is set to be moved up and down in charging conduit.
The utility model can realize the automatic charging operation of air-conditioning reducer pipe, become when the utility model is installed to air-conditioning
After pipe three work position hydraulic in footpath expands necking machine, the production efficiency that three work position hydraulic of air-conditioning reducer pipe expands necking machine is high, finished product uniformity
Good, rejection rate bottom, is adapted to promote.
Brief description of the drawings
Fig. 1 is the structural representation when the utility model to be placed into three work position hydraulic of air-conditioning reducer pipe and is expanded on necking machine
Figure.
Fig. 2 be Fig. 1 along main view direction when structure diagram.
Fig. 3 be Fig. 1 along overlook direction when structure diagram.
Fig. 4 is structure diagram when discharge mechanism is installed in rack.
1- racks in figure, 2-PLC controllers, 3- reducer pipe racks, 31- reducer pipes place bar, and 32- reducer pipes are placed
Groove, the scalable mouth mechanisms of 4-, the scalable lancet heads of 41-, the scalable mouth oil cylinders of 42-, 43- rack rails, the scalable mouth cabinets of 44-, 45- are scalable
Mouth guide rail, the scalable mouth sliding blocks of 46-, 47- expand reducing device, 5- clamp systems, 51- clamping pipe moulds, 52- lower lock blocks, 53- clamping gas
Cylinder, 54- upper holder blocks, the upper indents of 55-, 56- pushing slots, 6- pushers, 61- pusher grooves, 62- scraping wings, 63- expellers,
64- pusher guide rods, the extra quality cylinders of 65-, 66- block cylinders, 67- pusher fixed blocks, 68- pusher blocks, the second expellers of 69-,
The first expellers of 60-, 7- blanking mechanisms, 71- blanking jacking blocks, 72- feeding plates, 73- charging conduits, 74- blanking slide plates, 8- blowings
Mechanism, 81- blowing cylinders, 82- blowing baffles, 83- blowing positioning plates, 84- blowing push plates, 85- serrated slots, 86- infrared ray senses
Answer device, 87- reducer pipe guide grooves, 91- infrared inductors, 92- Dang Guan mechanisms, 93- pipe discharging mechanisms, 94- gear pipe cylinders, 95-
Tube rod body is kept off, 96- puts pipe cylinder, and 97- puts tube rod body.
Embodiment
Describe the performance of the utility model in detail below in conjunction with the accompanying drawings, but they are not formed to the utility model
Limit, it is only for example.The advantages of making the utility model by explanation at the same time, is more clear and is readily appreciated that.
Understood refering to attached drawing：Three work position hydraulic of air-conditioning reducer pipe expands necking machine blowing pusher blanking mechanism, including rack
1, it is characterised in that：Be provided with the rack 1 for decontrol reducer pipe discharge mechanism 8, the pusher for pushing reducer pipe
Mechanism 6, the blanking mechanism 7 for the reducer pipe for having carried out reducing processing to be released from pusher 6；
The blanking mechanism 7, pusher 6 and discharge mechanism 8 are in be sequentially arranged from front to back in rack 1, feeding machine
The discharging end of structure 8 is corresponding with the pusher groove 61 of pusher 6, and blanking mechanism 7, which is equipped with, ejects the reducer pipe in pusher groove 61
Blanking jacking block 71；
The discharge mechanism 8 includes two spaced apart blowing baffles 82, and multiple intervals be arranged on it is described two
Blowing positioning plate 83 between blowing baffle 82, the blowing baffle 82 and blowing positioning plate 83 are installed in rack 1；It is described
Blowing baffle 82 is being to tilt down arrangement close to the side of 8 discharging end of discharge mechanism, and is respectively mounted on each blowing baffle 82
It is useful for the infrared inductor 91 of detection reducer pipe position, blowing guide rod 86, the Dang Guan mechanisms 92 for blocking reducer pipe, uses
In the pipe discharging mechanism 93 being put into reducer pipe in the pusher groove 61 of pusher 6；The blowing guide rod 86 and blowing positioning plate
Reducer pipe guide groove 87 is formed between 83 top, infrared inductor 91 is arranged in the reducer pipe guide groove 87, the gear
Pipe mechanism 92 includes the gear pipe cylinder 94 being installed on blowing baffle 82, and the gear tube rod being connected with keeping off the output terminal of pipe cylinder 94
Body 95, the pipe discharging mechanism 93, which includes being installed on blowing baffle 82, puts pipe cylinder 96, and with putting the output terminal of pipe cylinder 96
Tube rod body 97 is put in connection；
Scraping wings 62 that the pusher 6 includes being installed in rack 1, the pusher groove 61 arranged on the top of scraping wings 62,
The expeller 63 that the reducer pipe in pusher groove 61 can be pushed on clamp system 5, the cross section of the pusher groove 61 is V words
Type, the expeller 63 include the first expeller 60 and the second expeller 69,69 equal position of the first expeller 60 and the second expeller
In one end end on scraping wings 62 close to discharge mechanism 8, and it is connected with and pushes away between the first expeller 60 and the second expeller 69
Expect guide rod 64, extra quality cylinder 65 be installed on second expeller 69, the output terminal of extra quality cylinder 65 successively with the first expeller 60
Connected with the second expeller 69；
The blanking mechanism 7 includes the blanking of the blanking cylinder 75 being installed in rack 1 and scraping wings 62 in parallel arrangement
Plate 72, the charging conduit 73 being arranged on scraping wings 62 at multiple intervals, described 72 one end of feeding plate, which is connected with, tilts down arrangement
Blanking slide plate 74, the other end is connected with multiple blanking jacking blocks 71 in the charging conduit 73, the blanking cylinder 75
Output terminal is connected with feeding plate 72, and blanking jacking block 71 is moved up and down in charging conduit 73.
In actual work, the utility model expands a portion structure of necking machine for three work position hydraulic of air-conditioning reducer pipe,
Wherein, whole three work position hydraulic of air-conditioning reducer pipe expands necking machine in addition to the structure disclosed in above-described embodiment, further includes installation
PLC controller 2, the reducer pipe rack 3 for placing reducer pipe are installed in rack 1, for scalable to reducer pipe progress
The scalable mouth mechanism 4 of mouthful processing, the clamp system 5 for clamped diameter pipe, for by one of them on reducer pipe rack 3
Reducer pipe is transported to the discharge mechanism 8 on pusher 6, and the effect of pusher 6 is that single reducer pipe is pushed to clamping
Mechanism 5, the effect of blanking mechanism 7 are to release the reducer pipe for having carried out reducing processing from pusher 6.
The blanking mechanism 7, pusher 6, discharge mechanism 8 and reducer pipe rack 3 are in rack 1 in from front to back
It is sequentially arranged, clamp system 5 is between pusher 6 and scalable mouth mechanism 4, the blowing end of the discharge mechanism 8 and reducing
Pipe rack 3 connects, and the discharging end of discharge mechanism 8 is corresponding with the pusher groove 61 of pusher 6, and blanking mechanism 7 is equipped with and will push away
The blanking jacking block 71 of reducer pipe ejection on hopper 61,51 one end of clamping pipe mould of clamp system 5 and the pusher groove of pusher 6
61 end corresponds to, and the other end is corresponding with the scalable lancet first 41 of scalable mouth mechanism 4, and the blanking mechanism 7, pusher 6, put
Material mechanism 8, clamp system 5 and scalable mouth mechanism 4 are electrically connected with PLC controller 2.
In actual work, in order to place greater number of reducer pipe on reducer pipe rack 3, put also for by reducer pipe
Frame 3 is put to be transported on pusher, the discharge mechanism 8 in addition to having the structure of above-mentioned record, further include blowing cylinder 81,
The blowing positioning plate 83 being arranged between described two blowing baffles 82 at multiple intervals, multiple intervals are arranged on described two blowings
Blowing push plate 84 between baffle 82, the multiple blowing positioning plate 83 and multiple blowing push plates 84 are in two blowing baffles 82
Between be in arranged crosswise, the blowing cylinder 81, blowing baffle 82 and blowing positioning plate 83 are installed in rack 1, described to put
The output terminal of material cylinder 81 is connected with blowing push plate 84 and drives 84 in the vertical direction of blowing push plate to move；
Preferably, the blowing baffle 82 and blowing push plate 84 are being to dip down close to the side of 8 discharging end of discharge mechanism
Tiltedly arrangement, and blowing baffle 82 and blowing push plate 84 are being equipped with the saw of multi-step type close to the side of reducer pipe rack 3
Teeth groove 85, and in same layer serrated slot 85, the top of serrated slot 85 of blowing baffle 82 and the serrated slot 85 of blowing push plate 84 are pushed up
Portion is located on same perpendicular.
Preferably, the reducer pipe rack 3 includes the reducer pipe placement bar 31 of inclined arrangement, each blowing positioning plate
Reducer pipe is respectively connected with 83 and places bar 31, and each blowing positioning plate 83 placed with reducer pipe on bar 31 height compared with
Low side connection, the multiple reducer pipe places bar 31 and multiple blowing positioning plates 83 are collectively constituted for placing air-conditioning change
The reducer pipe placing groove 32 of footpath pipe, reducer pipe are placed on reducer pipe placing groove 32.
Preferably, the pusher 6 includes the scraping wings 62 in rack 1, pushing away arranged on the top of scraping wings 62
Hopper 61, the expeller 63 that the reducer pipe in pusher groove 61 can be pushed on clamp system 5, the cross section of the pusher groove 61
For V-shape, the expeller 63 includes the first expeller 60 and the second expeller 69, the first expeller 60 and the second expeller 69
It is respectively positioned on close to one end end of discharge mechanism 8 on scraping wings 62, and is connected between the first expeller 60 and the second expeller 69
Have pusher guide rod 64, extra quality cylinder 65 be installed on second expeller 69, the output terminal of extra quality cylinder 65 successively with the first pusher
60 and second expeller 69 of block connects.
Preferably, the pusher 6 further includes block cylinder 66, pusher fixed block 67 and pusher block 68, the gear
Block cylinder 66 is installed in rack 1, and the output terminal of block cylinder 66 is connected with pusher fixed block 67 and promotes pusher fixed block
67 move up and down, and pusher fixed block 67 between clamp system 5 and scalable mouth mechanism 4, installed in pusher consolidate by pusher block 68
Determine on block 67 and the clamping pipe mould 51 of clamp system 5 corresponds to.
Preferably, the blanking mechanism 7 is in parallel cloth including the blanking cylinder 75 in rack 1, with scraping wings 62
Feeding plate 72, the charging conduit 73 being arranged on scraping wings 62 at multiple intervals put, described 72 one end of feeding plate are connected with downwards
The blanking slide plate 74 being in tilted layout, the other end are connected with multiple blanking jacking blocks 71 in the charging conduit 73, the blanking
The output terminal of cylinder 75 is connected with feeding plate 72, and blanking jacking block 71 is moved up and down in charging conduit 73.
Preferably, the clamp system 5 includes being installed in rack 1 lower lock block 52, directly over lower lock block 52 simultaneously
Clamping cylinder 53 in rack 1, the output terminal of clamping cylinder 53 are connected with the upper holder block directly over lower lock block 52
54,54 bottom of upper holder block is equipped with upper indent 55, and 52 top of lower lock block is equipped with pushing slot 56, upper holder block 54, lower lock block 52, upper indent
55 and pushing slot 56 collectively constitute clamping pipe mould 51 for clamped diameter pipe.
Preferably, the scalable mouth mechanism 4 include scalable 42, two spaced apart rack rails 43 of mouth oil cylinder, can be
The scalable mouth guide rail 45 being installed on scalable mouth cabinet 44 at 44, two intervals of the scalable mouth cabinet slided on rack rail 43,
The scalable mouth sliding block 46 of three scalable lancets first 41 is installed, the scalable mouth cabinet 44 be installed on rack rail 43 and with
The output terminal connection of scalable mouth oil cylinder 42, two scalable mouth guide rails 45 are respectively positioned on scalable mouth cabinet 44 close to clamp system 5
Side, scalable mouth sliding block 46 are installed on scalable mouth guide rail 45, and being provided with scalable mouth cabinet 44 can make on scalable mouth sliding block 46
Scalable lancet first 41 the expansion reducing device 47 of scalable mouth processing is carried out to reducer pipe.
Other unaccounted parts belong to the prior art.
Claims (1)
1. three work position hydraulic of air-conditioning reducer pipe expands necking machine blowing pusher blanking mechanism, including rack (1), it is characterised in that：
Discharge mechanism (8), the pusher (6) for pushing reducer pipe, use for decontroling reducer pipe is installed on the rack (1)
In the blanking mechanism (7) for releasing the reducer pipe for having carried out reducing processing from pusher (6)；
The blanking mechanism (7), pusher (6) and discharge mechanism (8) in being sequentially arranged from front to back, are put in rack (1)
Expect that the discharging end of mechanism (8) is corresponding with the pusher groove (61) of pusher (6), blanking mechanism (7) is equipped with pusher groove (61)
On reducer pipe ejection blanking jacking block (71)；
The discharge mechanism (8) includes two spaced apart blowing baffles (82), and multiple intervals be arranged on it is described two
Blowing positioning plate (83) between blowing baffle (82), the blowing baffle (82) and blowing positioning plate (83) are installed in rack
(1) on；The blowing baffle (82) is being to tilt down arrangement, and each blowing close to the side of discharge mechanism (8) discharging end
Be mounted on baffle (82) for detect reducer pipe position infrared inductor (91), blowing guide rod (86), for blocking
Dang Guan mechanisms (92), the pipe discharging mechanism for being put into reducer pipe in the pusher groove (61) of pusher (6) of reducer pipe
(93)；Reducer pipe guide groove (87), infrared ray sense are formed between the blowing guide rod (86) and the top of blowing positioning plate (83)
Device (91) is answered to be arranged in the reducer pipe guide groove (87), the Dang Guan mechanisms (92) include being installed on blowing baffle (82)
Pipe cylinder (94) is kept off, and the gear tube rod body (95) being connected with the output terminal of gear pipe cylinder (94), the pipe discharging mechanism (93) include
Pipe cylinder (96) is put on blowing baffle (82), and puts tube rod body with put that the output terminal of pipe cylinder (96) is connected
(97)；
The pusher (6) includes the scraping wings (62) in rack (1), the pusher groove at the top of scraping wings (62)
(61), the expeller (63) that the reducer pipe in pusher groove (61) can be pushed on clamp system (5), the pusher groove (61)
Cross section is V-shape, and the expeller (63) includes the first expeller (60) and the second expeller (69), the first expeller (60)
It is respectively positioned on the second expeller (69) on scraping wings (62) close to one end end of discharge mechanism (8), and the first expeller (60)
And second be connected with pusher guide rod (64) between expeller (69), extra quality cylinder (65) is installed on the second expeller (69), it is double
The output terminal of material cylinder (65) is connected with the first expeller (60) and the second expeller (69) successively；
The blanking mechanism (7) includes the blanking cylinder (75) being installed in rack (1) and scraping wings (62) in parallel arrangement
Feeding plate (72), the charging conduit (73) being arranged on scraping wings (62) at multiple intervals, described feeding plate (72) one end are connected with
The blanking slide plate (74) of arrangement is tilted down, the other end is connected with multiple blanking jacking blocks in the charging conduit (73)
(71), the output terminal of the blanking cylinder (75) is connected with feeding plate (72), and makes blanking jacking block (71) in charging conduit (73)
Move up and down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720986973.6U CN207267004U (en) | 2017-08-09 | 2017-08-09 | Three work position hydraulic of air-conditioning reducer pipe expands necking machine blowing pusher blanking mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720986973.6U CN207267004U (en) | 2017-08-09 | 2017-08-09 | Three work position hydraulic of air-conditioning reducer pipe expands necking machine blowing pusher blanking mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN207267004U true CN207267004U (en) | 2018-04-24 |
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ID=61960269
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720986973.6U Active CN207267004U (en) | 2017-08-09 | 2017-08-09 | Three work position hydraulic of air-conditioning reducer pipe expands necking machine blowing pusher blanking mechanism |
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| Country | Link |
|---|---|
| CN (1) | CN207267004U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110153300A (en) * | 2019-07-03 | 2019-08-23 | 浙江宏泽自动化设备有限公司 | Multistation pipe-expanding machine |
| CN110802179A (en) * | 2019-10-16 | 2020-02-18 | 武汉泰诺福伦机械有限公司 | Reducer pipe multi-section reaming integrated forming machine for air conditioner condensation |
| CN113414301A (en) * | 2021-06-30 | 2021-09-21 | 合肥蓝宇机电科技有限公司 | Three-station mouth expanding and shrinking machine |
-
2017
- 2017-08-09 CN CN201720986973.6U patent/CN207267004U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110153300A (en) * | 2019-07-03 | 2019-08-23 | 浙江宏泽自动化设备有限公司 | Multistation pipe-expanding machine |
| CN110802179A (en) * | 2019-10-16 | 2020-02-18 | 武汉泰诺福伦机械有限公司 | Reducer pipe multi-section reaming integrated forming machine for air conditioner condensation |
| CN113414301A (en) * | 2021-06-30 | 2021-09-21 | 合肥蓝宇机电科技有限公司 | Three-station mouth expanding and shrinking machine |
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