CN205629957U - Automatic puncher of gas -cooker nozzle - Google Patents
Automatic puncher of gas -cooker nozzle Download PDFInfo
- Publication number
- CN205629957U CN205629957U CN201620510143.1U CN201620510143U CN205629957U CN 205629957 U CN205629957 U CN 205629957U CN 201620510143 U CN201620510143 U CN 201620510143U CN 205629957 U CN205629957 U CN 205629957U
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- station
- nozzle
- centering
- feeding
- punching
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- Withdrawn - After Issue
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Abstract
The utility model provides an automatic puncher of gas -cooker nozzle, includes workstation, rotary mechanism and station dial, the equipartition has a plurality of anchor clamps seats on the station dial, fixing base, sliding seat and locating hole are drawn together to the anchor clamps stationary ladle, the top of station dial in proper order the equipartition have the material loading station, the station of carving characters, the station of feeling relieved, punch station and unloading station, every station corresponds an anchor clamps seat, the outside of material loading station is equipped with feed mechanism and material loading manipulator, it is equipped with the mechanism of carving characters to carve characters the outside of station, the outside of centering station is equipped with centering mechanism, it is equipped with the mechanism of punching to punch the outside of station, the outside of unloading station is equipped with feeding mechanical arm. The utility model has the advantages of adopt above -mentioned structure, can realize the nozzle automatic feeding, automatic carve characters, automatic punching and automatic unloading, full automation production, greatly reduced workman's intensity of labour, shortened the production cycle of nozzle, improved the machining efficiency of nozzle, reduced the manufacturing cost of nozzle.
Description
Technical field
This utility model relates to a kind of burner tips automatic punch.
Background technology
In prior art, with reference to Fig. 1, burner tips mainly includes nozzle 50, the receiving chamber with a side opening it is provided with in nozzle, the diapire in this receiving chamber is provided with the spray orifice 51 running through described nozzle, and the outer wall of nozzle is provided with hexagonal boss 52, and a sidewall of boss is provided with mark.Because of burner tips small volume, and the diameter of spray orifice thereon only has 0.5mm, the most difficult adding man-hour, it is usually at present and manually on carving machine, carries out process of carving characters one by one, carrying out punching process the most again under drilling machine, not only labor intensity is high, and working (machining) efficiency is the lowest.
Summary of the invention
There is above-mentioned deficiency in prior art to overcome, this utility model provides a kind of simple and compact for structure, labor intensity is low, working (machining) efficiency is high burner tips automatic punch.
The technical scheme in the invention for solving the technical problem is: a kind of burner tips automatic punch, including workbench, described workbench is provided with the station dial driven thus rotate by rotating mechanism, multiple clamping fixture seat being positioned on same circumference it is evenly equipped with on this station dial, this clamping fixture seat includes being fixed on described station dial also near the fixing seat at the center of described station dial, it is movably arranged at the sliding seat at center on this fixing seat and away from described station dial, hole, location that is upwardly opening and that match it is with nozzle between described sliding seat and described fixing seat, it is provided with return unit between described sliding seat and described fixing seat, the top of described station dial is evenly equipped with feeding station successively, carve characters station, centering station, punching station and discharge station, the corresponding described clamping fixture seat of each station；
The outside of described feeding station is provided with and is fed forward the feed mechanism of nozzle one by one and by nozzle feeding manipulator from the clamping fixture seat that described feed mechanism is transferred to described feeding station, described feeding station and the arcuate guide baffle plate being provided with gear between station in the inside side walls of the nozzle of described clamping fixture seat of carving characters；
The outside of described station of carving characters is provided with mechanism of carving characters, this mechanism of carving characters include carving characters support, be located at this carving machine carving characters on support, this carving machine carve characters drift can near or away from the nozzle on the clamping fixture seat of described station of carving characters, described drift of carving characters is carved characters when near described nozzle on the outside side wall of described nozzle, being arranged over of described station of carving characters be fixed on described in carve characters on support limiting cylinder, the outfan of this limiting cylinder is provided with block of carving characters moving up and down, and this block of carving characters can keep off in the inside side walls of described nozzle when moving down；
The outside of described centering station is provided with centering machine, this centering machine includes support of feeling relieved, the centering clamping cylinder being located on this centering support and the mobile cylinder of centering, the outfan of described centering clamping cylinder be provided with can near or away from described centering station clamping fixture seat centering clamping push rod, this centering clamping push rod holds out against when described clamping fixture seat in described sliding seat, the outfan of the mobile cylinder of described centering is provided with centering slide moving up and down, this centering slide is provided with centering motor, the pilot bit of the surface of the nozzle having the clamping fixture seat being positioned at described centering station is connected on the output shaft of this centering motor；
The outside of described punching station is provided with perforating mechanism, this perforating mechanism includes punching support, the punching clamping cylinder being located on this punching support and the mobile cylinder of punching, the outfan of described punching clamping cylinder be provided with can near or away from described punching station clamping fixture seat punching clamping push rod, this punching clamping push rod holds out against when described clamping fixture seat in described sliding seat, this punching is moved the outfan of cylinder and is provided with punching moving sliding base moving up and down, this punching moving sliding base is provided with drilling motor, the grooved bit of the surface of the nozzle having the clamping fixture seat being positioned at described punching station is connected on the output shaft of this drilling motor；
The outside of described discharge station is provided with the blanking mechanical hand taken off from the clamping fixture seat of described discharge station by nozzle.
Further, the periphery of described station dial is evenly equipped with multiple locating slot, the outside of described station dial is provided with detent mechanism, and this detent mechanism includes the locating support being fixed on described workbench, the positioning cylinder being located on this locating support, is located on the outfan of this positioning cylinder and can stretch into the locating piece in described locating slot.
Further, described rotating mechanism includes the electric rotating machine of the rotating shaft being located on described workbench and can rotating relative to described workbench and the lower section that is fixed on described workbench, the outfan of this electric rotating machine is provided with driving gear, the lower end of described rotating shaft is provided with and the driven gear of described driving gear engaged transmission, and the upper end of described rotating shaft is provided with described station dial.
Further, described feed mechanism includes the vibrating disk lined up nozzle and be fed forward one by one, the exit being located at this vibrating disk and holds the feed channel that single-nozzle passes through, described feeding manipulator includes feeding support, the feeding horizontal slide be located on this feeding support and driven by feeding horizontal air cylinder thus move horizontally, the vertical slide of feeding be located on this feeding horizontal slide and driven by the vertical cylinder of feeding thus move up and down, the feeding claw be located on the vertical slide of this feeding and driven by feeding clamping cylinder thus open or draw in.
Further, described blanking mechanical hand include blanking support, the blanking horizontal slide being located on this blanking support and driven by blanking horizontal air cylinder thus move horizontally, the vertical slide of blanking be located on this blanking horizontal slide and driven by the vertical cylinder of blanking thus move up and down, the blanking claw be located on the vertical slide of this blanking and driven by blanking clamping cylinder thus open or draw in.
This utility model is in use, multiple nozzles are placed in vibrating disk, nozzle is lined up and is delivered to one by one in feed channel by vibrating disk, when nozzle is positioned at the end of feed channel, feeding claw moves under the drive of the vertical cylinder of feeding horizontal air cylinder and feeding to nozzle, feeding claw draws under the drive of feeding clamping cylinder thus clamps nozzle, then feeding claw and nozzle move at supreme material station under the drive of the vertical cylinder of feeding horizontal air cylinder and feeding and insert the nozzle in the hole, location of clamping fixture seat, needing on nozzle beats the position of spray orifice upward, boss exposes outside hole, location, then feeding claw unclamps nozzle return；
Then electric rotating machine drives driving gear to rotate, driving gear drives driven gear to rotate, driven gear drives axis of rotation, rotating shaft drives station dial to rotate an angle so that the clamping fixture seat on station dial turns to move down station from a upper station, i.e. it is positioned at the clamping fixture seat of feeding station and nozzle rotation to station of carving characters, in clamping fixture seat and nozzle rotary course, the inside side walls of the boss of nozzle contacts with arcuate guide baffle plate always, arcuate guide baffle plate is possible to prevent nozzle rotation, it is easy to follow-up process of carving characters, then limiting cylinder drives block of carving characters to move down thus is supported in the inside side walls of the boss of nozzle, it is easy to process of carving characters, then the drift of carving characters of carving machine stretches out and contacts with the outside side wall of the boss of nozzle thus carve mark on boss, then carve characters drift and carve characters block return；
Then electric rotating machine drives station dial to rotate a station, i.e. it is positioned at the clamping fixture seat of station of carving characters and nozzle rotation to station of feeling relieved, then centering clamping cylinder drives centering clamping push rod to hold out against in the sliding seat of clamping fixture seat, nozzle near fixing seat thus is clamped in hole, location by sliding seat, then centering driven by motor pilot bit rotates, then the mobile cylinder of centering drives centering slide to move down, centering slide drives centering motor and pilot bit to move down, pilot bit needs to beat on the position of spray orifice on nozzle gets centering chamfer, follow-up punching is facilitated to process, then centering motor and pilot bit return, centering clamping push rod return, sliding seat under the effect of return unit away from fixing seat thus unclamp nozzle；
Then electric rotating machine drives station dial to rotate a station, i.e. it is positioned at the centering clamping fixture seat of station and nozzle rotation to punching station, then punching clamping cylinder drives punching clamping push rod to hold out against in the sliding seat of clamping fixture seat, nozzle near fixing seat thus is clamped in hole, location by sliding seat, then drilling motor drives grooved bit to rotate, then the mobile cylinder of punching drives punching slide to move down, punching slide drives drilling motor and grooved bit to move down, spray orifice got at the centering chamfer of nozzle by grooved bit, then drilling motor and grooved bit return, punching clamping push rod return, sliding seat under the effect of return unit away from fixing seat thus unclamp nozzle；
Then electric rotating machine drives station dial to rotate a station, i.e. it is positioned at the clamping fixture seat of punching station and nozzle rotation to discharge station, then blanking claw moves at the nozzle to the clamping fixture seat of discharge station under the drive of the vertical cylinder of blanking horizontal air cylinder and blanking, blanking claw draws under the drive of blanking clamping cylinder thus clamps nozzle, then nozzle and blanking claw move to correct position under the drive of the vertical cylinder of blanking horizontal air cylinder and blanking, then blanking claw unclamps nozzle, thus completes carving characters and punching process of a nozzle.Station dial is when rotateing in place, and positioning cylinder drives locating piece to stretch in a locating slot of station dial, and locating piece matches with locating slot thus realizes the location to station dial.
The beneficial effects of the utility model are: use said structure, can realize nozzle automatic charging, automatically carve characters, automatic punching and automatic blanking, full automation produces, greatly reduce the labor intensity of workman, shorten the production cycle of nozzle, improve the working (machining) efficiency of nozzle, reduce the production cost of nozzle.
Accompanying drawing explanation
Fig. 1 is the structural representation of nozzle.
Fig. 2 is axonometric chart of the present utility model.
Fig. 3 is top view of the present utility model.
Fig. 4 is the axonometric chart of station dial of the present utility model.
Fig. 5 is the axonometric chart of feeding manipulator of the present utility model.
Fig. 6 is the axonometric chart of mechanism of carving characters of the present utility model.
Fig. 7 is the axonometric chart of centering machine of the present utility model.
Fig. 8 is the axonometric chart of blanking mechanical hand of the present utility model.
Fig. 9 is the axonometric chart of detent mechanism of the present utility model.
Detailed description of the invention
With detailed description of the invention, this utility model is described in further detail below in conjunction with the accompanying drawings.
nullWith reference to Fig. 1 ~ Fig. 9，A kind of burner tips automatic punch，Including workbench 1，Described workbench is provided with the station dial 2 driven thus rotate by rotating mechanism，Multiple clamping fixture seat 3 being positioned on same circumference it is evenly equipped with on this station dial，This clamping fixture seat includes being fixed on described station dial also near the fixing seat 4 at the center of described station dial、It is movably arranged at the sliding seat 5 at center on this fixing seat and away from described station dial，Hole, location 6 that is upwardly opening and that match it is with nozzle between described sliding seat and described fixing seat，It is provided with return unit between described sliding seat and described fixing seat，This return unit can be spring，It can also be cushion，The top of described station dial is evenly equipped with feeding station successively、Carve characters station、Centering station、Punching station and discharge station，The corresponding described clamping fixture seat of each station；
The outside of described feeding station is provided with and is fed forward the feed mechanism 7 of nozzle one by one and by nozzle feeding manipulator 8 from the clamping fixture seat that described feed mechanism is transferred to described feeding station, described feeding station and the arcuate guide baffle plate 9 being provided with gear between station in the inside side walls of the nozzle of described clamping fixture seat of carving characters；
The outside of described station of carving characters is provided with mechanism 10 of carving characters, this mechanism of carving characters includes support 11 of carving characters, it is located at this carving machine 12 carving characters on support, this carving machine carve characters drift 13 can near or away from the nozzle on the clamping fixture seat of described station of carving characters, described drift of carving characters is carved characters when near described nozzle on the outside side wall of described nozzle, being arranged over of described station of carving characters be fixed on described in carve characters on support limiting cylinder 14, the outfan of this limiting cylinder is provided with block 15 of carving characters moving up and down, this block of carving characters can keep off in the inside side walls of described nozzle when moving down；
The outside of described centering station is provided with centering machine 17, this centering machine includes support 18 of feeling relieved, the centering clamping cylinder 19 being located on this centering support and the mobile cylinder 20 of centering, the outfan of described centering clamping cylinder be provided with can near or away from described centering station clamping fixture seat centering clamping push rod 21, this centering clamping push rod holds out against when described clamping fixture seat in described sliding seat, the outfan of the mobile cylinder of described centering is provided with centering slide 22 moving up and down, this centering slide is provided with centering motor 23, the pilot bit 24 of the surface of the nozzle having the clamping fixture seat being positioned at described centering station is connected on the output shaft of this centering motor；
The outside of described punching station is provided with perforating mechanism 25, this perforating mechanism includes punching support, the punching clamping cylinder being located on this punching support and the mobile cylinder of punching, the outfan of described punching clamping cylinder be provided with can near or away from described punching station clamping fixture seat punching clamping push rod, this punching clamping push rod holds out against when described clamping fixture seat in described sliding seat, this punching is moved the outfan of cylinder and is provided with punching moving sliding base moving up and down, this punching moving sliding base is provided with drilling motor, the grooved bit of the surface of the nozzle having the clamping fixture seat being positioned at described punching station is connected on the output shaft of this drilling motor, perforating mechanism is as the structure of centering machine, only grooved bit is different from pilot bit；
The outside of described discharge station is provided with the blanking mechanical hand 26 taken off from the clamping fixture seat of described discharge station by nozzle.
The periphery of described station dial is evenly equipped with multiple locating slot 27, the outside of described station dial is provided with detent mechanism 28, and this detent mechanism includes the locating support 29 being fixed on described workbench, the positioning cylinder 30 be located on this locating support, be located on the outfan of this positioning cylinder and can stretch into the locating piece 31 in described locating slot.
Described rotating mechanism includes the electric rotating machine 33 of the rotating shaft 32 being located on described workbench and can rotating relative to described workbench 1 and the lower section that is fixed on described workbench, the outfan of this electric rotating machine is provided with driving gear 34, the lower end of described rotating shaft is provided with and the driven gear 35 of described driving gear engaged transmission, and the upper end of described rotating shaft is provided with described station dial.
Described feed mechanism 7 includes the vibrating disk lined up nozzle and be fed forward one by one, the exit being located at this vibrating disk and holds the feed channel 36 that single-nozzle passes through, described feeding manipulator 8 includes feeding support 37, the feeding horizontal slide 39 be located on this feeding support and driven by feeding horizontal air cylinder 38 thus move horizontally, the vertical slide of feeding 41 be located on this feeding horizontal slide and driven by the vertical cylinder of feeding 40 thus move up and down, the feeding claw 16 be located on the vertical slide of this feeding and driven by feeding clamping cylinder 42 thus open or draw in.
Described blanking mechanical hand 26 includes blanking support 43, the blanking horizontal slide 45 be located on this blanking support and driven by blanking horizontal air cylinder 44 thus move horizontally, the vertical slide of blanking 47 be located on this blanking horizontal slide and driven by the vertical cylinder of blanking 46 thus move up and down, the blanking claw 49 be located on the vertical slide of this blanking and driven by blanking clamping cylinder 48 thus open or draw in.
This utility model is in use, multiple nozzles 50 are placed in vibrating disk, nozzle is lined up and is delivered to one by one in feed channel 36 by vibrating disk, when nozzle is positioned at the end of feed channel, feeding claw 16 moves under the drive of the vertical cylinder of feeding horizontal air cylinder 38 and feeding 40 to nozzle, feeding claw draws under the drive of feeding clamping cylinder 42 thus clamps nozzle 50, then feeding claw and nozzle move at supreme material station under the drive of the vertical cylinder of feeding horizontal air cylinder and feeding and insert the nozzle in the hole, location 6 of clamping fixture seat 3, needing on nozzle beats the position of spray orifice upward, boss exposes outside hole, location, then feeding claw unclamps nozzle return；
nullThen electric rotating machine 33 drives driving gear 34 to rotate，Driving gear drives driven gear 35 to rotate，Driven gear drives rotating shaft 32 to rotate，Rotating shaft drives station dial 2 to rotate an angle so that the clamping fixture seat on station dial turns to move down station from a upper station，I.e. it is positioned at the clamping fixture seat of feeding station and nozzle rotation to station of carving characters，In clamping fixture seat and nozzle rotary course，The inside side walls of the boss 52 of nozzle contacts with arcuate guide baffle plate 9 always，Arcuate guide baffle plate is possible to prevent nozzle rotation，It is easy to follow-up process of carving characters，Then limiting cylinder 14 drives block 15 of carving characters to move down thus is supported in the inside side walls of the boss of nozzle，It is easy to process of carving characters，Then the drift 13 of carving characters of carving machine 12 stretches out and contacts with the outside side wall of the boss 52 of nozzle thus carve mark on boss，Then carve characters drift and carve characters block return；
Then electric rotating machine 33 drives station dial 2 to rotate a station, i.e. it is positioned at the clamping fixture seat of station of carving characters and nozzle rotation to station of feeling relieved, then centering clamping cylinder 19 drives centering clamping push rod 21 to hold out against in the sliding seat 5 of clamping fixture seat, nozzle near fixing seat 4 thus is clamped in hole 6, location by sliding seat, then centering motor 23 drives pilot bit 24 to rotate, then the mobile cylinder 20 of centering drives centering slide 22 to move down, centering slide drives centering motor and pilot bit to move down, pilot bit 24 needs to beat on the position of spray orifice on nozzle gets centering chamfer, follow-up punching is facilitated to process, then centering motor and pilot bit return, centering clamping push rod return, sliding seat under the effect of return unit away from fixing seat thus unclamp nozzle；
Then electric rotating machine 33 drives station dial 2 to rotate a station, i.e. it is positioned at the centering clamping fixture seat of station and nozzle rotation to punching station, then punching clamping cylinder drives punching clamping push rod to hold out against in the sliding seat of clamping fixture seat, nozzle near fixing seat thus is clamped in hole, location by sliding seat, then drilling motor drives grooved bit to rotate, then the mobile cylinder of punching drives punching slide to move down, punching slide drives drilling motor and grooved bit to move down, spray orifice 51 got at the centering chamfer of nozzle 50 by grooved bit, then drilling motor and grooved bit return, punching clamping push rod return, sliding seat under the effect of return unit away from fixing seat thus unclamp nozzle；
Then electric rotating machine 33 drives station dial 2 to rotate a station, i.e. it is positioned at the clamping fixture seat of punching station and nozzle rotation to discharge station, then blanking claw 49 moves at the nozzle 50 to the clamping fixture seat of discharge station under the drive of the vertical cylinder of blanking horizontal air cylinder 44 and blanking 46, blanking claw draws under the drive of blanking clamping cylinder 48 thus clamps nozzle, then nozzle and blanking claw move to correct position under the drive of the vertical cylinder of blanking horizontal air cylinder and blanking, then blanking claw unclamps nozzle, thus complete carving characters and punching process of a nozzle.Station dial 2 is when rotateing in place, and positioning cylinder 30 drives locating piece 31 to stretch in a locating slot 27 of station dial, and locating piece matches with locating slot thus realizes the location to station dial.
Claims (5)
1. a burner tips automatic punch, including workbench, it is characterized in that: described workbench is provided with the station dial driven thus rotate by rotating mechanism, multiple clamping fixture seat being positioned on same circumference it is evenly equipped with on this station dial, this clamping fixture seat includes being fixed on described station dial also near the fixing seat at the center of described station dial, it is movably arranged at the sliding seat at center on this fixing seat and away from described station dial, hole, location that is upwardly opening and that match it is with nozzle between described sliding seat and described fixing seat, it is provided with return unit between described sliding seat and described fixing seat, the top of described station dial is evenly equipped with feeding station successively, carve characters station, centering station, punching station and discharge station, the corresponding described clamping fixture seat of each station；
The outside of described feeding station is provided with and is fed forward the feed mechanism of nozzle one by one and by nozzle feeding manipulator from the clamping fixture seat that described feed mechanism is transferred to described feeding station, described feeding station and the arcuate guide baffle plate being provided with gear between station in the inside side walls of the nozzle of described clamping fixture seat of carving characters；
The outside of described station of carving characters is provided with mechanism of carving characters, this mechanism of carving characters include carving characters support, be located at this carving machine carving characters on support, this carving machine carve characters drift can near or away from the nozzle on the clamping fixture seat of described station of carving characters, described drift of carving characters is carved characters when near described nozzle on the outside side wall of described nozzle, being arranged over of described station of carving characters be fixed on described in carve characters on support limiting cylinder, the outfan of this limiting cylinder is provided with block of carving characters moving up and down, and this block of carving characters can keep off in the inside side walls of described nozzle when moving down；
The outside of described centering station is provided with centering machine, this centering machine includes support of feeling relieved, the centering clamping cylinder being located on this centering support and the mobile cylinder of centering, the outfan of described centering clamping cylinder be provided with can near or away from described centering station clamping fixture seat centering clamping push rod, this centering clamping push rod holds out against when described clamping fixture seat in described sliding seat, the outfan of the mobile cylinder of described centering is provided with centering slide moving up and down, this centering slide is provided with centering motor, the pilot bit of the surface of the nozzle having the clamping fixture seat being positioned at described centering station is connected on the output shaft of this centering motor；
The outside of described punching station is provided with perforating mechanism, this perforating mechanism includes punching support, the punching clamping cylinder being located on this punching support and the mobile cylinder of punching, the outfan of described punching clamping cylinder be provided with can near or away from described punching station clamping fixture seat punching clamping push rod, this punching clamping push rod holds out against when described clamping fixture seat in described sliding seat, the outfan of the mobile cylinder of described punching is provided with punching moving sliding base moving up and down, this punching moving sliding base is provided with drilling motor, the grooved bit of the surface of the nozzle having the clamping fixture seat being positioned at described punching station is connected on the output shaft of this drilling motor；
The outside of described discharge station is provided with the blanking mechanical hand taken off from the clamping fixture seat of described discharge station by nozzle.
Burner tips automatic punch the most according to claim 1, it is characterized in that: the periphery of described station dial is evenly equipped with multiple locating slot, the outside of described station dial is provided with detent mechanism, and this detent mechanism includes the locating support being fixed on described workbench, the positioning cylinder being located on this locating support, is located on the outfan of this positioning cylinder and can stretch into the locating piece in described locating slot.
Burner tips automatic punch the most according to claim 1 and 2, it is characterized in that: described rotating mechanism includes the electric rotating machine of the rotating shaft being located on described workbench and can rotating relative to described workbench and the lower section that is fixed on described workbench, the outfan of this electric rotating machine is provided with driving gear, the lower end of described rotating shaft is provided with and the driven gear of described driving gear engaged transmission, and the upper end of described rotating shaft is provided with described station dial.
Burner tips automatic punch the most according to claim 1 and 2, it is characterized in that: described feed mechanism includes the vibrating disk lined up nozzle and be fed forward one by one, it is located at the exit of this vibrating disk and holds the feed channel that single-nozzle passes through, described feeding manipulator includes feeding support, the feeding horizontal slide be located on this feeding support and driven by feeding horizontal air cylinder thus move horizontally, the vertical slide of feeding be located on this feeding horizontal slide and driven by the vertical cylinder of feeding thus move up and down, the feeding claw be located on the vertical slide of this feeding and driven by feeding clamping cylinder thus open or draw in.
Burner tips automatic punch the most according to claim 1 and 2, it is characterised in that: described blanking mechanical hand includes blanking support, the blanking horizontal slide be located on this blanking support and driven by blanking horizontal air cylinder thus move horizontally, the vertical slide of blanking be located on this blanking horizontal slide and driven by the vertical cylinder of blanking thus move up and down, the blanking claw be located on the vertical slide of this blanking and driven by blanking clamping cylinder thus open or draw in.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620510143.1U CN205629957U (en) | 2016-05-31 | 2016-05-31 | Automatic puncher of gas -cooker nozzle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620510143.1U CN205629957U (en) | 2016-05-31 | 2016-05-31 | Automatic puncher of gas -cooker nozzle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205629957U true CN205629957U (en) | 2016-10-12 |
Family
ID=57051300
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620510143.1U Withdrawn - After Issue CN205629957U (en) | 2016-05-31 | 2016-05-31 | Automatic puncher of gas -cooker nozzle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205629957U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105855885A (en) * | 2016-05-31 | 2016-08-17 | 慈溪市天行电器有限公司 | Automatic gas stove nozzle perforating machine |
| CN106736584A (en) * | 2016-12-30 | 2017-05-31 | 东莞市凯勒帝数控科技有限公司 | A kind of chapeau de fer part processing machine with pass inner-cavity structure |
| CN108274033A (en) * | 2018-02-10 | 2018-07-13 | 合肥博均制冷配件有限公司 | A kind of full-automatic current divider punch device of robot double-station 4 |
| CN108543984A (en) * | 2016-12-26 | 2018-09-18 | 东莞市蓉工自动化科技有限公司 | A kind of PIN needle drilling material fetching mechanism for capableing of automatic discharging |
| CN111633239A (en) * | 2020-05-13 | 2020-09-08 | 南京工业职业技术学院 | Novel punching positioning equipment |
-
2016
- 2016-05-31 CN CN201620510143.1U patent/CN205629957U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105855885A (en) * | 2016-05-31 | 2016-08-17 | 慈溪市天行电器有限公司 | Automatic gas stove nozzle perforating machine |
| CN105855885B (en) * | 2016-05-31 | 2017-09-26 | 慈溪市天行电器有限公司 | A kind of burner tips automatic punch |
| CN108543984A (en) * | 2016-12-26 | 2018-09-18 | 东莞市蓉工自动化科技有限公司 | A kind of PIN needle drilling material fetching mechanism for capableing of automatic discharging |
| CN106736584A (en) * | 2016-12-30 | 2017-05-31 | 东莞市凯勒帝数控科技有限公司 | A kind of chapeau de fer part processing machine with pass inner-cavity structure |
| CN108274033A (en) * | 2018-02-10 | 2018-07-13 | 合肥博均制冷配件有限公司 | A kind of full-automatic current divider punch device of robot double-station 4 |
| CN111633239A (en) * | 2020-05-13 | 2020-09-08 | 南京工业职业技术学院 | Novel punching positioning equipment |
| CN111633239B (en) * | 2020-05-13 | 2021-11-16 | 南京工业职业技术学院 | Novel punching positioning equipment |
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