CN214768169U - Forming production line for fan blade driving rod of air valve - Google Patents
Forming production line for fan blade driving rod of air valve Download PDFInfo
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- CN214768169U CN214768169U CN202120683642.1U CN202120683642U CN214768169U CN 214768169 U CN214768169 U CN 214768169U CN 202120683642 U CN202120683642 U CN 202120683642U CN 214768169 U CN214768169 U CN 214768169U
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Abstract
The utility model discloses an air valve fan blade driving rod forming production line, which is characterized in that a horizontal shaping module and a vertical shaping module are arranged to be connected front and back, a blanking shaping module is arranged at the rear side of the vertical shaping module, the extrusion and conveying of materials are realized through the blanking shaping module, then the blanking of a positioning notch is carried out, the rear side of the blanking shaping module is a cutting module, the fixed-length cutting of semi-finished products is realized, and the final flattening area forming is realized through a flattening module after the cutting is finished; this device will realize the tractive plastic in advance of shaft-like metal through level and vertical pressurization, and the punching of locating notch is appeared to the rethread punching compaction, realizes the location through locating notch at last and processes the region of beating flat, and this device structure sets up novelty, convenient to use, and the shaping efficiency is high, is an ideal blast gate flabellum actuating lever shaping production line.
Description
Technical Field
The utility model relates to an air valve accessory production technical field especially relates to an air valve flabellum actuating lever shaping production line.
Background
It is known that in the technical field of air valves, the opening of air valve blades needs to be realized through a driving module so as to realize the adjustment of ventilation quantity, when the structure is actually used, a blade driving rod is fixed through a tightening device, and the tightening device is locked and fixed with the blade driving rod through a rivet; moreover, when the air valve with the structure is stressed to rotate, the air valve is easy to slip or loose, and the use stability is seriously influenced.
According to the defects in the prior art, the applicant develops and designs an air valve fan blade driving rod, the air valve fan blade driving rod is matched with a horizontal connecting piece and a fan blade to be used as shown in fig. 1, the air valve fan blade driving rod is matched and fixed with a fixing hole in the horizontal connecting piece through a flattening area on the air valve fan blade driving rod, and is fixed with the fan blade through a positioning notch, but no special equipment can be used for production in the existing forming equipment.
The applicant aims at the drawbacks in the prior art, and how to design a forming production line of a blade driving rod of an air valve through technical improvement by technical personnel in the industry, and the forming production line can realize semi-automatic production so as to realize the forming of the blade driving rod, which is a technical problem to be solved by technical personnel in the industry.
Disclosure of Invention
In view of the above prior art's shortcoming, the utility model aims to provide an air valve flabellum actuating lever shaping production line, it is through carrying out plastic, blanking and flattening with the metal pole to this shaping that realizes air valve flabellum actuating lever.
The forming production line for the fan blade driving rod of the air valve comprises a horizontal feeding module, wherein a horizontal shaping module is arranged on the rear side of the horizontal feeding module, a vertical shaping module is arranged on the rear side of the horizontal shaping module, a blanking module is arranged on the rear side of the vertical shaping module, and a flattening module is arranged on the rear side of the blanking module; the blanking forming module comprises an extrusion conveying module, the rear side of the extrusion conveying module is a blanking module, and the rear side of the blanking module is a cutting module.
The horizontal feeding module comprises a guide wheel fixing frame, two groups of conveying wheels are arranged on the guide wheel fixing frame, the two groups of conveying wheels respectively comprise two vertical guide wheels and two horizontal guide wheels, and front and back conveying is realized through front and back connection of the two groups of conveying wheels.
The horizontal shaping module comprises a horizontal fixing frame, a horizontal fixing wheel is arranged on the horizontal fixing frame, a plurality of adjusting grooves are formed in the front side of the horizontal fixing wheel, a horizontal adjusting block is arranged in each adjusting groove, the horizontal adjusting handle and the horizontal adjusting block are connected to drive the horizontal adjusting wheel on the horizontal adjusting block in the front and back direction, and accordingly adjustment of wheel gaps between the horizontal fixing wheel and the horizontal adjusting wheel is achieved.
The vertical shaping module on include a vertical shaping frame, the rear side of vertical shaping frame be drive arrangement, the front side of vertical shaping frame is provided with one row of vertical tight pulleys, corresponds every vertical tight pulley and is provided with a vertical adjustment tank on vertical shaping frame, is provided with a vertical regulating block in every vertical adjustment tank, vertical regulating block on be provided with vertical regulating wheel, be connected the vertical regulation wheel of realization on vertical regulating block through vertical adjustment handle and vertical regulating block and drive from top to bottom.
The extrusion conveying module comprises an extrusion conveying frame, a bottom fixing wheel is arranged on the extrusion conveying frame, a swing frame is arranged on the extrusion conveying frame through a rotating shaft, an extrusion driving device is arranged on the swing frame and connected with an extrusion driving wheel, an elastic traction device is arranged between the extrusion conveying frame and the swing frame, and traction between the extrusion conveying frame and the swing frame is achieved through the elastic traction device.
The blanking module include a blanking frame, the blanking frame on be provided with eccentric drive arrangement, eccentric drive arrangement's leading flank on the articulated actuating lever that is provided with, the articulated punching cutter that is provided with in bottom of actuating lever, punching cutter be the blanking die block under, the blanking die block in be provided with horizontal material via hole and vertical punching cutter hole.
The cutting module comprises a cutting fixing frame, a vertical driving device is arranged at the top of the cutting fixing frame, a driving knife is arranged at the bottom of the vertical driving device, and the cutting on the cutting fixing frame is realized through the vertical driving knife, so that the cutting of the rod-shaped semi-finished product passing through the cutting fixing frame is realized.
The flattening module comprises a stamping machine table, a lower forming die is arranged on the stamping machine table, the lower forming die is fixed on the stamping machine table through a bottom plate, a fixing groove is formed in the top surface of the lower forming die, a fixing block is further arranged on the front side of the lower forming die, and front and back positioning is achieved through the fixing block; the drive top surface of punching press board on be provided with the shaping and go up the mould, the shaping go up and be provided with the punching press arch on the mould, realize the shaping of blast gate flabellum actuating lever through the protruding extrusion fixed slot of punching press on the shaft-like semi-manufactured goods.
The utility model discloses following beneficial effect has: the utility model is arranged by the above structure, the horizontal shaping module and the vertical shaping module are arranged and connected, the blanking forming module is arranged at the rear side of the vertical shaping module, the extrusion and conveying of materials are realized by the blanking forming module, then the blanking of the positioning gap is carried out, the cutting module is arranged at the rear side of the blanking forming module, the fixed-length cutting of semi-finished products is realized, and the final flattening area forming is realized by flattening the module after the cutting is finished; this device will realize the tractive plastic in advance of shaft-like metal through level and vertical pressurization, and the punching of locating notch is appeared to the rethread punching compaction, realizes the location through locating notch at last and processes the region of beating flat, and this device structure sets up novelty, convenient to use, and the shaping efficiency is high, is an ideal blast gate flabellum actuating lever shaping production line.
Drawings
The present invention will be further explained with reference to the drawings and examples.
Fig. 1 is a schematic view of a three-dimensional usage structure of an air valve blade driving rod to be processed by the present invention;
FIG. 2 is a schematic perspective view of the present invention;
fig. 3 is a schematic perspective view ii of the present invention;
FIG. 4 is a schematic perspective view of a blanking module and a flattening module;
fig. 5 is a schematic front view of the present invention;
fig. 6 is a schematic top view of the present invention;
in the figure, 1, a horizontal feeding module, 11, a guide wheel fixing frame, 12, a vertical guide wheel, 13, a horizontal guide wheel, 2, a horizontal shaping module, 21, a horizontal fixing frame, 22, a horizontal fixing wheel, 23, a horizontal adjusting wheel, 24, a horizontal adjusting block, 25, an adjusting groove, 26, a horizontal adjusting handle, 3, a vertical shaping module, 30, a vertical shaping frame, 31, a vertical fixing wheel, 32, a vertical adjusting wheel, 33, a vertical adjusting handle, 34, a vertical adjusting block, 35, a spring, 4, a blanking forming module, 41, an extrusion conveying module, 411, an extrusion conveying frame, 412, a protrusion, 413, a swing frame, 414, an extrusion driving wheel, 415, a tension spring, 416, an extrusion driving motor, 417, a bottom fixing wheel, 42, a blanking module, 421, a blanking frame, 422, an eccentric driving device, 423, a driving rod, 424, a blanking knife, 425, a blanking bottom die, 426, a blanking knife hole, 427. the material via hole, 43, cut off the module, 431, cut off the mount, 432, vertical actuating cylinder, 433, shear plane, 434, through hole, 435, driving knife, 5, flatten the module, 51, punching press board, 52, bottom plate, 53, shaping lower mould, 54, fixed slot, 55, fixed block, 56, shaping upper die, 57, punching press arch, 6, drive module, 61, plastic driving motor, 62, gearbox, 7, blast gate flabellum actuating lever, 71, location breach, 72, flatten the region.
Detailed Description
Other advantages and effects of the present invention will be apparent to those skilled in the art from the disclosure of the present invention.
As shown in the accompanying drawings, the forming production line for the fan blade driving rod of the air valve comprises a horizontal feeding module 1, wherein the horizontal feeding module 1 comprises a guide wheel fixing frame 11, two groups of conveying wheels are arranged on the guide wheel fixing frame 11, one group of conveying wheels positioned on the left side comprises two vertical guide wheels 12, one group of conveying wheels positioned on the right side comprises two horizontal guide wheels 13, and the front-back connection conveying of external rolled materials is realized through the horizontal extrusion of the vertical guide wheels 12 and the horizontal guide wheels 13.
The rear side of the horizontal feeding module 1 is a horizontal shaping module 2, and the rear side of the horizontal shaping module 2 is a vertical shaping module 3; horizontal plastic module 2 include a horizontal fixed frame 21, horizontal fixed frame 21 on be provided with horizontal fixed wheel 22, the front side of horizontal fixed wheel 22 is provided with a plurality of adjustment grooves 25, is provided with a horizontal adjustment block 24 in every adjustment groove 25, is connected with horizontal adjustment block 24 through horizontal adjustment handle 26 and realizes the front and back drive to horizontal adjustment wheel 23 on horizontal adjustment block 24, horizontal adjustment wheel 23 and horizontal fixed wheel 22 all be provided with the annular groove, realize the horizontal plastic to circular bar through horizontal fixed wheel 22 and horizontal adjustment wheel 23 both round clearance adjustment.
The vertical shaping module 3 comprises a vertical shaping frame 30, the driving module 6 is arranged at the rear side of the vertical shaping frame 30, the driving module comprises a shaping driving motor 61, the shaping driving motor 61 drives a gearbox 62 to drive a driving gear in the vertical shaping frame 30, and the driving of the device is realized by meshing between the driving gears to drive a vertical fixed wheel, so that the driving structure is common, and details are not repeated; the front side of vertical shaping frame 30 is provided with one row of vertical tight pulley 31, corresponds every vertical tight pulley 31 and is provided with a vertical adjustment tank on vertical shaping frame 30, all is provided with a vertical regulating block 34 in every vertical adjustment tank, vertical regulating block 34 on be provided with vertical regulating wheel 32, be connected the vertical regulating wheel 32's of realization on vertical regulating block 34 upper and lower drive through vertical adjustment handle 33 and vertical regulating block 34, vertical regulating wheel 32 and vertical tight pulley 31's external diameter on all be provided with the annular groove, realize the vertical shaping to circular bar through vertical regulating wheel 32 and vertical tight pulley 31 both take turns clearance adjustment.
The rear side of the vertical shaping module 3 is a blanking module 4, and the rear side of the blanking module 4 is a flattening module 5; the blanking module 4 comprises an extrusion conveying module 41, a blanking module 42 is arranged at the rear side of the extrusion conveying module 41, and a cutting module 43 is arranged at the rear side of the blanking module 42.
As shown in fig. 4, the extrusion transportation module 41 includes an extrusion transportation frame 411, the extrusion transportation frame 411 is provided with a bottom fixed wheel 417, the extrusion transportation frame 411 is provided with a protruding portion 412, the protruding portion 412 is provided with a swing frame 413 through a rotating shaft, the swing frame 413 is provided with an extrusion driving motor 416 connected with the extrusion driving wheel 414, a tension spring 415 is provided between the extrusion transportation frame 411 and the swing frame 413, and the tension spring 415 is used for realizing the traction between the two, so as to restrict the extrusion driving wheel 414 always applying force to the material to drive forward.
The cutting module 43 comprises a cutting fixing frame 431, a vertical driving cylinder 432 is arranged at the top of the cutting fixing frame 431, a driving blade 435 is arranged at the bottom of the vertical driving cylinder 432, and the cutting blade 435 cuts a cutting surface 433 to cut off a rod-shaped semi-finished product passing through a through hole 434 in the cutting fixing frame 431.
The flattening module 5 comprises a stamping machine table 51, a lower forming die 53 is arranged on the stamping machine table 51, the lower forming die 53 is fixed on the stamping machine table 51 through a bottom plate 52, a fixing groove 54 is arranged on the top surface of the lower forming die 53, a fixing block 55 is further arranged on the front side of the lower forming die 53, and the fixing block 55 is clamped on a positioning notch 71 on the air valve blade driving rod 7 to realize the front and back positioning of the air valve blade driving rod 7; the upper forming die 56 is arranged on the driving top surface of the punching machine table 51, the upper forming die 56 is provided with a punching bulge 57, and the punching bulge 57 extrudes the rod-shaped semi-finished product on the fixing groove 54 to form a flattening area 72 of the fan blade driving rod of the air valve.
To summarize: the utility model discloses an above structure setting, it is through setting up horizontal plastic module 2 and vertical plastic module 3 and linking up from beginning to end, and the rear side of vertical plastic module 3 is provided with blanking shaping module 4, realizes the extrusion of material through blanking shaping module 4 and carries out the blanking of location breach, and the rear side of blanking shaping module 4 is cutting module 43, realizes cutting half-finished product fixed length, realizes the last regional shaping of flattening through flattening module 5 after finishing cutting; the device has novel structure, convenient use and high forming efficiency, and is an ideal air valve fan blade driving rod forming production line.
Claims (8)
1. The utility model provides an air valve flabellum actuating lever shaping production line which characterized in that: the blanking and flattening device comprises a horizontal feeding module, wherein a horizontal shaping module is arranged at the rear side of the horizontal feeding module, a vertical shaping module is arranged at the rear side of the horizontal shaping module, a blanking and forming module is arranged at the rear side of the vertical shaping module, and a flattening module is arranged at the rear side of the blanking and forming module; the blanking forming module comprises an extrusion conveying module, the rear side of the extrusion conveying module is a blanking module, and the rear side of the blanking module is a cutting module.
2. The air valve fan blade driving rod forming production line of claim 1, wherein: the horizontal feeding module comprises a guide wheel fixing frame, two groups of conveying wheels are arranged on the guide wheel fixing frame, the two groups of conveying wheels respectively comprise two vertical guide wheels and two horizontal guide wheels, and front and back conveying is realized through front and back connection of the two groups of conveying wheels.
3. The air valve fan blade driving rod forming production line of claim 1, wherein: the horizontal shaping module comprises a horizontal fixing frame, a horizontal fixing wheel is arranged on the horizontal fixing frame, a plurality of adjusting grooves are formed in the front side of the horizontal fixing wheel, a horizontal adjusting block is arranged in each adjusting groove, the horizontal adjusting handle and the horizontal adjusting block are connected to drive the horizontal adjusting wheel on the horizontal adjusting block in the front and back direction, and accordingly adjustment of wheel gaps between the horizontal fixing wheel and the horizontal adjusting wheel is achieved.
4. The air valve fan blade driving rod forming production line of claim 1, wherein: the vertical shaping module on include a vertical shaping frame, the rear side of vertical shaping frame be drive arrangement, the front side of vertical shaping frame is provided with one row of vertical tight pulleys, corresponds every vertical tight pulley and is provided with a vertical adjustment tank on vertical shaping frame, is provided with a vertical regulating block in every vertical adjustment tank, vertical regulating block on be provided with vertical regulating wheel, be connected the vertical regulation wheel of realization on vertical regulating block through vertical adjustment handle and vertical regulating block and drive from top to bottom.
5. The air valve fan blade driving rod forming production line of claim 1, wherein: the extrusion conveying module comprises an extrusion conveying frame, a bottom fixing wheel is arranged on the extrusion conveying frame, a swing frame is arranged on the extrusion conveying frame through a rotating shaft, an extrusion driving device is arranged on the swing frame and connected with an extrusion driving wheel, an elastic traction device is arranged between the extrusion conveying frame and the swing frame, and traction between the extrusion conveying frame and the swing frame is achieved through the elastic traction device.
6. The air valve fan blade driving rod forming production line of claim 1, wherein: the blanking module include a blanking frame, the blanking frame on be provided with eccentric drive arrangement, eccentric drive arrangement's leading flank on the articulated actuating lever that is provided with, the articulated punching cutter that is provided with in bottom of actuating lever, punching cutter be the blanking die block under, the blanking die block in be provided with horizontal material via hole and vertical punching cutter hole.
7. The air valve fan blade driving rod forming production line of claim 1, wherein: the cutting module comprises a cutting fixing frame, a vertical driving device is arranged at the top of the cutting fixing frame, a driving knife is arranged at the bottom of the vertical driving device, and the cutting on the cutting fixing frame is realized through the vertical driving knife, so that the cutting of the rod-shaped semi-finished product passing through the cutting fixing frame is realized.
8. The air valve fan blade driving rod forming production line of claim 1, wherein: the flattening module comprises a stamping machine table, a lower forming die is arranged on the stamping machine table, the lower forming die is fixed on the stamping machine table through a bottom plate, a fixing groove is formed in the top surface of the lower forming die, a fixing block is further arranged on the front side of the lower forming die, and front and back positioning is achieved through the fixing block; the drive top surface of punching press board on be provided with the shaping and go up the mould, the shaping go up and be provided with the punching press arch on the mould, realize the shaping of blast gate flabellum actuating lever through the protruding extrusion fixed slot of punching press on the shaft-like semi-manufactured goods.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120683642.1U CN214768169U (en) | 2021-04-05 | 2021-04-05 | Forming production line for fan blade driving rod of air valve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120683642.1U CN214768169U (en) | 2021-04-05 | 2021-04-05 | Forming production line for fan blade driving rod of air valve |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN214768169U true CN214768169U (en) | 2021-11-19 |
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ID=78669141
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120683642.1U Active CN214768169U (en) | 2021-04-05 | 2021-04-05 | Forming production line for fan blade driving rod of air valve |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN214768169U (en) |
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2021
- 2021-04-05 CN CN202120683642.1U patent/CN214768169U/en active Active
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