CN203578775U - Spinning forming machine used for machining air pipe - Google Patents
Spinning forming machine used for machining air pipe Download PDFInfo
- Publication number
- CN203578775U CN203578775U CN201320614607.XU CN201320614607U CN203578775U CN 203578775 U CN203578775 U CN 203578775U CN 201320614607 U CN201320614607 U CN 201320614607U CN 203578775 U CN203578775 U CN 203578775U
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- China
- Prior art keywords
- main shaft
- bracing frame
- airduct
- block
- cutter
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Abstract
The utility model discloses a spinning forming machine used for machining an air pipe. The spinning forming machine comprises a base, a cutter installation base, a cutter clamping mechanism, a main shaft and a regulation mechanism assembly, wherein the main shaft is installed on the base, one end of the main shaft is connected with a motor, the other end of the main shaft is connected with a main shaft wheel, the base right facing the main shaft wheel is vertically provided with the cutter installation base, the cutter clamping mechanism is installed on the cutter installation base, a backing resisting shaft is installed above the main shaft in parallel, the two sides of the cutting clamping mechanism are provided with limiting mechanisms, and supporting mechanisms are installed between the limiting mechanisms and the main shaft wheel. The spinning forming machine used for machining the air pipe can serve as a support on the lower portion of the air pipe, limit the air pipe in front of and at back of the air pipe so that the air pipe can be stably installed, it is guaranteed that spinning forming machining is normally carried out, the installation position of a cutter is adjustable, and accordingly the contact angle of the cutter and the machined portion of the air pipe is changed, the cutter is flexible in adjusting and the machining quality of the air pipe is guaranteed.
Description
Technical field
The utility model belongs to rotary press modelling technical field, is specifically related to a kind of for processing the flow forming molding of airduct.
Background technology
Utilize flow forming molding to carry out rotary pressing processing to the opening of airduct, can expand the area of airduct air inlet, improve the ventilation tolerance of airduct, yet at present for processing the flow forming molding of airduct, its structure has many irrational places, airduct add can topple over man-hour, loosening, because cutter is unadjustable, cutter regulates dumb, can have influence on the crudy of airduct.Therefore need a kind ofly can to provide support airduct, spacing adjustable flow forming molding.
Prior art shortcoming: Cutting tool installation manner position is fixed, cutter regulates dumb; Airduct below does not have bracing or strutting arrangement, and airduct is laid unstable; Infinite place device before and after airduct, airduct is easily toppled over, is become flexible.
Utility model content
For overcoming the above problems, the utility model provides a kind of can carry out to airduct the adjustable rotary pressing machine of support limit.
Technical scheme is as follows:
A kind of for processing the flow forming molding of airduct, comprise pedestal, tool fitting, cutter clamping mechanism, main shaft and governor motion assembly, described main shaft is arranged on the top of described pedestal, one end of this main shaft connects motor, the other end connects main shaft wheel, described governor motion assembly is arranged on described pedestal, described tool fitting is vertically installed being right against on the described pedestal of described main shaft wheel, described cutter clamping mechanism is arranged on described tool fitting, its main points: parallelly above described main shaft resistance is installed moves back axle, the one end of moving back axle in this resistance is provided with resistance and moves back wheel, the top that wheel is positioned at described main shaft wheel is moved back in described resistance, described resistance is moved back axle through described governor motion assembly and is connected with described governor motion assembly by bearing block,
Described tool fitting is two, two these tool fittings are installed in parallel on described pedestal, in the top of two described tool fittings correspondence, offer four groups of rotation holes, wherein described in three groups the hole heart of rotation hole on same straight line, hole heart line and the horizontal direction of three groups of these rotation holes are 30 ° of angles, another organize described rotation hole be opened in described in three groups in rotation hole rotation hole described in one group of below under, middle part in described cutter clamping mechanism is provided with rotating shaft, described rotating shaft is located in described in corresponding a group of arranging in rotation hole, thereby described cutter clamping mechanism is connected on described mount pad,
On the described pedestal of the described tool fitting left and right sides, be separately installed with position-limited rack, on described position-limited rack, be connected with gag lever post, on the described pedestal between described position-limited rack and described main shaft wheel, be provided with two supporting mechanisms, two these supporting mechanisms are symmetrical about the axis of described main shaft;
Described governor motion assembly comprises over against the first adjusting frame arranging and the second adjusting frame, described first regulates frame to consist of the first underframe and the first bracing frame being fixed on this first underframe, wherein said the first bracing frame is quadrilateral frame shelf structure, described second regulates frame to consist of the second underframe and the second bracing frame being fixed on this second underframe, wherein said the second bracing frame is quadrilateral frame shelf structure, described main shaft is positioned at the below of described the first underframe and the second underframe, in described the first bracing frame and the second bracing frame, described bearing block is all installed, on the quadrilateral frame upper side wall of described the first bracing frame, be fixed with the first oil cylinder, the piston rod outer end of this first oil cylinder is connected with the bearing block in being arranged on described the first bracing frame, on the quadrilateral frame upper side wall of described the second bracing frame, be fixed with the second oil cylinder, the piston rod outer end of this second oil cylinder is connected with the bearing block in being arranged on described the second bracing frame, described the first oil cylinder and the second oil cylinder communicate with same oil circuit.
Adopt above technical scheme, resistance is moved back wheel and is hindered and move back at the rear of airduct, and airduct is not drawn back in rotary pressing processing process, and can move back wheel according to dust diameter lifting resistance, all can play good resistance move back effect to various airducts; Cutter clamping mechanism can select to be arranged in different rotation holes, thus the contact angle of flexible modulation cutter and airduct processing department, the crudy of assurance airduct; The cooperation of position-limited rack and gag lever post can be carried out in the place ahead of airduct spacing, and supporting mechanism can provide support below airduct, has guaranteed that airduct can not topple over, drop in rotary press modelling process, guarantees normally carrying out of rotary pressing processing.
Described cutter clamping mechanism mainly consists of screw rod, pushing ram and adapter sleeve, the top of described adapter sleeve is provided with internal thread, the cross-under of described screw rod is on described adapter sleeve top, described pushing ram cross-under is in the bottom of described adapter sleeve, the lower end of described screw rod is socketed with ball bearing, this ball bearing is embedded in the upper end of described pushing ram, and described rotating shaft is arranged on the sidewall of described adapter sleeve.Adopt above technical scheme, adopt above technical scheme, the rotational of screw rod makes pushing ram flexible, thereby control cutter, advance or retreat, in process, along with the continuous variation of airduct abnormity opening, can dynamically adjust the contact relation between cutter and airduct, use cutter and main shaft wheel to process airduct opening, guarantee crudy, and simple in structure firm.
On described position-limited rack, offer vertical bar-shaped trough, on this bar-shaped trough, be bolted lifting platform, described gag lever post is connected on described lifting platform.Adopt above technical scheme, gag lever post can move up and down by lifting platform, selects suitable position to carry out airduct spacing according to the size of airduct caliber, has expanded the scope of application.
On described lifting platform, be provided with telescoping mechanism, described telescoping mechanism consists of base plate, limited block, slide block and bolt rotary axle, the number of described limited block is two, two these limited blocks form track over against being fixed on described base plate, described slide block is positioned at described track, the front portion of described bolt rotary axle is located on described slide block, and back support is above described base plate, and described gag lever post is connected on described slide block.Adopt above technical scheme, when bolt rotary axle rotates, can be with movable slider to move forward and backward in chute, thereby control the flexible of gag lever post, in process, bending, flange, curling along with workpiece, control telescoping mechanism and promote forward gag lever post, make gag lever post all the time with workpiece pre-tightening, carry out dynamic adjustments control, workpiece can not become flexible on spinning machine, rational in infrastructure, convenient and practical, make workpiece processing stable convenient.
Described supporting mechanism is by vertical support bar, swash plate and back-up block form, the lower end of described vertical support bar is connected on described pedestal, on described pedestal, offer deep-slotted chip breaker, described deep-slotted chip breaker be take the lower end of described vertical support bar and is inwardly offered as the center of circle, the upper end of described swash plate is connected to the upper end of described vertical support bar, the lower end of this swash plate is connected on described deep-slotted chip breaker, on described swash plate, offer lifting groove, on described swash plate, offer the stopper slot of a plurality of inclinations, described stopper slot communicates with described lifting groove, the lower end of described back-up block is provided with pin-and-hole, bearing pin is connected described back-up block with described lifting groove through described pin-and-hole with described swash plate.Adopt above technical scheme, supporting mechanism can rotate on pedestal, and back-up block can also be fixed on swash plate in lifting, can to supporting mechanism, carry out multi-angle, multi-faceted adjusting according to the caliber of airduct and processing request, thereby to airduct, provide good support, expanded the scope of application.
Upper end at described back-up block is provided with roller, and described gag lever post is column type, on the described gag lever post between the described position-limited rack of the left and right sides, is socketed with spacing cylinder, and the quantity of described spacing cylinder is two.Adopt above technical scheme, roller can rotate with two spacing cylinders in rotary pressing processing process together with workpiece, and rotation direction is consistent with workpiece rotation direction, can not produce sliding friction, has reduced the damage to workpiece.
Beneficial effect: adopt a kind of for processing the flow forming molding of airduct of above technical scheme, can below airduct, provide support, front and back are carried out spacing, can make airduct install stable, guarantee normally carrying out of rotary press modelling processing, Cutting tool installation manner position can be adjusted, thereby changes cutter and airduct processing department contact angle, cutter flexible adjustment, the crudy of assurance airduct.
Accompanying drawing explanation
Fig. 1 is that the utility model is a kind of for processing the structural representation of the flow forming molding of airduct;
Fig. 2 is the top view of Fig. 1;
Fig. 3 is the left view of Fig. 1;
Fig. 4 is the structural representation of telescoping mechanism 5 in Fig. 1;
Fig. 5 is the top view of Fig. 4;
The cutaway view of Tu6Wei Tu1Zhong cutter clamping mechanism 2.
Description of reference numerals: 1, pedestal, 11, tool fitting, 1a, deep-slotted chip breaker, 2, cutter clamping mechanism, 21, screw rod, 22, pushing ram, 23, adapter sleeve, 24, ball bearing, 25, rotating shaft, 2a, rotation hole, 3, position-limited rack, 31, lifting platform, 32, gag lever post, 33, spacing cylinder, 3a, bar-shaped trough, 4, supporting mechanism, 41, vertical support bar, 42, swash plate, 43, back-up block, 44, roller, 4a, lifting groove, 4b, stopper slot, 5, telescoping mechanism, 51, base plate, 52, limited block, 53, slide block, 54, bolt rotary axle, 55, track, 6, axle is moved back in resistance, 61, wheel is moved back in resistance, 7, main shaft, 71, main shaft wheel, 8, governor motion assembly, 81, first regulates frame, 811, the first underframe, 812, the first bracing frame, 813, the first oil cylinder, 82, second regulates frame, 821, the second underframe, 822, the second bracing frame, 823, the second oil cylinder, 9, bearing block.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing, the utility model is described further.
If Fig. 1 is to as shown in Fig. 6, a kind of for processing the flow forming molding of airduct, comprise pedestal 1, tool fitting 11, cutter clamping mechanism 2, main shaft 7 and governor motion assembly 8, described main shaft 7 is arranged on the top of described pedestal 1, one end of this main shaft 7 connects motor, the other end connects main shaft wheel 71, parallelly above described main shaft 7 resistance is installed moves back axle 6, the one end of moving back axle 6 in this resistance is provided with resistance and moves back wheel 61, the top that wheel 61 is positioned at described main shaft wheel 71 is moved back in described resistance, described resistance is moved back axle 6 through described governor motion assembly 8 and is connected with described governor motion assembly 8 by bearing block 9, described tool fitting 11 is vertically installed being right against on the described pedestal 1 of described main shaft wheel 71,
Described tool fitting 11 is two, two these tool fittings 11 are over against setting, in the top of two described tool fittings 11 correspondence, offer four groups of rotation hole 2a, wherein described in three groups the hole heart of rotation hole 2a on same straight line, hole heart line and the horizontal direction of three groups of this rotation hole 2a are 30 ° of angles, another organize described rotation hole 2a be opened in described in three groups in rotation hole 2a rotation hole 2a described in one group of below under;
Described cutter clamping mechanism 2 is mainly by screw rod 21, pushing ram 22 and adapter sleeve 23 form, the top of described adapter sleeve 23 is provided with internal thread, the cross-under of described screw rod 21 is on described adapter sleeve 23 tops, described pushing ram 22 cross-under are in the bottom of described adapter sleeve 23, the lower end of described screw rod 21 is socketed with ball bearing 24, this ball bearing 24 is embedded in the upper end of described pushing ram 21, on the lateral wall of described adapter sleeve 23, be provided with rotating shaft 25, described rotating shaft 25 is located in described in corresponding a group of arranging in rotation hole 2a, described cutter clamping mechanism 2 is connected on described peace cutter dress seat 11,
On the described pedestal 1 of described tool fitting 11 left and right sides, be separately installed with position-limited rack 3, on described position-limited rack 3, offer vertical bar-shaped trough 3a, on this bar-shaped trough 3a, be bolted lifting platform 31, on described lifting platform 31, be provided with telescoping mechanism 5, described telescoping mechanism 5 is by base plate 51, limited block 52, slide block 53 and bolt rotary axle 54 form, the number of described limited block 52 is two, two these limited blocks 52 form track 55 over against being fixed on described base plate 51, described slide block 53 is positioned at described track 55, the front portion of described bolt rotary axle 54 is located on described slide block 53, back support is above described base plate 51, on described slide block 53, be connected with the gag lever post 32 of column type, on described gag lever post 32, be socketed with two spacing cylinders 33,
On the described pedestal 1 between described position-limited rack 3 and described main shaft wheel 71, be provided with two supporting mechanisms 4, two these supporting mechanisms 4 are symmetrical about the axis of described main shaft 7, described supporting mechanism 4 is by vertical support bar 41, swash plate 42 and back-up block 43 form, the lower end of described vertical support bar 41 is connected on described pedestal 1, on described pedestal 1, offer deep-slotted chip breaker 1a, described deep-slotted chip breaker 1a be take the lower end of described vertical support bar 41 and is inwardly offered as the center of circle, the upper end of described swash plate 42 is connected to the upper end of described vertical support bar 41, the lower end of this swash plate 42 is connected on described deep-slotted chip breaker 1a, on described swash plate 42, offer lifting groove 4a, on described swash plate 42, offer the stopper slot 4b of a plurality of inclinations, described stopper slot 4b communicates with described lifting groove 4a, the lower end of described back-up block 43 is provided with pin-and-hole, bearing pin is connected described back-up block 43 with described lifting groove 4a through described pin-and-hole with described swash plate 42, in the upper end of described back-up block 43, be provided with roller 44.
Described governor motion assembly 8 is arranged on described pedestal 1, described governor motion assembly 8 comprises over against the first adjusting frame 81 arranging and the second adjusting frame 82, described first regulates frame 81 to consist of the first underframe 811 and the first bracing frame 812 being fixed on this first underframe 811, wherein said the first bracing frame 812 is quadrilateral frame shelf structure, described second regulates frame 82 to consist of the second underframe 821 and the second bracing frame 822 being fixed on this second underframe 821, wherein said the second bracing frame 822 is quadrilateral frame shelf structure, described main shaft 3 is positioned at the below of described the first underframe 811 and the second underframe 821, at described the first bracing frame 812 with the second bracing frame 822 is interior that described bearing block 9 is all installed, on the quadrilateral frame upper side wall of described the first bracing frame 812, be fixed with the first oil cylinder 813, the piston rod outer end of this first oil cylinder 813 is connected with the bearing block 9 in being arranged on described the first bracing frame 812, on the quadrilateral frame upper side wall of described the second bracing frame 822, be fixed with the second oil cylinder 823, the piston rod outer end of this second oil cylinder 823 is connected with the bearing block 9 in being arranged on described the second bracing frame 822, described the first oil cylinder 813 and the second oil cylinder 823 communicate with same oil circuit.
Claims (6)
1. one kind for processing the flow forming molding of airduct, comprise pedestal (1), tool fitting (11), cutter clamping mechanism (2), main shaft (7) and governor motion assembly (8), described main shaft (7) is arranged on the top of described pedestal (1), one end of this main shaft (7) connects motor, the other end connects main shaft wheel (71), described governor motion assembly (8) is arranged on described pedestal (1), described tool fitting (11) is vertically installed being right against on the described pedestal (1) of described main shaft wheel (71), described cutter clamping mechanism (2) is arranged on described tool fitting (11), it is characterized in that: parallelly in the top of described main shaft (7) resistance is installed moves back axle (6), the one end of moving back axle (6) in this resistance is provided with resistance and moves back wheel (61), the top that wheel (61) is positioned at described main shaft wheel (71) is moved back in described resistance, described resistance is moved back axle (6) and is connected with described governor motion assembly (8) through described governor motion assembly (8) and by bearing block (9),
Described tool fitting (11) is two, two these tool fittings (11) are over against setting, top correspondence at two described tool fittings (11) offers four groups of rotation holes (2a), wherein described in three groups the hole heart of rotation hole (2a) on same straight line, hole heart line and the horizontal direction of three groups of these rotation holes (2a) are 30 ° of angles, another organize described rotation hole (2a) be opened in rotation hole described in three groups (2a) rotation hole (2a) described in one group of below under, at the middle part of described cutter clamping mechanism (2), be provided with rotating shaft (25), described rotating shaft (25) is located in described in corresponding a group of arranging in rotation hole (2a), thereby described cutter clamping mechanism (2) is connected on described mount pad (11),
On the described pedestal (1) of described tool fitting (11) left and right sides, be separately installed with position-limited rack (3), on described position-limited rack (3), be connected with gag lever post (32), on the described pedestal (1) between described position-limited rack (3) and described main shaft wheel (71), be provided with two supporting mechanisms (4), two these supporting mechanisms (4) are symmetrical about the axis of described main shaft (7);
Described governor motion assembly (8) comprises over against the first adjusting frame (81) arranging and the second adjusting frame (82), described first regulates frame (81) by the first underframe (811) and is fixed on the first bracing frame (812) formation on this first underframe (811), wherein said the first bracing frame (812) is quadrilateral frame shelf structure, described second regulates frame (82) by the second underframe (821) and is fixed on the second bracing frame (822) formation on this second underframe (821), wherein said the second bracing frame (822) is quadrilateral frame shelf structure, described main shaft (3) is positioned at the below of described the first underframe (811) and the second underframe (821), in described the first bracing frame (812) and the second bracing frame (822), described bearing block (9) is all installed, on the quadrilateral frame upper side wall of described the first bracing frame (812), be fixed with the first oil cylinder (813), the piston rod outer end of this first oil cylinder (813) is connected with the bearing block (9) in being arranged on described the first bracing frame (812), on the quadrilateral frame upper side wall of described the second bracing frame (822), be fixed with the second oil cylinder (823), the piston rod outer end of this second oil cylinder (823) is connected with the bearing block (9) in being arranged on described the second bracing frame (822), described the first oil cylinder (813) and the second oil cylinder (823) communicate with same oil circuit.
2. according to claim 1 a kind of for processing the flow forming molding of airduct, it is characterized in that: described cutter clamping mechanism (2) is mainly by screw rod (21), pushing ram (22) and adapter sleeve (23) form, the top of described adapter sleeve (23) is provided with internal thread, the cross-under of described screw rod (21) is on described adapter sleeve (23) top, described pushing ram (22) cross-under is in the bottom of described adapter sleeve (23), the lower end of described screw rod (21) is socketed with ball bearing (24), this ball bearing (24) is embedded in the upper end of described pushing ram (21), described rotating shaft (25) is arranged on the sidewall of described adapter sleeve (23).
3. according to claim 2 a kind of for processing the flow forming molding of airduct, it is characterized in that: on described position-limited rack (3), offer vertical bar-shaped trough (3a), on this bar-shaped trough (3a), be bolted lifting platform (31), described gag lever post (32) is connected on described lifting platform (32).
4. according to claim 3 a kind of for processing the flow forming molding of airduct, it is characterized in that: on described lifting platform (31), be provided with telescoping mechanism (5), described telescoping mechanism (5) is by base plate (51), limited block (52), slide block (53) and bolt rotary axle (54) form, the number of described limited block (52) is two, two these limited blocks (52) are over against being fixed on the upper track (55) that forms of described base plate (51), described slide block (53) is positioned at described track (55), the front portion of described bolt rotary axle (54) is located on described slide block (53), back support is in the top of described base plate (51), described gag lever post (32) is connected on described slide block (53).
5. according to claim 4 a kind of for processing the flow forming molding of airduct, it is characterized in that: described supporting mechanism (4) is by vertical support bar (41), swash plate (42) and back-up block (43) form, the lower end of described vertical support bar (41) is connected on described pedestal (1), on described pedestal (1), offer deep-slotted chip breaker (1a), described deep-slotted chip breaker (1a) be take the lower end of described vertical support bar (41) and is inwardly offered as the center of circle, the upper end of described swash plate (42) is connected to the upper end of described vertical support bar (41), the lower end of this swash plate (42) is connected on described deep-slotted chip breaker (1a), on described swash plate (42), offer lifting groove (4a), on described swash plate (42), offer the stopper slot (4b) of a plurality of inclinations, described stopper slot (4b) communicates with described lifting groove (4a), the lower end of described back-up block (43) is provided with pin-and-hole, bearing pin is connected described back-up block (43) with described lifting groove (4a) through described pin-and-hole with described swash plate (42).
6. according to claim 5 a kind of for processing the flow forming molding of airduct, it is characterized in that: in the upper end of described back-up block (43), be provided with roller (44), described gag lever post (32) is column type, on the described gag lever post (32) between the described position-limited rack (3) of the left and right sides, be socketed with spacing cylinder (33), the quantity of described spacing cylinder (33) is two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320614607.XU CN203578775U (en) | 2013-09-30 | 2013-09-30 | Spinning forming machine used for machining air pipe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320614607.XU CN203578775U (en) | 2013-09-30 | 2013-09-30 | Spinning forming machine used for machining air pipe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203578775U true CN203578775U (en) | 2014-05-07 |
Family
ID=50576748
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320614607.XU Expired - Fee Related CN203578775U (en) | 2013-09-30 | 2013-09-30 | Spinning forming machine used for machining air pipe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203578775U (en) |
-
2013
- 2013-09-30 CN CN201320614607.XU patent/CN203578775U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140507 Termination date: 20140930 |
|
| EXPY | Termination of patent right or utility model |