CN2865925Y - Automatic reinforced bar hoop bending machine - Google Patents
Automatic reinforced bar hoop bending machine Download PDFInfo
- Publication number
- CN2865925Y CN2865925Y CN 200520026945 CN200520026945U CN2865925Y CN 2865925 Y CN2865925 Y CN 2865925Y CN 200520026945 CN200520026945 CN 200520026945 CN 200520026945 U CN200520026945 U CN 200520026945U CN 2865925 Y CN2865925 Y CN 2865925Y
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- frame
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- wheel
- punching
- swing
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- Expired - Fee Related
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Abstract
An automatic steel bar hoop machine with frame, drive mechanism, feed mechanism, positioning mechanism, bending mechanism and punching mechanism set on the right of frame. The drive mechanism passes through swinging arm drive feed mechanism connected to mechanism. The feed mechanism passes through slide track control positioning mechanism on frame. The drive mechanism is connected to chain wheels at the two ends of chain through major axis. Moreover, the drive mechanism passes chain wheel drive bending mechanism and belt drive punching mechanism. The punching mechanism also connects to positioning mechanism. The utility model can simply and easily adjust 135 degree head and tail steel bar length and arc angle. If the steel rigidity is high, 90 degree size can be adjusted to solve the problem of spring back, squareness and rectangle adjustment etc. After five times of feeding and five times of bending, cut finally and bend the steel bar to the stirrup needed. The machine has completely solved the problem of heavy labor intensity and disunified product specifications and greatly improved working efficiency and product quality.
Description
Technical field
The utility model relates to a kind of stirrup bender, particularly relates to a kind of automatic stirrup bender of automatic bending hoop continuously that is used to build.
Background technology
In building trade, be extensive use of the reinforcing bar of all size, do concrete skeleton,, the reinforcing bar that plays skeleton function is called stirrup to improve the intensity of reinforcing bar.The shape of stirrup mainly contains square, rectangle, cooperates main muscle to make beam, post and distributes in each structure in the building.Usually employed under construction reinforcing bar mainly contains the reinforcing bar of Φ 6, Φ 8, Φ 10, and its method that curves stirrup is had manual bending and adds semi-automatic angle-bender bending by hand.But the mode of above-mentioned this bending has that labour intensity is big, and efficient is low, the skimble-scamble deficiency of specification.
Summary of the invention
Technical problem to be solved in the utility model is to provide a kind of do not have labour intensity, high efficiency, the automatic stirrup bender of automatic bending hoop continuously that product specification is unified.
The technical scheme that the utility model adopted is: a kind of automatic stirrup bender, include frame, be arranged on the driving mechanism of frame downside, the feeding mechanism and the detent mechanism that are arranged on frame upside left-half, the bending mechanism that is arranged on the frame right half part and punching mechanism, wherein, driving mechanism is by being connected the swing arm driving feeding mechanism in the mechanism, and feeding mechanism is by the control of the slide rail on frame detent mechanism; Driving mechanism is connected with the sprocket wheel at chain two ends by the major axis that itself was provided with, and by the chain wheel drive bending mechanism; Also by the belt drives punching mechanism, punching mechanism also is connected with detent mechanism driving mechanism.
Driving mechanism includes motor, and with the big grooved wheel that motor is connected by belt, the swing big grooved wheel with big grooved wheel is connected by belt is provided with the swing arm of driving feeding mechanism in the limit portion of swing big grooved wheel; The swing big grooved wheel also is connected with sprocket wheel, chain by the major axis of itself, and the sprocket wheel of the chain other end is connected with bending mechanism; The power transmission shaft of big grooved wheel itself is connected with punching mechanism by belt.
Swing arm is to be arranged on the big grooved wheel by minor axis and the centering block on the minor axis that is arranged on the big grooved wheel, and an end of swing arm is slidingly connected with the swing arm slide block that is arranged on the frame, and the other end of swing arm is connected with feeding mechanism by hinge.
The utility model is owing to adopt said structure, can be simply, the convenient length of adjusting 135 degree heads and afterbody steel bar end, adjust arc chord angle when crooked size, when reinforcing bar hardness is big, can adjust 90 degree sizes and solve resiliences, adjust square, rectangle etc., extremely easy to use.By five chargings, five bendings, promptly, crooked 135 degree of charging for the first time reach each crooked 90 degree of the 4th charging, crooked 118 degree of the 5th charging for the second time and for the third time, final cutting becomes required stirrup with bar bending, it is big to have solved labour intensity completely, and the skimble-scamble problem of product specification has improved the quality of operating efficiency and product greatly.
Description of drawings
Fig. 1 is an overall structure schematic diagram of the present utility model;
Fig. 2 is the vertical view of Fig. 1;
Fig. 3 is the A-A cutaway view among Fig. 1;
Fig. 4 is the B-B cutaway view among Fig. 1;
Fig. 5 is the rearview of punching press road wheel and Geneva wheel Geneva gear among Fig. 1;
Fig. 6 is the crooked gear among Fig. 5 and the structural representation of curved major driving wheel;
Fig. 7 is the C-C cutaway view among Fig. 6;
Fig. 8 is the drives structure schematic diagram that drives stage clip among Fig. 7.
Wherein:
1: motor 2: big grooved wheel 3: small grooved wheel 4: swing big grooved wheel 5: power transmission shaft
6: major axis 7: minor axis 8: go up centering block 9: swing arm 10: sliding shoe
11: horizontal slideway 12: hinge 13: piece 14 initiatively: by motion block 15: pull bar
16: steel ball 17: spring 18: pressure cap 19: cushion pad 20: sliding rod
21: positioning sleeve 22: adjust nut 23: Ω profile shaft 24: spring 25: shrinkage pool
26: spring adjustment cover 27: location hook 28: localization handspike 29: the action handle
30: lever 31: locking card 32: sprocket wheel 33: chain 34: gear
35: reversing shaft 36: watt frame 37: axle 38: Maltese cam 39: Geneva wheel Geneva gear
40: axle 41: bending axis 42: curved major driving wheel 43: crooked gear 44: brasses frame
45: swing handle 46: adjust screw 47: swing handle support 48: extension spring 49: adjust screw
50: semiaxis 51,52: shaft joint 53: bearing bracket stand 54: punching press seat 55: crooked handle
56: screw 57: compressive bending bar 58: nail 59,60 bends: feeding cam 61: punching press cam
62: support 63,64: axle sleeve 65,66: bearing 67: fork 68: pull bar
69: driving wheel 70: belt 71: punching press road wheel 72: bent axle 73: gland
74,87,88,93: brasses 75: jack panel 76: sunk screw 77: clutch cover
78: key 79: pin frame dish 80: on-of pin 81: spring 82: spring stop piece
83: separate 84: stage clip 85: release yoke support 86: punching press watt seat 89: packing ring
90: crank 91: connecting plate 92,103: screw 94: crank gland 95: screw
96: T-shaped connecting rod 97: connect female 98: punching press pull bar 99: locknut 100: stamped bracket
101: dovetail frid 102: regulating block 104: adjust screw 105: top shoe
106: knife rest 107: punching press cutter 108: cutter 109 under the punching press: following mould bases
The specific embodiment
Provide specific embodiment below in conjunction with accompanying drawing, further specify the utility model and how to realize.
As shown in Figure 1 and Figure 2, automatic stirrup bender, include frame A, be arranged on frame A downside driving mechanism, be arranged on frame A upside left-half feeding mechanism and detent mechanism, be arranged on the bending mechanism and the punching mechanism of frame A right half part, wherein, driving mechanism drives feeding mechanism by the swing arm 9 that is connected in the mechanism, and feeding mechanism is by the 20 control detent mechanisms of the slide rail on the frame A; Driving mechanism is connected with the sprocket wheel 32 at chain two ends by the major axis 6 that itself was provided with, and drives bending mechanism by sprocket wheel 32; Driving mechanism also drives punching mechanism by belt 70, and punching mechanism also is connected with detent mechanism.
Described driving mechanism includes motor 1, and with the big grooved wheel 2 that motor 1 is connected by belt, the swing big grooved wheel 4 with big grooved wheel 2 is connected by belt is provided with the swing arm 9 of driving feeding mechanism in the limit portion of swing big grooved wheel 4; Swing big grooved wheel 4 also is connected with sprocket wheel 32, chain 35 by the major axis 6 of itself, and the sprocket wheel 32 of chain 35 other ends is connected with bending mechanism; Big grooved wheel 2 power transmission shafts 5 own are connected with punching mechanism by belt 70.
Described swing arm 9 is to be arranged on the swing big grooved wheel 4 by minor axis 7 and the last centering block 8 on the minor axis 7 that is arranged on the swing big grooved wheel 4, one end of swing arm 9 is slidingly connected with the swing arm slide block 10 that is arranged on the frame A, and the other end of swing arm 9 is connected with feeding mechanism by hinge 12.
Described feeding mechanism includes that be connected and be arranged on active piece 13 on the horizontal slideway 11 by hinge 12 and swing arm 9, be connected with active piece 13 be arranged on the horizontal slideway 11 by motion block 14, be separately positioned on frame A and go up and be positioned at the porch of feeding mechanism and be arranged on by the single-phase locking card 31 at the discharging opening place of motion block 14, on frame A and discharging place that is positioned at detent mechanism also be provided with single-phase locking card 31.
As shown in Figure 3, described active piece 13 has a pull bar 15 in that a side that is positioned at passive 14 is fixedly embedded, be formed with shrinkage pool 25 by motion block 14 and pull bar 15 corresponding positions, initiatively the pull bar 15 on the piece 13 can embed by in the shrinkage pool 25 of motion block 14, and by by pressure cap set on the motion block 14 18 and be positioned at its spring 17 and the steel ball 16 of spring 17 lower ends is fixed, promptly, when embedding in the shrinkage pool 25, pull bar 15 boosts steel ball 16, steel ball 16 withstands pull bar 15 and has played the fixedly effect of pull bar 15 under the elastic force of spring 17.
Described detent mechanism, include three groups of location that are arranged on frame A top and adjust pawl, wherein, the Ω profile shaft 23 that includes on the slide rail 20 that two ends are separately positioned on both sides, frame A top is grabbed in every group of adjustment, the two ends of Ω profile shaft 23 are provided with positioning sleeve 21, nut 22 and location hook 27 are adjusted in the location that links to each other with positioning sleeve 21, grab in the one group of adjustment that is arranged in feed end, the location hook 27 that will link to each other with positioning sleeve 21 changes location pull bar 28 into, on the positioning sleeve 21 of Ω profile shaft 23 1 ends, also be provided with spring 24, an end is fixed on the spring adjustment cover 26 in the spring 24, spring adjustment cover 26 is fixedly installed on the slide rail 20, except that the one group of adjustment that is positioned at feed end was grabbed, a side of the positioning sleeve 21 of the other end of the Ω profile shaft 23 on remaining locating detent also was provided with action handle 29.
As Fig. 1, Fig. 2, the described bending mechanism of Fig. 5 includes by sprocket wheel 32 link to each other with driving mechanism and intermeshing two gears 34, the axle 37 of gear 34 is coaxial with Ma Taer cam 38 and his earphone structure 39 of horse, he is connected horse with curved major driving wheel 42 again by earphone structure 39, curved major driving wheel 42 is meshed with crooked gear 43, the other end of the axle 41 of crooked gear 43 is provided with shaft joint 51,52, shaft joint 51,52 with two semiaxis 50,56 together, semiaxis 50, on 56 bearing bracket stands 53 that are fixed on the punching press seat 54, semiaxis 56 connects the compressive bending bar 57 that is arranged on the crooked handle 55 that is used for the bending reinforcing bar on the punching press seat 54, and drive compressive bending bar 57 press-bending reinforcing bars wherein, his earphone structure 39 of Ma Taer cam 38 and horse, curved major driving wheel 42, crooked gear 43 all is fixed by brasses frame 44 respectively.
On axle 41, also be provided with swing handle 45, one end of swing handle 45 is provided with extension spring 48, an end is connected on the adjustment screw 49 that is fixed on the frame A in the extension spring 48, the other end of swing handle 45 is connected with the adjustment screw 46 that is used to adjust axle 41, adjusts screw 46 and is connected on the swing handle support 47 that is fixed on the frame A.
The lower end of the axle 40 of described curved major driving wheel 42 also is provided with feeding cam 59,60 and is fixed by brasses frame 44, feeding cam 59,60 is connected with the action handle 29 of each locating detent one side of detent mechanism by bearing 65,66, pivoted housing 63,64 and the pull bar that links to each other with support 62 respectively and controls its location in order to the pulling locating detent, and the two ends of described support 62 are separately positioned on the upper and lower brasses frame 44.
As Fig. 1, Fig. 2, Fig. 5, shown in Figure 6, described punching mechanism includes the punching press road wheel 71 that links to each other by belt with driving mechanism, the axle of punching press road wheel 71 is a bent axle 72, the other end of bent axle 72 by T-shaped connecting rod 96 successively with locking nut 99, be connected female 97 and be connected, connect female 97 and be arranged on punching press seat 54 on punching structure in punching press pull bar 98 be connected; On punching press seat 54, be connected with and be provided with stamped bracket 100, stamped bracket 100 is provided with dovetail frid 101, dovetail frid 101 is provided with top shoe 105, the lower end of top shoe 105 is provided with knife rest 106, knife rest 106 is provided with punching press cutter 107, this punching press cutter 107 is connected with the other end of punching press pull bar 98, by the rotation of punching press road wheel 71, drives moving up and down of punching press cutter 107 thus; On punching press seat 54, be set with mould bases 109 down, be set with on the following mould bases 109 with the 107 corresponding punching presses of punching press cutter under cutter 108, cutter 108 is fixed under the punching press, when 71 rotations of punching press road wheel, driving punching press pull bar 98 moves up and down, punching press pull bar 98 drives punching press cutter 107 again and moves up and down, and when punching press cutter 107 was moved downward under the punching press on the cutter 108, its impulsive force cutter 108 under punching press cut off the reinforcing bar punching press.
Wherein, the punching machine structure of punching mechanism is the punching machine structure of using always as shown in Figure 7, drive the stage clip 84 in the punching machine structure action structure as shown in Figure 8, A among Fig. 8 and the A among Fig. 7 correspond to drive point.
Below in conjunction with the description of drawings course of work of the present utility model.In the course of work of the present utility model, send reinforcing bar to when initiatively piece 13 advances, Geneva wheel Geneva gear is not worked; Geneva wheel Geneva gear work moment reinforcement in the backhaul, the length of definite charging next time simultaneously thrusts reinforcing bar in the backhaul the last time again.
At first, adjusting automatic stirrup bender earlier before work is under the following state it:
(1) initiatively piece 13 and passive motion block 14 must be adjusted chain 33 on the preceding dead point of body, make the Maltese cam 38 of Geneva wheel Geneva gear must groove near Geneva wheel Geneva gear 39 on, make it to be in the state that will move;
(2) mode that stops of crooked gear 43 must be to be in going in the tooth space between the D of curved major driving wheel 42 as shown in Figure 6 and the E;
(3) cam 59 is adjusted to the state that will form action with bearing 65;
(4) punching press cam 61 is adjusted to the state that is about to promote bearing (punching press action).
(5) cam 60 has two salient points, its first salient point should adjust with the salient point of cam 59 be separated by 72 the degree, second salient point of cam 60 be 206 the degree;
(6) reinforcing bar from after move towards the edge of a knife point of cutter 108 under the punching press forward through 3 locking cards 31.
After above-mentioned adjustment is write as, starter motor 1, initiatively piece 13 drives and is return to the backhaul direction by motion block 14.Simultaneously, three kinds of situations should appear in backhaul: 1) be positioned at the first nearest adjustment pawl of punching mechanism under the effect of first feeding cam 59, move down; 2) Geneva wheel Geneva gear 39, curved major driving wheel 42, crooked gear 43 rotate simultaneously.(being non-reinforced bending for the last time); 3) punching press action once (no-reinforcing-bar action).
A main piece 13 continues backhaul backward, stopped at first by motion block 14 and adjust on the pawl, at this moment, initiatively piece 13 with thrown off mutually by motion block 14.Initiatively during the dead point, he quits work horse by earphone structure 39 piece 14 to the end, and extension spring 48 will put handle 45 and is withdrawn into 47 recoveries of swing handle support.Crooked handle 55 also returns original position, and Maltese cam 38 rotates under workless state.Initiatively piece 13 in the process, is equipped with locking card 31 forward on the motion block 14, and the chucking reinforcing bar is pushed forward to preceding dead point, at this moment, 135 degree brachycephaly of reinforcing bar are released, during backhaul, Geneva wheel Geneva gear 39, curved major driving wheel 42 rotate, and (11 tooth work), first crooked 135 degree are finished.Simultaneously, first salient point control second of second feeding cam 60 is adjusted under location hook 27 hooks of pawl (the adjustment pawl of the centre among Fig. 2), and first location hook 27 of adjusting pawl resets simultaneously.Stopped at second by motion block and adjust on the location hook 27 of pawl, at this moment, initiatively piece 13 with broken away from by motion block 14.
When initiatively piece 13 mistake promotions are advanced to the dead point by motion block 14 for the second time, produce charging for the second time, i.e. first company commander's backhaul crooked 90 of stirrup is spent.Stopped on the localization handspike 28 of the 3rd adjustment pawl (at this moment cam 59 and cam 60 do not have the salient point action) by motion block.Produce the second limit length of side of stirrup for the third time in the rise.Crooked second 90 degree in the backhaul stopped on second location hook 27 of adjusting pawl (referring to the effect of second salient point of cam 60) by motion block 14.During the 4th rise, produce the 3rd limit length of side of stirrup, (equating) with article one length of side.It is crooked to produce the 3rd 90 degree in backhaul, is stopped at the 3rd by motion block 14 simultaneously and adjusts on the localization handspike 28 of pawl (cam 59 and cam 60 do not have salient point work).Initiatively piece 13 advances for the 5th time by motion block 14, the stirrup company commander occurs, at this moment, the angle of bend of stirrup is 118 degree (tooth on the curved major driving wheel 42 is 9 teeth) in backhaul, the salient point of the punching press cam 61 on the axle 40 promotes bearing simultaneously, make release yoke support 85 move back release yoke 83 and finish stamping procedure, stirrup is thrust.Increase bending angle 16-17 degree under the punching press again in punching course on crooked 118 degree stirrup brachycephaly, it is crooked to finish last 135 degree.Stopped at first by motion block 14 and adjust on the pawl in backhaul, the effect of the salient point of cam 59 just also is the process that Malta rotates a week.Vibration because of punching press at last falls stirrup.
Claims (10)
1. automatic stirrup bender, include frame (A), it is characterized in that, also include driving mechanism, the feeding mechanism and the detent mechanism that are arranged on frame (A) upside left-half that is arranged on frame (A) downside, bending mechanism and the punching mechanism that is arranged on frame (A) right half part, wherein, driving mechanism drives feeding mechanism by the swing arm (9) that is connected in the mechanism, and feeding mechanism is by the control of the slide rail (20) on the frame (A) detent mechanism; Driving mechanism is connected with the sprocket wheel (32) at chain two ends by the major axis (6) that itself was provided with, and drives bending mechanism by sprocket wheel (32); Driving mechanism also drives punching mechanism by belt (70), and punching mechanism also is connected with detent mechanism.
2. automatic stirrup bender according to claim 1, it is characterized in that, described driving mechanism includes motor (1), the big grooved wheel (2) that is connected by belt with motor (1), swing big grooved wheel (4) with big grooved wheel (2) is connected by belt is provided with the swing arm (9) of driving feeding mechanism in the limit portion of swing big grooved wheel (4); Swing big grooved wheel (4) also is connected with sprocket wheel (32), chain (35) by the major axis (6) of itself, and the sprocket wheel (32) of chain (35) other end is connected with bending mechanism; The power transmission shaft (5) of big grooved wheel (2) itself is connected with punching mechanism by belt (70).
3. automatic stirrup bender according to claim 1, it is characterized in that, described swing arm (9) is to be arranged on the swing big grooved wheel (4) by minor axis (7) and the last centering block (8) on the minor axis (7) that is arranged on the swing big grooved wheel (4), one end of swing arm (9) is slidingly connected with the swing arm slide block (10) that is arranged on the frame (A), and the other end of swing arm (9) is connected with feeding mechanism by hinge (12).
4. automatic stirrup bender according to claim 1, it is characterized in that, described feeding mechanism includes by what hinge (12) was connected with swing arm (9) and is arranged on active piece (13) on the horizontal slideway (11), be connected with active piece (13) be arranged on the horizontal slideway (11) by motion block (14), be separately positioned on frame (A) and go up and be positioned at the porch of feeding mechanism and be arranged on, go up and discharging place that is positioned at detent mechanism also is provided with single-phase locking card (31) in frame (A) by the single-phase locking card (31) at the discharging opening place of motion block (14).
5. automatic stirrup bender according to claim 4, it is characterized in that, described active piece (13) has a pull bar (15) in that a side that is positioned at passive (14) is fixedly embedded, be formed with shrinkage pool (25) by motion block (14) and the corresponding position of pull bar (15), initiatively the pull bar (15) on the piece (13) can embed by in the shrinkage pool of motion block (14) (25), and by being fixed by pressure cap (18) set on the motion block (14) and the spring (17) and the steel ball (16) that are positioned at it.
6. automatic stirrup bender according to claim 1, it is characterized in that, described detent mechanism, include three groups of location that are arranged on frame (A) top and adjust pawl, wherein, the Ω profile shaft (23) that includes on the slide rail (20) that two ends are separately positioned on frame (A) both sides, top is grabbed in every group of adjustment, the two ends of Ω profile shaft (23) are provided with positioning sleeve (21), nut (22) and location hook (27) are adjusted in the location that links to each other with positioning sleeve (21), grab in the one group of adjustment that is arranged in feed end, the location hook (27) that will link to each other with positioning sleeve (21) changes location pull bar (28) into, on the positioning sleeve (21) of Ω profile shaft (23) one ends, also be provided with spring (24), an end is fixed on the spring adjustment cover (26) in the spring (24), spring adjustment cover (26) is fixedly installed on the slide rail (20), except that the one group of adjustment that is positioned at feed end was grabbed, a side of the positioning sleeve (21) of the other end of the Ω profile shaft (23) on remaining locating detent also was provided with action handle (29).
7. automatic stirrup bender according to claim 1, it is characterized in that, described bending mechanism includes two gears that link to each other with driving mechanism by sprocket wheel (32) and intermeshing (34), the axle (37) of gear (34) is coaxial with Ma Taer cam (38) and his earphone structure (39) of horse, he is connected horse with curved major driving wheel (42) again by earphone structure (39), curved major driving wheel (42) is meshed with crooked gear (43), the other end of the axle (41) of crooked gear (43) is provided with shaft joint (51,52), shaft joint (51,52) with two semiaxis (50,56) together, semiaxis (50,56) be fixed on the bearing bracket stand (53) on the punching press seat (54), semiaxis (56) connects the compressive bending bar (57) that is arranged on the crooked handle (55) that is used for the bending reinforcing bar on the punching press seat (54), wherein, his earphone structure (39) of Ma Taer cam (38) and horse, curved major driving wheel (42), crooked gear (43) all is fixed by brasses frame (44) respectively.
8. automatic stirrup bender according to claim 7, it is characterized in that, on axle (41), also be provided with swing handle (45), one end of swing handle (45) is provided with extension spring (48), an end is connected on the adjustment screw (49) that is fixed on the frame (A) in the extension spring (48), the other end of swing handle (45) is connected with the adjustment screw (46) that is used for adjusting axle (41), and adjustment screw (46) is connected the pendulum that is fixed on the frame (A) and props up on the handle support (47).
9. automatic stirrup bender according to claim 1, it is characterized in that, the lower end of the axle (40) of described curved major driving wheel (42) also is provided with feeding cam (59,60) and is fixed by brasses frame (44), feeding cam (59,60) is connected with the action handle (29) of each locating detent one side of detent mechanism by bearing (65,66), pivoted housing (63,64) and the pull bar that links to each other with support (62) respectively, and the two ends of described support (62) are separately positioned on the upper and lower brasses frame (44).
10. automatic stirrup bender according to claim 1, it is characterized in that, described punching mechanism includes the punching press road wheel (71) that links to each other by belt with driving mechanism, the axle of punching press road wheel (71) is bent axle (72), the other end of bent axle (72) by T-shaped connecting rod (96) successively with locking nut (99), be connected female (97) and be connected, the punching press pull bar (98) in the punching structure on connecting female (97) and being arranged on punching press seat (54) is connected; On punching press seat (54), be connected with and be provided with stamped bracket (100), stamped bracket (100) is provided with dovetail frid (101), dovetail frid (101) is provided with top shoe (105), the lower end of top shoe (105) is connected with knife rest (106), knife rest (106) is provided with punching press cutter (107), and this punching press cutter (107) is connected with the other end of punching press pull bar (98); On punching press seat (54), be set with down mould bases (109), be set with on the following mould bases (109) with the corresponding punching press of punching press cutter (107) under cutter (108).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520026945 CN2865925Y (en) | 2005-08-08 | 2005-08-08 | Automatic reinforced bar hoop bending machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520026945 CN2865925Y (en) | 2005-08-08 | 2005-08-08 | Automatic reinforced bar hoop bending machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2865925Y true CN2865925Y (en) | 2007-02-07 |
Family
ID=37701626
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520026945 Expired - Fee Related CN2865925Y (en) | 2005-08-08 | 2005-08-08 | Automatic reinforced bar hoop bending machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2865925Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101693277A (en) * | 2009-10-19 | 2010-04-14 | 无锡荡口通和纺织机械厂 | Winding mechanism of stirrup forming machine |
| CN106493200A (en) * | 2016-11-09 | 2017-03-15 | 安溪县桃舟乡同盛茶叶专业合作社 | A kind of bending equipment for copper pipe |
-
2005
- 2005-08-08 CN CN 200520026945 patent/CN2865925Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101693277A (en) * | 2009-10-19 | 2010-04-14 | 无锡荡口通和纺织机械厂 | Winding mechanism of stirrup forming machine |
| CN101693277B (en) * | 2009-10-19 | 2014-11-19 | 无锡荡口通和纺织机械厂 | Winding mechanism of stirrup forming machine |
| CN106493200A (en) * | 2016-11-09 | 2017-03-15 | 安溪县桃舟乡同盛茶叶专业合作社 | A kind of bending equipment for copper pipe |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |