CN204770340U - Curved hoop machine - Google Patents

Curved hoop machine Download PDF

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Publication number
CN204770340U
CN204770340U CN201520357627.2U CN201520357627U CN204770340U CN 204770340 U CN204770340 U CN 204770340U CN 201520357627 U CN201520357627 U CN 201520357627U CN 204770340 U CN204770340 U CN 204770340U
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CN
China
Prior art keywords
cylinder
bending
plate
roller
traction
Prior art date
Application number
CN201520357627.2U
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Chinese (zh)
Inventor
丁国民
Original Assignee
天津市银丰机械设备有限公司
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Priority to CN201520357627.2U priority Critical patent/CN204770340U/en
Application granted granted Critical
Publication of CN204770340U publication Critical patent/CN204770340U/en

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Abstract

The utility model provides a curved hoop machine, includes the frame, install vertical adjusting part, traction assembly, side -to -side adjustment subassembly in the frame, cross group spare, cut subassembly, crooked subassembly, vertical adjusting part, traction assembly, side -to -side adjustment subassembly, mistake group spare, shearing subassembly, crooked subassembly connect gradually. The beneficial effects are that: simple structure, with low costs, multiple functional, can realize the reinforcing bar the pay -off, align, pull, the automation of crooked, cutting.

Description

Hoop bender
Technical field
The utility model relates to metalworking machinery field, particularly a kind of hoop bender.
Background technology
Hoop bender is used for the bending machining to reinforcing bar, existing hoop bender is divided into semi-automatic and full-automatic, wherein full-automatic hoop bender is easy and simple to handle, machining accuracy is high, but corresponding equipment price is somewhat expensive, same maintenance cost is also higher, and semi-automatic hoop bender cannot complete the automation of all procedure of processings, waste of manpower cost.
Summary of the invention
The purpose of this utility model is to solve the problem, and devises a kind of hoop bender.Specific design scheme is:
A kind of hoop bender, comprise frame, described frame is provided with longitudinal adjusting part, traction component, lateral adjustments assembly, cross line component, shearing component, crooked assembly, described longitudinal adjusting part, traction component, lateral adjustments assembly, cross line component, shearing component, crooked assembly connects successively, the right side of described frame is connected with bending machine, described bending machine is fixed on bending machine support, described bending machine comprises clamp assemblies, push assembly, retainer assembly, the front end of described bending machine support is provided with bending machine track, described bending machine and described bending machine track sliding are dynamically connected, described bending machine support is also fixed with material collecting tank, described material collecting tank is positioned at the top of described bending machine, described material collecting tank is two " C " type metal tubes, the lower end of described material collecting tank is provided with and props up plate, the described plate that props up comprises and fixedly props up plate, rotation props up plate, described material collecting tank is by blowing air cylinder driven, described rotation props up plate by propping up air cylinder driven.
Described crooked assembly comprises bending main shaft, on described bending main shaft, cover has rotary sleeve, flexible axle sleeve, fixed hub, described rotary sleeve, flexible axle sleeve is all connected by bearing with described fixed hub, the front end of described flexible axle sleeve is provided with bent bodies by connecting key, one end of described bending main shaft is connected with catch by bearing, the side of described fixed hub is provided with bending fixed head, described bending fixed head is provided with bending cylinder, described bending cylinder passes through bearing, flexible axle sleeve is connected with described bending main shaft, the side of described bending main shaft is also provided with bending countershaft, the side of described bending countershaft is connected with described bent bodies, opposite side is fixed by bearing.
Described longitudinal adjusting part comprise reinforcing bar connect draw joint, reinforcing bar connect draw connecting plate, reinforcing bar connects and draws fixed head, vertical regulating mechanism, bracing frame, described longitudinal adjusting part is connected with described frame by bracing frame, described reinforcing bar connect draw joint, reinforcing bar connect draw connecting plate, reinforcing bar connect draw fixed head, vertical regulating mechanism to be all fixed on support frame as described above and described reinforcing bar connect draw joint, reinforcing bar connect draw connecting plate, reinforcing bar connect draw fixed head, vertical regulating mechanism connects successively.Described vertical regulating mechanism is made up of multiple longitudinal connection roll, and described multiple longitudinal connection roll is along two straight line linearly array distribution parallel to each other.
Described traction component comprises traction cylinder, tow attachment, force increasing arm, compaction case, towing tank, traction reductor, traction electric machine, described traction cylinder, tow attachment, force increasing arm, compaction case, towing tank, traction reductor, traction electric machine connects successively, wherein, described traction reductor is connected by drawing shaft coupling with towing tank, Flange joint between described traction shaft coupling and traction reductor, described compaction case is fixed on the upper end of described towing tank, the end of described force increasing arm embeds in described compaction case, middle part and the described compaction case of described force increasing arm are rotationally connected by pivot pin, hold-down roller is provided with in described compaction case, the end of described hold-down roller is provided with grease nipple, described towing tank comprises carry-over pinch rolls, described carry-over pinch rolls are positioned at immediately below described hold-down roller.
Described lateral adjustments assembly comprises fixed head, described fixed head is fixed with adjustable big contact-roller, fixing big roller, adjustable trundle, fixing trundle, coulisse, adjustable horizontal half roller, wherein, described fixing big roller, fixing trundle is positioned on straight line in array distribution, described adjustable big contact-roller, adjustable trundle, adjustable horizontal half roller is positioned on straight line in array distribution, described fixing big roller is positioned at the below of adjustable big contact-roller, described fixing trundle is positioned at adjustable trundle, the below of adjustable horizontal half roller, described coulisse is fixedly connected with described adjustable horizontal half roller and is positioned at the side of described adjustable horizontal half roller.
Described line component of crossing comprised line pressure plate, crossed line base plate, described line pressure plate was excessively positioned at the upper end of line base plate, be provided with inlet wire platelet, outlet platelet between described line pressure plate excessively and mistake line base plate, described inlet wire platelet, outlet platelet are all connected with described line pressure plate of crossing by bolt.
Described shearing component comprises holder, by bearing, eccentric shaft is installed in described holder, shearing end cap is run through in one end of described eccentric shaft, and be connected with one end of cutoff tool by bearing, the other end of described cutoff tool is connected with spring, and described shearing end covers and is also provided with adapter sleeve, tight cutting plate, movable blade.
Described propelling movement assembly comprises slide plate, the bottom of described slide plate is provided with and pushes cylinder, advance and retreat cylinder, pushes line slideway, the upper end of described slide plate is provided with advance and retreat line slideway, described advance and retreat cylinder is positioned at the front end, bottom surface of described slide plate, described propelling movement cylinder, propelling movement line slideway are positioned at the bottom surface back of described slide plate, described advance and retreat cylinder is connected with described advance and retreat line slideway, and described propelling movement cylinder is connected with described propelling movement line slideway, and the bottom of described propelling movement line slideway is provided with propelling movement backplate.
Described retainer assembly comprises retainer cylinder, retainer bar, and described retainer cylinder, retainer bar are all fixed on described bending machine support, and is rotationally connected between described retainer cylinder, retainer bar, bending machine support.
Described clamp assemblies comprises arm, pivot pin frame, connecting rod, supporting rod, described arm, pivot pin frame, connecting rod, supporting rod are from left to right connected by pivot pin successively, described arm, pivot pin frame, connecting rod, supporting rod are all fixed on grip slipper, described connecting rod is connected with gripper cylinder by distance rod, described gripper cylinder with between distance rod by clamping slide block, the plate that is clamped and connected is connected
By the hoop bender that technique scheme of the present utility model obtains, its beneficial effect is:
Structure is simple, and cost is low, multiple functional, can realize the automation of the feeding of reinforcing bar, aligning, traction, bending, cutting.
Accompanying drawing explanation
Fig. 1 is the structural representation of hoop bender described in the utility model;
Fig. 2 is the structural representation of crooked assembly described in the utility model;
Fig. 3 is the structural representation of longitudinal adjusting part described in the utility model;
Fig. 4 is the structural representation of traction component described in the utility model;
Fig. 5 is the side-looking structural representation of traction component described in the utility model;
Fig. 6 is the structural representation of the utility model institute lateral adjustments assembly;
Fig. 7 is the structural representation crossing line component described in the utility model;
Fig. 8 is the backsight structural representation crossing line component described in the utility model;
Fig. 9 is the structural representation of shearing component described in the utility model;
Figure 10 is the side-looking structural representation of shearing component described in the utility model;
Figure 11 is the structural representation of bending machine support described in the utility model;
Figure 12 is the structural representation of propelling movement assembly described in the utility model;
Figure 13 is the structural representation of retainer assembly described in the utility model;
Figure 14 is the structural representation of clamping device described in the utility model;
Figure 15 is the side-looking structural representation of clamping device described in the utility model;
Figure 16 is the side-looking structural representation of propelling movement assembly described in the utility model;
Figure 17 is the side-looking structural representation of bending machine support described in the utility model;
In figure, 1, frame; 11, bending machine; 12, bending machine support; 13, material collecting tank; 14, plate is propped up; 15, blowing cylinder; 16, cylinder is propped up; 17, bending machine track; 2, longitudinal adjusting part; 21, reinforcing bar connects and draws joint; 22, reinforcing bar connects and draws connecting plate; 23, reinforcing bar connects and draws fixed head; 24, vertical regulating mechanism; 25, bracing frame; 3, traction component; 31, cylinder is drawn; 32, tow attachment; 33, force increasing arm; 34, compaction case; 35, towing tank; 36, reductor is drawn; 37, traction electric machine; 38, shaft coupling is drawn; 39, hold-down roller; 310, grease nipple; 311, carry-over pinch rolls; 4, lateral adjustments assembly; 41, fixed head; 42, adjustable big contact-roller; 43, fixing big roller; 44, adjustable trundle; 45, fixing trundle; 46, coulisse; 47, adjustable horizontal half roller; 5, line component is crossed; 51, line pressure plate is crossed; 52, line base plate is crossed; 53, inlet wire platelet; 54, outlet platelet; 6, shearing component; 61, holder; 62, eccentric shaft; 63, end cap is sheared; 64, cutoff tool; 65, spring; 66, adapter sleeve; 67, tight cutting plate; 68, movable blade; 7, crooked assembly; 71, bending main shaft; 72, rotary sleeve; 73, flexible axle sleeve; 74, fixed hub; 75, bent bodies; 76, baffle plate; 77, bending fixed head; 78, bending cylinder; 79, bending countershaft; 8, clamp assemblies; 81, arm; 82, pivot pin frame; 83, connecting rod; 84, supporting rod; 85, grip slipper; 86, distance rod; 87, gripper cylinder; 88, slide block is clamped; 89, be clamped and connected plate; 9, assembly is pushed; 91, slide plate; 92, cylinder is pushed; 93, advance and retreat cylinder; 94, line slideway is pushed; 95, advance and retreat line slideway; 96, backplate is pushed; 10, retainer assembly; 101, retainer cylinder; 102, retainer bar.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is specifically described.
Fig. 1 is the structural representation of hoop bender described in the utility model, Figure 11 is the structural representation of bending machine support described in the utility model, Figure 17 is the side-looking structural representation of bending machine support described in the utility model, as Fig. 1, Figure 11, shown in Figure 17, a kind of hoop bender, comprises frame 1, and described frame 1 is provided with longitudinal adjusting part 2, traction component 3, lateral adjustments assembly 4, cross line component 5, shearing component 6, crooked assembly 7, described longitudinal adjusting part 2, traction component 3, lateral adjustments assembly 4, cross line component 5, shearing component 6, crooked assembly 7 connects successively, and the right side of described frame 1 is connected with bending machine 11, and described bending machine 11 is fixed on bending machine support 12, and described bending machine 11 comprises clamp assemblies 8, push assembly 9, retainer assembly 10, the front end of described bending machine support 12 is provided with bending machine track 17, described bending machine 11 is slidably connected with described bending machine track 17, described bending machine support 12 is also fixed with material collecting tank 13, described material collecting tank 13 is positioned at the top of described bending machine 11, described material collecting tank 13 is two " C " type metal tubes, and the lower end of described material collecting tank 13 is provided with and props up plate 14, described in prop up plate 14 and comprise and fixedly prop up plate, rotation props up plate, and described material collecting tank 13 is driven by blowing cylinder 15, and described rotation props up plate and drives by propping up cylinder 16.
Fig. 2 is the structural representation of crooked assembly described in the utility model, as shown in Figure 2, described crooked assembly 7 comprises bending main shaft 71, on described bending main shaft 71, cover has rotary sleeve 72, flexible axle sleeve 73, fixed hub 74, described rotary sleeve 72, flexible axle sleeve 73 is all connected by bearing with described fixed hub 74, the front end of described flexible axle sleeve 73 is provided with bent bodies 75 by connecting key, one end of described bending main shaft 71 is connected with catch 76 by bearing, the side of described fixed hub 74 is provided with bending fixed head 77, described bending fixed head 77 is provided with bending cylinder 78, described bending cylinder 78 passes through bearing, flexible axle sleeve 73 is connected with described bending main shaft 71, the side of described bending main shaft is also provided with bending countershaft 79, the side of described bending countershaft 79 is connected with described bent bodies 75, opposite side is fixed by bearing.
Fig. 3 is the structural representation of longitudinal adjusting part described in the utility model, as shown in Figure 3, described longitudinal adjusting part 2 comprises reinforcing bar and connects and draw joint 21, reinforcing bar connects and draws connecting plate 22, reinforcing bar connects and draws fixed head 23, vertical regulating mechanism 24, bracing frame 25, described longitudinal adjusting part 22 is connected with described frame 1 by bracing frame 25, described reinforcing bar connects and draws joint 21, reinforcing bar connects and draws connecting plate 22, reinforcing bar connects and draws fixed head 23, vertical regulating mechanism 24 is all fixed on support frame as described above 25 and described reinforcing bar connects and draws joint 21, reinforcing bar connects and draws connecting plate 22, reinforcing bar connects and draws fixed head 23, vertical regulating mechanism 24 connects successively.Described vertical regulating mechanism 24 is made up of multiple longitudinal connection roll, and described multiple longitudinal connection roll is along two straight line linearly array distribution parallel to each other.
Fig. 4 is the structural representation of traction component described in the utility model, Fig. 5 is the test structure schematic diagram of traction component described in the utility model, as Fig. 4, shown in Fig. 5, described traction component 3 comprises traction cylinder 31, tow attachment 32, force increasing arm 33, compaction case 34, towing tank 35, traction reductor 36, traction electric machine 37, described traction cylinder 31, tow attachment 32, force increasing arm 33, compaction case 34, towing tank 35, traction reductor 36, traction electric machine 37 connects successively, wherein, described traction reductor 36 is connected by drawing shaft coupling 38 with towing tank 35, Flange joint between described traction shaft coupling 38 and traction reductor 36, described compaction case 34 is fixed on the upper end of described towing tank 35, the end of described force increasing arm 33 embeds in described compaction case 34, middle part and the described compaction case 34 of described force increasing arm 33 are rotationally connected by pivot pin, hold-down roller 39 is provided with in described compaction case 34, the end of described hold-down roller 39 is provided with grease nipple 310, described towing tank 35 comprises carry-over pinch rolls 311, and described carry-over pinch rolls 311 are positioned at immediately below described hold-down roller 39.
Fig. 6 is the structural representation of the utility model institute lateral adjustments assembly, as shown in Figure 6, described lateral adjustments assembly 4 comprises fixed head 41, described fixed head 41 is fixed with adjustable big contact-roller 42, fixing big roller 43, adjustable trundle 44, fixing trundle 45, coulisse 46, adjustable horizontal half roller 47, wherein, described fixing big roller 43, fixing trundle 45 is positioned on straight line in array distribution, described adjustable big contact-roller 42, adjustable trundle 44, adjustable horizontal half roller 47 is positioned on straight line in array distribution, described fixing big roller 43 is positioned at the below of adjustable big contact-roller 42, described fixing trundle 45 is positioned at adjustable trundle 44, the below of adjustable horizontal half roller 47, described coulisse 46 is fixedly connected with described adjustable horizontal half roller 47 and is positioned at the side of described adjustable horizontal half roller 47.
Fig. 7 is the structural representation crossing line component described in the utility model; Fig. 8 is the backsight structural representation crossing line component described in the utility model, as shown in Figure 7, Figure 8, described line component 5 of crossing comprised line pressure plate 51, crossed line base plate 52, described line pressure plate 51 was excessively positioned at the upper end of line base plate 52, be provided with inlet wire platelet 53, outlet platelet 54 between described line pressure plate 51 excessively and mistake line base plate 52, described inlet wire platelet 53, outlet platelet 54 are all connected with described line pressure plate 51 of crossing by bolt.
Fig. 9 is the structural representation of shearing component described in the utility model; Figure 10 is the side-looking structural representation of shearing component described in the utility model, as shown in Figure 9, Figure 10, described shearing component 6 comprises holder 61, by bearing, eccentric shaft 62 is installed in described holder 61, shearing end cap 63 is run through in one end of described eccentric shaft 62, and be connected by bearing one end with cutoff tool 64, the other end of described cutoff tool 64 is connected with spring 65, described shearing end cap 63 is also provided with adapter sleeve 66, tight cutting plate 67, movable blade 68.
Figure 12 is the structural representation of propelling movement assembly described in the utility model, Figure 16 is the side-looking structural representation of propelling movement assembly described in the utility model, as Figure 12, shown in 16, described propelling movement assembly 9 comprises slide plate 91, the bottom of described slide plate 91 is provided with and pushes cylinder 92, advance and retreat cylinder 93, push line slideway 94, the upper end of described slide plate 91 is provided with advance and retreat line slideway 95, described advance and retreat cylinder 93 is positioned at the front end, bottom surface of described slide plate 91, described propelling movement cylinder 92, push the bottom surface back that line slideway 94 is positioned at described slide plate 91, described advance and retreat cylinder 93 is connected with described advance and retreat line slideway 95, described propelling movement cylinder 92 is connected with described propelling movement line slideway 94, the bottom of described propelling movement line slideway 94 is provided with and pushes backplate 96.
Figure 13 is the structural representation of retainer assembly described in the utility model, as shown in figure 13, described retainer assembly 10 comprises retainer cylinder 101, retainer bar 102, described retainer cylinder 101, retainer bar 102 are all fixed on described bending machine support 12, and are rotationally connected between described retainer cylinder 101, retainer bar 102, bending machine support 12.
Figure 14 is the structural representation of clamping device described in the utility model; Figure 15 is the side-looking structural representation of clamping device described in the utility model, as shown in Figure 14, Figure 15, described clamp assemblies 8 comprises arm 81, pivot pin frame 82, connecting rod 83, supporting rod 84, described arm 81, pivot pin frame 82, connecting rod 83, supporting rod 84 are from left to right connected by pivot pin successively, described arm 81, pivot pin frame 82, connecting rod 83, supporting rod 84 are all fixed on grip slipper 85, described connecting rod 83 is connected with gripper cylinder 87 by distance rod 86, described gripper cylinder 87 with between distance rod 86 by clamping slide block 88, the plate 89 that is clamped and connected is connected.
Described longitudinal adjusting part 2 pairs of reinforcing bars regulate in the position of fore-and-aft direction and align, the position of the above-below direction of described lateral adjustments assembly 4 pairs of reinforcing bars regulates and aligns, to ensure that reinforcing bar can pass through line component 5, the power of reinforcing bar movement is in left-right direction provided by haulage gear, the power of later stage bending machining and cutting is provided separately by crooked assembly 7, shearing component 6, after completing shearing, carry out work pieces process by bending machine 11.
Technique scheme only embodies the optimal technical scheme of technical solutions of the utility model; those skilled in the art all embody principle of the present utility model to some variations that wherein some part may be made, and belong within protection domain of the present utility model.

Claims (10)

1. a hoop bender, comprise frame (1), it is characterized in that, described frame (1) is provided with longitudinal adjusting part (2), traction component (3), lateral adjustments assembly (4), cross line component (5), shearing component (6), crooked assembly (7), described longitudinal adjusting part (2), traction component (3), lateral adjustments assembly (4), cross line component (5), shearing component (6), crooked assembly (7) connects successively, the right side of described frame (1) is connected with bending machine (11), described bending machine (11) is fixed on bending machine support (12), described bending machine (11) comprises clamp assemblies (8), push assembly (9), retainer assembly (10), the front end of described bending machine support (12) is provided with bending machine track (17), described bending machine (11) and described bending machine track (17) are slidably connected, described bending machine support (12) is also fixed with material collecting tank (13), described material collecting tank (13) is positioned at the top of described bending machine (11), described material collecting tank (13) is two " C " type metal tubes, the lower end of described material collecting tank (13) is provided with and props up plate (14), the described plate (14) that props up comprises and fixedly props up plate, rotation props up plate, described material collecting tank (13) is driven by blowing cylinder (15), described rotation props up plate and drives by propping up cylinder (16).
2. according to the hoop bender described in claim 1, it is characterized in that, described crooked assembly (7) comprises bending main shaft (71), the upper cover of described bending main shaft (71) has rotary sleeve (72), flexible axle sleeve (73), fixed hub (74), described rotary sleeve (72), flexible axle sleeve (73) is all connected by bearing with described fixed hub (74), the front end of described flexible axle sleeve (73) is provided with bent bodies (75) by connecting key, one end of described bending main shaft (71) is connected with catch (76) by bearing, the side of described fixed hub (74) is provided with bending fixed head (77), described bending fixed head (77) is provided with bending cylinder (78), described bending cylinder (78) passes through bearing, flexible axle sleeve (73) is connected with described bending main shaft (71), the side of described bending main shaft is also provided with bending countershaft (79), the side of described bending countershaft (79) is connected with described bent bodies (75), opposite side is fixed by bearing.
3. according to the hoop bender described in claim 1, it is characterized in that, described longitudinal adjusting part (2) comprises reinforcing bar and connects and draw joint (21), reinforcing bar connects and draws connecting plate (22), reinforcing bar connects and draws fixed head (23), vertical regulating mechanism (24), bracing frame (25), described longitudinal adjusting part (2) is connected with described frame (1) by bracing frame (25), described reinforcing bar connects and draws joint (21), reinforcing bar connects and draws connecting plate (22), reinforcing bar connects and draws fixed head (23), vertical regulating mechanism (24) is all fixed on the upper and described reinforcing bar of support frame as described above (25) and connects and draw joint (21), reinforcing bar connects and draws connecting plate (22), reinforcing bar connects and draws fixed head (23), vertical regulating mechanism (24) connects successively, described vertical regulating mechanism (24) is made up of multiple longitudinal connection roll, described multiple longitudinal connection roll is along two straight line linearly array distribution parallel to each other.
4. according to the hoop bender described in claim 1, it is characterized in that, described traction component (3) comprises traction cylinder (31), tow attachment (32), force increasing arm (33), compaction case (34), towing tank (35), traction reductor (36), traction electric machine (37), described traction cylinder (31), tow attachment (32), force increasing arm (33), compaction case (34), towing tank (35), traction reductor (36), traction electric machine (37) connects successively, wherein, described traction reductor (36) is connected by drawing shaft coupling (38) with towing tank (35), Flange joint between described traction shaft coupling (38) and traction reductor (36), described compaction case (34) is fixed on the upper end of described towing tank (35), the end of described force increasing arm (33) embeds in described compaction case (34), middle part and the described compaction case (34) of described force increasing arm (33) are rotationally connected by pivot pin, hold-down roller (39) is provided with in described compaction case (34), the end of described hold-down roller (39) is provided with grease nipple (310), described towing tank (35) comprises carry-over pinch rolls (311), described carry-over pinch rolls (311) are positioned at immediately below described hold-down roller (39).
5. according to the hoop bender described in claim 1, it is characterized in that, described lateral adjustments assembly (4) comprises fixed head (41), described fixed head (41) is fixed with adjustable big contact-roller (42), fixing big roller (43), adjustable trundle (44), fixing trundle (45), coulisse (46), adjustable horizontal half roller (47), wherein, described fixing big roller (43), fixing trundle (45) is positioned on straight line in array distribution, described adjustable big contact-roller (42), adjustable trundle (44), adjustable horizontal half roller (47) is positioned on straight line in array distribution, described fixing big roller (43) is positioned at the below of adjustable big contact-roller (42), described fixing trundle (45) is positioned at adjustable trundle (44), the below of adjustable horizontal half roller (47), described coulisse (46) is fixedly connected with described adjustable horizontal half roller (47) and is positioned at the side of described adjustable horizontal half roller (47).
6. according to the hoop bender described in claim 1, it is characterized in that, described line component (5) of crossing comprised line pressure plate (51), crossed line base plate (52), described line pressure plate (51) was excessively positioned at the upper end of line base plate (52), describedly cross line pressure plate (51) with crossing between line base plate (52) and be provided with inlet wire platelet (53), outlet platelet (54), described inlet wire platelet (53), outlet platelet (54) are all connected with described mistake line pressure plate (51) by bolt.
7. according to the hoop bender described in claim 1, it is characterized in that, described shearing component (6) comprises holder (61), by bearing, eccentric shaft (62) is installed in described holder (61), shearing end cap (63) is run through in one end of described eccentric shaft (62), and be connected by bearing one end with cutoff tool (64), the other end of described cutoff tool (64) is connected with spring (65), described shearing end cap (63) is also provided with adapter sleeve (66), tight cutting plate (67), movable blade (68).
8. according to the hoop bender described in claim 1, it is characterized in that, described propelling movement assembly (9) comprises slide plate (91), the bottom of described slide plate (91) is provided with and pushes cylinder (92), advance and retreat cylinder (93), push line slideway (94), the upper end of described slide plate (91) is provided with advance and retreat line slideway (95), described advance and retreat cylinder (93) is positioned at the front end, bottom surface of described slide plate (91), described propelling movement cylinder (92), push the bottom surface back that line slideway (94) is positioned at described slide plate (91), described advance and retreat cylinder (93) is connected with described advance and retreat line slideway (95), described propelling movement cylinder (92) is connected with described propelling movement line slideway (94), the bottom of described propelling movement line slideway (94) is provided with and pushes backplate (96).
9. according to the hoop bender described in claim 1, it is characterized in that, described retainer assembly (10) comprises retainer cylinder (101), retainer bar (102), described retainer cylinder (101), retainer bar (102) are all fixed on described bending machine support (12), and described retainer cylinder (101), retainer bar (102), bending machine support are rotationally connected between (12).
10. according to the hoop bender described in claim 1, it is characterized in that, described clamp assemblies (8) comprises arm (81), pivot pin frame (82), connecting rod (83), supporting rod (84), described arm (81), pivot pin frame (82), connecting rod (83), supporting rod (84) is from left to right connected by pivot pin successively, described arm (81), pivot pin frame (82), connecting rod (83), supporting rod (84) is all fixed on grip slipper (85), described connecting rod (83) is connected with gripper cylinder (87) by distance rod (86), by clamping slide block (88) between described gripper cylinder (87) and distance rod (86), the plate (89) that is clamped and connected connects.
CN201520357627.2U 2015-05-28 2015-05-28 Curved hoop machine CN204770340U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105710648A (en) * 2016-04-15 2016-06-29 苏州鸿普精密模具有限公司 Copper wire guiding component of socket assembly machine
CN110202073A (en) * 2019-05-06 2019-09-06 李林 A kind of angle bender
CN110238312A (en) * 2019-06-13 2019-09-17 李林 A kind of small movable reinforcing steel bar bending forming machine
CN110340253A (en) * 2019-07-22 2019-10-18 北京多宾城建筑机械有限公司 All-electric bar straightening bending hoop all-in-one machine

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105710648A (en) * 2016-04-15 2016-06-29 苏州鸿普精密模具有限公司 Copper wire guiding component of socket assembly machine
CN110202073A (en) * 2019-05-06 2019-09-06 李林 A kind of angle bender
CN110238312A (en) * 2019-06-13 2019-09-17 李林 A kind of small movable reinforcing steel bar bending forming machine
CN110340253A (en) * 2019-07-22 2019-10-18 北京多宾城建筑机械有限公司 All-electric bar straightening bending hoop all-in-one machine

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