CN202037214U - Continuous circular sheet casing forming machine - Google Patents

Continuous circular sheet casing forming machine Download PDF

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Publication number
CN202037214U
CN202037214U CN2011200609740U CN201120060974U CN202037214U CN 202037214 U CN202037214 U CN 202037214U CN 2011200609740 U CN2011200609740 U CN 2011200609740U CN 201120060974 U CN201120060974 U CN 201120060974U CN 202037214 U CN202037214 U CN 202037214U
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CN
China
Prior art keywords
main shaft
bend pipe
pipe main
forming machine
casing forming
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
CN2011200609740U
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Chinese (zh)
Inventor
吴永航
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Guangzhou Yueyan Hydraulic & Electric Machine Co Ltd
Original Assignee
Guangzhou Yueyan Hydraulic & Electric Machine Co Ltd
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Filing date
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Priority to CN2011200609740U priority Critical patent/CN202037214U/en
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Publication of CN202037214U publication Critical patent/CN202037214U/en
Anticipated expiration legal-status Critical
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Abstract

The utility model discloses a continuous circular sheet casing forming machine, which is used for rolling metal plates into shapes similar to cylinders and comprises a feeding device, a plate rolling device and a push-off device, wherein the feeding device comprises a feeding platform and a pushing device. The feeding platform comprises a front platform and a rear platform; the plate rolling device comprises a pipe bending spindle and a pressing wheel set; the tail end of the rear platform, namely the tail end of the feeding platform is lapped on the pipe bending spindle; the pipe bending spindle can be driven to rotate by a motor; the pressing wheel set is positioned above the pipe bending spindle and comprises a plurality of long cylindrical pressing wheels capable of being driven to press down by a first power device; the push-off device comprises a push rod and a leading-out shaft which are driven by a second power device; the push rod is positioned below the initial end of the pipe bending spindle or below the front of the initial end of the pipe bending spindle and used for pushing the rolled plates in the shapes similar to the cylinders; the initial end of the leading-out shaft is adjacent to the tail end of the pipe bending spindle, and contacts with or does not contact with the tail end of the pipe bending spindle; and guide posts projecting over the surface of the leading-out shaft are arranged on the leading-out shaft.

Description

Continous way thin plate round casing forming machine
Technical field
The utility model belongs to mechanical field, and more particularly, the utility model relates to a kind of veneer reeling machine, especially for the continous way thin plate round casing forming machine of processing compressor of air conditioner cylinder-like shell.
Background technology
In the manufacture process of large pressurized vessel, the cylindrical shell of pressure vessel is welded after being rolled into cylindrical shape by steel plate.
Chinese patent 200720110513.3 discloses a kind of hydraulic continuous formula thin plate round casing forming machine, belongs to continous way thin plate round casing forming machine technical field.The pair of frame, the cylindrical shell that comprise support and both sides relative set thereof shirk hold down gag, drive unit, rotate on the frame one group of bottom roll that is in transmission connection with drive unit is set, the top of lower compression roller is equipped with topping roll, it is characterized in that the topping roll two ends are equipped with very heavy ring, very heavy ring is coupling with the very heavy anchor of relative set respectively and is rotatably assorted, the very heavy anchor left and right sides is connected with the piston rod of inverted hydraulic cylinder respectively, and topping roll one side is extended shirk compressor arm and the cylindrical shell that are provided with and shirked hold down gag and press and cooperate.Described hydraulic continuous formula thin plate round casing forming machine design is novel, reasonable in design, the two oil cylinder hydraulic thrust formula structures of underlying, can make rising, the descending motion of top roll more steady, easy to operate, and component wear is little, and maintenance cost is low, also effectively reduces the volume of frame, weight reduction reduces manufacturing cost.
Chinese patent 200620090854.4 discloses a kind of plate bending machine, particularly a kind of three rolls plate bending machine.Comprise roller member, roller member under two sides, main drive, hydraulic means, frame, electrical control gear, it is characterized in that described frame is made up of forebay and afer bay, top roll and side lower roll two ends are bearing in respectively on forebay and the afer bay, top roll passes through hanger bearing, head-selecting body and spindle balance mechanism supports are on the frame of front and back, forebay is an enclosed construction, afer bay is the open-type structure, head-selecting body is linked on afer bay by a twisted axis, head-selecting body connects one and plucks the hair oil cylinder, the side lower roll connects lifting hydraulic cylinder, top roll is connected with driving mechanism, and electric control gear comprises electric cabinet, limit switch, power switch.This three rolls plate bending machine is opened afer bay with head-selecting body, takes out the reel of spooling, and spindle balance mechanism makes top roll maintenance level, and the lifting of hydraulic means driving side lower roll is therefore simple in structure, easy to operate, safe and reliable.
Chinese patent application 200810023358.0 discloses a kind of veneer reeling machine that rolls cylindrical part, relates to metal forming machinery, and particularly super wide plate bending machine rolls cylindrical element discharging technology.End at support is hinged the overturning side frame by bearing pin, and between overturning side frame and support the overturning oil cylinder is set, fixedly connected top roll operating cylinder on the overturning side frame; In the fixedly connected fixation side frame of the other end of support, between overturning side frame and fixation side frame, arrange crossbeam, the end that described crossbeam is positioned at the overturning side frame connects drawing strickle guide, expansion link in the drawing strickle guide upper end with the top roll operating cylinder is hinged, and described crossbeam is positioned at an end of fixation side frame and the expansion link of another top roll operating cylinder is hinged.Can carry out the discharging of cylindrical part by the overturning side frame, veneer reeling machine can be added want cylindrical part, enlarge the machining functions of veneer reeling machine, be beneficial to economizing type production.
Chinese patent application 200810194769.6 discloses a kind of lapping machine special for wind power generation column barrel, and it relates to a kind of mechanical rolling machine, is specifically related to a kind of generating tower tube lapping machine special.Top roll (2), lower roll (3), two side rollers (4) are installed on the frame (1), top roll (2) and lower roll (3) are upper and lower settings, two side rollers (4) are separately positioned on the both sides of lower roll (3), and top roll (2) is connected with hydraulic motor (9) by planetary reducer (8) respectively with lower roll (3); Two side rollers (4) are connected with oil cylinder (10), are provided with two following retainer supports (5) in frame (1) both sides, are provided with retainer support (6) in the top of frame (1); Pay-off (7) is arranged on a side of frame (1).It has actuating speed fast, improved the processing effect and overload protection is arranged, be difficult for causing advantage such as equipment fault, reduced working strength of workers, improved production efficiency.
Chinese patent application 200710112752.7 discloses a kind of veneer reeling machine, comprises lifting device, and described lifting device is arranged under the screw-down of veneer reeling machine.Above-mentioned lifting device can be an oil cylinder, also can be a plurality of oil cylinders; Can be piston cylinder, also can be plunger case, can also be disjunctor cylinder or cover cylinder.The oil cylinder of above-mentioned lifting device can the forward setting, also can oppositely be provided with.Above-mentioned lifting device can be provided with under the screw-down of the left and right sides simultaneously, also can only be provided with on left or right one side.Above-mentioned lifting device can be installed on the main body, also can be contained on the ground that is fixed on the support corresponding to screw-down.Above-mentioned lifting device can be linked and packed with screw-down.The beneficial effects of the utility model are, and are extremely easy to use, time saving and energy saving cost saving.Lifting device of the present utility model establishes one's own system under screw-down, is mounting or dismounting or directly is provided with and does not need to go to war, and needn't dismantle could dismounting behind other parts.
The shortcoming of technique scheme is that steel plate is rolled into the cylindric taking-up that is difficult for afterwards, causes the production cycle long, and production efficiency is low.
Summary of the invention
At the shortcoming of prior art, the purpose of this utility model provides a kind of continous way thin plate round casing forming machine, and it can will be rolled into automatically, easily near cylindrical shell cylindraceous and release.
To achieve these goals, the technical solution of the utility model is:
A kind of continous way thin plate round casing forming machine is used for sheet metal is curled near drum (for example cross section is a drops), and it comprises:
Pay-off, it comprises material conveying platform and pusher.Platform and rear platform before wherein material conveying platform comprises; Wherein pusher can be the push rod of air cylinder driven.This pay-off also can comprise clamping device.This clamping device is positioned on the material conveying platform, and it comprises the two clamping plates of air cylinder driven.When sheet material is put on the material conveying platform, by manually or automatically controlling air cylinder driven clamping plate clamping sheet material.In addition, this pay-off also can comprise take out device.This take out device comprises by the power set driven mechanical hand.The manipulator here can be sucker, and power set can be cylinder.Also can comprise Traverse Displacement Unit simultaneously, this Traverse Displacement Unit comprises reducing motor and is with synchronously, so that manipulator can be put on the material conveying platform by the sheet material that other is local.In addition, also can shift multi-layered board onto zone that manipulator is convenient to get material together by another pusher of forming by cylinder and push rod.
Venner reeling device, it comprises bend pipe main shaft and press nips; The end of material conveying platform rides on the bend pipe main shaft; The bend pipe main shaft can be by the motor driven rotary; Press nips is positioned at the top of bend pipe main shaft, comprises the pinch roller of a plurality of elongated cylindrical, can be driven by first power set to press down.First power set here can be oil cylinder.The piston of oil cylinder can be set to lengthwise movement; Also can be set to transverse movement, and pass to press nips pressure longitudinally by the inclined-plane.After sheet material was put on the material conveying platform, pushed device pushed to the bend pipe main shaft; Simultaneously the bend pipe main shaft rotates under the drive of motor, and press nips under the driving of first power set to pressing down, the part that sheet material is contacted the bend pipe main shaft is pressed into arcuation; Under the propelling movement effect of the rotation of bend pipe main shaft and pusher, the part that sheet material is pressed into arcuation is rolled onto on the bend pipe main shaft, and the other parts of sheet material contact bend pipe main shaft, and is pressed into arcuation by press nips.So, whole sheet material is involved in the bend pipe main shaft, forms the cross section near circular drops cylindrical shell.Because the end of material conveying platform rides on the bend pipe main shaft, it is up to have blocked sheet material, thereby on the final cylindrical shell that forms individual opening is arranged.This opening can hold the guide pillar of deriving on the axle.
Ejecting device, it comprises the push rod that is driven by second power set and derives axle; Wherein push rod is positioned at the below or the front lower place of the initiating terminal of bend pipe main shaft, the cylindrical shell after being used to promote to curl; Derive the terminal adjacent of the initiating terminal of axle and bend pipe main shaft, the two contact or do not contact; Derive axle and be provided with a guide pillar that protrudes in derivation axle surface, the direction of this guide pillar is preferably straight up.Push rod is used for cylindrical shell is released, and its end near the bend pipe main shaft is " U " shape, " V " shape, semicircle or other shape.Second power set that drive push rod can be hydraulic motor, and hydraulic motor rotates, the chain drive-belt moving linearly, and the push rod that is connected on the chain promotes the cylindrical shell motion.Under the promotion of push rod, the opening of cylindrical shell is pushed out along guide pillar and derives axle.
In an embodiment of the present utility model, also comprise turning device; This turning device is the seesaw type structure, and its both sides are respectively master end and passive side; Above-mentioned rear platform is positioned at the passive side of turning device; The master end of turning device can be driven descending by the 3rd power set, and the 3rd power set here can be cylinder.When the master end of turning device was descending, the rear platform that is positioned at its passive side pipe main shaft of going for a stroll rotated up; And in this rotary course, the end of rear platform rides on the bend pipe main shaft always.The end that is rear platform rotates on the bend pipe main shaft, thereby the direction of the cartridge openings after will curling is adjusted into straight up.
In the above-described embodiments, the end of rear platform is bent into small embossment, and this small embossment rides on the bend pipe main shaft.In addition, rear platform can be made lattice-shaped.Like this, rear platform integral body is as claw.
In an embodiment of the present utility model, continous way thin plate round casing forming machine also comprises the full circle device.This full circle device is positioned at derives after the axle, and it comprises and can drive descending patrix and fixing counterdie by the 4th power set; Upper die and lower die all have semi-cylindrical groove, form a complete cylindrical hole when the two is fitted.Cylindrical shell after curling falls in the semi-cylindrical recesses of hard-wired counterdie after being released from the derivation axle by push rod just.Patrix moves downward under the driving of the 4th power set subsequently, and up to fitting with counterdie, thereby the opening of the cylindrical shell after will curling is pressed forr a short time, more near cylinder, so that follow-up welding sequence.According to different product diameters, the upper die and lower die here can be changed.For bigger pressure is provided, the 4th power set here can be oil cylinder.What need here to replenish is, the speed of the cylindrical shell after push rod promotes to curl is divided into fast and two kinds of situations at a slow speed, and at first, hydraulic motor rotates at a high speed, and the driving velocity of push rod is very fast; Cylindrical shell is soon near the full circle device time, and hydraulic motor slows down, thereby cylindrical shell slowly is advanced in the full circle mould, to avoid the cylindrical shell mould that flies out.
In an embodiment of the present utility model, press nips comprises the upper pressure wheel group and presses down wheels.Wherein, press down wheels and be positioned on the bend pipe main shaft, comprise two parallel pinch rollers, the excircle of these two pinch rollers is dentation and intermeshes that the two can be avoided again interfering with each other near to form suitable angle of bend; The upper pressure wheel group is positioned at and presses down on the wheels, comprises three parallel pinch rollers, is used to improve the rigidity of press nips.Press nips integral body is the W shape and arranges.
In an embodiment of the present utility model, continous way thin plate round casing forming machine also comprises withdrawing device.This withdrawing device is positioned at after the full circle device, comprises cylinder and the hook that is connected on the cylinder piston.After a cylinder full circle finished, the patrix of full circle device rose, and push rod is with the counterdie of the cylinder propelling in back full circle device, and the cylinder that was positioned at counterdie originally is pushed out a part, and this moment, the air cylinder driven hook reached the edge of this cylinder, and its hook is gone out.
Compared with prior art, the end of the utility model material conveying platform rides on the bend pipe main shaft, and the cylinder that roll bending is obtained has opening; Have guide pillar on the derivation axle simultaneously, this guide pillar can be contained in the opening of cylinder, makes cylinder shift out the bend pipe main shaft along guide pillar.It is simple in structure, and is easy to operate, makes steel plate be rolled into cylindric can the taking-up rapidly afterwards, has reduced the production cycle, has improved production efficiency.
The utility model is described in further detail below in conjunction with accompanying drawing.
Description of drawings
Fig. 1 is the part-structure schematic diagram of the utility model continous way thin plate round casing forming machine specific embodiment side;
Fig. 2 is the structural representation that bend pipe main shaft and surrounding member thereof are amplified among Fig. 1;
Fig. 3 is the part-structure schematic diagram in the utility model continous way thin plate round casing forming machine specific embodiment front.
The specific embodiment
As shown in Figure 1-Figure 3, the specific embodiment of the utility model continous way thin plate round casing forming machine comprises pay-off, venner reeling device, turning device, ejecting device, full circle device, withdrawing device.
Wherein, pay-off comprises first pusher, take out device 1, material conveying platform, clamping device, second pusher.First pusher is made up of cylinder and push rod, is used for shifting multi-layered board onto zone that take out device is convenient to get material together.Take out device comprises the sucker 101 of cylinder 102 drivings and the synchronous band that reducing motor drives, and cylinder 102 is positioned at synchronously to be with, and is used for sheet material is put into material conveying platform.Platform 201 and rear platform 202 before material conveying platform comprises, rear platform is a lattice-shaped, and its end is bent into small embossment 203, and the shape of whole rear platform 202 is as claw.Clamping device is positioned on the preceding platform of feeding, and the two clamping plates that it comprises air cylinder driven is used to adjust the attitude that places the sheet material on the preceding platform of feeding.Second pusher also is made up of cylinder and push rod, is used for placing the sheet material on the material conveying platform to advance venner reeling device.
Venner reeling device comprises bend pipe main shaft 302, press nips, bend pipe adjusting device 6.The small embossment 203 of feeding rear platform 202 ends rides on the bend pipe main shaft 302; The bend pipe main shaft is by motor 301 driven rotary.Press nips is positioned at the top of bend pipe main shaft 302, comprises upper pressure wheel group 401 and presses down wheels 402.Wherein, press down wheels 402 and be positioned on the bend pipe main shaft 302, comprise two parallel pinch rollers, the excircle of these two pinch rollers is dentation and intermeshes; Upper pressure wheel group 401 is positioned at and presses down on the wheels, comprises three parallel pinch rollers.Press nips integral body is the W shape and arranges.Press down by hydraulic oil cylinder driving.The piston of oil cylinder is set to transverse movement, passes to press nips pressure longitudinally by the inclined-plane.Bend pipe adjusting device 6 comprises digital dial plate display, regulates screw mandrel, support.Digital dial plate display shows the operating position of regulating the screw mandrel end, and this operating position is relevant with the position of lower pressure wheel.Bend pipe adjusting device 6 is treated crooked sheet material curvature by the gap adjustment of adjusting lower pressure wheel and bend pipe main shaft 302.
Turning device 502 is the seesaw type structure, and its both sides are respectively master end and passive side; The rear platform 202 of material conveying platform is positioned at the passive side of turning device 502; The master end of turning device connects cylinder 501.When the master end that cylinder 501 drives turning devices 502 moved down, the rear platform 202 that the is positioned at passive side pipe main shaft 302 of going for a stroll rotated up.In this process, the end of rear platform 202 rides on the bend pipe main shaft always, and promptly the small embossment 203 of rear platform 202 ends rotates on bend pipe main shaft 302, thereby the direction of the cartridge openings after will curling is adjusted into straight up.
Ejecting device 7 comprises by hydraulic motor, chain, push rod 701, derives axle 702; Push rod is connected on the chain, and hydraulic motor rotates, the chain drive-belt moving linearly.Push rod 701 is positioned at the below of bend pipe main shaft 302; Derive axle 702 and be positioned on the extended line of bend pipe main shaft 302, its initiating terminal is adjacent with bend pipe master 302 thes tip of the axis, and the two contact or do not contact all can; Derivation axle 702 is provided with and protrudes in its surperficial guide pillar, and the direction of this guide pillar is for straight up.Push rod 701 is used for the cylindrical shell after curling is released, and its end near the bend pipe main shaft is " U " shape or " V " shape.
The full circle device is positioned at derives after the axle 702, comprises patrix 801 and fixing counterdie 802 by hydraulic oil cylinder driving; Patrix 801 and counterdie 802 all have semi-cylindrical groove, form a complete cylindrical hole when the two is fitted.
Withdrawing device 9 is positioned at after the full circle device, comprises cylinder and the hook that is connected on the cylinder axis.
The course of work of present embodiment is as follows:
At first, the curvature of the cylinder that needs by the adjustment of bend pipe adjusting device.
Then, first pusher is shifted multi-layered board onto zone that take out device is convenient to get material together, and the sucker of take out device is put into sheet material on the material conveying platform, and clamping device clamps sheet material, and second pusher is pushed sheet material to the bend pipe main shaft.
Then, the bend pipe main shaft rotates under the drive of motor, and press nips under the driving of oil cylinder to pressing down, the part that sheet material is contacted the bend pipe main shaft is pressed into arcuation; Under the propelling movement effect of the rotation of bend pipe main shaft and second pusher, the part that sheet material is pressed into arcuation is rolled onto on the bend pipe main shaft, and the other parts of sheet material contact bend pipe main shaft, and is pressed into arcuation by press nips.So, whole sheet material is involved in the bend pipe main shaft, and forming cross section is the drop-shaped cylindrical shell.On the cylindrical shell that forms individual opening is arranged.
Then, move under the side direction of the air cylinder driven seesaw structure of turning device, the rear platform that the is positioned at seesaw structure opposite side pipe main shaft of going for a stroll rotates up.In this process, the end of rear platform rides on the bend pipe main shaft always, and promptly the end of rear platform rotates on the bend pipe main shaft, thereby the direction of cartridge openings is adjusted into straight up.
Then, the hydraulic motor of ejecting device rotates, the chain drive-belt moving linearly, and the push rod that is connected on the chain promotes the cylindrical shell motion.Under the promotion of push rod, the opening of cylindrical shell is pushed out along guide pillar and derives axle.
Cylindrical shell, is fallen in the semi-cylindrical recesses of counterdie of full circle device after derive the axle release just by push rod.Patrix moves downward under the driving of oil cylinder subsequently, up to fitting with counterdie, thereby presses cylindrical shell more approaching cylindric, and opening is littler, so that follow-up welding sequence.
After a cylindrical shell full circle finished, the patrix of full circle device rose, and push rod is with the counterdie of the cylindrical shell propelling in back full circle device, and the cylinder that was positioned at counterdie originally is pushed out a part, and this moment, the air cylinder driven hook reached the edge of this cylinder, and its hook is gone out.
Except the bend pipe adjusting device, other all device is a homing after finishing a compulsory exercise, so that process carrying out next sheet material.
Though the utility model discloses as above with preferred embodiment, be not in order to limit the scope that the utility model is implemented.Any those of ordinary skill in the art, in not breaking away from invention scope of the present utility model, when doing a little improvement, promptly every equal improvement of doing according to the utility model should be invention scope of the present utility model and contains.

Claims (10)

1. a continous way thin plate round casing forming machine is used for sheet metal is curled near drum, and it comprises:
Pay-off, it comprises material conveying platform and pusher; Platform and rear platform before described material conveying platform comprises, the end of described rear platform rides on the described bend pipe main shaft;
Venner reeling device, it comprises bend pipe main shaft and press nips; The end of described material conveying platform rides on the described bend pipe main shaft; Described bend pipe main shaft can be by the motor driven rotary; Described press nips is positioned at the top of described bend pipe main shaft, comprises the pinch roller of a plurality of elongated cylindrical, can be driven by first power set to press down;
Ejecting device, it comprises the push rod that is driven by second power set and derives axle; Described push rod is positioned at the below or the front lower place of described bend pipe main shaft initiating terminal, the sheet material near drum after being used to promote to curl; Described initiating terminal of deriving axle and described bend pipe main shaft terminal adjacent, the two contact or do not contact; The described axle of deriving is provided with a guide pillar that protrudes in derivation axle surface.
2. continous way thin plate round casing forming machine as claimed in claim 1 is characterized in that, also comprises turning device; Described turning device is the seesaw type structure, and its both sides are respectively master end and passive side; Described rear platform is positioned at the passive side of described turning device; The master end of described turning device can drive descending by the 3rd power set.
3. continous way thin plate round casing forming machine as claimed in claim 2 is characterized in that, when the master end of described turning device was descending, the rear platform that is positioned at its passive side rotated up around described bend pipe main shaft; And in this rotary course, the end of described rear platform rides on the described bend pipe main shaft always.
4. as the described continous way thin plate of one of claim 1-3 round casing forming machine, it is characterized in that the end of described rear platform is bent into small embossment, this small embossment rides on the described bend pipe main shaft.
5. continous way thin plate round casing forming machine as claimed in claim 4 is characterized in that described rear platform is a lattice-shaped.
6. continous way thin plate round casing forming machine as claimed in claim 1 is characterized in that, the guide pillar on the described derivation axle straight up.
7. continous way thin plate round casing forming machine as claimed in claim 1 is characterized in that, also comprises the full circle device; Described full circle device is positioned at after the described derivation axle, and it comprises and can drive descending patrix and fixing counterdie by the 4th power set; Described upper die and lower die all have semi-cylindrical groove, form a complete cylindrical hole when the two is fitted.
8. continous way thin plate round casing forming machine as claimed in claim 1 is characterized in that, described press nips comprises and press down wheels, and the described wheels that press down comprise two parallel pinch rollers, and the excircle of these two pinch rollers is dentation and intermeshes.
9. continous way thin plate round casing forming machine as claimed in claim 8 is characterized in that described press nips also comprises the upper pressure wheel group, and described upper pressure wheel group is positioned at described pressing down on the wheels, comprises three parallel pinch rollers.
10. continous way thin plate round casing forming machine as claimed in claim 1 is characterized in that, described push rod is " U " shape or " V " shape near an end of bend pipe main shaft.
CN2011200609740U 2011-03-10 2011-03-10 Continuous circular sheet casing forming machine Expired - Lifetime CN202037214U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2011200609740U CN202037214U (en) 2011-03-10 2011-03-10 Continuous circular sheet casing forming machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2011200609740U CN202037214U (en) 2011-03-10 2011-03-10 Continuous circular sheet casing forming machine

Publications (1)

Publication Number Publication Date
CN202037214U true CN202037214U (en) 2011-11-16

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Application Number Title Priority Date Filing Date
CN2011200609740U Expired - Lifetime CN202037214U (en) 2011-03-10 2011-03-10 Continuous circular sheet casing forming machine

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102672013A (en) * 2011-03-10 2012-09-19 广州粤研液压机电有限公司 Continuous round casing forming machine for thin plate
CN103433338A (en) * 2013-08-20 2013-12-11 蚌埠通达汽车零部件有限公司 Numerical control metal plate coiling machine
CN103639252A (en) * 2013-12-17 2014-03-19 泰安华鲁锻压机床有限公司 Flexible full-automatic plate rolling production line

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102672013A (en) * 2011-03-10 2012-09-19 广州粤研液压机电有限公司 Continuous round casing forming machine for thin plate
CN102672013B (en) * 2011-03-10 2015-01-14 广州粤研液压机电有限公司 Continuous round casing forming machine for thin plate
CN103433338A (en) * 2013-08-20 2013-12-11 蚌埠通达汽车零部件有限公司 Numerical control metal plate coiling machine
CN103639252A (en) * 2013-12-17 2014-03-19 泰安华鲁锻压机床有限公司 Flexible full-automatic plate rolling production line

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Granted publication date: 20111116

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