CN202622211U - Manufacturing device of reinforcement cage of centrifugal concrete tubular pile - Google Patents
Manufacturing device of reinforcement cage of centrifugal concrete tubular pile Download PDFInfo
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- CN202622211U CN202622211U CN 201220232256 CN201220232256U CN202622211U CN 202622211 U CN202622211 U CN 202622211U CN 201220232256 CN201220232256 CN 201220232256 CN 201220232256 U CN201220232256 U CN 201220232256U CN 202622211 U CN202622211 U CN 202622211U
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Abstract
The utility model relates to a manufacturing device of a reinforcement cage of a centrifugal concrete tubular pile, and the manufacturing device comprises a shaft bar (201) for pulling the reinforcement cage and a welding machine for welding a spiral bar (202) onto the periphery of the shaft bar of the reinforcement cage, wherein a pulling device is installed in front of the welding machine, and the manufacturing device is characterized in that the pulling device is provided with an end plate clamping platform (103) which is used for installing an end plate of the reinforcement cage. The manufacturing device of the reinforcement cage of the centrifugal concrete tubular pile has higher production efficiency.
Description
Technical field
The utility model relates to a kind of manufacturing installation of steel reinforcement cage of centrifugal force concrete tubular pile.
Background technology
The centrifugal force concrete tubular pile is extensively applied in the various civil engineerings in the modern technologies, and requisite supporter is exactly a steel reinforcement cage in the centrifugal force concrete tubular pile.The manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile of the prior art; What adopt is chuck traction autofrettage; This method is blocked through the axial rib of chuck with steel reinforcement cage one by one, and then through traction chassis draw bail dish and axial rib process seam welder, seam welder encloses with helix one circle along the outer ring of axial rib through the out-of-date reinforcing bar that rolled thread is good at axial rib reinforcing bar is welded on the axial rib; Thereby form the steel reinforcement cage of a very long straight-tube shape; After the steel reinforcement cage main body is all welded well, the steel reinforcement cage main body is unloaded from chuck, at the two ends of steel reinforcement cage main body an end plate is installed respectively then.Shown in the manufacturing installation such as accompanying drawing 1 of the steel reinforcement cage under this method; It comprises traction chassis 001, chuck 003, spiral bar charging tray 005 and seam welder 006; Traction chassis 001 is fixedly connected with chuck 003 through draft arm 002; Spiral bar charging tray 005 is arranged on the place ahead of seam welder 006; Traction chassis 001 can drive chuck 003 towards the A direction direction of seam welder 006 (promptly away from) motion, and the manufacturing installation of some steel reinforcement cage also is provided with axial rib mounting table 007, and axial rib mounting table 007 is positioned at the rear of seam welder 006.The manufacturing installation of the steel reinforcement cage of this structure is when specifically making steel reinforcement cage; Further combine accompanying drawing 3; The manufacturing installation of this steel reinforcement cage blocks and draws the axial rib 201 that surrounds circle through chuck 003 earlier, and seam welder 006 is welded to spiral bar in the periphery of axial rib 201 and forms the steel reinforcement cage main body 004 that end plate also is not installed on the axial rib 201 thus then.The welding of completion steel reinforcement cage main body 004 well; Also need end plate be installed at the two ends of steel reinforcement cage main body 004; Further combine accompanying drawing 4; The workman need unload steel reinforcement cage main body 004 down from chuck 003, install first member plate 203 and right end plate 205 respectively in the right ends of steel reinforcement cage main body 004 by hand then.Shown in the structure such as accompanying drawing 5 of first member plate 203 and right end plate 205,, be that example describes its structure with first member plate 203 in this section because first member plate 203 is identical with right end plate 205 structures; In conjunction with accompanying drawing 5; First member plate 203 is an annular slab, is evenly distributed with the axial rib jack 207 identical with axial rib quantity on the annular slab, and the structure of axial rib jack 207 is shown in accompanying drawing 6; It comprises main jack 301, connecting portion 302 and counterbore 303; Main jack 301 is connected with counterbore 303 through connecting portion 302, and the upper end, aperture of counterbore 303 is little, and the lower end is big.Structural representation in conjunction with axial rib 201 in the accompanying drawing 7; When axial rib is packed end plate into; The enlarged head 304 of axial rib 201 is inserted from main jack 301 earlier; The axial rib bar portion 305 of axial rib 201 is gone in the counterbore 303 through connecting portion 302 sidesways then, at last axial rib bar portion 305 is upwards mentioned, and enlarged head 304 is embedded in large aperture, the lower end portion of counterbore 303 fully.After axial rib 201 inserted and puts in place, shown in accompanying drawing 5, the enlarged head of axial rib 201 was to be embedded in fully in the counterbore 303.
There is following problem in manufacturing installation based on the steel reinforcement cage under this chuck traction autofrettage in actual mechanical process: the manual two ends that first member plate 203 and right end plate 205 are installed to steel reinforcement cage main body 004 of workman's needs; Because steel reinforcement cage main body 004 all is long generally; Reinforcing bar weight on the steel reinforcement cage also haggles; Behind the reinforcing bar that the peripheral solder one of axial rib is enclosed, the influence that the enlarged head 304 of axial rib is welded reinforcing bar gravity above that can be upturned in this case, when the reinforcing bar of the periphery of welding axial rib, also can cause axial rib to bend simultaneously; More than two kinds of reasons cause the head 304 of axial rib can not aim at one by one with the axial rib jack 207 on the end plate through regular meeting; So the workman need pull the axial rib enlarged head 304 that depart from the position just when end plate is installed one by one, yet being ten to tens, the axial rib quantity of a steel reinforcement cage do not wait, be example with 20 axial ribs; The workman is when installing end plate; Earlier will with root of axial rib of steel reinforcement cage one end just pull with end plate on corresponding position, position, hole, could the end plate of this end be in place, be to repeat the axial rib of the steel reinforcement cage other end is pulled the end plate that the other end is installed in the back that just puts in place then.If 20 axial ribs, the workman possibly need 40 times just pull to operate, and obvious this manufacturing approach production efficiency is very low.
The utility model content
The technical problem underlying that the utility model will solve is that the manufacturing installation of the steel reinforcement cage of the higher centrifugal force concrete tubular pile of a kind of production efficiency is provided.
For solving the problems of the technologies described above; The technical scheme that the utility model provides is: a kind of manufacturing installation of steel reinforcement cage of centrifugal force concrete tubular pile; It comprises the draw-gear and the peripheral welding machine of axial rib that is used for spiral bar is welded to steel reinforcement cage of the axial rib that is used to draw steel reinforcement cage; Draw-gear is installed in the place ahead (the place ahead here is meant that in Figure of description 1 draw-gear is installed in the left of welding machine) of welding machine, and described draw-gear is provided with the end plate Ka Tai of the end plate that is used for the mounting reinforcing steel bars cage.
After adopting above structure, the utlity model has following advantage: described draw-gear is provided with the end plate Ka Tai of the end plate that is used for the mounting reinforcing steel bars cage.This structure has replaced chuck of the prior art with end plate Ka Tai, and the user can be directly be installed in the end plate of steel reinforcement cage on the end plate Ka Tai when the manufacturing installation of the steel reinforcement cage of the centrifugal force concrete tubular pile that uses the utility model to relate to; The axial rib of steel reinforcement cage just can directly be inserted in the end plate like this; Rather than in the chuck, again by draw-gear traction end plate slowly away from welding machine, make welding machine accomplish the welding of the peripheral spiral bar of steel reinforcement cage after; The user only needs manual end plate with the steel reinforcement cage main body other end to install to get final product; Obviously after the structure that employing the utility model relates to, the user only need pull the axial rib of positive reinforcement cage main body one end one by one an end plate is installed, because before the spiral bar of beginning welded reinforcement cage periphery; The user is in place the axial rib and the end plate of the steel reinforcement cage main body other end; And axial rib also is not out of shape because of processing at that time, and the user is the head that need not pull positive axial rib when end plate is installed, and operating efficiency gets a promotion; So the manufacturing installation of the steel reinforcement cage of the centrifugal force concrete tubular pile that the utility model relates to has been saved the half the end plate set-up time, improved the production efficiency of the steel reinforcement cage of centrifugal force concrete tubular pile.
As preferably, described draw-gear is the traction chassis, and described welding machine is a seam welder; The traction chassis is provided with draft arm, and end plate Ka Tai is installed on the end of draft arm, and described end plate Ka Tai comprises at least two wheel holding mechanisms; Each wheel holding mechanism comprises support roller, roller bracket, support roller arm, screw mandrel, clutch shaft bearing seat and second bearing block of the end plate that is used to hold steel reinforcement cage; Roller bracket is fixed on the draft arm, and the described clutch shaft bearing seat and second bearing block are separately fixed at the two ends of roller bracket, and an end and the clutch shaft bearing seat of screw mandrel are rotationally connected; The other end of screw mandrel and second bearing block are rotationally connected; Support roller is fixed on the support roller arm, and the support roller arm is provided with screwed hole, and screw mandrel screws in the screwed hole of support roller arm.
As preferably, described wheel holding mechanism is three, and the axis of the screw mandrel on three wheel holding mechanisms is in 120 degree angles.This structure is according to 3 principles of confirming planes, uses three wheel holding mechanisms can be with firm being stuck on the end plate Ka Tai of end plate.
Further preferred; Described wheel holding mechanism also comprises and is used to drive the driving mechanism that three support roller arms on the wheel holding mechanism move back and forth along separately screw mandrels; Described driving mechanism comprises motor, master bevel gear and three secondary bevel gears, and motor is fixed on the draft arm, and master bevel gear is installed on the shaft of motor; Three secondary bevel gears are installed on three wheel holding mechanisms screw mandrel separately the end near master bevel gear respectively, and master bevel gear simultaneously and three secondary bevel gears engagements.This structure drives screw mandrel through driving mechanism and rotates, and can replace the work that artificial rotary screw is regulated the support roller position fully, has further improved the operating efficiency of device.
Further preferred, described motor is a servomotor.Servomotor has good controllability, is convenient to control, high efficiency.
Further preferred, described driving mechanism also comprises bearing, and bearing fixing is on draft arm, and shaft of motor and bearing are rotatably assorted.Bearing can be that the master bevel gear rotation is more steady, has improved the reliability of whole device.
Further preferred; Described end plate Ka Tai also comprises mounting platform plate and pressing plate, and the mounting platform plate is fixed on the draft arm through support bar, and an end of support bar is fixed on the mounting platform plate; The other end of support bar is fixed on the draft arm; The mounting platform plate is provided with the microscler through hole that is used for through support roller, and at least one material-pulling device is installed on the one side near draft arm on the mounting platform plate, and the piston rod of described material-pulling device links to each other with pressing plate after passing the mounting platform plate; Pressing plate is provided with the microscler through hole that is used for through support roller, and (notion of this section two director's shape through holes is meant that through hole is a strip; Support roller can be in through hole the other end from an end motion of through hole to through hole, that is to say that pressing plate and mounting platform plate do not have inhibition to the motion of support roller when the support roller arm drives the support roller motion).The head that being provided with of pressing plate can the make axial rib also counterbore on the end plate closely cooperates, and the starting point of axial rib is remained on the same plane, makes the end plate of the steel reinforcement cage other end can convenient being in place.
Further preferred, described material-pulling device is three, and described material-pulling device is a cylinder.
Further preferred, the center of described mounting platform plate also is provided with guide column sleeve, is with guide pillar in the guide column sleeve, and guide pillar and guide column sleeve are slidingly matched, and guide pillar one end is fixedly connected with pressing plate, and the other end of guide pillar is a free end.The structure of guide pillar and guide column sleeve can make the motion of pressing plate more steady.
Further preferred, described draft arm is a metal cylinder, and the end of metal cylinder is provided with landing slab, and described roller bracket is fixed on and is meant on the draft arm that roller bracket is fixed on the landing slab of draft arm; Motor is fixed on and is meant on the draft arm that motor is fixed in the described metal cylinder; Described bearing fixing is being meant on the draft arm on the landing slab of bearing fixing at draft arm; The other end of described support bar is fixed on the other end that is meant support bar on the draft arm and is fixed on the landing slab of draft arm.Through landing slab, better installed device, the portion of interior metal column is a hollow-core construction, makes metal column inside also some equipment such as motor etc. can be installed, and simultaneously some rotating shafts is passed.
Description of drawings
Fig. 1 is the structural representation of the manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile in the prior art.
Fig. 2 is the structural representation of the manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile in the utility model.
Fig. 3 is the steel reinforcement cage that relates in the utility model structural representation when not adorning end plate.
Fig. 4 is the structural representation after the steel reinforcement cage that relates in the utility model is loaded onto end plate.
Fig. 5 is the structural representation of the end plate of the steel reinforcement cage that relates in the utility model.
Fig. 6 be on the end plate that relates in the utility model any jack analyse and observe enlarged diagram.
Fig. 7 is the structural representation of the axial rib that relates in the utility model.
Fig. 8 is the structural representation of the utility model middle-end integrated circuit board platform.
Fig. 9 is that the utility model end plates is installed to the sketch map after end plate Ka Tai goes up.
Figure 10 is the structure sketch map of the utility model middle-end integrated circuit board platform.
Figure 11 is that the B-B that the utility model end plates is installed to after end plate Ka Tai goes up analyses and observe enlarged diagram.
As shown in the figure: 001, traction chassis, 002, draw bar, 003, chuck, 004, the steel reinforcement cage main body, 005, the spiral bar charging tray, 006, seam welder, 007, the axial rib mounting table; 101, traction chassis, 102, draft arm, 103, end plate Ka Tai, 105, the spiral bar charging tray, 106, seam welder, 107, the axial rib mounting table; 201, axial rib, 202, spiral bar, 203, first member plate, 204, the first member plate sleeve, 205, right end plate, 206, the right end plate sleeve; 207, axial rib jack, 301, main jack, 302, connecting portion, 303, counterbore, 304, enlarged head, 305, axial rib bar portion; 401, support roller, 402, roller bracket, 403, the master bevel gear central shaft, 404, screw mandrel, 405, the clutch shaft bearing seat, 406, cylinder; 407, mounting platform plate, 408, pressing plate, 409, second bearing block, 410, the support roller arm, 411, motor, 412, master bevel gear; 413, guide pillar, 414, guide column sleeve, 415, secondary bevel gear, 416, support bar, 417, bearing, 418, piston rod.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is done further detailed description.
In conjunction with accompanying drawing 2 and accompanying drawing 7; A kind of manufacturing installation of steel reinforcement cage of centrifugal force concrete tubular pile; It comprises the draw-gear and the peripheral welding machine of axial rib that is used for spiral bar 202 is welded to steel reinforcement cage of the axial rib 201 that is used to draw steel reinforcement cage; Draw-gear is installed in the place ahead of welding machine, and described draw-gear is provided with the end plate card platform 103 of the end plate that is used for the mounting reinforcing steel bars cage.
Further combine accompanying drawing 8 to accompanying drawing 11; Described draw-gear is traction chassis 101, and described welding machine is a seam welder 106, and traction chassis 101 is provided with draft arm 102; End plate card platform 103 is installed on the end of draft arm 102; Described end plate card platform 103 comprises at least two wheel holding mechanisms, and each wheel holding mechanism comprises support roller 401, roller bracket 402, support roller arm 410, screw mandrel 404, clutch shaft bearing seat 405 and second bearing block 409 of the end plate that is used to hold steel reinforcement cage, and roller bracket 402 is fixed on the draft arm 102; The described clutch shaft bearing seat 405 and second bearing block 409 are separately fixed at the two ends of roller bracket 402; One end and the clutch shaft bearing seat 405 of screw mandrel 404 are rotationally connected, and the other end of screw mandrel 404 and second bearing block 409 are rotationally connected, and support roller 401 is fixed on the support roller arm 410; Support roller arm 410 is provided with screwed hole, and screw mandrel 404 screws in the screwed hole of support roller arm 410.The described clutch shaft bearing seat 405 and second bearing block 409 are separately fixed at the two ends of roller bracket 402; The roller bracket 402 general plate-like structures that adopt; Structure shown in accompanying drawing 10, the two ends of roller bracket 402 just are that the orientation that is one on the other distributes, and the upper end of screw mandrel 404 and clutch shaft bearing seat 405 are rotationally connected; The lower end of screw mandrel 404 and second bearing block 409 are rotationally connected; Support roller 401 is fixed on the support roller arm 410, and support roller arm 410 upper screwed holes, screw mandrel 404 pass described screwed hole and are threaded with support roller arm 410.The two ends of screw mandrel 404 are smooth surface; Being used for matching with the clutch shaft bearing seat 405 and second bearing block 409 is being rotationally connected described in the preceding text; But it is threaded that the centre of screw mandrel 404 is cars, and support roller arm 410 could be realized moving up and down when screw mandrel 404 rotates like this.Described bearing block is meant the supporting seat that has bearing; Be rotationally connected with the upper end of screw mandrel 404 and clutch shaft bearing seat 405 and be example; The inner ring that is meant the bearing in polished end and the clutch shaft bearing seat 405 of screw mandrel 404 upper ends is fixed, and the outer ring of the bearing in the clutch shaft bearing seat 405 and the pedestal of bearing block are fixed.
Described wheel holding mechanism is three, and the axis of the screw mandrel 404 on three wheel holding mechanisms is in 120 degree angles.Need to prove that the support roller end face of three wheel holding mechanisms is positioned on the same plane.
Described wheel holding mechanism also comprises and is used to drive the driving mechanism that three support roller arms 410 on the wheel holding mechanism move back and forth along separately screw mandrels 404; Described driving mechanism comprises motor 411, master bevel gear 412 and three secondary bevel gears 415; Motor 411 is fixed on the draft arm 102; Master bevel gear 412 is installed in the rotating shaft of motor 411; Three secondary bevel gears 415 are installed on three wheel holding mechanisms screw mandrel 404 separately the end near master bevel gear 412 respectively, and master bevel gear 412 simultaneously and three secondary bevel gears 415 engagements.Described motor 411 is a servomotor.Master bevel gear 412 is installed in the rotating shaft of described motor 411 is meant that the rotating shaft of motor 411 is connected with the center fixation of master bevel gear 412; Can also adopt simultaneously one section master bevel gear central shaft 403 is extended at the center of master bevel gear 412, be connected with master bevel gear central shaft 403 through the rotating shaft of shaft coupling then motor 411.
Described driving mechanism also comprises bearing 417, and bearing 417 is fixed on the draft arm 102, and the rotating shaft of motor 411 and bearing 417 are rotatably assorted.
Described end plate card platform 103 also comprises mounting platform plate 407 and pressing plate 408; Mounting platform plate 407 is fixed on the draft arm 102 through support bar 416; One end of support bar 416 is fixed on the mounting platform plate 407; The other end of support bar 416 is fixed on the draft arm 102, and mounting platform plate 407 is provided with the microscler through hole that is used for through support roller 401, and at least one material-pulling device is installed on the one side near draft arm 102 on the mounting platform plate 407; The piston rod of described material-pulling device passes mounting platform plate 407 backs and links to each other with pressing plate 408, and pressing plate 408 is provided with the microscler through hole that is used for through support roller 401.The notion of two director's shape through holes is meant that through hole is a strip in this section; Support roller can be in through hole the other end from an end motion of through hole to through hole; That is to say that pressing plate and mounting platform plate do not have inhibition to the motion of support roller when the support roller arm drives the support roller motion.
Described material-pulling device is three, and described material-pulling device is a cylinder, and the piston rod of cylinder passes mounting platform plate 407 backs and links to each other with pressing plate 408.During practical implementation, with hydraulic cylinder also can, quantity also can be other quantity, as four, five etc., just three just can be stable the desired pusher function of realization.
The center of described mounting platform plate 407 also is provided with guide column sleeve 414, is with guide pillar 413 in the guide column sleeve 414, and guide pillar 413 is slidingly matched with guide column sleeve 414, and guide pillar 413 1 ends are fixedly connected with pressing plate 408, and the other end of guide pillar 413 is a free end.
Described draft arm 102 is a metal cylinder, and the end of metal cylinder is provided with landing slab, and described roller bracket 402 is fixed on and is meant on the draft arm 102 that roller bracket 402 is fixed on the landing slab of draft arm 102; Motor 411 is fixed on and is meant on the draft arm 102 that motor 411 is fixed in the described metal cylinder; Described bearing 417 is fixed on and is meant on the draft arm 102 that bearing 417 is fixed on the landing slab of draft arm 102; The other end of described support bar 416 is fixed on the other end that is meant support bar 416 on the draft arm 102 and is fixed on the landing slab of draft arm 102.
The utility model also comprises spiral bar charging tray 105 and axial rib mounting table 107 in the specific implementation; Spiral bar charging tray 105 is arranged on the centre of traction chassis 101 and seam welder 106; Axial rib mounting table 107 is arranged on the back of seam welder 106; Narrate back and centre here; Just to a schematic illustration of accompanying drawing 2, the back that axial rib mounting table 107 is arranged on seam welder 106 in accompanying drawing 2 is meant that axial rib mounting table 107 is placed on the right side of seam welder 106, and is not restricted to the utility model; Wherein drawing chassis 101, seam welder 106 and spiral bar charging tray 105 all has ripe commercially available prod, so also no longer the structure of its inside is done detailed explanation in the utility model.Described end plate is divided into first member plate 203 and right end plate 205; But the structure of two end plates is duplicate; Also be connected to first member plate sleeve 204 and right end plate sleeve 206 during practical implementation on first member plate 203 and the right end plate 205 respectively, the sleeve here is exactly the layer of metal skin in fact.
Need to prove, more than the utility model and specific embodiment thereof are described, this description does not have restricted, also one of the embodiment of the utility model just shown in the accompanying drawing, practical structure is not limited thereto.End plate card platform 103 particularly just stressed a kind of embodiment of concrete end plate card platform 103 in the utility model, but it can have other multiple situation; Directly being fixed on like support roller on the draft arm of traction chassis, so also is the function that clamps end plate that can realize that the utility model is related, for no other reason than that support roller is fixed; The adaptability relative mistake a bit; Can only be adapted to a kind of end plate of internal diameter, and in the actual production, the internal diameter of end plate there is multiple size; Internal diameter commonly used has these several kinds of 600mm, 700mm, 800mm, 900mm and 1000mm; That is to say that the support roller among the utility model embodiment is movable, can well adapt to the end plate of above internal diameter, also is feasible but make not movable support roller into.If also have draw-gear not necessarily to draw chassis, through roller is set on draft arm, manual work is drawn the draft arm motion and also is fine, and also having welding machine can be the welding machine of various ways also, is not limited to seam welder, and hand-held welding machine is good.If motor 411 is servomotor not necessarily also, motor that can rotating is all right.If generally speaking those of ordinary skill in the art is enlightened by it, under the situation that does not break away from the utility model creation aim,, all should belong to the protection domain of the utility model without creationary frame mode similar and the embodiment of designing with this technical scheme.
Claims (10)
1. the manufacturing installation of the steel reinforcement cage of a centrifugal force concrete tubular pile; It comprises the draw-gear and the peripheral welding machine of axial rib that is used for spiral bar (202) is welded to steel reinforcement cage of the axial rib (201) that is used to draw steel reinforcement cage; Draw-gear is installed in the place ahead of welding machine, it is characterized in that: described draw-gear is provided with the end plate Ka Tai (103) of the end plate that is used for the mounting reinforcing steel bars cage.
2. the manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile according to claim 1; It is characterized in that: described draw-gear is traction chassis (101); Described welding machine is seam welder (106); Traction chassis (101) is provided with draft arm (102), and end plate Ka Tai (103) is installed on the end of draft arm (102), and described end plate Ka Tai (103) comprises at least two wheel holding mechanisms; Each wheel holding mechanism comprises support roller (401), roller bracket (402), support roller arm (410), screw mandrel (404), clutch shaft bearing seat (405) and second bearing block (409) of the end plate that is used to hold steel reinforcement cage; Roller bracket (402) is fixed on the draft arm (102), and described clutch shaft bearing seat (405) and second bearing block (409) are separately fixed at the two ends of roller bracket (402), and an end of screw mandrel (404) and clutch shaft bearing seat (405) are rotationally connected; The other end of screw mandrel (404) and second bearing block (409) are rotationally connected; Support roller (401) is fixed on the support roller arm (410), and support roller arm (410) is provided with screwed hole, and screw mandrel (404) screws in the screwed hole of support roller arm (410).
3. the manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile according to claim 2 is characterized in that: described wheel holding mechanism is three, and the axis of the screw mandrel (404) on three wheel holding mechanisms is in 120 degree angles.
4. the manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile according to claim 3; It is characterized in that: described wheel holding mechanism also comprises and is used to drive the driving mechanism that three support roller arms (410) on the wheel holding mechanism move back and forth along separately screw mandrels (404); Described driving mechanism comprises motor (411), master bevel gear (412) and three secondary bevel gears (415); Motor (411) is fixed on the draft arm (102); Master bevel gear (412) is installed in the rotating shaft of motor (411); Three secondary bevel gears (415) are installed in three wheel holding mechanisms screw mandrel (404) separately respectively and go up the end near master bevel gear (412), and master bevel gear (412) meshes with three secondary bevel gears (415) simultaneously.
5. the manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile according to claim 4 is characterized in that: described motor (411) is a servomotor.
6. the manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile according to claim 4; It is characterized in that: described driving mechanism also comprises bearing (417); Bearing (417) is fixed on the draft arm (102), and the rotating shaft of motor (411) and bearing (417) are rotatably assorted.
7. the manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile according to claim 2; It is characterized in that: described end plate Ka Tai (103) also comprises mounting platform plate (407) and pressing plate (408); Mounting platform plate (407) is fixed on the draft arm (102) through support bar (416); One end of support bar (416) is fixed on the mounting platform plate (407); The other end of support bar (416) is fixed on the draft arm (102); Mounting platform plate (407) is provided with the microscler through hole that is used for through support roller (401); Mounting platform plate (407) is gone up on the one side near draft arm (102) at least one material-pulling device is installed, and the piston rod of described material-pulling device passes mounting platform plate (407) back and links to each other with pressing plate (408), and pressing plate (408) is provided with the microscler through hole that is used for through support roller (401).
8. the manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile according to claim 7 is characterized in that: described material-pulling device is three, and described material-pulling device is a cylinder.
9. the manufacturing installation of the steel reinforcement cage of centrifugal force concrete tubular pile according to claim 7; It is characterized in that: the center of described mounting platform plate (407) also is provided with guide column sleeve (414); Be with guide pillar (413) in the guide column sleeve (414); Guide pillar (413) is slidingly matched with guide column sleeve (414), and guide pillar (413) one ends are fixedly connected with pressing plate (408), and the other end of guide pillar (413) is a free end.
10. according to claim 2 or 4 or the manufacturing installation of the steel reinforcement cage of 6 or 7 described centrifugal force concrete tubular piles; It is characterized in that: described draft arm (102) is metal cylinder; The end of metal cylinder is provided with landing slab, and described roller bracket (402) is fixed on and is meant on the draft arm (102) that roller bracket (402) is fixed on the landing slab of draft arm (102); Motor (411) is fixed on and is meant on the draft arm (102) that motor (411) is fixed in the described metal cylinder; Described bearing (417) is fixed on and is meant on the draft arm (102) that bearing (417) is fixed on the landing slab of draft arm (102); The other end of described support bar (416) is fixed on the other end that is meant support bar (416) on the draft arm (102) and is fixed on the landing slab of draft arm (102).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220232256 CN202622211U (en) | 2012-05-23 | 2012-05-23 | Manufacturing device of reinforcement cage of centrifugal concrete tubular pile |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220232256 CN202622211U (en) | 2012-05-23 | 2012-05-23 | Manufacturing device of reinforcement cage of centrifugal concrete tubular pile |
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| Publication Number | Publication Date |
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| CN202622211U true CN202622211U (en) | 2012-12-26 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220232256 Withdrawn - After Issue CN202622211U (en) | 2012-05-23 | 2012-05-23 | Manufacturing device of reinforcement cage of centrifugal concrete tubular pile |
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| CN (1) | CN202622211U (en) |
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| CN105728973A (en) * | 2015-07-29 | 2016-07-06 | 朱玉兵 | Welding equipment of reinforcing cage |
| CN105945463A (en) * | 2015-07-29 | 2016-09-21 | 朱玉兵 | Mechanical equipment for welding steel reinforcement cage of building pile foundation |
| CN108161388A (en) * | 2017-12-29 | 2018-06-15 | 广州德亚机械制造有限公司 | Integrated full-automatic end plate fills cage system |
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2012
- 2012-05-23 CN CN 201220232256 patent/CN202622211U/en not_active Withdrawn - After Issue
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102672327B (en) * | 2012-05-23 | 2015-04-22 | 宁波浙东新冈建材设备有限公司 | Manufacturing device of reinforcing steel bar cage of centrifugal force concrete pipe pile |
| CN102672327A (en) * | 2012-05-23 | 2012-09-19 | 宁波浙东新冈建材设备有限公司 | Manufacturing device of reinforcing steel bar cage of centrifugal force concrete pipe pile |
| CN104227307A (en) * | 2014-09-30 | 2014-12-24 | 苏州美生环保科技有限公司 | Clamp for machining wall of filter cylinder |
| CN104227307B (en) * | 2014-09-30 | 2016-12-07 | 苏州美生环保科技有限公司 | A kind of fixture processing filter cylinder barrel |
| CN104942491B (en) * | 2015-07-16 | 2016-06-22 | 李瑛� | A kind of road and bridge cylinder steel reinforcement cage welding equipment |
| CN104942491A (en) * | 2015-07-16 | 2015-09-30 | 朱玉兵 | Welding equipment for cylindrical reinforcing cages of roads and bridges |
| CN104985346A (en) * | 2015-07-16 | 2015-10-21 | 朱玉兵 | Welding machine for road and bridge construction and for welding supporting column reinforcement cage |
| CN105033519B (en) * | 2015-07-29 | 2016-09-21 | 江俞 | It is easy to the road and bridge load-bearing pillar steel reinforcement cage welding equipment of steel reinforcement cage unloading |
| CN105728973A (en) * | 2015-07-29 | 2016-07-06 | 朱玉兵 | Welding equipment of reinforcing cage |
| CN105945463A (en) * | 2015-07-29 | 2016-09-21 | 朱玉兵 | Mechanical equipment for welding steel reinforcement cage of building pile foundation |
| CN105033519A (en) * | 2015-07-29 | 2015-11-11 | 朱玉兵 | Reinforcement cage welding device used for road and bridge bearing column and facilitating unloading of reinforcement cage |
| CN105364389A (en) * | 2015-12-18 | 2016-03-02 | 孙鸿雁 | Limiting device for cage rolling machine |
| CN105364389B (en) * | 2015-12-18 | 2017-10-10 | 孙鸿雁 | A kind of stopping means for being used to roll cage machine |
| CN108161388A (en) * | 2017-12-29 | 2018-06-15 | 广州德亚机械制造有限公司 | Integrated full-automatic end plate fills cage system |
| CN108161388B (en) * | 2017-12-29 | 2024-04-05 | 广州德亚机械制造有限公司 | Integrated full-automatic end plate cage loading system |
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