CN208761858U - A kind of pipe winding device for the sebific duct fixed frame and fixed frame that anti-hydralic hose damages - Google Patents
A kind of pipe winding device for the sebific duct fixed frame and fixed frame that anti-hydralic hose damages Download PDFInfo
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- CN208761858U CN208761858U CN201820846656.9U CN201820846656U CN208761858U CN 208761858 U CN208761858 U CN 208761858U CN 201820846656 U CN201820846656 U CN 201820846656U CN 208761858 U CN208761858 U CN 208761858U
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Abstract
The utility model relates to the pipe winding devices of the sebific duct fixed frame and fixed frame of hydralic hose production equipment technology more particularly to a kind of anti-hydralic hose damage.The technical problems to be solved in the utility model is that the hydralic hose of fixed frame wrapped inside is easily deformed damage.In order to solve the above-mentioned technical problem, the utility model provides a kind of pipe winding device of sebific duct fixed frame and fixed frame that anti-hydralic hose damages, including pedestal, the top of pedestal has from left to right been respectively fixedly connected with fixed link, two hydraulically extensible columns and arc positioning plate, the top of two hydraulically extensible columns is fixedly connected by rectangular movable plate, and rotation bogey is provided at the top of rectangular movable plate.The sebific duct fixed frame of the anti-hydralic hose damage and the pipe winding device of fixed frame, allow hydralic hose according to the outside of the scheduled idea automatic winding self-supporting column of people, and become smaller using the power that the support plate on support column is subject to hydralic hose, guarantee that hydralic hose will not deformed damaged.
Description
Technical field
The utility model relates to hydralic hose production equipment technology, specially a kind of sebific duct of anti-hydralic hose damage
The pipe winding device of fixed frame and fixed frame.
Background technique
Hydralic hose is mainly by the conjunction of the synthetic rubber inner glue layer, mesoglea, multilayer enhancement layer and resistance to weather of resistant to liquid
It is formed at rubber outer glue-line.
Inner glue layer, which has, makes pumped (conveying) medium bear pressure, the effect for protecting steel wire or line fiber not to weather, and outer glue-line is protected
It is injury-free to protect enhancement layer, enhancement layer is framework material, and effect is to guarantee the use pressure of sebific duct, inside hydralic hose
Material is more, leads to the heavier mass of hydralic hose.
Hydralic hose is all wound around on sebific duct fixed frame after processing, and applicant makes discovery from observation, current
Hydralic hose is being wrapped on fixed frame from level to level, and in winding, is first wound in inside, when wrapped inside is full hydraulic
After sebific duct, subsequent hydralic hose is wrapped in again outside the hydralic hose of wrapped inside, such canoe, makes the liquid of inside
Moulding pipe not only will receive the winding power of external hydraulic sebific duct, it is also necessary to which the gravity for bearing external hydraulic sebific duct leads to inside liquid
The extruding force that moulding pipe is subject to is larger, jolts during transportation if encountered, it is easy to will lead to the hydraulic glue of inside
Pipe deformation is excessive or damages, therefore applicant proposes that a kind of hydralic hose that can reduce is squeezed the fixed frame of power and is somebody's turn to do
The pipe winding device of fixed frame.
Utility model content
(1) the technical issues of solving
In view of the deficiencies of the prior art, the utility model provide a kind of anti-hydralic hose damage sebific duct fixed frame and
The pipe winding device of fixed frame solves the problems, such as that the hydralic hose of fixed frame wrapped inside is easily deformed damage.
(2) technical solution
In order to achieve the above object, the utility model is achieved by the following technical programs: a kind of anti-hydralic hose damage
Sebific duct fixed frame and fixed frame pipe winding device, including pedestal, the top of the pedestal be from left to right respectively fixedly connected with
There are fixed link, two hydraulically extensible columns and arc positioning plate, the top of two hydraulically extensible columns passes through rectangular movable plate
It is fixedly connected, rotation bogey, the top of the arc positioning plate and fixation is provided at the top of the rectangular movable plate
The top of bar is fixedly connected by footstock, and the inner cavity of the footstock is rotatably connected to the first rotation axis by bearing, and described first
The bottom of rotation axis is welded with rotating plate, and the bottom of the rotating plate is fixedly connected with that there are two the first positioning column, the bottoms of the rotating plate
It is provided with rubber pipe fixing device, the second rotation axis is fixedly connected at the top of first rotation axis, is set at the top of the footstock
It is equipped with kinetic energy and generates transfer device and positioning device in limited time, sebific duct is provided on the left of the footstock and is changed its course device.
Preferably, the rotation bogey includes rotor plate, and the rotor plate is rotatably connected on rectangular by bearing block
The top of movable plate is welded with two the second positioning columns at the top of the rotor plate, and four sides of the rotor plate bottom are welded
There are two fagging, the corresponding side of fagging described in every two passes through third rotation axis, and the outside of the third rotation axis passes through axis
It holds and is rotatably connected to idler wheel, fit at the top of the outer wall of the idler wheel and rectangular movable plate.
When rotor plate starts turning, idler wheel carries out idler wheel simultaneously, is supported using pair of rollers rotor plate.
Preferably, the rubber pipe fixing device, the rubber pipe fixing device include top plate, are offered at the top of the top plate
Two grooves, two the first positioning columns of the rotating plate bottom are plugged on respectively in two grooves at the top of top plate, the top plate
Bottom bottom plate is fixedly connected with by support column, the bottom of the bottom plate is opened up there are two groove, at the top of the rotor plate
Two the second positioning columns are plugged on respectively in two grooves of bottom base plate, and the outer wall of the support column is welded with the support of two circles
Plate, the outside for being symmetrically distributed in support column of the two circle support plates.
The bottom plate of rubber pipe fixing device bottom is placed on to the top of rotor plate, is made at the top of the groove and rotor plate of bottom plate
Second positioning column is corresponding, rotates rotor plate, keeps the groove at the top of top plate corresponding with the first positioning column of rotating plate bottom, then control
Hydraulically extensible column processed works, and makes hydraulically extensible column that rotor plate and rubber pipe fixing device be driven to move up, makes rotating plate bottom
First positioning column in portion is plugged in the groove at the top of top plate, the diameter phase of the distance between every two support plate and hydralic hose
Adaptation, the distance between the distance between top plate to support plate and support plate to bottom plate are adapted with the diameter of hydralic hose,
And the length of support plate is seven times of hydralic hose diameter.
Preferably, it includes decelerating motor that the kinetic energy, which generates transfer device, and the decelerating motor is fixedly connected on footstock
Top, fixing sleeve is connected to the first teeth-missing gear and the second hypodontia tooth to the outer wall of the geared motor output shaft respectively from top to bottom
Wheel, the outer wall of second teeth-missing gear are engaged with the first transmission gear, and first transmission gear is fixedly attached to second turn
The bottom of the outside of moving axis, second teeth-missing gear is welded with semi-circular set.
Preferably, the teeth length of first teeth-missing gear is 1/8th of the first teeth-missing gear perimeter, described the
The teeth length of two teeth-missing gears is 7/8ths of the second teeth-missing gear perimeter, and the length of the semi-circular set is the second hypodontia
/ 8th of gear perimeter, 1/8th of the second teeth-missing gear diameter are equal with the diameter of the first transmission gear.
It is enclosed in this way when decelerating motor drives the second teeth-missing gear to rotate one, the first transmission gear can be made to drive the second rotation axis
Turning collar, and the second rotation axis can stop operating one end time after turning collar, when the teeth of the second teeth-missing gear are again with
One transmission gear contact when, will drive the first transmission gear and the second rotation axis continue to rotate, when the second rotation axis into
It will drive rubber pipe fixing device when row rotation to be rotated, hydralic hose made to be wrapped in the outside of support column.
Preferably, it is described in limited time positioning device include the first fixed plate and the second fixed plate, first fixed plate with
And second fixed plate be fixedly connected with and be fixedly connected with third fixed plate at the top of the top of footstock, second fixed plate,
The bottom of the third fixed plate is fixedly connected with link block by the first fixing sleeve, and the bottom of the link block is solid by second
Fixed set is fixedly connected on the top of the first fixed plate, is fixedly connected with third fixing sleeve on the left of the third fixed plate, described
Pivot bush unit has monocline face movable plate, slope-less living respectively for the inside of first fixing sleeve, the second fixing sleeve and third fixing sleeve
The inclined-plane of movable plate and double inclined plane movable plate, the inclined-plane and monocline face movable plate of double inclined plane movable plate bottom fits, institute
It states the one end of monocline face movable plate far from inclined-plane to be fixedly connected with the right end of slope-less movable plate by arc-shaped connecting rod, the nothing
Inclined-plane movable plate is fixedly connected with arcuate friction piece far from one end of arc-shaped connecting rod, and the bottom of the slope-less movable plate is fixed
It is connected with supporting plate, the right side of the supporting plate on the left of compressed spring and the first fixed plate by being fixedly connected.
Semi-circular set, which is located at the second teeth-missing gear, does not have the bottom of the other side of teeth side, in this way when the second teeth-missing gear
Do not have the position of teeth it is corresponding with the first transmission gear when, the bottom of semi-circular set is contacted with double inclined plane movable plate, using double
Inclined-plane movable plate pushes half inclined-plane movable plate to move right, and makes half inclined-plane movable plate that slope-less movable plate be driven to move right, makes
Arcuate friction piece moves right, and so that compressed spring is generated deformation, separates arcuate friction piece with first rotating shaft, make first rotating shaft can
Easily to rotate very much, when the second teeth-missing gear has the position of teeth and the first transmission gear contacts, the bottom of semi-circular set
It is separated with double inclined plane movable plate, the power generated using compressed spring deformation keeps monocline face movable plate and slope-less movable plate same
When be moved to the left, move up double inclined plane movable plate, make slope-less movable plate drive arcuate friction piece be moved to the left, make arc
Friction plate is contacted with first rotating shaft, and first rotating shaft is fixed.
Preferably, the sebific duct device that changes its course includes first rotating shaft, and the first rotating shaft is rotatably connected on top by bearing
The left side of seat, is fixedly connected with the second transmission gear at the top of the first rotating shaft, the outer wall of second transmission gear and the
The outer wall of one teeth-missing gear is meshed, and the bottom of the first rotating shaft is welded with threaded rod, and the bottom of the threaded rod is welded with
Second shaft, the bottom of second shaft are rotatably connected on the top of pedestal, the external spiral shell of the threaded rod by bearing block
Line is socketed with nut, annulus set is welded on the right side of the nut, the annulus set is actively socketed on the outside of fixed link, described
The back side of annulus set is fixedly connected with glue pipe socket.
Preferably, the diameter of second transmission gear is equal with 1st/16th of the first teeth-missing gear diameter.
When side of second teeth-missing gear without teeth just with the first transmission gear to it is corresponding when the first teeth-missing gear have teeth
Side is also just contacted with the second transmission gear, and in this way when the first transmission gear does not rotate, the second transmission gear is started turning,
When the second teeth-missing gear has the side of teeth just to contact with the first transmission gear, side of first teeth-missing gear without teeth is rigid
Good corresponding with the second transmission gear, in this way when the first transmission gear is rotated, the second transmission gear is without rotating, and the
One teeth-missing gear has the part of teeth that can drive two circle of the second transmission gear rotation, to drive first rotating shaft and threaded rod
Two circle of rotation, when two circle of threaded rod rotation, the transportable distance of nut adds the thickness phase of support plate with hydralic hose diameter
Deng, therefore when the second rotation axis does not drive rubber pipe fixing device to be rotated, nut will drive glue pipe socket and move down one end
Distance, mobile distance is equivalent to the thickness that hydralic hose diameter adds support plate, in this way when rubber pipe fixing device rotates again
When, hydralic hose will change a position and be wound.
(3) beneficial effect
The utility model provides a kind of pipe winding device of sebific duct fixed frame and fixed frame that anti-hydralic hose damages, tool
It is standby following the utility model has the advantages that
(1), the pipe winding device of the sebific duct fixed frame and fixed frame of anti-hydralic hose damage, rotation bogey can be with
Rubber pipe fixing device is fixed, and rotates bogey and rubber pipe fixing device is being fixed while making bogey can
To drive rubber pipe fixing device to be rotated.
(2), the pipe winding device of the sebific duct fixed frame and fixed frame of anti-hydralic hose damage, rubber pipe fixing device can be with
Layering fixation is carried out to hydralic hose, makes hydralic hose only and will receive the winding power of external hydraulic sebific duct, be not subject to outer liquid
The gravity of moulding pipe reduces the power that hydralic hose is subject to, and guarantees that hydralic hose will not deformed damaged.
(3), the pipe winding device of the sebific duct fixed frame and fixed frame of the anti-hydralic hose damage, kinetic energy generate transfer device
The first transmission gear can be made to be rotated at times with the second transmission gear, so that pipe winding device be allow to carry out in sequence
Hydralic hose around pipe.
(4), the pipe winding device of the sebific duct fixed frame and fixed frame of anti-hydralic hose damage, sebific duct changes its course device can be with
The position for changing the winding of hydralic hose, enables hydralic hose to be wound according to the idea of people.
(5), the pipe winding device of the sebific duct fixed frame and fixed frame of anti-hydralic hose damage, positioning device can be in limited time
The first rotating shaft in device that changes its course to sebific duct is defined, and the circle number for rotating first rotating shaft is more accurate.
(6), the pipe winding device of the sebific duct fixed frame and fixed frame of anti-hydralic hose damage, idler wheel can be improved to turning
The support force of movable plate shake rotor plate will not in the course of rotation, to keep entire pipe winding device more steady at work
It is fixed.
(7), the pipe winding device of the sebific duct fixed frame and fixed frame of anti-hydralic hose damage, the support plate on support column
It can be layered and hydralic hose is supported, reduce the power that hydralic hose is subject to, and the gap between support plate makes hydralic hose
It is more convenient when changing position.
(8), the pipe winding device of the sebific duct fixed frame and fixed frame of anti-hydralic hose damage, can be with using semi-circular set
It is automatically performed the fixation and relieving to first rotating shaft, keeps entire pipe winding device more intelligent at work.
(9), the pipe winding device of the sebific duct fixed frame and fixed frame of anti-hydralic hose damage, using hydraulically extensible column,
First positioning column and the second positioning column cooperate the groove on upper plate and bottom plate, can very easily complete solid to sebific duct
Determine the fixation of device.
(10), the pipe winding device of the sebific duct fixed frame and fixed frame of the anti-hydralic hose damage, passes through rotation carrying dress
Set, rubber pipe fixing device, kinetic energy generate transfer device, positioning device and sebific duct change its course device in limited time, make hydralic hose can be with
According to the outside of the scheduled idea automatic winding self-supporting column of people, and using the support plate on support column make hydralic hose by
Power become smaller, guarantee hydralic hose will not deformed damaged.
Detailed description of the invention
Fig. 1 is the positive structure diagram of the utility model；
Fig. 2 is the positive structure diagram that bogey is rotated in the utility model Fig. 1；
Fig. 3 is the positive structure diagram of rubber pipe fixing device in the utility model Fig. 1；
Fig. 4 is the overlooking structure diagram of support column in the utility model Fig. 3；
Fig. 5 is the overlooking structure diagram of the first teeth-missing gear in the utility model Fig. 1；
Fig. 6 is the overlooking structure diagram of the second teeth-missing gear in the utility model Fig. 1；
Fig. 7 is partial enlargement diagram at the A in the utility model Fig. 1.
In figure: 1 pedestal, 2 fixed links, 3 hydraulically extensible columns, 4 arc positioning plates, 5 rectangular movable plates, 6 rotation bogeys,
601 rotor plates, 602 second positioning columns, 603 faggings, 604 third rotation axis, 605 idler wheels, 7 footstocks, 8 first rotation axis, 9 turns
Plate, 10 rubber pipe fixing devices, 1001 top plates, 1002 support columns, 1003 bottom plates, 1004 support plates, 11 second rotation axis, 12 are moved
Transfer device, 1201 decelerating motors, 1,202 first teeth-missing gears, 1,203 second teeth-missing gears, 1,204 first driving cogs can be generated
Wheel, 1205 semi-circular sets, 13 in limited time positioning device, 1,301 first fixed plates, 1,302 second fixed plates, 1303 third fixed plates,
1304 first fixing sleeves, 1305 link blocks, 1,306 second fixing sleeves, 1307 third fixing sleeves, 1308 monocline face movable plates,
1309 slope-less movable plates, 1310 double inclined plane movable plates, 1311 arc-shaped connecting rods, 1312 arcuate friction pieces, 1313 supporting plates,
1314 compressed springs, 14 sebific ducts change its course device, 1401 first rotating shafts, 1,402 second transmission gears, 1403 threaded rods, 1,404
Two shafts, 1405 nuts, 1406 annulus sets, 1407 glue pipe sockets, 15 first positioning columns.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Fig. 1-7 is please referred to, the utility model provides a kind of technical solution: a kind of sebific duct fixed frame of anti-hydralic hose damage
And the pipe winding device of fixed frame, including pedestal 1, the top of pedestal 1 be from left to right respectively fixedly connected with fixed link 2, two
The top of hydraulically extensible column 3 and arc positioning plate 4, two hydraulically extensible columns 3 is fixedly connected by rectangular movable plate 5, rectangular
The top of movable plate 5 is provided with rotation bogey 6, and rotation bogey 6 includes rotor plate 601, and rotor plate 601 passes through bearing
Seat is rotatably connected on the top of rectangular movable plate 5, and the top of rotor plate 601 is welded with two the second positioning columns 602, rotor plate
Four sides of 601 bottoms are welded with two faggings 603, and the corresponding side of every two fagging 603 passes through third rotation axis 604, the
The outside of three rotation axis 604 is rotatably connected to idler wheel 605, the top phase of the outer wall of idler wheel 605 and rectangular movable plate 5 by bearing
Fitting, when rotor plate 601 starts turning, idler wheel 605 carries out idler wheel 605 simultaneously, is carried out using idler wheel 605 to rotor plate 601
Support, rotation bogey 6 can be fixed rubber pipe fixing device 10, and rotate bogey 6 and fill to sebific duct is fixed
10 are set to be fixed while alloing bogey 6 that rubber pipe fixing device 10 to be driven to be rotated, idler wheel 605 can be improved to turn
The support force of movable plate 601 shake rotor plate 601 will not in the course of rotation, to make entire pipe winding device at work
More stable, the top of arc positioning plate 4 and the top of fixed link 2 are fixedly connected by footstock 7, and the inner cavity of footstock 7 passes through
Bearing is rotatably connected to the first rotation axis 8, and the bottom of the first rotation axis 8 is welded with rotating plate 9, and the bottom of rotating plate 9 is fixedly connected with
Two the first positioning columns 15, the bottom of rotating plate 9 are provided with rubber pipe fixing device 10, rubber pipe fixing device 10, rubber pipe fixing device
10 include top plate 1001, and the top of top plate 1001 is opened up there are two groove, and two the first positioning columns 15 of 9 bottom of rotating plate are distinguished
It is plugged in two grooves at 1001 top of top plate, the bottom of top plate 1001 is fixedly connected with bottom plate by support column 1002
1003, the bottom of bottom plate 1003 is opened up there are two groove, and two second positioning columns 602 at 601 top of rotor plate are plugged on respectively
In two grooves of 1003 bottom of bottom plate, the outer wall of support column 1002 is welded with two circle support plates 1004, two circle support plates 1004
The outside for being symmetrically distributed in support column 1002, the bottom plate 1003 of 10 bottom of rubber pipe fixing device is placed on rotor plate 601
Top keeps the groove of bottom plate 1003 corresponding with second positioning column 602 at 601 top of rotor plate, rotates rotor plate 601, make top plate
The groove at 1001 tops is corresponding with the first positioning column 15 of 9 bottom of rotating plate, then controls hydraulically extensible column 3 and works, makes
Hydraulically extensible column 3 drives rotor plate 601 and glue rubber pipe fixing device 10 to move up, and makes the first positioning column of 9 bottom of rotating plate
15 are plugged in the groove at 1001 top of top plate, and the distance between every two support plate 1004 and the diameter of hydralic hose are mutually fitted
Match, the distance between top plate 1001 to the distance between support plate 1004 and support plate 1004 to bottom plate 1003 with hydraulic glue
The diameter of pipe is adapted, and the length of support plate 1004 is seven times of hydralic hose diameter, and rubber pipe fixing device 10 can be to liquid
Moulding pipe carries out layering fixation, makes hydralic hose only and will receive the winding power of external hydraulic sebific duct, is not subject to outer liquid moulding
The gravity of pipe reduces the power that is subject to of hydralic hose, guarantee hydralic hose will not deformed damaged, the support plate on support column 1002
1004 can be layered and be supported to hydralic hose, reduce the power that hydralic hose is subject to, and the gap between support plate 1004 makes
Hydralic hose is more convenient when changing position, utilizes hydraulically extensible column 3, the first positioning column 15 and the second positioning column
602, cooperate the groove on upper plate 1001 and bottom plate 1003, can very easily complete consolidating to rubber pipe fixing device 10
Fixed, the top of the first rotation axis 8 is fixedly connected with the second rotation axis 11, and the top of footstock 7 is provided with kinetic energy and generates transfer device
12 and positioning device 13 in limited time, it includes decelerating motor 1201 that kinetic energy, which generates transfer device 12, and decelerating motor 1201 is fixedly connected
At the top of footstock 7, fixing sleeve is connected to the first teeth-missing gear 1202 to the outer wall of 1201 output shaft of decelerating motor respectively from top to bottom
And second teeth-missing gear 1203, the outer wall of the second teeth-missing gear 1203 are engaged with the first transmission gear 1204, the first driving cog
Wheel 1204 is fixedly attached to the outside of the second rotation axis 11, and the bottom of the second teeth-missing gear 1203 is welded with semi-circular set 1205,
The teeth length of first teeth-missing gear 1202 is 1/8th of 1202 perimeter of the first teeth-missing gear, the second teeth-missing gear 1203
Teeth length be 1203 perimeter of the second teeth-missing gear 7/8ths, semi-circular set 1205 length be the second teeth-missing gear
/ 8th of 1203 perimeters, 1203 diameter of the second teeth-missing gear 1/8th with the diameter phase of the first transmission gear 1204
Deng the first transmission gear 1204 being made to drive the in this way when decelerating motor 1201 drives one circle of the second teeth-missing gear 1203 rotation
Two rotation axis 11 rotation, 7 circle, and the second rotation axis 11 can stop operating one end time after the circle of rotation 7, when the second teeth-missing gear
When 1203 teeth are contacted with the first transmission gear 1204 again, the first transmission gear 1204 and the second rotation axis will drive
11 continue to rotate, and will drive rubber pipe fixing device 10 when the second rotation axis 11 is rotated and are rotated, make hydraulic glue
Pipe is wrapped in the outside of support column 1002, and kinetic energy, which generates transfer device 12, can make the first transmission gear 1204 and the second driving cog
Wheel 1402 is rotated at times, thus allow pipe winding device carry out in sequence hydralic hose around pipe, positioning dress in limited time
Setting 13 includes the first fixed plate 1301 and the second fixed plate 1302, and the first fixed plate 1301 and the second fixed plate 1302 are
It is fixedly connected on the top of footstock 7, the top of the second fixed plate 1302 is fixedly connected with third fixed plate 1303, third fixed plate
1303 bottom is fixedly connected with link block 1305 by the first fixing sleeve 1304, and the bottom of link block 1305 is fixed by second
Set 1306 is fixedly connected on the top of the first fixed plate 1301, and the left side of third fixed plate 1303 is fixedly connected with third fixing sleeve
1307, pivot bush unit has monocline respectively for the inside of the first fixing sleeve 1304, the second fixing sleeve 1306 and third fixing sleeve 1307
Face movable plate 1308, slope-less movable plate 1309 and double inclined plane movable plate 1310, the inclined-plane of 1310 bottom of double inclined plane movable plate
It fits with the inclined-plane of monocline face movable plate 1308, the one end of monocline face movable plate 1308 far from inclined-plane and slope-less movable plate
1309 right end is fixedly connected by arc-shaped connecting rod 1311, the one end of slope-less movable plate 1309 far from arc-shaped connecting rod 1311
It is fixedly connected with arcuate friction piece 1312, the bottom of slope-less movable plate 1309 is fixedly connected with supporting plate 1313, supporting plate 1313
Right side is fixedly connected by compressed spring 1314 with the left side of the first fixed plate 1301, and semi-circular set 1205 is located at the second hypodontia tooth
Wheel 1203 do not have the other side of teeth side bottom, in this way when the second teeth-missing gear 1203 not the position of teeth with first biography
When moving gear 1204 is corresponding, the bottom of semi-circular set 1205 is contacted with double inclined plane movable plate 1310, utilizes double inclined plane movable plate
1310 half inclined-plane movable plates 1308 of promotion move right, and make half inclined-plane movable plate 1308 that slope-less movable plate 1309 be driven to move right
It is dynamic, so that arcuate friction piece 1312 is moved right, so that compressed spring 1314 is generated deformation, make arcuate friction piece 1312 and first turn
Axis 1401 separates, and rotates first rotating shaft 1401 easily very much, when the second teeth-missing gear 1203 has the position of teeth and the
When one transmission gear 1204 contacts, the bottom of semi-circular set 1205 is separated with double inclined plane movable plate 1310, utilizes compressed spring
The power that 1314 deformation generate, makes monocline face movable plate 1308 and slope-less movable plate 1309 while being moved to the left, make double inclined plane
Movable plate 1310 moves up, and makes slope-less movable plate 1309 that arcuate friction piece 1312 be driven to be moved to the left, makes arcuate friction piece
1312 contact with first rotating shaft 1401, and first rotating shaft 1401 is fixed, and positioning device 13 can change its course to sebific duct dress in limited time
Being defined for the first rotating shaft 1401 in 14 is set, the circle number for rotating first rotating shaft 1401 is more accurate, and the left side of footstock 7 is set
It is equipped with sebific duct to change its course device 14, the sebific duct device 14 that changes its course includes first rotating shaft 1401, can be automatic complete using semi-circular set 1205
The fixation and relieving of pairs of first rotating shaft 1401 keep entire pipe winding device more intelligent at work, and first rotating shaft 1401 is logical
Cross the left side that bearing is rotatably connected on footstock 7, the top of first rotating shaft 1401 is fixedly connected with the second transmission gear 1402, and second
The outer wall of transmission gear 1402 is meshed with the outer wall of the first teeth-missing gear 1202, and the bottom of first rotating shaft 1401 is welded with spiral shell
Rasp bar 1403, the bottom of threaded rod 1403 are welded with the second shaft 1404, and the bottom of the second shaft 1404 is rotated by bearing block
It is connected to the top of pedestal 1, the external screw-thread of threaded rod 1403 is socketed with nut 1405, and the right side of nut 1405 is welded with annulus
Set 1406, annulus set 1406 are actively socketed on the outside of fixed link 2, and the back side of annulus set 1406 is fixedly connected with glue pipe socket
1407, the diameter of the second transmission gear 1402 is equal with 1st/16th of 1202 diameter of the first teeth-missing gear, when the second hypodontia
The first teeth-missing gear 1202 has the side of teeth when side of the gear 1203 without teeth is just corresponding with the first 1204 pairs of transmission gear
Also it is just contacted with the second transmission gear 1402, in this way when the first transmission gear 1204 does not rotate, the second transmission gear 1402
It starts turning, when the second teeth-missing gear 1203 has the side of teeth just to contact with the first transmission gear 1204, the first hypodontia
Side of the gear 1202 without teeth is just corresponding with the second transmission gear 1402, in this way when the first transmission gear 1204 is rotated
When, the second transmission gear 1402 is without rotation, and the first teeth-missing gear 1202 has the part of teeth that can drive the second transmission
Two circle of the rotation of gear 1402, to drive first rotating shaft 1401 and threaded rod 1403 to rotate two circles, when threaded rod 1403 rotates
Two circles, the transportable distance of nut 1405 is equal plus the thickness of support plate 1004 with hydralic hose diameter, therefore when second
When rotation axis 11 does not drive rubber pipe fixing device 10 to be rotated, nut 1405 will drive glue pipe socket 1407 move down one end away from
Be equivalent to the thickness that hydralic hose diameter adds support plate 1004 from, mobile distance, in this way when rubber pipe fixing device 10 again
When rotation, hydralic hose will change a position and be wound, and the sebific duct device 14 that changes its course can change the winding of hydralic hose
Position enables hydralic hose to be wound according to the idea of people, by rotating bogey 6, rubber pipe fixing device 10, kinetic energy
It generates that transfer device 12, positioning device 13 and sebific duct change its course device 14 in limited time, keeps hydralic hose scheduled according to people
The outside of idea automatic winding self-supporting column 1002, and using the support plate 1004 on support column 1002 make hydralic hose by
Power become smaller, guarantee hydralic hose will not deformed damaged.
Working principle: first rubber pipe fixing device 10 is placed on rotation bogey 6, then starts hydraulic telescopic device
3, make to rotate bogey 6 rubber pipe fixing device 10 is driven to move up, using rotation bogey 6 and rotating plate 9 by sebific duct
Fixed device 10 is fixed, and hydralic hose after molding is then passed through glue pipe socket 1407, at this moment top plate 1001 and top layer
The center of the corresponding side of support plate 1004 is corresponding with the position of glue pipe socket 1407, is then stuck in one end of hydralic hose
The centre of two support plates 1004 finally starts decelerating motor 1201；When the output shaft of decelerating motor 1201 drives the first hypodontia
When gear 1202 and the second teeth-missing gear 1203 are rotated clockwise, the second teeth-missing gear 1203 had the side of teeth before this
It being contacted with the first transmission gear 1204, side of first teeth-missing gear 1202 without teeth is corresponding with the second transmission gear 1402, when
After 7/8ths circle of first teeth-missing gear 1202 and the rotation of the second teeth-missing gear 1203, the second teeth-missing gear 1203 drives first
Transmission gear 1204 has rotated seven circles, and hydralic hose is made to be wound with seven circles on support column 1002, at the same time, the second hypodontia tooth
1203 sides without teeth of wheel turn to corresponding with the first transmission gear 1204, and the first teeth-missing gear 1202 has the side turn of teeth
It is contacted to the second transmission gear 1402, the output shaft of decelerating motor 1201 continues to drive the first teeth-missing gear 1202 and second
Teeth-missing gear 1203 is rotated clockwise, until the second teeth-missing gear 1203 has side and the first transmission gear 1204 of teeth
During contact, rubber pipe fixing device 10 will not continue to be rotated without power source, and arcuate friction piece 1312 is because of stress
It is separated with first rotating shaft 1401, first rotating shaft 1401 can make screw thread by the second transmission gear 1402 with two circles are rotated counterclockwise
Bar 1403 rotates counterclockwise two circles, and threaded rod 1403, which rotates counterclockwise two circles, can make nut 1405 move down one end distance, moves
The mobile distance of dynamic distance is equivalent to the thickness that hydralic hose diameter adds support plate 1004, in this way when the second teeth-missing gear
1203 have a side of teeth and when the first transmission gear 1204 contacts again, hydralic hose can replace two layers of support board 1004
Between position be wound, then repeat the operation.
Claims (8)
1. a kind of sebific duct fixed frame of anti-hydralic hose damage and the pipe winding device of fixed frame, including pedestal (1), feature exists
In: the top of the pedestal (1) has from left to right been respectively fixedly connected with fixed link (2), two hydraulically extensible columns (3) and arc
The top of positioning plate (4), two hydraulically extensible columns (3) is fixedly connected by rectangular movable plate (5), the rectangular movable plate
(5) it is provided with rotation bogey (6) at the top of, passes through at the top of the top of the arc positioning plate (4) and fixed link (2)
Footstock (7) is fixedly connected, and the inner cavity of the footstock (7) is rotatably connected to the first rotation axis (8) by bearing, first rotation
The bottom of axis (8) is welded with rotating plate (9), and the bottom of the rotating plate (9) is fixedly connected there are two the first positioning column (15), and described turn
The bottom of plate (9) is provided with rubber pipe fixing device (10), is fixedly connected with the second rotation axis at the top of first rotation axis (8)
(11), it is provided with kinetic energy at the top of the footstock (7) and generates transfer device (12) and in limited time positioning device (13), the footstock
(7) it is provided with sebific duct on the left of and changes its course device (14).
2. a kind of sebific duct fixed frame of anti-hydralic hose damage according to claim 1 and the pipe winding device of fixed frame,
It is characterized by: the rotation bogey (6) includes rotor plate (601), the rotor plate (601) is rotated by bearing block to be connected
The top in rectangular movable plate (5) is connect, is welded with two the second positioning columns (602) at the top of the rotor plate (601), described turn
Four sides of movable plate (601) bottom are welded with two faggings (603), and the corresponding side of fagging (603) described in every two passes through the
The outside of three rotation axis (604), the third rotation axis (604) is rotatably connected to idler wheel (605), the idler wheel by bearing
(605) it fits at the top of outer wall and rectangular movable plate (5).
3. a kind of sebific duct fixed frame of anti-hydralic hose damage according to claim 2 and the pipe winding device of fixed frame,
It is characterized by: the rubber pipe fixing device (10), the rubber pipe fixing device (10) includes top plate (1001), the top plate
(1001) it is opened up at the top of there are two groove, two the first positioning columns (15) of rotating plate (9) bottom are plugged on top plate respectively
(1001) in two grooves at the top of, the bottom of the top plate (1001) is fixedly connected with bottom plate by support column (1002)
(1003), the bottom of the bottom plate (1003) is opened up there are two groove, two the second positioning columns at the top of the rotor plate (601)
(602) it is plugged on respectively in two grooves of bottom plate (1003) bottom, the outer wall of the support column (1002) is welded with two circle branch
Fagging (1004), the outside for being symmetrically distributed in support column (1002) of the two circle support plates (1004).
4. a kind of sebific duct fixed frame of anti-hydralic hose damage according to claim 1 and the pipe winding device of fixed frame,
It is characterized by: it includes decelerating motor (1201) that the kinetic energy, which generates transfer device (12), the decelerating motor (1201) is fixed
It is connected to the top of footstock (7), fixing sleeve is connected to first to the outer wall of decelerating motor (1201) output shaft respectively from top to bottom
The outer wall of teeth-missing gear (1202) and the second teeth-missing gear (1203), second teeth-missing gear (1203) is engaged with the first biography
Moving gear (1204), first transmission gear (1204) are fixedly attached to the outside of the second rotation axis (11), and described second lacks
The bottom of gear (1203) is welded with semi-circular set (1205).
5. a kind of sebific duct fixed frame of anti-hydralic hose damage according to claim 4 and the pipe winding device of fixed frame,
It is characterized by: the teeth length of first teeth-missing gear (1202) be the first teeth-missing gear (1202) perimeter eight/
One, the teeth length of second teeth-missing gear (1203) is 7/8ths of the second teeth-missing gear (1203) perimeter, described half
The length of annular sleeve (1205) is 1/8th of the second teeth-missing gear (1203) perimeter, and second teeth-missing gear (1203) is straight
/ 8th of diameter are equal with the diameter of the first transmission gear (1204).
6. a kind of sebific duct fixed frame of anti-hydralic hose damage according to claim 4 and the pipe winding device of fixed frame,
It is characterized by: described positioning device (13) in limited time include the first fixed plate (1301) and the second fixed plate (1302), it is described
First fixed plate (1301) and the second fixed plate (1302) are fixedly connected in the top of footstock (7), second fixed plate
(1302) it is fixedly connected at the top of third fixed plate (1303), the bottom of the third fixed plate (1303) is fixed by first
Set (1304) is fixedly connected with link block (1305), and the bottom of the link block (1305) is fixed by the second fixing sleeve (1306)
It is connected to the top of the first fixed plate (1301), is fixedly connected with third fixing sleeve on the left of the third fixed plate (1303)
(1307), the inside of first fixing sleeve (1304), the second fixing sleeve (1306) and third fixing sleeve (1307) is lived respectively
It is dynamic to be socketed with monocline face movable plate (1308), slope-less movable plate (1309) and double inclined plane movable plate (1310), the diclinic
The inclined-plane on the inclined-plane and monocline face movable plate (1308) of face movable plate (1310) bottom fits, monocline face movable plate
(1308) one end far from inclined-plane is fixedly connected with the right end of slope-less movable plate (1309) by arc-shaped connecting rod (1311), institute
Slope-less movable plate (1309) are stated to be fixedly connected with arcuate friction piece (1312) far from the one end of arc-shaped connecting rod (1311), it is described
The bottom of slope-less movable plate (1309) is fixedly connected with supporting plate (1313), passes through compressed spring on the right side of the supporting plate (1313)
(1314) it is fixedly connected on the left of the first fixed plate (1301).
7. a kind of sebific duct fixed frame of anti-hydralic hose damage according to claim 6 and the pipe winding device of fixed frame,
It is characterized by: the sebific duct changes its course, device (14) includes first rotating shaft (1401), and the first rotating shaft (1401) passes through bearing
It is rotatably connected on the left side of footstock (7), is fixedly connected with the second transmission gear (1402) at the top of the first rotating shaft (1401),
The outer wall of second transmission gear (1402) is meshed with the outer wall of the first teeth-missing gear (1202), the first rotating shaft
(1401) bottom is welded with threaded rod (1403), and the bottom of the threaded rod (1403) is welded with the second shaft (1404), institute
The bottom for stating the second shaft (1404) is rotatably connected on the top of pedestal (1) by bearing block, the threaded rod (1403) it is outer
Portion's screw thread is socketed with nut (1405), is welded with annulus set (1406) on the right side of the nut (1405), the annulus set
(1406) it is actively socketed on the outside of fixed link (2), the back side of the annulus set (1406) is fixedly connected with glue pipe socket (1407).
8. a kind of sebific duct fixed frame of anti-hydralic hose damage according to claim 7 and the pipe winding device of fixed frame,
It is characterized by: 1/16th phase of the diameter of second transmission gear (1402) and the first teeth-missing gear (1202) diameter
Deng.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820846656.9U CN208761858U (en) | 2018-06-02 | 2018-06-02 | A kind of pipe winding device for the sebific duct fixed frame and fixed frame that anti-hydralic hose damages |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820846656.9U CN208761858U (en) | 2018-06-02 | 2018-06-02 | A kind of pipe winding device for the sebific duct fixed frame and fixed frame that anti-hydralic hose damages |
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| Publication Number | Publication Date |
|---|---|
| CN208761858U true CN208761858U (en) | 2019-04-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820846656.9U Active CN208761858U (en) | 2018-06-02 | 2018-06-02 | A kind of pipe winding device for the sebific duct fixed frame and fixed frame that anti-hydralic hose damages |
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| Country | Link |
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| CN (1) | CN208761858U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108516407A (en) * | 2018-06-02 | 2018-09-11 | 马鞍山市飞达波纹管制造有限公司 | A kind of pipe winding device for the sebific duct fixed frame and fixed frame that anti-hydralic hose damages |
| CN110126447A (en) * | 2019-05-16 | 2019-08-16 | 昆山乐邦印刷器材设备有限公司 | A kind of printing machine halftone fixture |
-
2018
- 2018-06-02 CN CN201820846656.9U patent/CN208761858U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108516407A (en) * | 2018-06-02 | 2018-09-11 | 马鞍山市飞达波纹管制造有限公司 | A kind of pipe winding device for the sebific duct fixed frame and fixed frame that anti-hydralic hose damages |
| CN108516407B (en) * | 2018-06-02 | 2023-06-06 | 马鞍山市飞达波纹管制造有限公司 | Prevent rubber tube mount and around tub device of mount of hydraulic pressure rubber tube damage |
| CN110126447A (en) * | 2019-05-16 | 2019-08-16 | 昆山乐邦印刷器材设备有限公司 | A kind of printing machine halftone fixture |
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