CN110185846A - A kind of adjustable type bearing device for chemical pipeline - Google Patents
A kind of adjustable type bearing device for chemical pipeline Download PDFInfo
- Publication number
- CN110185846A CN110185846A CN201910443642.1A CN201910443642A CN110185846A CN 110185846 A CN110185846 A CN 110185846A CN 201910443642 A CN201910443642 A CN 201910443642A CN 110185846 A CN110185846 A CN 110185846A
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
- F16L3/00—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets
- F16L3/08—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets substantially surrounding the pipe, cable or protective tubing
- F16L3/10—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets substantially surrounding the pipe, cable or protective tubing divided, i.e. with two or more members engaging the pipe, cable or protective tubing
- F16L3/1091—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets substantially surrounding the pipe, cable or protective tubing divided, i.e. with two or more members engaging the pipe, cable or protective tubing with two members, the two members being fixed to each other with fastening members on each side
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
- F16L3/00—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets
- F16L3/16—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets with special provision allowing movement of the pipe
- F16L3/20—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets with special provision allowing movement of the pipe allowing movement in transverse direction
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
- F16L3/00—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets
- F16L3/16—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets with special provision allowing movement of the pipe
- F16L3/20—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets with special provision allowing movement of the pipe allowing movement in transverse direction
- F16L3/202—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets with special provision allowing movement of the pipe allowing movement in transverse direction the transverse movement being converted to a rotational movement
Abstract
The present invention relates to a kind of bearing device for chemical pipeline more particularly to a kind of adjustable type bearing devices for chemical pipeline.Technical problems to be solved: a kind of adjustable type bearing device for chemical pipeline for being able to carry out adjustment, having a wide range of application is provided.Technical solution is: a kind of adjustable type bearing device for chemical pipeline, includes pedestal, big casing, big support rod, rectangular frame, the first U-shaped kelly, the first tension spring, the second U-shaped kelly, the second tension spring, big arc panel etc.；The left part of pedestal is provided with the first large through-hole, and the right part of pedestal is provided with the second large through-hole, and the middle position of base top is connected with big casing.A kind of adjustable type bearing device for chemical pipeline provided by the present invention, it can flexibly be adjusted, it can be suitable for different size of chemical pipeline, have a wide range of application, be conducive to the saving of cost, is conducive to the development of enterprise, structure is simple, it is easy for installation, it is easy to manufacture, maintenance easy to maintain.
Description
Technical field
The present invention relates to a kind of bearing device for chemical pipeline more particularly to a kind of can adjust for chemical pipeline
Type bearing device.
Background technique
It is all to change material composition, structure or the technology for synthesizing novel substance with chemical method, chemical production technology is belonged to,
Namely chemical technology, products obtained therefrom are referred to as chemicals or chemical products, and originally produce this kind of product is handicraft workshop, after
Develop into factory, and gradually formed a specific production industry i.e. chemical industry, the chemical pipeline in Chemical Manufacture needs
It carries out support to fix, the existing bearing device structure tradition for chemical pipeline may be only available for same type of chemical industry
Pipeline can not be adjusted, it is difficult to be suitable for different size of chemical pipeline, application range is narrow, is unfavorable for the saving of cost, no
Conducive to the development of enterprise.
Summary of the invention
In order to overcome the existing bearing device structure tradition for chemical pipeline, same type of chemical industry may be only available for
Pipeline can not be adjusted, it is difficult to be suitable for different size of chemical pipeline, application range is narrow, is unfavorable for the saving of cost
Technical problems to be solved: disadvantage provides a kind of adjustable type for chemical pipeline for being able to carry out adjustment, having a wide range of application
Bearing device.
Technical solution is: a kind of adjustable type bearing device for chemical pipeline, includes pedestal, big casing, big branch
Strut, rectangular frame, the first U-shaped kelly, the first tension spring, the second U-shaped kelly, the second tension spring, big arc panel, big bearing, big support
Plate, the first tooth plate, the first inverted T-shaped sliding block, the first movable plate, the first big guide rod, the first arc snap-gauge, the second arc snap-gauge,
First big spring, the first big screw rod, the second tooth plate, the second inverted T-shaped sliding block, the second movable plate, the second largest guide rod, third arc
Snap-gauge, the 4th arc snap-gauge, the second big spring, the second largest screw rod, long tooth plate, large lift plate, the first small guide rod and first are long
Spring, the left part of pedestal are provided with the first large through-hole, and the right part of pedestal is provided with the second large through-hole, the middle position connection of base top
There is big casing, big casing is provided with the perforative long sliding slot in left and right, and the left side wall of big casing is provided with the first waveform card slot, big casing
Right side wall is provided with the second waveform card slot, and the first waveform card slot and the second waveform card slot are connected with long sliding slot, big to prop up
Strut slidingtype is located in big casing, and rectangular frame is embedded in the lower part of big support rod, and rectangular frame slidingtype is located at long sliding slot
Interior, the left side wall of rectangular frame is provided with the first jack, and rectangular frame is provided with third jack, and third jack is located at a left side for big casing
Side, the first U-shaped kelly slidingtype are located in the first jack, and the right part of the first U-shaped kelly is provided with the 5th jack, the 5th jack and
Three jacks are corresponding, and the right end of the first U-shaped kelly is located in the first waveform card slot, and the first U-shaped kelly is in contact with big casing,
It is connected with the first tension spring on the left of rectangular frame, is connected on the inside of the left end of the first tension spring and the first U-shaped kelly left side wall, square
The right side wall of shape frame is provided with the second jack, and rectangular frame is provided with the 4th jack, and the second U-shaped kelly slidingtype is located at the second jack
Interior, the left part of the second U-shaped kelly is provided with the 6th jack, and the 6th jack is corresponding with the 4th jack, the right side connection of rectangular frame
There is the second tension spring, is connected on the inside of the right end of the second tension spring and the second U-shaped kelly right side wall, big arc panel is located at big casing
Top, the middle position of big arc panel bottom are provided with big rotating hole, and the middle position of big arc panel bottom is embedded with big bearing, greatly
Bearing is connect with the upper end interference of big support rod, and the upper end of big support rod is located in big rotating hole, the upper end connection of big arc panel
There is big palette, the top of big palette is provided with cross chute, and the lower part of big palette is provided with guide groove, cross chute and guide groove
It is connected, guide groove is located between the left upper end and upper right side of big arc panel, and the first tooth plate slidingtype is located in cross chute
Lower part, be connected with the first inverted T-shaped sliding block at the top of the first tooth plate, the first inverted T-shaped sliding block slidingtype is located in cross chute
Top, the first movable plate is connected at the top of the first inverted T-shaped sliding block, the first movable plate is located at the top of big palette, and first is living
The right side wall of movable plate is provided with the first big groove, and the first big guide rod is located in the first big groove, and the first big guide rod and first is lived
Movable plate is connected, and the first arc snap-gauge is located in the first big groove, and the left part fixing sleeve of the first arc snap-gauge is in the first big guiding
On bar, the second arc snap-gauge is located at the top of the first arc snap-gauge, and the left part of the second arc snap-gauge is provided with the first long pilot hole, the
One big guide rod is located in the first long pilot hole, and the first big guide rod is slidably matched with the first long pilot hole, the first big spring set
On the first big guide rod, the first big spring is between the first arc snap-gauge and the second arc snap-gauge, the right side of the first movable plate
Threaded upper ends are connected with the first big screw rod, and the first big screw rod is located at the top of the second arc snap-gauge, the first big screw rod and the second arc
Shape snap-gauge is in contact, and the second tooth plate slidingtype is located at the lower part in cross chute, and the second tooth plate is located at the right side of the first tooth plate,
The second inverted T-shaped sliding block is connected at the top of second tooth plate, the second inverted T-shaped sliding block slidingtype is located at the top in cross chute,
The second movable plate is connected at the top of second inverted T-shaped sliding block, the second movable plate is located at the top of big palette, a left side for the second movable plate
Side wall is provided with the second big groove, and the second largest guide rod is located in the second big groove, and the second largest guide rod is connected with the second movable plate
It connects, for the right part fixing sleeve of third arc snap-gauge on the second largest guide rod, the right part of third arc snap-gauge is located at the second big groove
Interior, third arc snap-gauge is located at the right side of the first arc snap-gauge, and the 4th arc snap-gauge is located at the top of third arc snap-gauge, and the 4th
The right part of arc snap-gauge is provided with the second long pilot hole, and the second largest guide rod is located in the second long pilot hole, the second largest guide rod with
Second long pilot hole is slidably matched, and the 4th arc snap-gauge is located at the right side of the second arc snap-gauge, and the second largest spring pocket is second largest
On guide rod, the second big spring is between third arc snap-gauge and the 4th arc snap-gauge, the left upper end screw thread of the second movable plate
It is connected with the second largest screw rod, the second largest screw rod is located at the top of the 4th arc snap-gauge, the second largest screw rod and the 4th arc snap-gauge phase
Contact, long tooth plate slidingtype is located in guide groove, and long tooth plate is located at the lower section of the first tooth plate and the second tooth plate, the first tooth plate and the
Two tooth plates are meshed with long tooth plate, and the bottom of long tooth plate is connected with large lift plate, and large lift plate is located at the underface of big palette,
Large lift plate is provided with small pilot hole, and the bottom of big palette is connected with the first small guide rod, and the first small guide rod is located at small pilot hole
Interior, the first small guide rod is slidably matched with small pilot hole, and the lower end of the first small guide rod is connected with big arc panel, the first long bullet
Spring covers on the first small guide rod, and the first long spring is located at the lower section of large lift plate.
It further, further include having rotating disk, fixed plate, small lifter plate, the first inserted link, the second inserted link, small guide rod and small
Spring, the upper end of big support rod are connected with rotating disk, and rotating disk is uniformly provided with several the first small jacks, and fixed plate is located at rotation
The surface of disk, fixed plate are connected with the inner arc wall of big arc panel, and the right part of fixed plate is provided with the second small jack, fixed plate
Left part be provided with the small jack of third, the second small jack and the small jack of third are respectively positioned on the top of the first small jack, small lifter plate position
In the surface of fixed plate, small lifter plate is in contact with fixed plate, and the left end of small lifter plate bottom is connected with the first inserted link, and first
Inserted link slidingtype is located in the second small jack and the first small jack, and the right end of small lifter plate bottom is connected with the second inserted link, and second
Inserted link slidingtype is located in the small jack of third and the first small jack, is provided with lift span in the middle part of small lifter plate, at the top of fixed plate
Middle position is connected with small guide rod, and small guide rod is located in lift span, and small guide rod is slidably matched with lift span, and little spring is covered leads small
On bar, little spring is located at the top of small lifter plate.
Further, further include having small strut, small bearing and small L shape block, be connected with small strut, ramuscule at the top of fixed plate
The upper end of bar is connect with small bearing interference, and small bearing is embedded at the top of small L shape block, and small L shape block is located at the top of small lifter plate,
Small L shape block is in contact with small lifter plate.
It further, further include having the first long pin rod, the first pull ring, the second long pin rod and the second pull ring, the first long pin rod
Slidingtype is located in third jack and the 5th jack, and the upper end of the first long pin rod is connected with the first pull ring, the second long pin rod sliding
Formula is located in the 4th jack and the 6th jack, and the upper end of the second long pin rod is connected with the second pull ring.
In the present invention, foundation bolt is inserted into the first large through-hole and the second large through-hole first, pedestal is fixed,
The present invention is located at the underface of chemical pipeline at this time, then according to the height adjustment locations of chemical pipeline, first to the first U-shaped card
Bar and the second U-shaped kelly are pulled to two sides, by the first U-shaped kelly and the second U-shaped kelly respectively from the first waveform card slot
Pull out in the second waveform card slot, then big support rod moved up, thus by chemical pipeline be placed in the first movable plate with
Between second movable plate, the first U-shaped kelly and the second U-shaped kelly are then unclamped, is made in the pulling force of the first tension spring and the second tension spring
Under, the first U-shaped kelly and the second U-shaped kelly are moved inwardly, and are turned back to the first waveform card slot and the second wave
In shape card slot, so that the first movable plate and the first tooth plate be fixed, then large lift plate is pulled downward on again, at this time the first tooth
Plate and the second tooth plate are disengaged from long tooth plate, then can be pushed away inwardly to the first movable plate and the second movable plate
It is dynamic, and by the first arc snap-gauge, the second arc snap-gauge, third arc snap-gauge, the 4th arc snap-gauge chemical pipeline is clamped and
It holds, then unclamps large lift plate, large lift plate and long tooth plate move upwards, and the first tooth plate and the second tooth plate are blocked, so
The first big screw rod and the second largest screw rod are screwed again afterwards, the first big screw rod and the second largest screw rod are respectively by the second arc snap-gauge
It is pushed down with the 4th arc snap-gauge, so as to the fixing tightly by chemical pipeline, and the first movable plate and the second movable plate
It can be adjusted, be had a wide range of application according to the thickness of chemical pipeline, and big arc panel can be turned on big support rod
It is dynamic, so as to preferably be applied to chemical pipeline.
When being rotated according to the arrangement of chemical pipeline needs to big arc panel, small lifter plate can be drawn upwards
Dynamic, small lifter plate drives the first inserted link and the second inserted link to move upwards, and removes out of first small jack, at this time can be to big arc
Shape plate carries out rotation adjustment, when being adjusted to position corresponding with chemical pipeline, unclamps small lifter plate, small lifter plate drives first
Inserted link and the second inserted link turn back to downwards into the first small jack, thus big arc panel can be fixed, it is easy to adjust, it is fixed fast
It is prompt.
Small lifter plate pushing down tightly can be prevented the first inserted link and the second inserted link small slotting from first by small L shape block at this time
Surprisingly deviate from hole, when needing to pull small lifter plate, small L shape block can be rotated, and by small L shape block from small
It is removed on lifter plate.
The first long pin rod is located in third jack and the 5th jack at this time, can be tight by the first U-shaped kelly and rectangular frame
Tight is fixed together, and so as to prevent the first U-shaped kelly from surprisingly deviating from out of first waveform card slot, while second has strong market potential
Bar is located in the 4th jack and the 6th jack, so as to which the second U-shaped kelly and rectangular frame are tightly fixed together, from
And prevent the second U-shaped kelly from surprisingly deviating from out of second waveform card slot, securely and reliably.
Beneficial effect is: a kind of adjustable type bearing device for chemical pipeline provided by the present invention, can be flexible
Be adjusted, can be suitable for different size of chemical pipeline, have a wide range of application, be conducive to the saving of cost, be conducive to look forward to
The development of industry, structure is simple, easy for installation, is easy to manufacture, and maintenance easy to maintain is manufactured and maintenance and repair cost
It is low, application easy to spread.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is the enlarged diagram of part A of the invention.
Fig. 3 is the enlarged diagram of part B of the invention.
Drawing reference numeral: 1 pedestal, 2 big casings, 3 big support rods, 4 rectangular frames, 5 first U-shaped kellies, 6 first draw
Spring, 7 second U-shaped kellies, 8 second tension springs, 9 big arc panels, 10 big bearings, 11 big palettes, 12 first tooth plates, 13
One inverted T-shaped sliding block, 14 first movable plates, 15 first big guide rods, 16 first arc snap-gauges, 17 second arc snap-gauges, 18
First big spring, 19 first big screw rods, 20 second tooth plates, 21 second inverted T-shaped sliding blocks, 22 second movable plates, 23 is second largest
Guide rod, 24 third arc snap-gauges, 25 the 4th arc snap-gauges, 26 second big springs, the 27 second largest screw rods, 28 long tooth plates,
29 large lift plates, 30 first small guide rods, 31 first long springs, 41 rotating disks, 42 fixed plates, 43 small lifter plates, 44
First inserted link, 45 second inserted links, 46 small guide rods, 47 little springs, 51 small struts, 52 small bearings, 53 small L shape blocks, 61
One long pin rod, 62 first pull rings, 63 second long pin rods, 64 second pull rings, 91 big rotating holes, 101 first large through-holes, 102
Second large through-hole, 111 cross chutes, 112 guide grooves, 141 first big grooves, 171 first long pilot holes, 201 long cunnings
Slot, 202 first waveform card slots, 203 second waveform card slots, 221 second big grooves, 251 second long pilot holes, 291
Small pilot hole, 401 first jacks, 402 second jacks, 403 third jacks, 404 the 4th jacks, 411 first small jacks,
421 second small jacks, the small jack of 422 thirds, 431 lift spans, 501 the 5th jacks, 701 the 6th jacks.
Specific embodiment
Specific introduce is made to the present invention below in conjunction with the drawings and specific embodiments.
Embodiment 1
A kind of adjustable type bearing device for chemical pipeline, as shown in Figure 1-3, include pedestal 1, big casing 2, big support
Bar 3, rectangular frame 4, the first U-shaped kelly 5, the first tension spring 6, the second U-shaped kelly 7, the second tension spring 8, big arc panel 9, big bearing
10, big palette 11, the first tooth plate 12, the first inverted T-shaped sliding block 13, the first movable plate 14, the first big guide rod 15, the first arc card
Plate 16, the second arc snap-gauge 17, the first big spring 18, the first big screw rod 19, the second tooth plate 20, the second inverted T-shaped sliding block 21, second
Movable plate 22, the second largest guide rod 23, third arc snap-gauge 24, the 4th arc snap-gauge 25, the second big spring 26, the second largest screw rod
27, long tooth plate 28, large lift plate 29, the first small guide rod 30 and the first long spring 31, the left part of pedestal 1 are provided with the first large through-hole
101, the right part of pedestal 1 is provided with the second large through-hole 102, and the middle position at 1 top of pedestal is connected with big casing 2, and big casing 2 is provided with
The perforative long sliding slot 201 in left and right, the left side wall of big casing 2 are provided with the first waveform card slot 202, and the right side wall of big casing 2 is provided with
Second waveform card slot 203, the first waveform card slot 202 and the second waveform card slot 203 are connected with long sliding slot 201, greatly
3 slidingtype of support rod is located in big casing 2, and rectangular frame 4 is embedded in the lower part of big support rod 3, and 4 slidingtype of rectangular frame is located at
In long sliding slot 201, the left side wall of rectangular frame 4 is provided with the first jack 401, and rectangular frame 4 is provided with third jack 403, and third is inserted
Hole 403 is located at the left side of big casing 2, and 5 slidingtype of the first U-shaped kelly is located in the first jack 401, the right part of the first U-shaped kelly 5
It is provided with the 5th jack 501, the 5th jack 501 is corresponding with third jack 403, and the right end of the first U-shaped kelly 5 is located at the first wave
In shape card slot 202, the first U-shaped kelly 5 is in contact with big casing 2, and the left side of rectangular frame 4 is connected with the first tension spring 6, and first draws
It is connected on the inside of the left end of spring 6 and 5 left side wall of the first U-shaped kelly, the right side wall of rectangular frame 4 is provided with the second jack 402, square
Shape frame 4 is provided with the 4th jack 404, and 7 slidingtype of the second U-shaped kelly is located in the second jack 402, the left part of the second U-shaped kelly 7
It is provided with the 6th jack 701, the 6th jack 701 is corresponding with the 4th jack 404, and the right side of rectangular frame 4 is connected with the second tension spring
8, it is connected on the inside of the right end and 7 right side wall of the second U-shaped kelly of the second tension spring 8, big arc panel 9 is located at the top of big casing 2,
The middle position of big 9 bottom of arc panel is provided with big rotating hole 91, and the middle position of big 9 bottom of arc panel is embedded with big bearing 10,
Big bearing 10 is connect with the upper end interference of big support rod 3, and the upper end of big support rod 3 is located in big rotating hole 91, big arc panel 9
Upper end is connected with big palette 11, and the top of big palette 11 is provided with cross chute 111, and the lower part of big palette 11 is provided with guide groove
112, cross chute 111 is connected with guide groove 112, guide groove 112 be located at big arc panel 9 left upper end and upper right side it
Between, 12 slidingtype of the first tooth plate is located at the lower part in cross chute 111, and the top of the first tooth plate 12 is connected with the first inverted T-shaped
Sliding block 13,13 slidingtype of the first inverted T-shaped sliding block are located at the top in cross chute 111, and the top of the first inverted T-shaped sliding block 13 connects
It is connected to the first movable plate 14, the first movable plate 14 is located at the top of big palette 11, and the right side wall of the first movable plate 14 is provided with first
Big groove 141, the first big guide rod 15 are located in the first big groove 141, and the first big guide rod 15 is connected with the first movable plate 14
It connects, the first arc snap-gauge 16 is located in the first big groove 141, and the left part fixing sleeve of the first arc snap-gauge 16 is in the first big guide rod
On 15, the second arc snap-gauge 17 is located at the top of the first arc snap-gauge 16, and the left part of the second arc snap-gauge 17 is provided with the first length and leads
To hole 171, the first big guide rod 15 is located in the first long pilot hole 171, and the first big guide rod 15 and the first long pilot hole 171 are sliding
Dynamic cooperation, for the first 18 sets of big spring on the first big guide rod 15, the first big spring 18 is located at the first arc snap-gauge 16 and second
Between arc snap-gauge 17, the upper right side of the first movable plate 14 is threaded with the first big screw rod 19, and the first big screw rod 19 is located at the
The top of two arc snap-gauges 17, the first big screw rod 19 are in contact with the second arc snap-gauge 17, and 20 slidingtype of the second tooth plate is located at ten
Lower part in font sliding slot 111, the second tooth plate 20 are located at the right side of the first tooth plate 12, and the top of the second tooth plate 20 is connected with second
Inverted T-shaped sliding block 21,21 slidingtype of the second inverted T-shaped sliding block are located at the top in cross chute 111, the second inverted T-shaped sliding block 21
Top is connected with the second movable plate 22, and the second movable plate 22 is located at the top of big palette 11, and the left side wall of the second movable plate 22 is opened
There is the second big groove 221, the second largest guide rod 23 is located in the second big groove 221, the second largest guide rod 23 and the second movable plate
22 are connected, and the right part fixing sleeve of third arc snap-gauge 24 is on the second largest guide rod 23, the right part position of third arc snap-gauge 24
In in the second big groove 221, third arc snap-gauge 24 is located at the right side of the first arc snap-gauge 16, and the 4th arc snap-gauge 25 is located at the
The top of three arc snap-gauges 24, the right part of the 4th arc snap-gauge 25 are provided with the second long pilot hole 251, and the second largest guide rod 23 is located at
In second long pilot hole 251, the second largest guide rod 23 is slidably matched with the second long pilot hole 251, and the 4th arc snap-gauge 25 is located at
The right side of second arc snap-gauge 17, for the second 26 sets of big spring on the second largest guide rod 23, the second big spring 26 is located at third arc
Between shape snap-gauge 24 and the 4th arc snap-gauge 25, the left upper end of the second movable plate 22 is threaded with the second largest screw rod 27, and second
Big screw rod 27 is located at the top of the 4th arc snap-gauge 25, and the second largest screw rod 27 is in contact with the 4th arc snap-gauge 25, long tooth plate 28
Slidingtype is located in guide groove 112, and long tooth plate 28 is located at the lower section of the first tooth plate 12 and the second tooth plate 20, the first tooth plate 12 and
Two tooth plates 20 are meshed with long tooth plate 28, and the bottom of long tooth plate 28 is connected with large lift plate 29, and large lift plate 29 is located at big support
The underface of plate 11, large lift plate 29 are provided with small pilot hole 291, and the bottom of big palette 11 is connected with the first small guide rod 30, the
One small guide rod 30 is located in small pilot hole 291, and the first small guide rod 30 is slidably matched with small pilot hole 291, the first small guiding
The lower end of bar 30 is connected with big arc panel 9, and on the first small guide rod 30, the first long spring 31 is located at the first 31 sets of long spring
The lower section of large lift plate 29.
Embodiment 2
A kind of adjustable type bearing device for chemical pipeline, as shown in Figure 1-3, include pedestal 1, big casing 2, big support
Bar 3, rectangular frame 4, the first U-shaped kelly 5, the first tension spring 6, the second U-shaped kelly 7, the second tension spring 8, big arc panel 9, big bearing
10, big palette 11, the first tooth plate 12, the first inverted T-shaped sliding block 13, the first movable plate 14, the first big guide rod 15, the first arc card
Plate 16, the second arc snap-gauge 17, the first big spring 18, the first big screw rod 19, the second tooth plate 20, the second inverted T-shaped sliding block 21, second
Movable plate 22, the second largest guide rod 23, third arc snap-gauge 24, the 4th arc snap-gauge 25, the second big spring 26, the second largest screw rod
27, long tooth plate 28, large lift plate 29, the first small guide rod 30 and the first long spring 31, the left part of pedestal 1 are provided with the first large through-hole
101, the right part of pedestal 1 is provided with the second large through-hole 102, and the middle position at 1 top of pedestal is connected with big casing 2, and big casing 2 is provided with
The perforative long sliding slot 201 in left and right, the left side wall of big casing 2 are provided with the first waveform card slot 202, and the right side wall of big casing 2 is provided with
Second waveform card slot 203, the first waveform card slot 202 and the second waveform card slot 203 are connected with long sliding slot 201, greatly
3 slidingtype of support rod is located in big casing 2, and rectangular frame 4 is embedded in the lower part of big support rod 3, and 4 slidingtype of rectangular frame is located at
In long sliding slot 201, the left side wall of rectangular frame 4 is provided with the first jack 401, and rectangular frame 4 is provided with third jack 403, and third is inserted
Hole 403 is located at the left side of big casing 2, and 5 slidingtype of the first U-shaped kelly is located in the first jack 401, the right part of the first U-shaped kelly 5
It is provided with the 5th jack 501, the 5th jack 501 is corresponding with third jack 403, and the right end of the first U-shaped kelly 5 is located at the first wave
In shape card slot 202, the first U-shaped kelly 5 is in contact with big casing 2, and the left side of rectangular frame 4 is connected with the first tension spring 6, and first draws
It is connected on the inside of the left end of spring 6 and 5 left side wall of the first U-shaped kelly, the right side wall of rectangular frame 4 is provided with the second jack 402, square
Shape frame 4 is provided with the 4th jack 404, and 7 slidingtype of the second U-shaped kelly is located in the second jack 402, the left part of the second U-shaped kelly 7
It is provided with the 6th jack 701, the 6th jack 701 is corresponding with the 4th jack 404, and the right side of rectangular frame 4 is connected with the second tension spring
8, it is connected on the inside of the right end and 7 right side wall of the second U-shaped kelly of the second tension spring 8, big arc panel 9 is located at the top of big casing 2,
The middle position of big 9 bottom of arc panel is provided with big rotating hole 91, and the middle position of big 9 bottom of arc panel is embedded with big bearing 10,
Big bearing 10 is connect with the upper end interference of big support rod 3, and the upper end of big support rod 3 is located in big rotating hole 91, big arc panel 9
Upper end is connected with big palette 11, and the top of big palette 11 is provided with cross chute 111, and the lower part of big palette 11 is provided with guide groove
112, cross chute 111 is connected with guide groove 112, guide groove 112 be located at big arc panel 9 left upper end and upper right side it
Between, 12 slidingtype of the first tooth plate is located at the lower part in cross chute 111, and the top of the first tooth plate 12 is connected with the first inverted T-shaped
Sliding block 13,13 slidingtype of the first inverted T-shaped sliding block are located at the top in cross chute 111, and the top of the first inverted T-shaped sliding block 13 connects
It is connected to the first movable plate 14, the first movable plate 14 is located at the top of big palette 11, and the right side wall of the first movable plate 14 is provided with first
Big groove 141, the first big guide rod 15 are located in the first big groove 141, and the first big guide rod 15 is connected with the first movable plate 14
It connects, the first arc snap-gauge 16 is located in the first big groove 141, and the left part fixing sleeve of the first arc snap-gauge 16 is in the first big guide rod
On 15, the second arc snap-gauge 17 is located at the top of the first arc snap-gauge 16, and the left part of the second arc snap-gauge 17 is provided with the first length and leads
To hole 171, the first big guide rod 15 is located in the first long pilot hole 171, and the first big guide rod 15 and the first long pilot hole 171 are sliding
Dynamic cooperation, for the first 18 sets of big spring on the first big guide rod 15, the first big spring 18 is located at the first arc snap-gauge 16 and second
Between arc snap-gauge 17, the upper right side of the first movable plate 14 is threaded with the first big screw rod 19, and the first big screw rod 19 is located at the
The top of two arc snap-gauges 17, the first big screw rod 19 are in contact with the second arc snap-gauge 17, and 20 slidingtype of the second tooth plate is located at ten
Lower part in font sliding slot 111, the second tooth plate 20 are located at the right side of the first tooth plate 12, and the top of the second tooth plate 20 is connected with second
Inverted T-shaped sliding block 21,21 slidingtype of the second inverted T-shaped sliding block are located at the top in cross chute 111, the second inverted T-shaped sliding block 21
Top is connected with the second movable plate 22, and the second movable plate 22 is located at the top of big palette 11, and the left side wall of the second movable plate 22 is opened
There is the second big groove 221, the second largest guide rod 23 is located in the second big groove 221, the second largest guide rod 23 and the second movable plate
22 are connected, and the right part fixing sleeve of third arc snap-gauge 24 is on the second largest guide rod 23, the right part position of third arc snap-gauge 24
In in the second big groove 221, third arc snap-gauge 24 is located at the right side of the first arc snap-gauge 16, and the 4th arc snap-gauge 25 is located at the
The top of three arc snap-gauges 24, the right part of the 4th arc snap-gauge 25 are provided with the second long pilot hole 251, and the second largest guide rod 23 is located at
In second long pilot hole 251, the second largest guide rod 23 is slidably matched with the second long pilot hole 251, and the 4th arc snap-gauge 25 is located at
The right side of second arc snap-gauge 17, for the second 26 sets of big spring on the second largest guide rod 23, the second big spring 26 is located at third arc
Between shape snap-gauge 24 and the 4th arc snap-gauge 25, the left upper end of the second movable plate 22 is threaded with the second largest screw rod 27, and second
Big screw rod 27 is located at the top of the 4th arc snap-gauge 25, and the second largest screw rod 27 is in contact with the 4th arc snap-gauge 25, long tooth plate 28
Slidingtype is located in guide groove 112, and long tooth plate 28 is located at the lower section of the first tooth plate 12 and the second tooth plate 20, the first tooth plate 12 and
Two tooth plates 20 are meshed with long tooth plate 28, and the bottom of long tooth plate 28 is connected with large lift plate 29, and large lift plate 29 is located at big support
The underface of plate 11, large lift plate 29 are provided with small pilot hole 291, and the bottom of big palette 11 is connected with the first small guide rod 30, the
One small guide rod 30 is located in small pilot hole 291, and the first small guide rod 30 is slidably matched with small pilot hole 291, the first small guiding
The lower end of bar 30 is connected with big arc panel 9, and on the first small guide rod 30, the first long spring 31 is located at the first 31 sets of long spring
The lower section of large lift plate 29.
It further include having rotating disk 41, fixed plate 42, small lifter plate 43, the first inserted link 44, the second inserted link 45,46 and of small guide rod
Little spring 47, the upper end of big support rod 3 are connected with rotating disk 41, and rotating disk 41 is uniformly provided with several the first small jacks 411, Gu
Fixed board 42 is located at the surface of rotating disk 41, and fixed plate 42 is connected with the inner arc wall of big arc panel 9, the right part of fixed plate 42
It is provided with the second small jack 421, the left part of fixed plate 42 is provided with the small jack 422 of third, the second small jack 421 and the small jack of third
422 are respectively positioned on the top of the first small jack 411, and small lifter plate 43 is located at the surface of fixed plate 42, small lifter plate 43 and fixation
Plate 42 is in contact, and the left end of small 43 bottom of lifter plate is connected with the first inserted link 44, and it is small slotting that 44 slidingtype of the first inserted link is located at second
In hole 421 and the first small jack 411, the right end of small 43 bottom of lifter plate is connected with the second inserted link 45,45 slidingtype of the second inserted link
In the small jack 422 of third and the first small jack 411, the middle part of small lifter plate 43 is provided with lift span 431,42 top of fixed plate
Middle position be connected with small guide rod 46, small guide rod 46 is located in lift span 431, and small guide rod 46 is slidably matched with lift span 431,
47 sets of little spring on small guide rod 46, little spring 47 is located at the top of small lifter plate 43.
Embodiment 3
A kind of adjustable type bearing device for chemical pipeline, as shown in Figure 1-3, include pedestal 1, big casing 2, big support
Bar 3, rectangular frame 4, the first U-shaped kelly 5, the first tension spring 6, the second U-shaped kelly 7, the second tension spring 8, big arc panel 9, big bearing
10, big palette 11, the first tooth plate 12, the first inverted T-shaped sliding block 13, the first movable plate 14, the first big guide rod 15, the first arc card
Plate 16, the second arc snap-gauge 17, the first big spring 18, the first big screw rod 19, the second tooth plate 20, the second inverted T-shaped sliding block 21, second
Movable plate 22, the second largest guide rod 23, third arc snap-gauge 24, the 4th arc snap-gauge 25, the second big spring 26, the second largest screw rod
27, long tooth plate 28, large lift plate 29, the first small guide rod 30 and the first long spring 31, the left part of pedestal 1 are provided with the first large through-hole
101, the right part of pedestal 1 is provided with the second large through-hole 102, and the middle position at 1 top of pedestal is connected with big casing 2, and big casing 2 is provided with
The perforative long sliding slot 201 in left and right, the left side wall of big casing 2 are provided with the first waveform card slot 202, and the right side wall of big casing 2 is provided with
Second waveform card slot 203, the first waveform card slot 202 and the second waveform card slot 203 are connected with long sliding slot 201, greatly
3 slidingtype of support rod is located in big casing 2, and rectangular frame 4 is embedded in the lower part of big support rod 3, and 4 slidingtype of rectangular frame is located at
In long sliding slot 201, the left side wall of rectangular frame 4 is provided with the first jack 401, and rectangular frame 4 is provided with third jack 403, and third is inserted
Hole 403 is located at the left side of big casing 2, and 5 slidingtype of the first U-shaped kelly is located in the first jack 401, the right part of the first U-shaped kelly 5
It is provided with the 5th jack 501, the 5th jack 501 is corresponding with third jack 403, and the right end of the first U-shaped kelly 5 is located at the first wave
In shape card slot 202, the first U-shaped kelly 5 is in contact with big casing 2, and the left side of rectangular frame 4 is connected with the first tension spring 6, and first draws
It is connected on the inside of the left end of spring 6 and 5 left side wall of the first U-shaped kelly, the right side wall of rectangular frame 4 is provided with the second jack 402, square
Shape frame 4 is provided with the 4th jack 404, and 7 slidingtype of the second U-shaped kelly is located in the second jack 402, the left part of the second U-shaped kelly 7
It is provided with the 6th jack 701, the 6th jack 701 is corresponding with the 4th jack 404, and the right side of rectangular frame 4 is connected with the second tension spring
8, it is connected on the inside of the right end and 7 right side wall of the second U-shaped kelly of the second tension spring 8, big arc panel 9 is located at the top of big casing 2,
The middle position of big 9 bottom of arc panel is provided with big rotating hole 91, and the middle position of big 9 bottom of arc panel is embedded with big bearing 10,
Big bearing 10 is connect with the upper end interference of big support rod 3, and the upper end of big support rod 3 is located in big rotating hole 91, big arc panel 9
Upper end is connected with big palette 11, and the top of big palette 11 is provided with cross chute 111, and the lower part of big palette 11 is provided with guide groove
112, cross chute 111 is connected with guide groove 112, guide groove 112 be located at big arc panel 9 left upper end and upper right side it
Between, 12 slidingtype of the first tooth plate is located at the lower part in cross chute 111, and the top of the first tooth plate 12 is connected with the first inverted T-shaped
Sliding block 13,13 slidingtype of the first inverted T-shaped sliding block are located at the top in cross chute 111, and the top of the first inverted T-shaped sliding block 13 connects
It is connected to the first movable plate 14, the first movable plate 14 is located at the top of big palette 11, and the right side wall of the first movable plate 14 is provided with first
Big groove 141, the first big guide rod 15 are located in the first big groove 141, and the first big guide rod 15 is connected with the first movable plate 14
It connects, the first arc snap-gauge 16 is located in the first big groove 141, and the left part fixing sleeve of the first arc snap-gauge 16 is in the first big guide rod
On 15, the second arc snap-gauge 17 is located at the top of the first arc snap-gauge 16, and the left part of the second arc snap-gauge 17 is provided with the first length and leads
To hole 171, the first big guide rod 15 is located in the first long pilot hole 171, and the first big guide rod 15 and the first long pilot hole 171 are sliding
Dynamic cooperation, for the first 18 sets of big spring on the first big guide rod 15, the first big spring 18 is located at the first arc snap-gauge 16 and second
Between arc snap-gauge 17, the upper right side of the first movable plate 14 is threaded with the first big screw rod 19, and the first big screw rod 19 is located at the
The top of two arc snap-gauges 17, the first big screw rod 19 are in contact with the second arc snap-gauge 17, and 20 slidingtype of the second tooth plate is located at ten
Lower part in font sliding slot 111, the second tooth plate 20 are located at the right side of the first tooth plate 12, and the top of the second tooth plate 20 is connected with second
Inverted T-shaped sliding block 21,21 slidingtype of the second inverted T-shaped sliding block are located at the top in cross chute 111, the second inverted T-shaped sliding block 21
Top is connected with the second movable plate 22, and the second movable plate 22 is located at the top of big palette 11, and the left side wall of the second movable plate 22 is opened
There is the second big groove 221, the second largest guide rod 23 is located in the second big groove 221, the second largest guide rod 23 and the second movable plate
22 are connected, and the right part fixing sleeve of third arc snap-gauge 24 is on the second largest guide rod 23, the right part position of third arc snap-gauge 24
In in the second big groove 221, third arc snap-gauge 24 is located at the right side of the first arc snap-gauge 16, and the 4th arc snap-gauge 25 is located at the
The top of three arc snap-gauges 24, the right part of the 4th arc snap-gauge 25 are provided with the second long pilot hole 251, and the second largest guide rod 23 is located at
In second long pilot hole 251, the second largest guide rod 23 is slidably matched with the second long pilot hole 251, and the 4th arc snap-gauge 25 is located at
The right side of second arc snap-gauge 17, for the second 26 sets of big spring on the second largest guide rod 23, the second big spring 26 is located at third arc
Between shape snap-gauge 24 and the 4th arc snap-gauge 25, the left upper end of the second movable plate 22 is threaded with the second largest screw rod 27, and second
Big screw rod 27 is located at the top of the 4th arc snap-gauge 25, and the second largest screw rod 27 is in contact with the 4th arc snap-gauge 25, long tooth plate 28
Slidingtype is located in guide groove 112, and long tooth plate 28 is located at the lower section of the first tooth plate 12 and the second tooth plate 20, the first tooth plate 12 and
Two tooth plates 20 are meshed with long tooth plate 28, and the bottom of long tooth plate 28 is connected with large lift plate 29, and large lift plate 29 is located at big support
The underface of plate 11, large lift plate 29 are provided with small pilot hole 291, and the bottom of big palette 11 is connected with the first small guide rod 30, the
One small guide rod 30 is located in small pilot hole 291, and the first small guide rod 30 is slidably matched with small pilot hole 291, the first small guiding
The lower end of bar 30 is connected with big arc panel 9, and on the first small guide rod 30, the first long spring 31 is located at the first 31 sets of long spring
The lower section of large lift plate 29.
It further include having rotating disk 41, fixed plate 42, small lifter plate 43, the first inserted link 44, the second inserted link 45,46 and of small guide rod
Little spring 47, the upper end of big support rod 3 are connected with rotating disk 41, and rotating disk 41 is uniformly provided with several the first small jacks 411, Gu
Fixed board 42 is located at the surface of rotating disk 41, and fixed plate 42 is connected with the inner arc wall of big arc panel 9, the right part of fixed plate 42
It is provided with the second small jack 421, the left part of fixed plate 42 is provided with the small jack 422 of third, the second small jack 421 and the small jack of third
422 are respectively positioned on the top of the first small jack 411, and small lifter plate 43 is located at the surface of fixed plate 42, small lifter plate 43 and fixation
Plate 42 is in contact, and the left end of small 43 bottom of lifter plate is connected with the first inserted link 44, and it is small slotting that 44 slidingtype of the first inserted link is located at second
In hole 421 and the first small jack 411, the right end of small 43 bottom of lifter plate is connected with the second inserted link 45,45 slidingtype of the second inserted link
In the small jack 422 of third and the first small jack 411, the middle part of small lifter plate 43 is provided with lift span 431,42 top of fixed plate
Middle position be connected with small guide rod 46, small guide rod 46 is located in lift span 431, and small guide rod 46 is slidably matched with lift span 431,
47 sets of little spring on small guide rod 46, little spring 47 is located at the top of small lifter plate 43.
It further include having small strut 51, small bearing 52 and small L shape block 53, the top of fixed plate 42 is connected with small strut 51, small
The upper end of strut 51 is connect with small 52 interference of bearing, and small bearing 52 is embedded at the top of small L shape block 53, and small L shape block 53 is located at small
The top of lifter plate 43, small L shape block 53 are in contact with small lifter plate 43.
Embodiment 4
A kind of adjustable type bearing device for chemical pipeline, as shown in Figure 1-3, include pedestal 1, big casing 2, big support
Bar 3, rectangular frame 4, the first U-shaped kelly 5, the first tension spring 6, the second U-shaped kelly 7, the second tension spring 8, big arc panel 9, big bearing
10, big palette 11, the first tooth plate 12, the first inverted T-shaped sliding block 13, the first movable plate 14, the first big guide rod 15, the first arc card
Plate 16, the second arc snap-gauge 17, the first big spring 18, the first big screw rod 19, the second tooth plate 20, the second inverted T-shaped sliding block 21, second
Movable plate 22, the second largest guide rod 23, third arc snap-gauge 24, the 4th arc snap-gauge 25, the second big spring 26, the second largest screw rod
27, long tooth plate 28, large lift plate 29, the first small guide rod 30 and the first long spring 31, the left part of pedestal 1 are provided with the first large through-hole
101, the right part of pedestal 1 is provided with the second large through-hole 102, and the middle position at 1 top of pedestal is connected with big casing 2, and big casing 2 is provided with
The perforative long sliding slot 201 in left and right, the left side wall of big casing 2 are provided with the first waveform card slot 202, and the right side wall of big casing 2 is provided with
Second waveform card slot 203, the first waveform card slot 202 and the second waveform card slot 203 are connected with long sliding slot 201, greatly
3 slidingtype of support rod is located in big casing 2, and rectangular frame 4 is embedded in the lower part of big support rod 3, and 4 slidingtype of rectangular frame is located at
In long sliding slot 201, the left side wall of rectangular frame 4 is provided with the first jack 401, and rectangular frame 4 is provided with third jack 403, and third is inserted
Hole 403 is located at the left side of big casing 2, and 5 slidingtype of the first U-shaped kelly is located in the first jack 401, the right part of the first U-shaped kelly 5
It is provided with the 5th jack 501, the 5th jack 501 is corresponding with third jack 403, and the right end of the first U-shaped kelly 5 is located at the first wave
In shape card slot 202, the first U-shaped kelly 5 is in contact with big casing 2, and the left side of rectangular frame 4 is connected with the first tension spring 6, and first draws
It is connected on the inside of the left end of spring 6 and 5 left side wall of the first U-shaped kelly, the right side wall of rectangular frame 4 is provided with the second jack 402, square
Shape frame 4 is provided with the 4th jack 404, and 7 slidingtype of the second U-shaped kelly is located in the second jack 402, the left part of the second U-shaped kelly 7
It is provided with the 6th jack 701, the 6th jack 701 is corresponding with the 4th jack 404, and the right side of rectangular frame 4 is connected with the second tension spring
8, it is connected on the inside of the right end and 7 right side wall of the second U-shaped kelly of the second tension spring 8, big arc panel 9 is located at the top of big casing 2,
The middle position of big 9 bottom of arc panel is provided with big rotating hole 91, and the middle position of big 9 bottom of arc panel is embedded with big bearing 10,
Big bearing 10 is connect with the upper end interference of big support rod 3, and the upper end of big support rod 3 is located in big rotating hole 91, big arc panel 9
Upper end is connected with big palette 11, and the top of big palette 11 is provided with cross chute 111, and the lower part of big palette 11 is provided with guide groove
112, cross chute 111 is connected with guide groove 112, guide groove 112 be located at big arc panel 9 left upper end and upper right side it
Between, 12 slidingtype of the first tooth plate is located at the lower part in cross chute 111, and the top of the first tooth plate 12 is connected with the first inverted T-shaped
Sliding block 13,13 slidingtype of the first inverted T-shaped sliding block are located at the top in cross chute 111, and the top of the first inverted T-shaped sliding block 13 connects
It is connected to the first movable plate 14, the first movable plate 14 is located at the top of big palette 11, and the right side wall of the first movable plate 14 is provided with first
Big groove 141, the first big guide rod 15 are located in the first big groove 141, and the first big guide rod 15 is connected with the first movable plate 14
It connects, the first arc snap-gauge 16 is located in the first big groove 141, and the left part fixing sleeve of the first arc snap-gauge 16 is in the first big guide rod
On 15, the second arc snap-gauge 17 is located at the top of the first arc snap-gauge 16, and the left part of the second arc snap-gauge 17 is provided with the first length and leads
To hole 171, the first big guide rod 15 is located in the first long pilot hole 171, and the first big guide rod 15 and the first long pilot hole 171 are sliding
Dynamic cooperation, for the first 18 sets of big spring on the first big guide rod 15, the first big spring 18 is located at the first arc snap-gauge 16 and second
Between arc snap-gauge 17, the upper right side of the first movable plate 14 is threaded with the first big screw rod 19, and the first big screw rod 19 is located at the
The top of two arc snap-gauges 17, the first big screw rod 19 are in contact with the second arc snap-gauge 17, and 20 slidingtype of the second tooth plate is located at ten
Lower part in font sliding slot 111, the second tooth plate 20 are located at the right side of the first tooth plate 12, and the top of the second tooth plate 20 is connected with second
Inverted T-shaped sliding block 21,21 slidingtype of the second inverted T-shaped sliding block are located at the top in cross chute 111, the second inverted T-shaped sliding block 21
Top is connected with the second movable plate 22, and the second movable plate 22 is located at the top of big palette 11, and the left side wall of the second movable plate 22 is opened
There is the second big groove 221, the second largest guide rod 23 is located in the second big groove 221, the second largest guide rod 23 and the second movable plate
22 are connected, and the right part fixing sleeve of third arc snap-gauge 24 is on the second largest guide rod 23, the right part position of third arc snap-gauge 24
In in the second big groove 221, third arc snap-gauge 24 is located at the right side of the first arc snap-gauge 16, and the 4th arc snap-gauge 25 is located at the
The top of three arc snap-gauges 24, the right part of the 4th arc snap-gauge 25 are provided with the second long pilot hole 251, and the second largest guide rod 23 is located at
In second long pilot hole 251, the second largest guide rod 23 is slidably matched with the second long pilot hole 251, and the 4th arc snap-gauge 25 is located at
The right side of second arc snap-gauge 17, for the second 26 sets of big spring on the second largest guide rod 23, the second big spring 26 is located at third arc
Between shape snap-gauge 24 and the 4th arc snap-gauge 25, the left upper end of the second movable plate 22 is threaded with the second largest screw rod 27, and second
Big screw rod 27 is located at the top of the 4th arc snap-gauge 25, and the second largest screw rod 27 is in contact with the 4th arc snap-gauge 25, long tooth plate 28
Slidingtype is located in guide groove 112, and long tooth plate 28 is located at the lower section of the first tooth plate 12 and the second tooth plate 20, the first tooth plate 12 and
Two tooth plates 20 are meshed with long tooth plate 28, and the bottom of long tooth plate 28 is connected with large lift plate 29, and large lift plate 29 is located at big support
The underface of plate 11, large lift plate 29 are provided with small pilot hole 291, and the bottom of big palette 11 is connected with the first small guide rod 30, the
One small guide rod 30 is located in small pilot hole 291, and the first small guide rod 30 is slidably matched with small pilot hole 291, the first small guiding
The lower end of bar 30 is connected with big arc panel 9, and on the first small guide rod 30, the first long spring 31 is located at the first 31 sets of long spring
The lower section of large lift plate 29.
It further include having rotating disk 41, fixed plate 42, small lifter plate 43, the first inserted link 44, the second inserted link 45,46 and of small guide rod
Little spring 47, the upper end of big support rod 3 are connected with rotating disk 41, and rotating disk 41 is uniformly provided with several the first small jacks 411, Gu
Fixed board 42 is located at the surface of rotating disk 41, and fixed plate 42 is connected with the inner arc wall of big arc panel 9, the right part of fixed plate 42
It is provided with the second small jack 421, the left part of fixed plate 42 is provided with the small jack 422 of third, the second small jack 421 and the small jack of third
422 are respectively positioned on the top of the first small jack 411, and small lifter plate 43 is located at the surface of fixed plate 42, small lifter plate 43 and fixation
Plate 42 is in contact, and the left end of small 43 bottom of lifter plate is connected with the first inserted link 44, and it is small slotting that 44 slidingtype of the first inserted link is located at second
In hole 421 and the first small jack 411, the right end of small 43 bottom of lifter plate is connected with the second inserted link 45,45 slidingtype of the second inserted link
In the small jack 422 of third and the first small jack 411, the middle part of small lifter plate 43 is provided with lift span 431,42 top of fixed plate
Middle position be connected with small guide rod 46, small guide rod 46 is located in lift span 431, and small guide rod 46 is slidably matched with lift span 431,
47 sets of little spring on small guide rod 46, little spring 47 is located at the top of small lifter plate 43.
It further include having small strut 51, small bearing 52 and small L shape block 53, the top of fixed plate 42 is connected with small strut 51, small
The upper end of strut 51 is connect with small 52 interference of bearing, and small bearing 52 is embedded at the top of small L shape block 53, and small L shape block 53 is located at small
The top of lifter plate 43, small L shape block 53 are in contact with small lifter plate 43.
It further include having the first long pin rod 61, the first pull ring 62, the second long pin rod 63 and the second pull ring 64, the first long pin rod 61
Slidingtype is located in third jack 403 and the 5th jack 501, and the upper end of the first long pin rod 61 is connected with the first pull ring 62, and second
Long 63 slidingtype of pin rod is located in the 4th jack 404 and the 6th jack 701, and the upper end of the second long pin rod 63 is connected with the second pull ring
64。
In the present invention, foundation bolt is inserted into the first large through-hole 101 and the second large through-hole 102 first, by pedestal 1
It fixes, the present invention is located at the underface of chemical pipeline at this time, then according to the height adjustment locations of chemical pipeline, first to the
One U-shaped kelly 5 and the second U-shaped kelly 7 are pulled to two sides, by the first U-shaped kelly 5 and the second U-shaped kelly 7 respectively from first
It pulls out, then big support rod 3 is moved up, thus by chemical pipeline in waveform card slot 202 and the second waveform card slot 203
It is placed between the first movable plate 14 and the second movable plate 22, the first U-shaped kelly 5 and the second U-shaped kelly 7 is then unclamped, first
Under the pulling force effect of tension spring 6 and the second tension spring 8, the first U-shaped kelly 5 and the second U-shaped kelly 7 are moved inwardly, and are turned back to
Into the first waveform card slot 202 and the second waveform card slot 203, so that the first movable plate 14 and the first tooth plate 12 is fixed
Firmly, then large lift plate 29 pulling downward on again, the first tooth plate 12 and the second tooth plate 20 are disengaged from long tooth plate 28 at this time,
Then the first movable plate 14 and the second movable plate 22 can be pushed inwardly, and passes through the first arc snap-gauge 16, second
Chemical pipeline is clamped and is held by arc snap-gauge 17, third arc snap-gauge 24, the 4th arc snap-gauge 25, then unclamps large lift plate
29, large lift plate 29 and long tooth plate 28 move upwards, and the first tooth plate 12 and the second tooth plate 20 are blocked, then big to first again
Screw rod 19 and the second largest screw rod 27 are screwed, and the first big screw rod 19 and the second largest screw rod 27 are respectively by 17 He of the second arc snap-gauge
4th arc snap-gauge 25 is pushed down, so as to the fixing tightly by chemical pipeline, and the first movable plate 14 and the second activity
Plate 22 can be adjusted according to the thickness of chemical pipeline, be had a wide range of application, and big arc panel 9 can be on big support rod 3
It is rotated, so as to preferably be applied to chemical pipeline.
It, can be to small lifter plate 43 to enterprising when being rotated according to the arrangement of chemical pipeline needs to big arc panel 9
Row pulls, and small lifter plate 43 drives the first inserted link 44 and the second inserted link 45 to move upwards, and removes out of first small jack 411,
Rotation adjustment can be carried out to big arc panel 9 at this time, when being adjusted to position corresponding with chemical pipeline, unclamp small lifter plate
43, small lifter plate 43 drives the first inserted link 44 and the second inserted link 45 to turn back into the first small jack 411 downwards, thus can will be big
Arc panel 9 is fixed, easy to adjust, fixed quick.
At this time small L shape block 53 can by small lifter plate 43 pushing down tightly, prevent the first inserted link 44 and the second inserted link 45 from
Surprisingly deviate from first small jack 411, when needing to pull small lifter plate 43, small L shape block 53 can be rotated,
And small L shape block 53 is removed from small lifter plate 43.
The first long pin rod 61 is located in third jack 403 and the 5th jack 501 at this time, can be by the first U-shaped kelly 5 and square
Shape frame 4 is tightly fixed together, so as to prevent the first U-shaped kelly 5 from surprisingly taking off out of first waveform card slot 202
Out, while the second long pin rod 63 is located in the 4th jack 404 and the 6th jack 701, so as to by the second U-shaped kelly 7 and square
Shape frame 4 is tightly fixed together, to prevent the second U-shaped kelly 7 from surprisingly deviating from out of second waveform card slot 203, pacifies
It is complete reliable.
It should be understood that being somebody's turn to do, examples are only for illustrating the present invention and not for limiting the scope of the present invention.In addition, it should also be understood that,
After having read the content of the invention lectured, those skilled in the art can make various modifications or changes to the present invention, these etc.
Valence form is also fallen within the scope of the appended claims of the present application.
Claims (4)
1. a kind of adjustable type bearing device for chemical pipeline includes pedestal, big casing, big support rod and rectangle frame
Frame, the left part of pedestal are provided with the first large through-hole, and the right part of pedestal is provided with the second large through-hole, and the middle position of base top is connected with
Big casing, big casing are provided with the perforative long sliding slot in left and right, and the left side wall of big casing is provided with the first waveform card slot, the right side of big casing
Side wall is provided with the second waveform card slot, and the first waveform card slot and the second waveform card slot are connected with long sliding slot, big to support
Bar slidingtype is located in big casing, and rectangular frame is embedded in the lower part of big support rod, and rectangular frame slidingtype is located in long sliding slot,
It is characterized in that: further including having the first U-shaped kelly, the first tension spring, the second U-shaped kelly, the second tension spring, big arc panel, big bearing, big
Supporting plate, the first tooth plate, the first inverted T-shaped sliding block, the first movable plate, the first big guide rod, the first arc snap-gauge, the second arc card
Plate, the first big spring, the first big screw rod, the second tooth plate, the second inverted T-shaped sliding block, the second movable plate, the second largest guide rod, third
Arc snap-gauge, the 4th arc snap-gauge, the second big spring, the second largest screw rod, long tooth plate, large lift plate, the first small guide rod and
One long spring, the left side wall of rectangular frame are provided with the first jack, and rectangular frame is provided with third jack, and third jack is located at big casing
Left side, the first U-shaped kelly slidingtype is located in the first jack, and the right part of the first U-shaped kelly is provided with the 5th jack, the 5th jack
Corresponding with third jack, the right end of the first U-shaped kelly is located in the first waveform card slot, the first U-shaped kelly and big casing phase
It contacts, is connected with the first tension spring on the left of rectangular frame, the left end of the first tension spring is connected with the inside of the first U-shaped kelly left side wall
It connects, the right side wall of rectangular frame is provided with the second jack, and rectangular frame is provided with the 4th jack, and the second U-shaped kelly slidingtype is located at the
In two jacks, the left part of the second U-shaped kelly is provided with the 6th jack, and the 6th jack is corresponding with the 4th jack, the right side of rectangular frame
Side is connected with the second tension spring, is connected on the inside of the right end of the second tension spring and the second U-shaped kelly right side wall, and big arc panel is located at big
The top of casing, the middle position of big arc panel bottom are provided with big rotating hole, and the middle position of big arc panel bottom is embedded with greatly
Bearing, big bearing are connect with the upper end interference of big support rod, and the upper end of big support rod is located in big rotating hole, big arc panel it is upper
End is connected with big palette, and the top of big palette is provided with cross chute, and the lower part of big palette is provided with guide groove, cross chute with
Guide groove is connected, and guide groove is located between the left upper end and upper right side of big arc panel, and the first tooth plate slidingtype is located at cross
Lower part in sliding slot is connected with the first inverted T-shaped sliding block at the top of the first tooth plate, and the first inverted T-shaped sliding block slidingtype is located at cross
Top in sliding slot is connected with the first movable plate at the top of the first inverted T-shaped sliding block, and the first movable plate is located at the top of big palette,
The right side wall of first movable plate is provided with the first big groove, and the first big guide rod is located in the first big groove, the first big guide rod with
First movable plate is connected, and the first arc snap-gauge is located in the first big groove, and the left part fixing sleeve of the first arc snap-gauge is first
On big guide rod, the second arc snap-gauge is located at the top of the first arc snap-gauge, and the left part of the second arc snap-gauge is provided with the first length and leads
Xiang Kong, the first big guide rod are located in the first long pilot hole, and the first big guide rod is slidably matched with the first long pilot hole, and first is big
Spring pocket is on the first big guide rod, and the first big spring is between the first arc snap-gauge and the second arc snap-gauge, the first activity
The upper right side of plate is threaded with the first big screw rod, and the first big screw rod is located at the top of the second arc snap-gauge, the first big screw rod with
Second arc snap-gauge is in contact, and the second tooth plate slidingtype is located at the lower part in cross chute, and the second tooth plate is located at the first tooth plate
Right side, be connected with the second inverted T-shaped sliding block at the top of the second tooth plate, the second inverted T-shaped sliding block slidingtype is located in cross chute
Top, the second movable plate is connected at the top of the second inverted T-shaped sliding block, the second movable plate is located at the top of big palette, and second is living
The left side wall of movable plate is provided with the second big groove, and the second largest guide rod is located in the second big groove, and the second largest guide rod and second is lived
Movable plate is connected, and for the right part fixing sleeve of third arc snap-gauge on the second largest guide rod, the right part of third arc snap-gauge is located at the
In two big grooves, third arc snap-gauge is located at the right side of the first arc snap-gauge, and the 4th arc snap-gauge is located at third arc snap-gauge
Top, the right part of the 4th arc snap-gauge are provided with the second long pilot hole, and the second largest guide rod is located in the second long pilot hole, second largest
Guide rod is slidably matched with the second long pilot hole, and the 4th arc snap-gauge is located at the right side of the second arc snap-gauge, the second largest spring pocket
On the second largest guide rod, the second big spring is between third arc snap-gauge and the 4th arc snap-gauge, a left side for the second movable plate
Threaded upper ends are connected with the second largest screw rod, and the second largest screw rod is located at the top of the 4th arc snap-gauge, the second largest screw rod and the 4th arc
Shape snap-gauge is in contact, and long tooth plate slidingtype is located in guide groove, and long tooth plate is located at the lower section of the first tooth plate and the second tooth plate, and first
Tooth plate and the second tooth plate are meshed with long tooth plate, and the bottom of long tooth plate is connected with large lift plate, and large lift plate is located at big palette
Underface, large lift plate is provided with small pilot hole, and the bottom of big palette is connected with the first small guide rod, and the first small guide rod is located at
In small pilot hole, the first small guide rod is slidably matched with small pilot hole, and the lower end of the first small guide rod is connected with big arc panel,
For first long spring pocket on the first small guide rod, the first long spring is located at the lower section of large lift plate.
2. a kind of adjustable type bearing device for chemical pipeline described in accordance with the claim 1, it is characterized in that: further including having
Rotating disk, fixed plate, small lifter plate, the first inserted link, the second inserted link, small guide rod and little spring, the upper end of big support rod are connected with
Rotating disk, rotating disk are uniformly provided with several the first small jacks, and fixed plate is located at the surface of rotating disk, fixed plate and big arc
The inner arc wall of plate is connected, and the right part of fixed plate is provided with the second small jack, and the left part of fixed plate is provided with the small jack of third, and second
Small jack and the small jack of third are respectively positioned on the top of the first small jack, and small lifter plate is located at the surface of fixed plate, small lifter plate
It is in contact with fixed plate, the left end of small lifter plate bottom is connected with the first inserted link, and the first inserted link slidingtype is located at the second small jack
In the first small jack, the right end of small lifter plate bottom is connected with the second inserted link, and the second inserted link slidingtype is located at the small jack of third
In the first small jack, lift span is provided in the middle part of small lifter plate, the middle position at the top of fixed plate is connected with small guide rod, small to lead
Bar is located in lift span, and small guide rod is slidably matched with lift span, and little spring covers on small guide rod, and little spring is located at small lifter plate
Top.
3. a kind of adjustable type bearing device for chemical pipeline according to claim 2, it is characterized in that: further including having
Small strut, small bearing and small L shape block are connected with small strut at the top of fixed plate, and the upper end of small strut is connect with small bearing interference,
Small bearing is embedded at the top of small L shape block, and small L shape block is located at the top of small lifter plate, and small L shape block is in contact with small lifter plate.
4. a kind of adjustable type bearing device for chemical pipeline described in accordance with the claim 3, it is characterized in that: further including having
First long pin rod, the first pull ring, the second long pin rod and the second pull ring, the first long pin rod slidingtype are located at third jack and the 5th and insert
In hole, the upper end of the first long pin rod is connected with the first pull ring, and the second long pin rod slidingtype is located in the 4th jack and the 6th jack,
The upper end of second long pin rod is connected with the second pull ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910443642.1A CN110185846A (en) | 2019-05-27 | 2019-05-27 | A kind of adjustable type bearing device for chemical pipeline |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910443642.1A CN110185846A (en) | 2019-05-27 | 2019-05-27 | A kind of adjustable type bearing device for chemical pipeline |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110185846A true CN110185846A (en) | 2019-08-30 |
Family
ID=67717857
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910443642.1A Withdrawn CN110185846A (en) | 2019-05-27 | 2019-05-27 | A kind of adjustable type bearing device for chemical pipeline |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110185846A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114278788A (en) * | 2021-12-01 | 2022-04-05 | 中国石油大学(华东) | Pipeline positioning device for shale methane in-situ blasting implementation |
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| CN103775744A (en) * | 2014-02-17 | 2014-05-07 | 昆山振宏电子机械有限公司 | Cable clamping tool for power distribution cabinet |
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Application publication date: 20190830 |