CN203377137U - Elevation-type disconnecting link operation mechanism carrying platform capable of realizing levelness adjustment and horizontally four-direction adjustment - Google Patents
Elevation-type disconnecting link operation mechanism carrying platform capable of realizing levelness adjustment and horizontally four-direction adjustment Download PDFInfo
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- CN203377137U CN203377137U CN201320395172.4U CN201320395172U CN203377137U CN 203377137 U CN203377137 U CN 203377137U CN 201320395172 U CN201320395172 U CN 201320395172U CN 203377137 U CN203377137 U CN 203377137U
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- platform
- direction guide
- guide rail
- disconnecting link
- floor
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Abstract
The utility model discloses an elevation-type disconnecting link operation mechanism carrying platform capable of realizing levelness adjustment and horizontally four-direction adjustment. The elevation-type disconnecting link operation mechanism carrying platform includes a pedestal provided with a stand rod and a cross beam, a lifting gear arranged on the cross beam, a bottom platform arranged on the pedestal, a platform bottom board supported on the bottom platform through four turnbuckle bolts and a platform top board arranged above the platform bottom board. Groined guide rails are arranged between the platform top board and the platform bottom board, so that the platform top board can be adjusted in four directions horizontally relative to the platform bottom board and accordingly the disconnecting link operation mechanism on the platform top board can be adjusted to an installation position accurately. By adopting the elevation-type disconnecting link operation mechanism carrying platform capable of realizing levelness adjustment and horizontally four-direction adjustment provided by the utility model, problems that a machine used for adjusting and installing the disconnecting link operation mechanism is inconvenient in use, requires high labor strength, poor in installation accuracy, low in production efficiency and the like are solved.
Description
Technical field:
The utility model relates to elevation type disconnecting link operating mechanism levelness and level tetradirection is regulated carrying platform.
Background technology:
The disconnecting link operating mechanism is that a kind of motor machine passes drive unit, is equipped with control system, the switching operation for scheduling process to isolating switch.This arrangement of mechanism is arranged on isolation concrete pillar, is welded and fixed, and the installation requirement position is accurate, and transmission is accurate, flexible movements.The disconnecting link actuating, there is the distance of one meter left and right its installation site apart from electric substation's operation passage.Periphery has disconnecting link body, drive link, cable tube and ditch and control casing, is exactly busbar above it.In general, it is the last period of installing at equipment that the disconnecting link operating mechanism is installed, and positions and welds by the double mode of praising at present, owing to can not implementing fixedly to lay and accurately locate, each installation all obtains repeatedly to repeat to install and just can complete, and installation quality also is difficult to guarantee.
Summary of the invention:
For overcoming the defect of prior art, the purpose of this utility model is to provide elevation type disconnecting link operating mechanism levelness and level tetradirection to regulate carrying platform, for carrying the disconnecting link operating mechanism and four-way is regulated its horizontal level, also can regulate its levelness simultaneously, convenient it is installed.Can solve to repair and study industry and install that the facility of disconnecting link operating mechanism are used inconvenience, labour intensity is large, installation accuracy is poor, the low inferior problem of productivity ratio.
The utility model technical solution problem adopts following technical scheme:
Elevation type disconnecting link operating mechanism levelness and level tetradirection are regulated carrying platform, and it comprises:
Bottom platform, be provided with four bolts hole at the corner location of described bottom platform, and four the summits place of described four bolts hole in same rectangle, vertically be connected with flower basket bolt in each described bolt hole;
Platform floor, be provided with the nut mated with described flower basket bolt at the bottom surface of described platform floor corner location, described platform floor is supported on described bottom platform with four described flower basket bolts;
Be provided with platform top above described platform floor, the end face level of described platform floor is provided with two parallel X-direction guide grooves, the bottom surface level of described platform top is provided with two parallel Y-direction guide grooves, and described X-direction guide groove is perpendicular to one another in the horizontal direction with described Y-direction guide groove; Two opposite side of described platform floor respectively are provided with upward folded, and described upward folded length direction is vertical with the length direction of described X-direction guide groove; Two opposite side of described platform top respectively are provided with to lower hem, and the described length direction to lower hem is vertical with the length direction of described Y-direction guide groove;
Be provided with the groined type guide rail between described platform floor and platform top, two X-direction guide rails of described groined type guide rail are embedded in the X-direction guide groove of described platform floor, and two Y-direction guide rails of groined type guide rail are embedded in the Y-direction guide groove of described platform top;
Be provided with screwed hole at one of described platform floor upward folded middle part, the threaded rod middle part coupling of X-direction adjusting handle is connected in described screwed hole, and the front end polished rod of the threaded rod of described X-direction adjusting handle is rotatably connected on the middle part of described Y-direction guide rail; At an internal thread hole of the middle part to lower hem of described platform top, the threaded rod of Y-direction adjusting handle middle part coupling is connected in described internal thread hole, and the front end polished rod of the threaded rod of described Y-direction adjusting handle is rotatably connected on the middle part of described X-direction guide rail;
Be provided with the locking disk between described bottom platform and described platform floor, the middle part of described platform floor is provided with circular hole, the middle part, bottom surface of described platform top vertically is fixedly connected with tie down screw, and the lower end of described tie down screw is connected in the screwed hole of centre of described locking disk; The diameter of described locking disk is greater than the diameter of described circular hole, and the diameter of described circular hole is more than or equal to the range of described X-direction guide rail/Y-direction guide rail.
Also comprise and be installed with two vertical rods in the end of described pedestal for carrying the pedestal of described bottom platform, the top of described two vertical rods is connected with crossbeam, and described crossbeam is provided with for driving the lowering or hoisting gear of described bottom platform lifting.
Described lowering or hoisting gear comprises the leading screw parallel with described vertical rod that is rotatably connected on described upper beam middle part, and the top of described leading screw and bottom are connected on described crossbeam and described pedestal with bearing respectively, on the top of leading screw, are fixedly connected with the driving handwheel; Be provided with the threaded interior hole coordinated with described leading screw on described bottom platform, and be provided with the pilot sleeve be socketed in respectively in described two vertical rods on described bottom platform.
At the end face of described platform top or side is embedded is provided with two level meters, described two level meters are parallel to respectively X-direction guide rail and the Y-direction guide rail of described groined type guide rail.
Perhaps, described lowering or hoisting gear adopts: fixed pulley and cable drum are set on described crossbeam, on described bottom platform, movable pulley is set, the steel wire rope be wrapped on reel is walked around fixed pulley, movable pulley, rotates the folding and unfolding steel wire rope by reel and drives movable pulley and then drive bottom platform lifting.
Compared with the prior art, the beneficial effects of the utility model are embodied in:
1, platform floor is supported on hoistable platform by four flower basket bolts, the bottom of flower basket bolt is threaded with bottom platform, the flower basket bolt top is connected with the nut thread of platform floor bottom surface corner location, can adjust accurately the levelness of platform floor by flower basket bolt, be therefore the levelness of capable of regulating disconnecting link operating mechanism.
2, two opposite side of two of platform floor opposite side and platform top are respectively equipped with upward folded and to lower hem, flanging both can be used for being threaded with adjusting handle, also can strengthen the intensity of platform floor and platform top simultaneously, in addition, two upward folded and two cavitys that surrounded a base closed to lower hem between platform floor and platform top, make groined type guide rail and X-direction guide groove, Y-direction guide groove in this cavity, under field operation environment, avoid foreign material to fall into the operation that guide groove affects guide rail.
3, because platform floor is supported on bottom platform by four root posts, therefore platform floor can't move in the horizontal direction, in order to make platform top four-way adjusting in the horizontal direction, and then can accurately the disconnecting link operating mechanism be adjusted to required installation site in the horizontal direction.Be provided with dexterously the groined type guide rail between platform top and platform floor, and be respectively equipped with at the end face of platform floor and the bottom surface of platform top X-direction guide groove and the Y-direction guide groove coordinated with the groined type guide rail, while rotating the X-direction adjusting handle, groined type guide rail and platform top synchronously move along the X-direction guide groove; While rotating the Y-direction adjusting handle, the groined type guide rail is motionless, and platform top moves along the Y-direction guide groove, thereby reaches the purpose that platform top along continuous straight runs four-way is regulated.
4, can carry out in the horizontal direction the four-way adjusting with respect to platform floor owing to should guaranteeing platform top, guarantee that again platform top can not break away from from platform floor, the utility model is provided with big hole at the platform floor center dexterously, bottom center in platform top vertically arranges tie down screw, this tie down screw passes in big hole, and in the bottom surface of platform floor, the locking disk is set, the diameter of this disk is greater than the diameter of circular hole, the locking disk is threaded with the bottom of tie down screw, can be by platform top together with the platform floor pretension, can not break away from, can guarantee that both can relatively move in the horizontal direction simultaneously.
5, bottom platform that can lifting drives lifting by leading screw, can be parked in accurately required height, also platform floor, the platform top of installing on bottom platform can be parked in to desired height, platform top and then the disconnecting link operating mechanism that it can be lifted precisely are lifted to required setting height(from bottom).
The accompanying drawing explanation:
Fig. 1 is main TV structure schematic diagram of the present utility model; Fig. 2 is end view of the present utility model; Fig. 3 is vertical view of the present utility model; The cutaway view that Fig. 3-1 is bottom platform; The vertical view that Fig. 3-2 are bottom platform; The Y-direction view that Fig. 4 is platform floor; The X-direction view that Fig. 5 is platform floor; The X-direction vertical view that Fig. 6 is platform floor; Fig. 7 is the schematic diagram of locking disk; The Y-direction view that Fig. 8 is platform top; The X-direction view that Fig. 9 is platform top; Figure 10 is platform top X-direction vertical view; The schematic diagram that Figure 11 is X-direction adjusting handle (or Y-direction adjusting handle); The X-direction view that Figure 12 is the groined type guide rail; The Y-direction view that Figure 13 is the groined type guide rail; The Y-direction vertical view that Figure 14 is the groined type guide rail.
Number in the figure: 1 bottom platform, 101 flower basket bolts, 102 bolts hole, 103 threaded interior holes, 104 pilot sleeves, 2 platform floors, 201 is the X-direction guide groove, 202 is upward folded, 203 nuts, 204 circular holes, 3 platform top, 301 is the Y-direction guide groove, 302 to lower hem, 303 tie down screws, 4 groined type guide rails, 401 is the X-direction guide rail, 402 is the Y-direction guide rail, 5 is the X-direction adjusting handle, and 6 is the Y-direction adjusting handle, 7 locking disks, 8 pedestals, 9 vertical rods, 10 crossbeams, 11 leading screws, 12 drive handwheel.
Below pass through embodiment, and the utility model is described in further detail by reference to the accompanying drawings.
Embodiment:
Embodiment: the present embodiment elevation type disconnecting link operating mechanism levelness and level tetradirection are regulated carrying platform, comprising:
In conjunction with Fig. 1,2, be provided with four the summits place of 102, four bolts hole of four bolts hole in same rectangle at the corner location of bottom platform 1, vertically be connected with flower basket bolt 101 in each bolt hole; Be provided with the nut 203 mated with flower basket bolt at the bottom surface of platform floor 2 corner location, platform floor is supported on bottom platform with four flower basket bolts 101.
Shown in Fig. 1,2, be provided with platform top 3 above platform floor 2, in conjunction with Fig. 4-6, end face level at platform floor 2 is provided with two parallel X-direction guide grooves 201, in conjunction with Fig. 8-10, be provided with two parallel Y-direction guide grooves 301 in the bottom surface of platform top 3 level, X-direction guide groove 201 is perpendicular to one another in the horizontal direction with Y-direction guide groove 301; In specifically arranging, in order to reduce the thickness of platform floor and platform top, each guide groove can consist of two parallel square steel that are welded on platform floor or platform top plate face.
It is upward folded 202 that two opposite side of platform floor 2 respectively are provided with, and upward folded length direction is vertical with the length direction of X-direction guide groove 201; Two opposite side of described platform top 3 respectively are provided with to lower hem 302, vertical with the length direction of Y-direction guide groove 301 to the length direction of lower hem;
In conjunction with Fig. 3,11-14, be provided with groined type guide rail 4 between platform floor and platform top, two X-direction guide rails 401 of groined type guide rail are embedded in the X-direction guide groove 201 of platform floor, and two Y-direction guide rails 402 of groined type guide rail are embedded in the Y-direction guide groove 301 of platform top.
In conjunction with Fig. 5,11,12, at the middle part of upward folded 202 of platform floor, be provided with screwed hole, the threaded rod middle part coupling of X-direction adjusting handle 5 is connected in screwed hole, and the front end polished rod of the threaded rod of X-direction adjusting handle is rotatably connected on the middle part of Y-direction guide rail 402; Fig. 3,9,12, at an internal thread hole of the middle part to lower hem 302 of platform top, the threaded rod of Y-direction adjusting handle 6 middle part coupling is connected in internal thread hole, and the front end polished rod of the threaded rod of Y-direction adjusting handle is rotatably connected on the middle part of X-direction guide rail 401; In specifically arranging, each adjusting handle threaded rod middle part is threaded with the screwed hole of each flanging, and adjusting handle threaded rod front end is one section polished rod, and this section polished rod is connected in the unthreaded hole at guide rail middle part, require the front end polished rod of adjusting handle to rotate in the guide rail unthreaded hole, but relative displacement does not occur.
In conjunction with Fig. 6-8, be provided with locking disk 7 between bottom platform 1 and platform floor 2, the locking disk is close to the bottom surface of platform floor, the middle part of platform floor 2 is provided with circular hole 204, the middle part, bottom surface of platform top 3 vertically is fixedly connected with tie down screw 303, and tie down screw is connected in the screwed hole of centre of locking disk through its lower end from circular hole 204; The diameter of requirement locking disk 7 is greater than the diameter of circular hole 204, and the diameter of circular hole is more than or equal to the range of X-direction guide rail/Y-direction guide rail.Can by platform top 3 together with platform floor 2 pretensions, can not break away from the locking disk by tie down screw, can guarantee that both can relatively move in the horizontal direction simultaneously.
In order to make the bottom platform can lifting, be provided for carrying the pedestal 8 of bottom platform, the top that is installed with 9, two vertical rods of two vertical rods in the end of pedestal is connected with crossbeam 10, and crossbeam is provided with for driving the lowering or hoisting gear of bottom platform lifting.In conjunction with Fig. 1-3, Fig. 3-1, Fig. 3-2, in specifically arranging, lowering or hoisting gear comprises the leading screw 11 parallel with vertical rod that is rotatably connected on the upper beam middle part, the top of leading screw and bottom are connected on crossbeam 10 and pedestal 8 with bearing respectively, the top of leading screw protrudes from the crossbeam top, is fixedly connected with on the top of leading screw and drives handwheel 12; Be provided with the threaded interior hole 103 coordinated with leading screw on bottom platform 1, and be provided with on bottom platform and be socketed in respectively two pilot sleeves 104 in vertical rod 9.When driving handwheel 12 to rotate, leading screw 11 synchronously rotates, owing to matching with the threaded interior hole 103 of bottom platform in the leading screw bottom, bottom platform as same huge feed screw nut along the leading screw lifting, lifting between two vertical rods 9 under the guiding of pilot sleeve.In practical application, also fixed pulley and cable drum can be set on crossbeam, movable pulley is set on bottom platform, and the steel wire rope be wrapped on reel is walked around fixed pulley, movable pulley, rotates the folding and unfolding steel wire rope by reel and drives movable pulley and then drive bottom platform lifting.Can adopt movable pulley, fixed pulley to substitute leading screw and drive the bottom platform lifting.
The utility model elevation type disconnecting link operating mechanism levelness and level tetradirection adjusting carrying platform using method are as follows:
1) in erecting bed, by four flower basket bolts between bottom platform and platform floor, the platform floor mounting plane is carried out to horizontal centering, disconnecting link operating mechanism equipment is placed on platform top, by driving handwheel or assembly pulley, whole carrying platform is risen to desired location; 2) installation site is adjusted, and adjusts the horizontal level of platform top by X-direction adjusting handle and Y-direction adjusting handle, and the disconnecting link operating mechanism is adjusted to accurate installation site, measures and checks installation accuracy.3) be welded and fixed, the equipment of adjusting is welded and fixed.
The utility model carrying platform can be realized the installation accuracy of level tetradirection 0.1mm, and the fine adjustment of carrying platform levelness, and level tetradirection is regulated and only needed one man operation, saves greatly manpower; Machine driving is accurate, meets the required precision of erection unit; Expansion is used in the approximate device of other transformer station, makes service work productivity ratio be improved.
Claims (3)
1. elevation type disconnecting link operating mechanism levelness and level tetradirection are regulated carrying platform, it is characterized in that comprising:
Bottom platform (1), be provided with four bolts hole (102) at the corner location of described bottom platform (1), and four the summits place of described four bolts hole in same rectangle, vertically be connected with flower basket bolt (101) in each described bolt hole;
Platform floor (2), be provided with the nut (203) with described flower basket bolt coupling at the bottom surface corner location of described platform floor (2), and described platform floor is supported on described bottom platform with four described flower basket bolts (101);
Be provided with platform top (3) in the top of described platform floor (2), the end face level of described platform floor (2) is provided with two parallel X-direction guide grooves (201), the bottom surface level of described platform top (3) is provided with two parallel Y-direction guide grooves (301), and described X-direction guide groove (201) is perpendicular to one another in the horizontal direction with described Y-direction guide groove (301); Two opposite side of described platform floor (2) respectively are provided with upward folded (202), and described upward folded length direction is vertical with the length direction of described X-direction guide groove (201); Two opposite side of described platform top (3) respectively are provided with to lower hem (302), and the described length direction to lower hem is vertical with the length direction of described Y-direction guide groove (301);
Be provided with groined type guide rail (4) between described platform floor and platform top, two X-direction guide rails (401) of described groined type guide rail are embedded in the X-direction guide groove (201) of described platform floor, and two Y-direction guide rails (402) of groined type guide rail are embedded in the Y-direction guide groove (301) of described platform top;
Middle part in one upward folded (202) of described platform floor is provided with screwed hole, the threaded rod middle part coupling of X-direction adjusting handle (5) is connected in described screwed hole, and the front end polished rod of the threaded rod of described X-direction adjusting handle is rotatably connected on the middle part of described Y-direction guide rail (402); The middle part internal thread hole to lower hem (302) in described platform top, the threaded rod middle part coupling of Y-direction adjusting handle (6) is connected in described internal thread hole, and the front end polished rod of the threaded rod of described Y-direction adjusting handle is rotatably connected on the middle part of described X-direction guide rail (401);
Be provided with locking disk (7) between described bottom platform (1) and described platform floor (2), the middle part of described platform floor (2) is provided with circular hole (204), the middle part, bottom surface of described platform top (3) vertically is fixedly connected with tie down screw (303), and the lower end of described tie down screw is connected in the screwed hole of centre of described locking disk; The diameter of described locking disk (7) is greater than the diameter of described circular hole (204), and the diameter of described circular hole is more than or equal to the range of described X-direction guide rail/Y-direction guide rail;
Also comprise the pedestal (8) for carrying described bottom platform, be installed with two vertical rods (9) in the end of described pedestal, the top of described two vertical rods is connected with crossbeam (10), and described crossbeam is provided with for driving the lowering or hoisting gear of described bottom platform (1) lifting.
2. elevation type disconnecting link operating mechanism levelness according to claim 1 and level tetradirection are regulated carrying platform, it is characterized in that, described lowering or hoisting gear comprises the leading screw parallel with described vertical rod (11) that is rotatably connected on the upper beam middle part, the top of described leading screw and bottom are connected in described crossbeam (10) with bearing respectively and described pedestal (8) is upper, is fixedly connected with on the top of leading screw and drives handwheel (12); Be provided with the threaded interior hole (103) coordinated with described leading screw on described bottom platform (1), and be provided with the pilot sleeve (104) be socketed in respectively in described two vertical rods (9) on described bottom platform.
3. elevation type disconnecting link operating mechanism levelness according to claim 1 and level tetradirection are regulated carrying platform, it is characterized in that, at the end face of described platform top or side is embedded is provided with two level meters, described two level meters are parallel to respectively X-direction guide rail and the Y-direction guide rail of described groined type guide rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320395172.4U CN203377137U (en) | 2013-07-03 | 2013-07-03 | Elevation-type disconnecting link operation mechanism carrying platform capable of realizing levelness adjustment and horizontally four-direction adjustment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320395172.4U CN203377137U (en) | 2013-07-03 | 2013-07-03 | Elevation-type disconnecting link operation mechanism carrying platform capable of realizing levelness adjustment and horizontally four-direction adjustment |
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| Publication Number | Publication Date |
|---|---|
| CN203377137U true CN203377137U (en) | 2014-01-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320395172.4U Expired - Fee Related CN203377137U (en) | 2013-07-03 | 2013-07-03 | Elevation-type disconnecting link operation mechanism carrying platform capable of realizing levelness adjustment and horizontally four-direction adjustment |
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| CN (1) | CN203377137U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103325596A (en) * | 2013-07-03 | 2013-09-25 | 安徽省电力公司安庆供电公司 | Bearing platform for adjusting levelness and horizontal position of lifting switch operating mechanism in four directions |
| CN104134940A (en) * | 2014-07-17 | 2014-11-05 | 国家电网公司 | Mounting rack |
-
2013
- 2013-07-03 CN CN201320395172.4U patent/CN203377137U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103325596A (en) * | 2013-07-03 | 2013-09-25 | 安徽省电力公司安庆供电公司 | Bearing platform for adjusting levelness and horizontal position of lifting switch operating mechanism in four directions |
| CN104134940A (en) * | 2014-07-17 | 2014-11-05 | 国家电网公司 | Mounting rack |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140101 Termination date: 20180703 |