CN108930879A - A kind of multifunction radar bracket - Google Patents
A kind of multifunction radar bracket Download PDFInfo
- Publication number
- CN108930879A CN108930879A CN201810853239.1A CN201810853239A CN108930879A CN 108930879 A CN108930879 A CN 108930879A CN 201810853239 A CN201810853239 A CN 201810853239A CN 108930879 A CN108930879 A CN 108930879A
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- China
- Prior art keywords
- screw
- pedestal
- support
- lifting support
- gear
- Prior art date
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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
- F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
- F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon Stands for scientific apparatus such as gravitational force meters
- F16M11/02—Heads
- F16M11/04—Means for attachment of apparatus; Means allowing adjustment of the apparatus relatively to the stand
- F16M11/06—Means for attachment of apparatus; Means allowing adjustment of the apparatus relatively to the stand allowing pivoting
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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
- F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
- F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon Stands for scientific apparatus such as gravitational force meters
- F16M11/02—Heads
- F16M11/18—Heads with mechanism for moving the apparatus relatively to the stand
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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
- F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
- F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon Stands for scientific apparatus such as gravitational force meters
- F16M11/20—Undercarriages with or without wheels
- F16M11/2007—Undercarriages with or without wheels comprising means allowing pivoting adjustment
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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
- F16M—FRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
- F16M11/00—Stands or trestles as supports for apparatus or articles placed thereon Stands for scientific apparatus such as gravitational force meters
- F16M11/20—Undercarriages with or without wheels
- F16M11/24—Undercarriages with or without wheels changeable in height or length of legs, also for transport only, e.g. by means of tubes screwed into each other
Abstract
The present invention relates to a kind of brackets, are in particular a kind of multifunction radar brackets, can not only support radar, but also can rotate, reach the angle of needs, can increase, avoid blocking for surrounding objects；The flexibility of movement can also be enhanced by bearing.Revolving body is located at the lower part of radar, and revolving body is cylindrical body, and revolving body is located at the top of lifting support, is equipped with rotary motor in revolving body；Lifting support is located at turn around the lower part of body, and lifting support is located at the top of ball base, and lifting support is located at the inside of pedestal frame, is fixed together in the middle part of lifting support with lift cylinders；Pedestal frame is welded on bottom surface, and pedestal frame is contacted with lifting support；Lift cylinders lower part is fixed on bottom surface, and lift cylinders top is fixed together with lifting support；Swiveling gear top is fixed together with rotary motor, is engaged with rack on the left of swiveling gear；Anti-off board is located at turn around the lower part of body；Ball base is L shape, and ball base is located at the top of lifting support.
Description
Technical field
The present invention relates to a kind of brackets, are in particular a kind of multifunction radar brackets.
Background technique
The transmitter of radar equipment is in the object that this side up by day bundle of lines electromagnetic wave energy directive space a direction
Body reflects the electromagnetic wave encountered；Radar antenna receives this back wave, send to receiving device and is handled, and extracts the related object
Certain information.Radar volume is often bigger, and movement is inconvenient；So devising this multifunction radar bracket.
Summary of the invention
The present invention provides a kind of multifunction radar bracket, is that can not only support radar, but also can rotate beneficial to benefit,
Reach the angle of needs, can increase, avoids blocking for surrounding objects；The flexibility of movement can also be enhanced by bearing.
In order to solve the above technical problems, the present invention relates to a kind of brackets, it is in particular a kind of multifunction radar bracket,
Including revolving body, lifting support, pedestal frame, lift cylinders, goalpost wear-reducing mechanism, swiveling gear, anti-off board, ball base, revolution horse
It reaches, radar, can not only support radar, but also can rotate, reach the angle of needs, can increase, avoid surrounding objects
It blocks；The flexibility of movement can also be enhanced by bearing.
Lifting support is made of threaded hole, bearing block, rack gear, upper ring surface, support holes, supporting surface, sliding pearl, bearing；Spiral shell
Pit is equipped with 16, and threaded hole is evenly distributed on upper ring surface, and threaded hole and screw flight cooperate；Bearing block is rectangle,
Bearing is placed in bearing block, bearing block is equipped with 16；Rack gear is located on the inner vertical face of lifting support, and rack gear is ring-type,
The processing of rack gear inner ring is with teeth, and rack gear outer ring is welded on the inside of lifting support, and rack gear inner ring is engaged with swiveling gear；Upper ring surface
On, it is threaded hole, bearing block, upper ring surface top and revolving body following table face contact, upper ring surface lower part are machined on upper ring surface
It is contacted with ball base；Support holes are located at the middle part of supporting surface, and support holes pass through support rod, and support holes top is contacted with nut；Branch
Support face is located at the inside of lifting support, and supporting surface is welded on lifting support, is machined with support holes in the middle part of supporting surface；Slide pearl position
It in the lower spherical groove of lifting support, is touched on the outside of sliding pearl with pedestal bridge joint, sliding pearl is equipped with two rows, and the sliding every row of pearl is set
There are 16；Bearing is cylindrical body, bearing top and revolving body following table face contact, and bearing lower part is contacted with ball base upper surface,
Bearing is equipped with 16, and bearing is located inside bearing block；
Pedestal frame is made of anti-tripping, anti-drop screw, supporting walls, support base；It is anti-tripping for annular shape, anti-tripping section with
L shape is machined with screw hole on anti-tripping vertical plane, and anti-drop screw is passed through in screw hole, and the anti-tripping top positioned at supporting walls is anti-
Tripping inner ring is contacted with lifting support lateral wall；Anti-drop screw is equipped with 16, and anti-drop screw passes through the screw hole on anti-tripping,
Anti-drop screw is threadedly engaged with supporting walls；Supporting walls are welded on bottom plate, supporting walls top by anti-drop screw with it is anti-tripping solid
It is scheduled on together, supporting walls inner surface is contacted with lifting support, and supporting walls are contacted with sliding pearl, and supporting walls interior welds have support
Seat；Support base is annular shape, and support base outer ring is welded on inside supporting walls, support base top and lifting support lower contacts；
Lift cylinders are by nut, support rod, seal groove, oil pipe I, piston, oil pipe II, pedestal, pedestal screw, piston ring, work
Plug cylinder composition；Nut is located at support rod top, and nut is located at the top of supporting surface；Support rod top passes through support holes, support rod
Middle part passes through piston cylinder top circular hole, and support rod lower part and piston are fixed together by nut；Seal groove is located at piston cylinder
Top, seal groove are located at circular fluting, are equipped with sealing ring in seal groove, sealing ring inner ring is contacted with support rod；Oil pipe I connects
On oil-servicing facilities；Piston is located at the inside of piston cylinder, passes through support rod in the middle part of piston, piston lower portion is contacted with nut, piston
Cylindrical surface is laterally machined with seal groove；Oil pipe II is located at piston cylinder lower part；Pedestal lower weld on ground bottom surface, pedestal top with
Piston cylinder is fixed together by pedestal screw, and base interior is machined with seal groove, is equipped with sealing ring in seal groove, on sealing ring
Portion and piston cylinder lower contacts；Pedestal screw and piston cylinder lower thread cooperate, there are four pedestal screw is set；Piston ring, which is located at, lives
In the annular groove of plug, piston ring outer ring is contacted with the piston inside wall of cylinder；Piston cylinder is located on pedestal, and piston is equipped with inside piston cylinder,
Piston cylinder top is machined with hole, and seal groove is machined in hole, and piston cylinder right upper portion is connected to oil pipe I, and piston cylinder right lower quadrant is connected to
Oil pipe II；
Swiveling gear is made of gear, gasket, gear nut, pin hole；It is contacted on the left of gear with rack gear, gear is located at shaft
Lower part, gear lower part is contacted with gasket；Gasket is annular shape, is covered in the middle part of gasket in shaft lower part, gasket lower part and gear spiral shell
Cap contact；Gear nut is located at shaft lower part, and gear nut and shaft thread cooperate；Pin hole is located at shaft lower part, wears in pin hole
Cross pin；
Anti-off board is made of supporting plate, supporting plate screw, and supporting plate is annular shape, is machined with 16 through-holes, supporting plate position on supporting plate
In revolving body lower part；Supporting plate screw is equipped with 16, and supporting plate screw passes through the through-hole on supporting plate, supporting plate screw and revolving body screw thread
Cooperation；
Ball base is made of screw through-hole, ball base, friction wall, pedestal, vertical ball, pearl seat fixed screw；Screw is logical
Hole is located on the anchor ring of pedestal, and screw through-hole is equipped with 16, and screw through-hole is evenly distributed on pedestal；Ball base is located at seat
On body, ball base is cylindrical surface groove, ball base and bearing touch；Friction wall is located at turn around between body and upper ring surface, friction wall
On be machined with ball grooves, vertical ball is placed in ball grooves；Pedestal is annular shape, and pedestal section is L shape, and pedestal is located at upper ring surface
Lower part, pedestal are fixed on upper ring surface lower part by pearl seat fixed screw, and pedestal is divided into four parts；Vertical ball is equipped with 16,
Vertical ball is located in friction wall, contacts on the left of vertical ball with upper ring surface, contacts on the right side of vertical ball with revolving body；Pearl seat is solid
Screw is determined equipped with 16, and pearl seat fixed screw is threadedly engaged with upper ring surface；
Rotary motor is made of oilhole, rotating vane, shaft, shell, sealing ring, top cover；There are two oilhole is set, oilhole and shaft
Two sides communicate, and oilhole top connects oil pipe；Rotating vane is located in the groove of shaft, and rotating vane is contacted with enclosure interior, and rotating vane is equipped with six；
Shaft is located at enclosure interior, and shaft lower part is fixed together with gear；Shell is fixed on inside revolving body；
Revolving body is located at the lower part of radar, and revolving body is cylindrical body, and revolving body is located at the top of lifting support, in revolving body
Rotary motor is installed；Lifting support is located at turn around the lower part of body, and lifting support is located at the top of ball base, and lifting support is located at
The inside of pedestal frame, lifting support middle part are fixed together with lift cylinders；Pedestal frame is welded on bottom surface, pedestal frame and lifting branch
Bridge joint touching；Lift cylinders lower part is fixed on bottom surface, and lift cylinders top is fixed together with lifting support；Swiveling gear top with return
Turn motor to be fixed together, be engaged with rack on the left of swiveling gear；Anti-off board is located at turn around the lower part of body；Ball base is L shape,
Ball base is located at the top of lifting support；Rotary motor is located at turn around the inside of body.
As advanced optimizing for the technical program, sliding pearl described in a kind of multifunction radar bracket of the present invention is equipped with two
Row, the sliding every row of pearl are equipped with 16.
As advanced optimizing for the technical program, a kind of multifunction radar bracket of the present invention is anti-tripping to be circular, anti-
Tripping section and L shape.
As advanced optimizing for the technical program, it is machined in friction wall described in a kind of multifunction radar bracket of the present invention
Ball grooves are placed with vertical ball in ball grooves.
A kind of multifunction radar bracket of the invention has the beneficial effect that
A kind of multifunction radar bracket of the present invention, can not only support radar, but also can rotate, reach the angle of needs
Degree, can increase, avoid blocking for surrounding objects；The flexibility of movement can also be enhanced by bearing.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of multifunction radar bracket of the present invention.
Fig. 2 is a kind of 2 structural schematic diagram of lifting support of multifunction radar bracket of the present invention.
Fig. 3 is a kind of 2 other side structural schematic diagram of lifting support of multifunction radar bracket of the present invention.
Fig. 4 is a kind of 5 structural schematic diagram of goalpost wear-reducing mechanism of multifunction radar bracket of the present invention.
Fig. 5 is a kind of 3 structural schematic diagram of pedestal frame of multifunction radar bracket of the present invention.
Fig. 6 is a kind of 4 structural schematic diagram of lift cylinders of multifunction radar bracket of the present invention.
Fig. 7 is a kind of 6 structural schematic diagram of swiveling gear of multifunction radar bracket of the present invention.
Fig. 8 is a kind of 8 structural schematic diagram of ball base of multifunction radar bracket of the present invention.
Fig. 9 is a kind of 8 left side structure schematic diagram of ball base of multifunction radar bracket of the present invention.
Figure 10 is a kind of 8 right side structure schematic diagram of ball base of multifunction radar bracket of the present invention.
Figure 11 is a kind of 9 structural schematic diagram of rotary motor of multifunction radar bracket of the present invention.
In figure: revolving body 1；Lifting support 2；Threaded hole 2-1；Bearing block 2-2；Rack gear 2-3；Upper ring surface 2-4；Support holes 2-
5；Supporting surface 2-6；Slide pearl 2-7；Bearing 2-8；Pedestal frame 3；Anti-tripping 3-1；Anti-drop screw 3-2；Supporting walls 3-3；Support base
3-4；Lift cylinders 4；Nut 4-1；Support rod 4-2；Seal groove 4-3；I 4-4 of oil pipe；Piston 4-5；II 4-6 of oil pipe；Pedestal 4-7；Base
Seat screw 4-8；Piston ring 4-9；Piston cylinder 4-10；Goalpost wear-reducing mechanism 5；Swiveling gear 6；Gear 6-1；Gasket 6-2；Gear spiral shell
Cap 6-3；Pin hole 6-4；Anti-off board 7；Supporting plate 7-1；Supporting plate screw 7-2；Ball base 8；Screw through-hole 8-1；Ball base 8-2；Friction
Wall 8-3；Pedestal 8-4；Vertical ball 8-5；Pearl seat fixed screw 8-6；Rotary motor 9；Oilhole 9-1；Rotating vane 9-2；Shaft 9-3；
Shell 9-4；Sealing ring 9-5；Top cover 9-6；Radar 10.
Specific embodiment
Specific embodiment 1:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, the present invention relates to a kind of brackets, more
Specifically a kind of multifunction radar bracket, packet include revolving body 1, lifting support 2, pedestal frame 3, lift cylinders 4, goalpost anti-attrition
Mechanism 5, swiveling gear 6, anti-off board 7, ball base 8, rotary motor 9, radar 10 can not only support radar, but also can revolve
Turn, reaches the angle of needs, can increase, avoid blocking for surrounding objects；The flexible of movement can also be enhanced by bearing
Property.
Lifting support 2 by threaded hole 2-1, bearing block 2-2, rack gear 2-3, upper ring surface 2-4, support holes 2-5, supporting surface 2-6,
Slide pearl 2-7, bearing 2-8 composition；Threaded hole 2-1 is equipped with 16, and threaded hole 2-1 is evenly distributed on upper ring surface 2-4, screw thread
Hole 2-1 is threadedly engaged with screw rod 8-6；Bearing block 2-2 is rectangle, is placed with bearing 2-8 in bearing block 2-2, bearing block 2-2 is equipped with
16；Rack gear 2-3 is located on the inner vertical face of lifting support 2, and rack gear 2-3 is ring-type, and the processing of rack gear 2-3 inner ring is with teeth,
The outer ring rack gear 2-3 is welded on the inside of lifting support 2, and rack gear 2-3 inner ring is engaged with swiveling gear 6；On upper ring surface 2-4, processing
There is threaded hole 2-1, bearing block 2-2, the top upper ring surface 2-4 and 1 following table face contact of revolving body, upper ring are machined on upper ring surface 2-4
The face lower part 2-4 is contacted with ball base 8；Support holes 2-5 is located at the middle part of supporting surface 2-6, and support holes 2-5 passes through support rod 4-2, branch
The top bearing bore 2-5 is contacted with nut 4-1；Supporting surface 2-6 is located at the inside of lifting support 2, and supporting surface 2-6 is welded on lifting support
On 2, support holes 2-5 is machined in the middle part of supporting surface 2-6；Sliding pearl 2-7 is located in the lower spherical groove of lifting support 2, slides
It is contacted on the outside of pearl 2-7 with pedestal frame 3, sliding pearl 2-7 is equipped with two rows, and the sliding every row of pearl 2-7 is equipped with 16；Bearing 2-8 is circle
Cylinder, the top bearing 2-8 and 1 following table face contact of revolving body, the lower part bearing 2-8 are contacted with 8 upper surface of ball base, and bearing 2-8 is set
There are 16, bearing 2-8 is located inside bearing block 2-2；
Pedestal frame 3 is made of anti-tripping 3-1, anti-drop screw 3-2, supporting walls 3-3, support base 3-4；Anti-tripping 3-1 is circle
Ring-type, the anti-tripping section 3-1 and L shape are machined with screw hole on anti-tripping 3-1 vertical plane, pass through anti-drop screw 3- in screw hole
2, anti-tripping 3-1 are located at the top of supporting walls 3-3, and anti-tripping 3-1 inner ring is contacted with 2 lateral wall of lifting support；Anti-drop screw 3-2
Equipped with 16, anti-drop screw 3-2 passes through the screw hole on anti-tripping 3-1, and anti-drop screw 3-2 is threadedly engaged with supporting walls 3-3；
Supporting walls 3-3 is welded on bottom plate, and the top supporting walls 3-3 is fixed together by anti-drop screw 3-2 and anti-tripping 3-1, support
Wall 3-3 inner surface is contacted with lifting support 2, and supporting walls 3-3 is contacted with sliding pearl 2-7, and supporting walls 3-3 interior welds have support base
3-4；Support base 3-4 is annular shape, and the outer ring support base 3-4 is welded on inside supporting walls 3-3, the top support base 3-4 and lifting branch
2 lower contacts of frame；
Lift cylinders 4 are by nut 4-1, support rod 4-2, seal groove 4-3, I 4-4 of oil pipe, piston 4-5, II 4-6 of oil pipe, pedestal
4-7, pedestal screw 4-8, piston ring 4-9, piston cylinder 4-10 composition；Nut 4-1 is located at the top support rod 4-2, and nut 4-1 is located at
The top of supporting surface 2-6；The top support rod 4-2 passes through support holes 2-5, and the top piston cylinder 4-10 circle is passed through in the middle part of support rod 4-2
Hole, the lower part support rod 4-2 are fixed together with piston 4-5 by nut；Seal groove 4-3 is located at the top of piston cylinder 4-10, close
Sealing groove 4-3 is located at circular fluting, is equipped with sealing ring in seal groove 4-3, sealing ring inner ring is contacted with support rod 4-2；Oil pipe I
4-4 connects on oil-servicing facilities；Piston 4-5 is located at the inside of piston cylinder 4-10, passes through support rod 4-2, piston 4- in the middle part of piston 4-5
5 lower parts are contacted with nut, and the cylindrical surface piston 4-5 is laterally machined with seal groove；II 4-6 of oil pipe is located at the lower part piston cylinder 4-10；Base
Seat 4-7 lower weld is on ground bottom surface, and the top pedestal 4-7 is fixed together with piston cylinder 4-10 by pedestal screw 4-8, pedestal
It is machined with seal groove inside 4-7, is equipped with sealing ring, sealing ring top and piston cylinder 4-10 lower contacts in seal groove；Pedestal spiral shell
Silk 4-8 and piston cylinder 4-10 lower thread cooperate, there are four pedestal screw is set；Piston ring 4-9 is located in the annular groove of piston 4-5,
The outer ring piston ring 4-9 is contacted with piston cylinder 4-10 inner wall；Piston cylinder 4-10 is located on pedestal 4-7, installation inside piston cylinder 4-10
There is piston 4-5, the top piston cylinder 4-10 is machined with hole, and seal groove 4-3 is machined in hole, and piston cylinder 4-10 right upper portion is connected to oil
I 4-4 of pipe, piston cylinder 4-10 right lower quadrant are connected to II 4-6 of oil pipe；Lift cylinders 4 are connect in hydraulic system, when 4 lower part of lift cylinders into
When oily, hydraulic oil will push piston 4-5 and move upwards, and piston 4-5 just will push lifting support 2 and move upwards；
Swiveling gear 6 is made of gear 6-1, gasket 6-2, gear nut 6-3, pin hole 6-4；The left side gear 6-1 and rack gear
2-3 contact, gear 6-1 are located at the lower part of shaft 9-3, and the lower part gear 6-1 is contacted with gasket 6-2；Gasket 6-2 is annular shape, pad
It covers in the middle part of piece 6-1 in the lower part shaft 9-3, the lower part gasket 6-2 is contacted with gear nut 6-3；Gear nut 6-3 is located at shaft 9-3
Lower part, gear nut 6-3 are threadedly engaged with shaft 9-3；Pin hole 6-4 is located at the lower part shaft 9-3, passes through pin in pin hole；Gear 6 with
Rack gear 2-3 engagement, gear 6 will drive revolving body 1 to rotate.Revolving body 1 is seated on lifting support 2, has bearing on lifting support 2
2-8, bearing 2-8 support 1 bearing 2-8 of revolving body；
Anti-off board 7 is made of supporting plate 7-1, supporting plate screw 7-2, and supporting plate 7-1 is annular shape, is machined with 16 on supporting plate 7-1
A through-hole, supporting plate 7-1 are located at turn around 1 lower part of body；Supporting plate screw 7-2 is equipped with 16, and supporting plate screw 7-2 is passed through on supporting plate 7-1
Through-hole, supporting plate screw 7-2 is threadedly engaged with revolving body 1；Lift cylinders 4 jacked up lifting support 2 to anti-tripping 3-1 in order to prevent
Height, thus departing from pedestal frame 3；
Ball base 8 is fixed by screw through-hole 8-1, ball base 8-2, friction wall 8-3, pedestal 8-4, vertical ball 8-5, pearl seat
Screw 8-6 composition；Screw through-hole 8-1 is located on the anchor ring of pedestal 8-4, and screw through-hole 8-1 is equipped with 16, screw through-hole 8-
1 is evenly distributed on pedestal 8-4；Ball base 8-2 is located on pedestal 8-4, ball base 8-2 be cylindrical surface groove, ball base 8-2 with
Bearing 2-8 contact；Friction wall 8-3 is located at turn around between body 1 and upper ring surface 2-4, and ball grooves, ball are machined on friction wall 8-3
Vertical ball 8-5 is placed in slot 8-3；Pedestal 8-4 is annular shape, and the section pedestal 8-4 is L shape, and pedestal 8-4 is located at upper ring surface 2-4
Lower part, pedestal 8-4 are fixed on upper ring surface lower part by pearl seat fixed screw 8-6, and pedestal 8-4 points are four parts；Vertical ball 8-5
Equipped with 16, vertical ball 8-5 is located on friction wall 8-3, contacts on the left of vertical ball 8-5 with upper ring surface 2-4, vertical ball
It is contacted on the right side of 8-5 with revolving body 1；Pearl seat fixed screw 8-6 is equipped with 16, pearl seat fixed screw 8-6 and upper ring surface 2-4 screw thread
Cooperation；In vertical direction, vertical ball 8-5 is located on friction wall 8-3, with 1 joint of revolving body on the left of vertical ball 8-5, erects
It contacts on the right side of straight ball 8-5 with lifting support 2, when gear 6 drives 1 rotation of revolution, is turned round in the vertical direction to reduce
The frictional force of body 1 and lifting support 2 keeps the movement of revolving body 1 and lifting support 2 more flexible, and longevity when increasing use
Life；
Rotary motor 9 is made of oilhole 9-1, rotating vane 9-2, shaft 9-3, shell 9-4, sealing ring 9-5, top cover 9-6；Oilhole
There are two 9-1 is set, oilhole 9-1 is communicated with the two sides shaft 9-3, and the top oilhole 9-1 connects oil pipe；Rotating vane 9-2 is located at the recessed of shaft 9-3
In slot, rotating vane and shell 9-4 interior contact, rotating vane 9-2 are equipped with six；Shaft 9-3 is located inside shell 9-4, the lower part shaft 9-3
It is fixed together with gear 6-1；Shell 9-4 is fixed on inside revolving body 1；Hydraulic motor 9 is connect in hydraulic system, hydraulic oil
Entering inside hydraulic motor 9 from the side of hydraulic motor 9, rotating vane 9-2 will generate tangential force under the action of the different oil pressure of two sides,
Tangential force will push the rotation of rotating vane 9-2, and rotating vane 9-2 is located in the rectangular slot of shaft 9-3, and rotating vane 9-2 drives shaft 9-3 rotation
Turn；
Revolving body 1 is located at the lower part of radar 10, and revolving body 1 is cylindrical body, and revolving body 1 is located at the top of lifting support 2, returns
Rotary motor 9 is installed in swivel 1；Lifting support 2 is located at turn around the lower part of body 1, and lifting support 2 is located at the top of ball base 8,
Lifting support 2 is located at the inside of pedestal frame 3, and 2 middle part of lifting support is fixed together with lift cylinders 4；Pedestal frame 3 is welded on bottom surface
On, pedestal frame 3 is contacted with lifting support 2；4 lower part of lift cylinders is fixed on bottom surface, and 4 top of lift cylinders and lifting support 2 are fixed
Together；6 top of swiveling gear is fixed together with rotary motor 9, and 6 left side of swiveling gear is engaged with rack gear 2-3；Anti-off board 7
It is located at turn around the lower part of body 1；Ball base 8 is L shape, and ball base 8 is located at the top of lifting support 2；Rotary motor 9 is located at turn around
The inside of body 1.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, and the sliding pearl 2-7 is equipped with two rows, and the sliding every row of pearl 2-7 is equipped with 16.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, and the anti-tripping 3-1 is annular shape, the anti-tripping section 3-1 and L shape.
Specific embodiment 4:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, and ball grooves are machined on the friction wall 8-3, and vertical ball 8-5 is placed in ball grooves 8-3.
The working principle of the invention is: hydraulic motor 9 being connect in hydraulic system, hydraulic oil is from the side of hydraulic motor 9
Into inside hydraulic motor 9, rotating vane 9-2 will generate tangential force under the action of the different oil pressure of two sides, and tangential force will push rotating vane
The rotation of 9-2, rotating vane 9-2 are located in the rectangular slot of shaft 9-3, and rotating vane 9-2 drives shaft 9-3 rotation.Hydraulic motor 9 is fixed
In the inside of revolving body 1.So shaft 9-3 band moving gear 6 rotates.Gear 6 is engaged with rack gear 2-3, and gear 6 will drive revolving body
1 rotation.Revolving body 1 is seated on lifting support 2, has bearing 2-8, bearing 2-8 to support 1 bearing 2- of revolving body on lifting support 2
8, bearing 2-8 reduce the horizontal friction force that the mutually movement of revolving body 1 and lifting support 2 generates, and bearing 2-8 is by ball base
8 support and fix；In vertical direction, vertical ball 8-5 is located on friction wall 8-3, the vertical left side ball 8-5 and 1 phase of revolving body
Place is met, is contacted on the right side of vertical ball 8-5 with lifting support 2, when gear 6 drives 1 rotation of revolution, in order to reduce in vertical direction
The frictional force of last time swivel 1 and lifting support 2, keeps the movement of revolving body 1 and lifting support 2 more flexible, and increase and make
Service life used time, and during installation, lubricating grease, the effect of lubricating grease are smeared on bearing 2-8 and vertical ball 8-5
There are two, first is that increasing lubricity, reduce friction；Second is that preventing from getting rusty.
Lifting principle: lift cylinders 4 are connect in hydraulic system, when 4 lower part oil inlet of lift cylinders, hydraulic oil will push piston
4-5 is moved upwards, and piston 4-5 just will push lifting support 2 and move upwards.In the process of movement, the sliding on lifting support 2
Pearl 2-7 can change the sliding friction between lifting support 2 and pedestal frame 3 as rolling friction, reduce lifting support 2 and pedestal
Frictional force between frame 3, and during installation lubricating grease is smeared on sliding pearl 2-7.Anti-tripping 3-1 lift cylinders in order to prevent
4 lifting support 2 is jacked up it is excessively high, thus departing from pedestal frame 3.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of multifunction radar bracket, including revolving body (1), lifting support (2), pedestal frame (3), lift cylinders (4), goalpost subtract
Grinding machine structure (5), swiveling gear (6), anti-off board (7), ball base (8), rotary motor (9), radar (10), it is characterised in that: rise
Descending branch frame (2) is by threaded hole (2-1), bearing block (2-2), rack gear (2-3), upper ring surface (2-4), support holes (2-5), supporting surface
(2-6), sliding pearl (2-7), bearing (2-8) composition；Threaded hole (2-1) is equipped with 16, and threaded hole (2-1) is evenly distributed on
On anchor ring (2-4), threaded hole (2-1) is threadedly engaged with screw rod (8-6)；Bearing block (2-2) is rectangle, and bearing block (2-2) is interior
It is placed with bearing (2-8), bearing block (2-2) is equipped with 16；Rack gear (2-3) is located on the inner vertical face of lifting support (2), tooth
Item (2-3) is ring-type, and the processing of rack gear (2-3) inner ring is with teeth, and the outer ring rack gear (2-3) is welded on the inside of lifting support (2), rack gear
(2-3) inner ring is engaged with swiveling gear (6)；It on upper ring surface (2-4), is threaded hole (2-1), is processed on upper ring surface (2-4)
Have bearing block (2-2), the upper ring surface top (2-4) and revolving body (1) following table face contact, the upper ring surface lower part (2-4) and ball base (8)
Contact；Support holes (2-5) are located at the middle part of supporting surface (2-6), and support holes (2-5) pass through support rod (4-2), support holes (2-5)
Top is contacted with nut (4-1)；Supporting surface (2-6) is located at the inside of lifting support (2), and supporting surface (2-6) is welded on lifting branch
On frame (2), support holes (2-5) is machined in the middle part of supporting surface (2-6)；Sliding pearl (2-7) is located at the lower spherical of lifting support (2)
It in groove, is contacted on the outside of sliding pearl (2-7) with pedestal frame (3), sliding pearl (2-7) is equipped with two rows, and sliding pearl (2-7) every row is equipped with
16；Bearing (2-8) is cylindrical body, the bearing top (2-8) and revolving body (1) following table face contact, the bearing lower part (2-8) and rolling
(8) the upper surface contact of pearl seat, bearing (2-8) are equipped with 16, and it is internal that bearing (2-8) is located at bearing block (2-2)；
Pedestal frame (3) is made of anti-tripping (3-1), anti-drop screw (3-2), supporting walls (3-3), support base (3-4)；It is anti-tripping
(3-1) is annular shape, the anti-tripping section (3-1) and L shape, is machined with screw hole on anti-tripping (3-1) vertical plane, wears in screw hole
It crosses anti-drop screw (3-2), anti-tripping (3-1) is located at the top of supporting walls (3-3), anti-tripping (3-1) inner ring and lifting support (2)
Lateral wall contact；Anti-drop screw (3-2) is equipped with 16, and anti-drop screw (3-2) passes through the screw hole on anti-tripping (3-1), prevents
De- screw (3-2) is threadedly engaged with supporting walls (3-3)；Supporting walls (3-3) are welded on bottom plate, and the top supporting walls (3-3) passes through
Anti-drop screw (3-2) is fixed together with anti-tripping (3-1), and supporting walls (3-3) inner surface is contacted with lifting support (2), support
Wall (3-3) is contacted with sliding pearl (2-7), and supporting walls (3-3) interior welds have support base (3-4)；Support base (3-4) is annulus
Shape, the outer ring support base (3-4) are welded on supporting walls (3-3) inside, the support base top (3-4) and lifting support (2) lower contacts；
Lift cylinders (4) are by nut (4-1), support rod (4-2), seal groove (4-3), oil pipe I (4-4), piston (4-5), oil pipe II
(4-6), pedestal (4-7), pedestal screw (4-8), piston ring (4-9), piston cylinder (4-10) composition；Nut (4-1) is located at support
The top bar (4-2), nut (4-1) are located at the top of supporting surface (2-6)；The support rod top (4-2) passes through support holes (2-5), branch
The top piston cylinder (4-10) circular hole is passed through in the middle part of strut (4-2), the support rod lower part (4-2) is fixed with piston (4-5) by nut
Together；Seal groove (4-3) is located at the top of piston cylinder (4-10), and seal groove (4-3) is located at circular fluting, seal groove (4-
3) sealing ring is installed in, sealing ring inner ring is contacted with support rod (4-2)；Oil pipe I (4-4) connects on oil-servicing facilities；Piston (4-
5) it is located at the inside of piston cylinder (4-10), passes through support rod (4-2), the piston lower part (4-5) and nut in the middle part of piston (4-5) and connect
Touching, the cylindrical surface piston (4-5) is laterally machined with seal groove；Oil pipe II (4-6) is located at the lower part piston cylinder (4-10)；Pedestal (4-7)
Lower weld is on ground bottom surface, and the pedestal top (4-7) is fixed together with piston cylinder (4-10) by pedestal screw (4-8), base
It is machined with seal groove inside seat (4-7), is equipped with sealing ring, sealing ring top and piston cylinder (4-10) lower contacts in seal groove；
Pedestal screw (4-8) and piston cylinder (4-10) lower thread cooperate, there are four pedestal screw is set；Piston ring (4-9) is located at piston
In the annular groove of (4-5), the piston ring outer ring (4-9) is contacted with piston cylinder (4-10) inner wall；Piston cylinder (4-10) is located at pedestal (4-7)
On, it is equipped with piston (4-5) inside piston cylinder (4-10), the top piston cylinder (4-10) is machined with hole, is machined with seal groove in hole
(4-3), piston cylinder (4-10) right upper portion are connected to oil pipe I (4-4), and piston cylinder (4-10) right lower quadrant is connected to oil pipe II (4-6)；
Swiveling gear (6) is made of gear (6-1), gasket (6-2), gear nut (6-3), pin hole (6-4)；Gear (6-1) is left
Side is contacted with rack gear (2-3), and gear (6-1) is located at the lower part of shaft (9-3), and the gear lower part (6-1) is contacted with gasket (6-2)；
Gasket (6-2) is annular shape, is covered in the middle part of gasket (6-1) in the lower part shaft (9-3), the gasket lower part (6-2) and gear nut (6-3)
Contact；Gear nut (6-3) is located at the lower part shaft (9-3), and gear nut (6-3) is threadedly engaged with shaft (9-3)；Pin hole (6-
4) it is located at the lower part shaft (9-3), passes through pin in pin hole；
Anti-off board (7) is made of supporting plate (7-1), supporting plate screw (7-2), and supporting plate (7-1) is annular shape, is processed on supporting plate (7-1)
There are 16 through-holes, supporting plate (7-1) is located at turn around body (1) lower part；Supporting plate screw (7-2) is equipped with 16, supporting plate screw (7-2)
Through-hole on supporting plate (7-1), supporting plate screw (7-2) are threadedly engaged with revolving body (1)；
Ball base (8) by screw through-hole (8-1), ball base (8-2), friction wall (8-3), pedestal (8-4), vertical ball (8-5),
Pearl seat fixed screw (8-6) forms；Screw through-hole (8-1) is located on the anchor ring of pedestal (8-4), and screw through-hole (8-1) is equipped with
16, screw through-hole (8-1) is evenly distributed on pedestal (8-4)；Ball base (8-2) is located on pedestal (8-4), ball base
(8-2) is cylindrical surface groove, and ball base (8-2) is contacted with bearing (2-8)；Friction wall (8-3) is located at turn around body (1) and upper ring surface
Between (2-4), it is machined with ball grooves in friction wall (8-3), is placed with vertical ball (8-5) in ball grooves (8-3)；Pedestal (8-4)
For annular shape, the pedestal section (8-4) is L shape, and pedestal (8-4) is located at the lower part upper ring surface (2-4), and pedestal (8-4) is solid by pearl seat
Determine screw (8-6) and be fixed on upper ring surface lower part, pedestal (8-4) is divided into four parts；Vertical ball (8-5) is equipped with 16, vertically
Ball (8-5) is located on friction wall (8-3), contacts on the left of vertical ball (8-5) with upper ring surface (2-4), and vertical ball (8-5) is right
Side is contacted with revolving body (1)；Pearl seat fixed screw (8-6) is equipped with 16, pearl seat fixed screw (8-6) and upper ring surface (2-4)
It is threadedly engaged；
Rotary motor (9) is by oilhole (9-1), rotating vane (9-2), shaft (9-3), shell (9-4), sealing ring (9-5), top cover (9-
6) it forms；There are two oilhole (9-1) is set, oilhole (9-1) is communicated with the two sides shaft (9-3), and the top oilhole (9-1) connects oil pipe；Turn
Leaf (9-2) is located in the groove of shaft (9-3), and rotating vane and shell (9-4) interior contact, rotating vane (9-2) are equipped with six；Shaft
(9-3) is located at shell (9-4) inside, and the shaft lower part (9-3) is fixed together with gear (6-1)；Shell (9-4) is fixed on revolution
Body (1) is internal；
Revolving body (1) is located at the lower part of radar (10), and revolving body (1) is cylindrical body, and revolving body (1) is located at lifting support (2)
Top, revolving body (1) is interior to be equipped with rotary motor (9)；Lifting support (2) is located at turn around the lower part of body (1), lifting support (2)
Positioned at the top of ball base (8), lifting support (2) is located at the inside of pedestal frame (3), in the middle part of lifting support (2) with lift cylinders (4)
It is fixed together；Pedestal frame (3) is welded on bottom surface, and pedestal frame (3) is contacted with lifting support (2)；Lift cylinders (4) lower part is fixed
On bottom surface, lift cylinders (4) top is fixed together with lifting support (2)；Swiveling gear (6) top and rotary motor (9) are solid
It is scheduled on together, is engaged on the left of swiveling gear (6) with rack gear (2-3)；Anti-off board (7) is located at turn around the lower part of body (1)；Ball base
It (8) is L shape, ball base (8) is located at the top of lifting support (2)；Rotary motor (9) is located at turn around the inside of body (1).
2. a kind of multifunction nursing seat according to claim 1, it is characterised in that: the sliding pearl (2-7) is equipped with two
Row, sliding pearl (2-7) every row are equipped with 16.
3. a kind of multifunction nursing seat according to claim 1, it is characterised in that: anti-tripping (3-1) is annulus
Shape, the anti-tripping section (3-1) and L shape.
4. a kind of multifunction nursing seat according to claim 1, it is characterised in that: processed on the friction wall (8-3)
There are ball grooves, is placed with vertical ball (8-5) in ball grooves (8-3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810853239.1A CN108930879A (en) | 2018-07-30 | 2018-07-30 | A kind of multifunction radar bracket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810853239.1A CN108930879A (en) | 2018-07-30 | 2018-07-30 | A kind of multifunction radar bracket |
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| Publication Number | Publication Date |
|---|---|
| CN108930879A true CN108930879A (en) | 2018-12-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810853239.1A Pending CN108930879A (en) | 2018-07-30 | 2018-07-30 | A kind of multifunction radar bracket |
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| CN (1) | CN108930879A (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105333281A (en) * | 2015-11-30 | 2016-02-17 | 陈立坡 | Rotating and lifting stability-enhancement platform for signal tracking equipment |
| CN206086565U (en) * | 2016-09-28 | 2017-04-12 | 南京硕基信息科技有限公司 | Navigation radar support |
| CN108040223A (en) * | 2017-12-08 | 2018-05-15 | 深圳市田言智能科技有限公司 | A kind of intelligent adjustable video monitoring equipment |
| CN207601297U (en) * | 2017-11-27 | 2018-07-10 | 深圳市国策房地产土地估价有限公司 | A kind of wall defects detection radar supports |
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2018
- 2018-07-30 CN CN201810853239.1A patent/CN108930879A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105333281A (en) * | 2015-11-30 | 2016-02-17 | 陈立坡 | Rotating and lifting stability-enhancement platform for signal tracking equipment |
| CN206086565U (en) * | 2016-09-28 | 2017-04-12 | 南京硕基信息科技有限公司 | Navigation radar support |
| CN207601297U (en) * | 2017-11-27 | 2018-07-10 | 深圳市国策房地产土地估价有限公司 | A kind of wall defects detection radar supports |
| CN108040223A (en) * | 2017-12-08 | 2018-05-15 | 深圳市田言智能科技有限公司 | A kind of intelligent adjustable video monitoring equipment |
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Application publication date: 20181204 |