CN206401496U - One kind can fast erecting remove receipts ultra-large type Metric wave aerial - Google Patents
One kind can fast erecting remove receipts ultra-large type Metric wave aerial Download PDFInfo
- Publication number
- CN206401496U CN206401496U CN201720087409.0U CN201720087409U CN206401496U CN 206401496 U CN206401496 U CN 206401496U CN 201720087409 U CN201720087409 U CN 201720087409U CN 206401496 U CN206401496 U CN 206401496U
- Authority
- CN
- China
- Prior art keywords
- tower
- antenna
- base
- frame
- follower
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Aerials With Secondary Devices (AREA)
Abstract
The utility model be related to one kind can fast erecting remove receipts ultra-large type Metric wave aerial, category radar front antcnnas manufacturing technology field.It turns vertical mechanism, lifting bracket, low clearance antenna rotating platform by I tower, II tower, left and right antenna frame, mechanical self-latching hydraulic push rod, king-tower retaining mechanism, front folding mirror net, element antenna level and constituted, connected between I tower and II tower by shipping and reselling on another market with mechanical self-latching hydraulic push rod, II tower both sides are fixed with left and right antenna frame, antenna frame folding and expanding mechanism is housed between the parallelogram lever of two or so antenna frames, king-tower retaining mechanism is connected between I tower and lifting bracket, and lifting bracket is arranged on low clearance antenna rotating platform by bolt.The utility model can realize the pitching of antenna array, a variety of functions such as the locking and unblock of king-tower retaining mechanism, fast transfer can be carried out to large-sized array surface antenna, sets up and removes receipts, and it is stable and reliable in work, the problem that ultra-large type Metric wave aerial is unable to fast transfer position is solved well.
Description
Technical field
The utility model be related to one kind can fast erecting remove receipts ultra-large type Metric wave aerial, belong to radar front antcnnas manufacturing technology
Field.
Background technology
Modern war requires that radar is seen more and more remote, requires that front antenna is increasing accordingly；And it is required that thunder
Up to can see that aircraft can see the Small objects such as guided missile again, require that the angle of front antenna being capable of real-time change accordingly；And it is another
Aspect, to adapt to the requirement of modern war, requires radar energy fast transfer position again, improves anti-strike capability, these into
For the conflict of existing radar antenna；Current existing antenna array area is too small, can not meet this of modern radar
Kind require, therefore necessarily develop one kind can fast erecting remove receipts ultra-large type Metric wave aerial.
The content of the invention
The purpose of this utility model is：For above-mentioned the deficiencies in the prior art there is provided one kind by left and right antenna frame, machine
Tool self-locking hydraulic push rod, king-tower retaining mechanism, front folding mirror net, element antenna level turn vertical mechanism, lifting bracket and
What low clearance antenna rotating platform was constituted, fast transfer can be carried out to large-sized array surface antenna, sets up and removes receipts, it is stable and reliable in work, very
It is good solve ultra-large type Metric wave aerial be unable to fast transfer position problem can fast erecting remove receipts ultra-large type Metric wave aerial.
The utility model is to realize above-mentioned purpose by the following technical solutions：
One kind can fast erecting remove receipts ultra-large type Metric wave aerial, it is by I tower, II tower, left and right antenna frame, mechanical self-latching liquid
Pressure push rod, king-tower retaining mechanism, front folding mirror net, element antenna level turn vertical mechanism, lifting bracket and low clearance day
Line turntable is constituted, it is characterised in that：I tower and II tower composition king-tower, by shipping and reselling on another market and mechanical self-latching hydraulic thrust between I tower and II tower
Bar is connected, and II tower both sides are shipped and resell on another market by four is fixed with left and right antenna frame respectively, and two or so antenna frames are respectively by six
Parallelogram lever is constituted, and vertical mechanism and front folding are turned equipped with two groups of element antenna levels on each parallelogram lever
Antenna frame folding and expanding mechanism is housed, the top of II tower is equipped with inquiry between folded reflector net, each two parallelogram lever
Machine antenna；Connected between I tower and lifting bracket by shipping and reselling on another market with king-tower retaining mechanism, lifting bracket is arranged on low height by bolt
Spend on antenna rotating platform, low clearance antenna rotating platform is arranged on transport vehicle by revolving support.
The antenna frame folding and expanding mechanism of described left and right antenna frame is by drive mechanism, follower A and follower
Structure B is constituted, and drive mechanism is on the framework of Metric wave aerial, and follower A and follower B are mounted in the two of Metric wave aerial bottom
Side, drive mechanism is connected with follower A and follower B by connecting rod；Drive mechanism move when drive follower A and with
Motivation structure B is moved, and is deployed condition as follower A and follower B rectangular, when follower A and follower B is received
It is folded state when holding together for minimum area.
Described mechanical self-latching hydraulic push rod is by bearing A, hydraulic motor, gland, motor base, bearing, T-shaped screw rod, support
Plate, nut, guide pin bushing, sleeve, guide pad, end cap, bearing B and dirt-proof boot are constituted, and the left end of guide pin bushing is equipped with bearing B, the right side of guide pin bushing
It is equipped with end on nut, nut and is fixed with supporting plate, the outside of guide pin bushing, which is equipped with sleeve, the left end of sleeve, is equipped with guide pad and end
Lid, the right-hand member of sleeve is equipped with bearing, gland and motor base, and gland is connected with T-shaped screw rod, and T-shaped spiral shell is housed by bearing in sleeve
Bar, T-shaped screw rod is engaged with nut, and the right-hand member of sleeve is equipped with hydraulic motor, the right-hand member of hydraulic motor and T-shaped screw rod by motor base
Connection, the right-hand member of motor base is equipped with bearing A, and dirt-proof boot is fixed on bearing B and sleeve；T-shaped screw rod is driven by hydraulic motor to be turned
Move, drive push rod to stretch along guide pad is for linear motion by nut and guide pin bushing, realize machinery certainly by T-shaped screw rod and nut
Lock.
Described king-tower retaining mechanism is made up of self locking hydraulic cylinder, connecting rod, hook, guide rail, sensor and frame, frame
Upper end is provided with guide rail, and the middle part of frame is equipped with self locking hydraulic cylinder, and the both sides of guide rail are symmetrically installed with hook, two by bearing pin
The inner of hook is provided with connecting rod by bearing pin, and the other end of two connecting rods is connected by the piston rod of bearing pin and self locking hydraulic cylinder
Connect, the upper surface of guide rail on the inside of two connecting rods by being provided with two sensors；Above and below the piston rod of described self locking hydraulic cylinder
Flexible drivening rod makes hook rotation lock or unclamps I tower of ground radar antenna king-tower.
Described front folding mirror net is by TR components, reflector net, rotating bar, bearing pin, reflector net framework, locking folder, steel
Cord screw and left and right antenna frame are constituted, and rotating bar is arranged on two groups of TR components by bearing pin, turning on every group of TR component
One group of reflector net framework is provided with by bearing pin above lever, reflector net framework on the inner side of two groups of TR components by being equipped with locking
Folder, locking folder is U-shape structure, by locking folder by reflector net framework and rotating rod locking, is provided with reflection on reflector net framework
Net；Described rotating bar two ends are equipped with moving block, and rotating bar is connected by moving block and bearing pin with reflector net framework.
Described element antenna level turns vertical mechanism and is made up of promotion connecting rod, hydraulic push rod and multiple rotating bases, many
Individual rotating base is interruption-like to be set, and rotating base side is provided with promotion connecting rod, promotes connecting rod to be connected respectively with rotating base；
Promote the termination of connecting rod that hydraulic cylinder is housed by hydraulic push rod；Described rotating base is by support base, installation set, bottom plate and rotation
Support arm is constituted, and activity is equipped with the top of installation set, installation set and is fixed with pivotal support arm in support base；The bottom of installation set is consolidated
Equipped with bottom plate, bottom plate centre is provided with fixing hole.
Described low clearance antenna rotating platform is by chassis frame, subframe, base tray, base, revolving support and rotating disk structure
Into the top of chassis frame is fixed with subframe by multiple fastening bolts；Chassis frame one end is fixed with by base tray
Base；One end of base tray extends to the lower section of chassis frame, and the base tray extended to below chassis frame is by fastening
Bolt is secured to connection；Base both sides side symmetry shape is provided with telescopic outrigger, and the upper end of base is set by assembling recess
There is installation base；Installation base upper end is provided with revolving support, and the inner ring of revolving support is consolidated by connecting bolt and installation base
Fixed connection；The outer ring upper end of revolving support is fixed with bracing ring by installation bolt, and the upper end of bracing ring is welded with rotating disk.
The beneficial effects of the utility model are：
This can fast erecting remove receipts ultra-large type Metric wave aerial by left and right antenna frame, front swing mechanism, king-tower lock machine
Structure, travel position retaining mechanism, front folding mirror net and element antenna level turn vertical mechanism composition, can realize antenna array
Pitching, the locking and unblock of king-tower retaining mechanism and pass through base at the locking and unblock of king-tower travel position retaining mechanism
Rotational movement element antenna a variety of functions such as rotate, fast transfer can be carried out to large-sized array surface antenna, sets up and removes receipts,
And it is stable and reliable in work, the problem that ultra-large type Metric wave aerial is unable to fast transfer position is solved well.
Brief description of the drawings
Fig. 1 for it is a kind of can fast erecting remove receive ultra-large type Metric wave aerial structural representation；
Fig. 2 is the structural representation of Fig. 1 left and right antenna frame；
Fig. 3 is the structural representation of Fig. 2 antenna frame folding and expanding mechanism；
Fig. 4 is the structural representation of the drive mechanism of Fig. 2 antenna frame folding and expanding mechanism；
Fig. 5 is the structural representation of Fig. 1 mechanical self-latching hydraulic push rod；
Fig. 6 is the structural representation of Fig. 1 king-tower retaining mechanism；
Fig. 7 is the structural representation of Fig. 1 front folding mirror net unfolding；
Fig. 8 is the quadric chain locking mechanism schematic diagram of Fig. 1 front folding mirror net；
Fig. 9 is the positive structure schematic of Fig. 1 front folding mirror net unfolding；
Figure 10 turns the structural representation of vertical mechanism for Fig. 1 element antenna level；
Figure 11 turns the structure chart of the rotating base of vertical mechanism for Fig. 1 element antenna level；
Figure 12 turns the horizontality schematic diagram of vertical mechanism for Fig. 1 element antenna level；
Figure 13 turns the plumbness schematic diagram of vertical mechanism for Fig. 1 element antenna level；
Figure 14 is the structural representation of Fig. 1 low clearance antenna rotating platform；
Figure 15 is Fig. 1 front folding mirror net around I tower pitching schematic diagram.
In figure：1st, I tower, 2, II tower, 3, left and right antenna frame, 3-1, drive mechanism are 3-2, follower A, 3-3, servo-actuated
Mechanism B, 4, mechanical self-latching hydraulic push rod, 4-1, guide pin bushing, 4-2, bearing B, 4-3, nut, 4-4, supporting plate, 4-5, sleeve, 4-6,
Guide pad, 4-7, end cap, 4-8, bearing, 4-9, gland, 4-10, motor base, 4-11, T-shaped screw rod, 4-12, hydraulic motor, 4-
13rd, bearing A, 4-14, dirt-proof boot, 5, king-tower retaining mechanism, 5-1, self locking hydraulic cylinder, 5-2, connecting rod, 5-3, hook, are led 5-4
Rail, 5-5, sensor, 5-6, frame, 6, front folding mirror net, 6-1, TR component, 6-2, reflector net, 6-3, rotating bar, 6-4,
Bearing pin, 6-5, reflector net framework, 6-6, locking folder, 6-7, steel wire rope screw, 7, element antenna level turn vertical mechanism, 7-1, push away
Dynamic connecting rod, 7-2, hydraulic push rod, 7-3, rotating base, 7-4, hydraulic cylinder, 7-5, support base, 7-6, installation set, 7-7, bottom plate, 7-
8th, pivotal support arm, 7-9, fixing hole, 7-10, element antenna, 8, lifting bracket, 9, low clearance antenna rotating platform, 9-1, chassis vehicle
Frame, 9-2, subframe, 9-3, base tray, 9-4, base, 9-5, revolving support, 9-6, rotating disk, 10, inquisitor antenna.
Embodiment
This below in conjunction with the accompanying drawings and embodiment, the present invention is described in further detail.
This can fast erecting remove receipts ultra-large type Metric wave aerial by I tower 1, II tower 2, left and right antenna frame 3, mechanical self-latching hydraulic pressure
Push rod 4, king-tower retaining mechanism 5, front folding mirror net 6, element antenna level turn vertical mechanism 7, lifting bracket 8 and low clearance
Antenna rotating platform 9 is constituted, it is characterised in that：I tower 1 and II tower 2 composition king-tower, by shipping and reselling on another market with machinery certainly between I tower 1 and II tower 2
Lock hydraulic push rod 4 is connected, and the both sides of II tower 2 are shipped and resell on another market by four is fixed with left and right antenna frame 3 respectively, two or so antenna frames
3 are made up of six parallelogram levers respectively, turn vertical equipped with two groups of element antenna levels on each parallelogram lever
Antenna frame folding and expanding mechanism, II tower 2 are housed between mechanism 7 and front folding mirror net 6, each two parallelogram lever
Top be equipped with the antenna of inquisitor 10；Connected between I tower 1 and lifting bracket 8 by shipping and reselling on another market with king-tower retaining mechanism 5, lifting branch
Frame 8 is arranged on low clearance antenna rotating platform 9 by bolt, and low clearance antenna rotating platform 9 is arranged on transport vehicle by revolving support.
The antenna frame folding and expanding mechanism of described left and right antenna frame 3 by drive mechanism 3-1, follower A3-2 and
Follower B3-3 is constituted, and drive mechanism 3-1 is on the framework of Metric wave aerial, follower A3-2 and follower B3-3 dresses
Both sides in Metric wave aerial bottom, drive mechanism is connected with follower A3-2 and follower B3-3 by connecting rod；Driving machine
Follower A3-2 and follower B3-3 motions are driven when structure is moved, when follower A3-2 and follower B3-3 are rectangular
When be deployed condition, be folded state when it is minimum area that follower A3-2 and follower B3-3, which are drawn in,.The ultra-large type
The antenna frame follower A3-2 and follower B3-3 folding processes of Metric wave aerial framework folding and expanding mechanism be：Oil cylinder leads to
Cross roller that sliding block and two ends the are equipped with upward sliding in guide rail, sliding block passes motion to lower cross arm by two connecting rods, perpendicular
Arm and Top Crossbeam, fold follower A3-2 and follower B3-3, until follower A3-2 and follower B3-2 is transported
Dynamic draw in is minimum area, and antenna frame, which is folded, to be completed.
Described mechanical self-latching hydraulic push rod 4 is by bearing A4-13, hydraulic motor 4-12, gland 4-9, motor base 4-10, axle
Hold 4-8, T-shaped screw rod 4-11, supporting plate 4-4, nut 4-3, guide pin bushing 4-1, sleeve 4-5, guide pad 4-6, end cap 4-7, bearing B4-
2 and dirt-proof boot 4-14 is constituted, and guide pin bushing 4-1 left end, which is equipped with bearing B4-2, guide pin bushing 4-1 right-hand member, is equipped with nut 4-3, nut 4-
Supporting plate 4-4 is fixed with 3, guide pin bushing 4-1 outside, which is equipped with sleeve 4-5, sleeve 4-5 left end, is equipped with guide pad 4-6 and end
4-7 is covered, sleeve 4-5 right-hand member is equipped with bearing 4-8, gland 4-9 and motor base 4-10, and gland 4-9 is connected with T-shaped screw rod 4-11,
T-shaped screw rod 4-11 is equipped with by bearing 4-8 in sleeve 4-5, T-shaped screw rod 4-11 is engaged with nut 4-3, sleeve 4-5 right-hand member leads to
Motor base 4-10 is crossed to be connected with T-shaped screw rod 4-11 right-hand member equipped with hydraulic motor 4-12, hydraulic motor 4-12, motor base 4-10's
Right-hand member is equipped with bearing A4-13, and dirt-proof boot 4-14 is fixed on bearing B4-2 and sleeve 4-5；T-shaped screw rod 4-11 is by hydraulic motor 4-
12 drive rotation, drive push rod to stretch along guide pad 4-6 is for linear motion by nut 4-3 and guide pin bushing 4-1, pass through T-shaped spiral shell
Bar 4-11 and nut 4-3 realize mechanical self-latching.Start mechanical self-latching hydraulic push rod 4, the push rod telescopic band of mechanical self-latching hydraulic push rod 4
II tower 2 of dynamic king-tower makes shape between II tower 2 and I tower 1 have a certain degree, realizes front folding mirror net 6 along rotation of shipping and reselling on another market
Pitching.
Described king-tower retaining mechanism 5 is by self locking hydraulic cylinder 5-1, connecting rod 5-2, hook 5-3, guide rail 5-4, sensor 5-5
Constituted with frame 5-6, frame 5-6 upper end is provided with guide rail 5-4, and frame 5-6 middle part is equipped with self locking hydraulic cylinder 5-1, guide rail
5-4 both sides are symmetrically installed with hook 5-3 by bearing pin, and the inner of two hook 5-3 is provided with connecting rod 5-2, two by bearing pin
The individual connecting rod 5-2 other end is connected by bearing pin with self locking hydraulic cylinder 5-1 piston rod, and guide rail 5-4 upper surface is by two companies
Two sensor 5-5 are installed on the inside of bar 5-2；Stretch drivening rod 5-2 above and below described self locking hydraulic cylinder 5-1 piston rod
Make hook 5-3 rotation locks or unclamp I tower 1 of ground radar antenna king-tower.Self locking hydraulic cylinder 5-1 and connecting rod 5-2 pass through bearing pin
Connection, so that self locking hydraulic cylinder 5-1 promotes connecting rod 5-2 to rotate；Connecting rod 5-2 drives hook 5-3 to rotate when rotating, sensor
5-5 detects signal in place, and self locking hydraulic cylinder 5-1 stops, and the locking and unblock of king-tower retaining mechanism 5 are realized with this.
Described front folding mirror net 6 is by TR components 6-1, reflector net 6-2, rotating bar 6-3, bearing pin 6-4, reflection screen frame
Frame 6-5, locking folder 6-6, steel wire rope screw 6-7 and left and right antenna frame 3 are constituted, and rotating bar 6-3 is arranged on two by bearing pin 6-4
On group TR components 6-1, one group of reflector net framework 6- is provided with by bearing pin 6-4 above the rotating bar 6-3 on every group of TR components 6-1
5, reflector net framework 6-5 are by, equipped with locking folder 6-6, locking folder 6-6 is U-shape structure, passes through lock on two groups of TR components 6-1 inner side
Grip 6-6 to lock reflector net framework 6-5 and rotating bar 6-3, reflector net 6-2 is installed on reflector net framework 6-5；Described turns
Lever 6-3 two ends are equipped with moving block, and rotating bar 6-3 is connected by moving block and bearing pin 6-4 with reflector net framework 6-5.Reflector net
Framework 6-5 is installed together by locking folder 6-6 and rotating bar 6-3, and steel wire rope screw 5 is mainly used in fixation reflex net longitudinal direction
Steel wire rope.
Described element antenna level turns vertical mechanism 7 by promotion connecting rod 7-1, hydraulic push rod 7-2 and multiple rotating bases
7-3 is constituted, and multiple rotating base 7-3 are interruption-like to be set, and rotating base 7-3 sides are provided with promotion connecting rod 7-1, promote connecting rod
7-1 is connected with rotating base 7-3 respectively；Promote connecting rod 7-1 termination that hydraulic cylinder 7-4 is housed by hydraulic push rod 7-2；Described
Rotating base 7-3 is made up of support base 7-5, installation set 7-6, bottom plate 7-7 and pivotal support arm 7-8, activity dress in support base 7-5
Have and be fixed with pivotal support arm 7-8 at the top of installation set 7-6, installation set 7-6；Installation set 7-6 bottom is fixed with bottom plate 7-7,
Bottom plate 7-7 centres are provided with fixing hole 7-9.Hydraulic push rod 7-2 is promoted all promotion connecting rod 7-1 simultaneously, is promoted
Connecting rod 7-1 and 4 rotating base 7-3 are connected to form parallel-crank mechanism, base 7-3 rotational movement element antenna 7-
10 rotate.
Described low clearance antenna rotating platform 9 is by chassis frame 9-1, subframe 9-2, base tray 9-3, base 9-4, revolution
9-5 and rotating disk 9-6 is supported to constitute, chassis frame 9-1 top is fixed with subframe 9-2 by multiple fastening bolts；Chassis vehicle
Frame 9-1 one end is fixed with base 9-4 by base tray 9-3；Base tray 9-3 one end is extended under chassis frame 9-1
Side, the base tray 9-3 extended to below chassis frame 9-1 is secured to connection by clamping bolt；Base 9-4 both sides side
Symmetry shape is provided with telescopic outrigger, and base 9-4 upper end is provided with installation base by assembling recess；Installation base upper end is set
There is revolving support 9-5, revolving support 9-5 inner ring is fixedly connected by connecting bolt with installation base；Revolving support 9-5's is outer
Circle upper end is fixed with bracing ring by installation bolt, and the upper end of bracing ring is welded with rotating disk 9-6.The low clearance antenna rotating platform 9
Rotating disk 9-6 most of body is arranged in assembling recess, can so substantially reduce the whole height of radar antenna carrier vehicle, so that
Existing radar antenna carrier vehicle is solved because height of chassis above ground is too high, the problem of caused mobility is poor meets radar antenna and taken
The need for load.
This can fast erecting remove receive ultra-large type Metric wave aerial the course of work it is as follows：
During antenna fast erecting, start the folding and expanding mechanism on the antenna frame of left and right, left and right antenna frame is deployed, instead
Penetrate the servo-actuated expansion of net；Start travel position retaining mechanism, unclamp antenna frame；Start lifting bracket, by antenna by horizontality
It is changed into plumbness；Starting king-tower retaining mechanism will lock between I tower and lifting bracket；Ultra-large type Metric wave aerial fast erecting is complete
Finish.Then the actual conditions used according to ultra-large type Metric wave aerial, vertical mechanism is turned by start unit antenna level, can be by list
First antenna switchs to horizontality by plumbness；Front antenna can be entered between 90 ° to 75 ° by mechanical self-latching hydraulic push rod
Row adjustment.
Antenna is quickly removed the time receiving, and start unit antenna level turns vertical mechanism, and element antenna is switched to by horizontality to hang down
Straight state；Start mechanical self-latching hydraulic push rod, front antenna is switched into plumbness；Start liquid of the hydraulic system to lifting bracket
After cylinder pressure is oil-filled, disengagement will be unlocked by restarting king-tower retaining mechanism between I tower and lifting bracket；Start hydraulic system and withdraw lifting
The lodging oil cylinder of support, horizontality is changed into by element antenna from plumbness；Start antenna frame folding and expanding mechanism, by a left side
Right antenna framework folds into travel position, and reflector net is servo-actuated to be folded；Finally start travel position retaining mechanism, fasten antenna frame
Frame, antenna fast folding is finished.
Simply preferred embodiment of the present utility model described above, the example above illustrates not to reality of the present utility model
Matter content makees any formal limitation, and person of an ordinary skill in the technical field is after this specification has been read according to this reality
Any simple modification or deformation made with new technical spirit to above embodiment, and taken off possibly also with above-mentioned
The technology contents shown are changed or are modified to the equivalent embodiment of equivalent variations, still fall within technical solutions of the utility model
In the range of, without departing from spirit and scope of the present utility model.
Claims (7)
1. one kind can fast erecting remove receipts ultra-large type Metric wave aerial, it is by I tower（1）, II tower（2）, left and right antenna frame（3）, machine
Tool self-locking hydraulic push rod（4）, king-tower retaining mechanism（5）, front folding mirror net（6）, element antenna level turn vertical mechanism
（7）, lifting bracket（8）With low clearance antenna rotating platform（9）Constitute, it is characterised in that：I tower（1）With II tower（2）Constitute king-tower, I tower
（1）With II tower（2）Between by shipping and reselling on another market and mechanical self-latching hydraulic push rod（4）Connection, II tower（2）Both sides pass through four difference of shipping and reselling on another market
It is fixed with left and right antenna frame（3）, two or so antenna frames（3）It is made up of respectively six parallelogram levers, Mei Geping
Turn vertical mechanism equipped with two groups of element antenna levels on row quadrilateral frame（7）With front folding mirror net（6）, each two is parallel
Antenna frame folding and expanding mechanism, II tower are housed between quadrilateral frame（2）Top be equipped with inquisitor（10）Antenna；I tower（1）
With lifting bracket（8）Between by shipping and reselling on another market and king-tower retaining mechanism（5）Connection, lifting bracket（8）Low height is arranged on by bolt
Spend antenna rotating platform（9）On, low clearance antenna rotating platform（9）It is arranged on by revolving support on transport vehicle.
2. one kind according to claim 1 can fast erecting remove receipts ultra-large type Metric wave aerial, it is characterised in that：A described left side
Right antenna framework（3）Antenna frame folding and expanding mechanism by drive mechanism（3-1）, follower A（3-2）With follower B
（3-3）Constitute, drive mechanism（3-1）On the framework of Metric wave aerial, follower A（3-2）With follower B（3-3）Dress
Both sides in Metric wave aerial bottom, drive mechanism and follower A（3-2）With follower B（3-3）Connected by connecting rod；Drive
Follower A is driven during dynamic mechanism kinematic（3-2）With follower B（3-3）Motion, as follower A（3-2）And follower
B（3-3）It is deployed condition when rectangular, as follower A（3-2）With follower B（3-3）It is folding when gathering is minimum area
Overlapping state.
3. one kind according to claim 1 can fast erecting remove receipts ultra-large type Metric wave aerial, it is characterised in that：Described machine
Tool self-locking hydraulic push rod（4）By bearing A（4-13）, hydraulic motor（4-12）, gland（4-9）, motor base（4-10）, bearing（4-
8）, T-shaped screw rod（4-11）, supporting plate（4-4）, nut（4-3）, guide pin bushing（4-1）, sleeve（4-5）, guide pad（4-6）, end cap
（4-7）, bearing B（4-2）And dirt-proof boot（4-14）Constitute, guide pin bushing（4-1）Left end be equipped with bearing B（4-2）, guide pin bushing（4-1）'s
Nut is housed on right-hand member（4-3）, nut（4-3）On be fixed with supporting plate（4-4）, guide pin bushing（4-1）Outside be equipped with sleeve（4-
5）, sleeve（4-5）Left end on be equipped with guide pad（4-6）And end cap（4-7）, sleeve（4-5）Right-hand member be equipped with bearing（4-8）、
Gland（4-9）And motor base（4-10）, gland（4-9）With T-shaped screw rod（4-11）Connection, sleeve（4-5）It is interior to pass through bearing（4-8）
Equipped with T-shaped screw rod（4-11）, T-shaped screw rod（4-11）With nut（4-3）Engagement, sleeve（4-5）Right-hand member pass through motor base（4-
10）Equipped with hydraulic motor（4-12）, hydraulic motor（4-12）With T-shaped screw rod（4-11）Right-hand member connection, motor base（4-10）'s
Right-hand member is equipped with bearing A（4-13）, dirt-proof boot（4-14）It is fixed on bearing B（4-2）And sleeve（4-5）On；T-shaped screw rod（4-11）By
Hydraulic motor（4-12）Drive and rotate, pass through nut（4-3）And guide pin bushing（4-1）Along guide pad（4-6）It is for linear motion to drive
Push rod stretches, and passes through T-shaped screw rod（4-11）And nut（4-3）Realize mechanical self-latching.
4. one kind according to claim 1 can fast erecting remove receipts ultra-large type Metric wave aerial, it is characterised in that：Described master
Tower retaining mechanism（5）By self locking hydraulic cylinder（5-1）, connecting rod（5-2）, hook（5-3）, guide rail（5-4）, sensor（5-5）And machine
Frame（5-6）Constitute, frame（5-6）Upper end be provided with guide rail（5-4）, frame（5-6）Middle part be equipped with self locking hydraulic cylinder（5-
1）, guide rail（5-4）Both sides hook is symmetrically installed with by bearing pin（5-3）, two hooks（5-3）The inner installed by bearing pin
There is connecting rod（5-2）, two connecting rods（5-2）The other end pass through bearing pin and self locking hydraulic cylinder（5-1）Piston rod connection, guide rail
（5-4）Upper surface by two connecting rods（5-2）Inner side two sensors are installed（5-5）；Described self locking hydraulic cylinder（5-1）
Piston rod above and below stretch drivening rod（5-2）Make hook（5-3）Rotation lock or I tower for unclamping ground radar antenna king-tower
（1）.
5. one kind according to claim 1 can fast erecting remove receipts ultra-large type Metric wave aerial, it is characterised in that：Described battle array
Face folding mirror net（6）By TR components（6-1）, reflector net（6-2）, rotating bar（6-3）, bearing pin（6-4）, reflector net framework（6-
5）, locking folder（6-6）, steel wire rope screw（6-7）With left and right antenna frame（3）Constitute, rotating bar（6-3）Pass through bearing pin（6-4）
Installed in two groups of TR components（6-1）On, every group of TR component（6-1）On rotating bar（6-3）Top passes through bearing pin（6-4）It is provided with
One group of reflector net framework（6-5）, reflector net framework（6-5）By two groups of TR components（6-1）Inner side on equipped with locking folder（6-6）,
Locking folder（6-6）For U-shape structure, pressed from both sides by locking（6-6）By reflector net framework（6-5）And rotating bar（6-3）Locking, reflector net
Framework（6-5）On reflector net is installed（6-2）；Described rotating bar（6-3）Two ends are equipped with moving block, rotating bar（6-3）Pass through
Moving block and bearing pin（6-4）With reflector net framework（6-5）Connection.
6. one kind according to claim 1 can fast erecting remove receipts ultra-large type Metric wave aerial, it is characterised in that：Described list
First antenna level turns vertical mechanism（7）By promotion connecting rod（7-1）, hydraulic push rod（7-2）With multiple rotating bases（7-3）Constitute,
Multiple rotating bases（7-3）It is interruption-like to set, rotating base（7-3）Side is provided with promotion connecting rod（7-1）, promote connecting rod
（7-1）Respectively with rotating base（7-3）Connection；Promote connecting rod（7-1）Termination pass through hydraulic push rod（7-2）Equipped with hydraulic cylinder
（7-4）；Described rotating base（7-3）By support base（7-5）, installation set（7-6）, bottom plate（7-7）And pivotal support arm（7-8）
Constitute, support base（7-5）Interior activity is equipped with installation set（7-6）, installation set（7-6）Top be fixed with pivotal support arm（7-8）；
Installation set（7-6）Bottom be fixed with bottom plate（7-7）, bottom plate（7-7）Centre is provided with fixing hole（7-9）.
7. one kind according to claim 1 can fast erecting remove receipts ultra-large type Metric wave aerial, it is characterised in that：Described is low
Height antenna turntable（9）By chassis frame（9-1）, subframe（9-2）, base tray（9-3）, base（9-4）, revolving support
（9-5）And rotating disk（9-6）Constitute, chassis frame（9-1）Top be fixed with subframe by multiple fastening bolts（9-2）；Bottom
Jiggering frame（9-1）One end passes through base tray（9-3）It is fixed with base（9-4）；Base tray（9-3）One end extend to chassis
Vehicle frame（9-1）Lower section, extend to chassis frame（9-1）The base tray of lower section（9-3）It is secured to connect by clamping bolt
Connect；Base（9-4）Both sides side symmetry shape is provided with telescopic outrigger, base（9-4）Upper end be provided with peace by assembling recess
Fill boss；Installation base upper end is provided with revolving support（9-5）, revolving support（9-5）Inner ring pass through connecting bolt with install
Boss is fixedly connected；Revolving support（9-5）Outer ring upper end bracing ring is fixed with by installation bolt, the upper end welding of bracing ring
There is rotating disk（9-6）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720087409.0U CN206401496U (en) | 2017-01-23 | 2017-01-23 | One kind can fast erecting remove receipts ultra-large type Metric wave aerial |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720087409.0U CN206401496U (en) | 2017-01-23 | 2017-01-23 | One kind can fast erecting remove receipts ultra-large type Metric wave aerial |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206401496U true CN206401496U (en) | 2017-08-11 |
Family
ID=59515164
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720087409.0U Withdrawn - After Issue CN206401496U (en) | 2017-01-23 | 2017-01-23 | One kind can fast erecting remove receipts ultra-large type Metric wave aerial |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206401496U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106711573A (en) * | 2017-01-23 | 2017-05-24 | 荆州南湖机械股份有限公司 | Quickly-erectable and withdrawable super large-scale meter-wave antenna |
| CN112467335A (en) * | 2020-12-08 | 2021-03-09 | 安徽恒诺机电科技有限公司 | Main antenna lifting mechanism |
-
2017
- 2017-01-23 CN CN201720087409.0U patent/CN206401496U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106711573A (en) * | 2017-01-23 | 2017-05-24 | 荆州南湖机械股份有限公司 | Quickly-erectable and withdrawable super large-scale meter-wave antenna |
| CN106711573B (en) * | 2017-01-23 | 2023-04-25 | 航天南湖电子信息技术股份有限公司 | Can erect fast and remove and receive super large-scale meter wave antenna |
| CN112467335A (en) * | 2020-12-08 | 2021-03-09 | 安徽恒诺机电科技有限公司 | Main antenna lifting mechanism |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106711573A (en) | Quickly-erectable and withdrawable super large-scale meter-wave antenna | |
| CN104831911A (en) | Plastering machine provided with folding stand rails | |
| CN104003324B (en) | A kind of lift of carrying for heavy workpiece | |
| CN206401496U (en) | One kind can fast erecting remove receipts ultra-large type Metric wave aerial | |
| CN105036014B (en) | Railway tunnel multi-function operation hanging basket | |
| CN202099008U (en) | Folding crane | |
| CN104483140A (en) | Test device for torsional rigidity of body-in-white | |
| CN202016815U (en) | Automobile crane | |
| CN103010952B (en) | Tail dragging device used for hoisting equipment, tail dragging vehicle and equipment hoisting method | |
| CN113636449B (en) | Container portal crane with locking mechanism | |
| CN209479317U (en) | A kind of wheel disassembly robot | |
| CN110588483B (en) | Integral carrier body of theodolite carrier | |
| CN103982141B (en) | A kind of novel rapid transporting drilling machine derrick substructure structure | |
| CN106143686A (en) | A kind of automatic parking device | |
| CN215326615U (en) | Two-stage supporting leg device of automobile crane | |
| CN202279032U (en) | Engineering vehicle | |
| CN109204412A (en) | A kind of barreled article hook formula carrying trolley | |
| CN202400639U (en) | Truck-mounted sugarcane machine | |
| CN114506300A (en) | Engineering vehicle supporting leg mechanism, engineering vehicle chassis and engineering vehicle | |
| CN115353034A (en) | Robot handling system of intelligent display terminal based on vision | |
| CN201109690Y (en) | Vehicle mounted door trestle type loop wheel machine | |
| CN205854320U (en) | A kind of aerial lift device and chassis thereof | |
| CN217479991U (en) | Emergency bridge rotary erection device | |
| US20220315395A1 (en) | Mobile crane, mobile crane system and method for adding and removing guying equipment to and from a mobile crane | |
| CN216512512U (en) | Engine maintenance gallows |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 434000 Jingzhou, Jiangsu Province, Sha Jin Road, No. 51 Patentee after: AEROSPACE NANHU ELECTRONIC INFORMATION TECHNOLOGY Co.,Ltd. Address before: 434000 Jingzhou, Jiangsu Province, Sha Jin Road, No. 51 Patentee before: JINGZHOU NANHU MACHINERY Co.,Ltd. |
|
| CP01 | Change in the name or title of a patent holder | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170811 Effective date of abandoning: 20230425 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20170811 Effective date of abandoning: 20230425 |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |