CN212533998U

CN212533998U - Top support hinge turning plate steel gate

Info

Publication number: CN212533998U
Application number: CN202021757503.0U
Authority: CN
Inventors: 张晴; 邬海军; 董杰
Original assignee: Zhejiang Design Institute of Water Conservancy and Hydroelectric Power
Current assignee: Zhejiang Water Resources And Hydropower Survey And Design Institute Co ltd
Priority date: 2020-08-21
Filing date: 2020-08-21
Publication date: 2021-02-12
Anticipated expiration: 2030-08-21

Abstract

The utility model discloses a top hinge turns over board steel gate, it mainly comprises steel gate, hanging shaft mobile device, fluid pressure type headstock gear, automatic locking device and civil engineering basis. And the telescopic hydraulic rod of the hydraulic hoist can drive the steel gate to rotate along the door top support hinge, so that the steel gate is closed and opened. When the steel gate is in full open mode, the accessible sets up the horizontal locking that realizes the steel gate at the automatic locking device of civil engineering basis gate pier lateral wall and the locking breach of door body bottom, under this state, through manual dismouting hanging axle mobile device, just can change the position of hanging axle on the gate, has avoided the arm of force zero point between hydraulic stem axial extension line and the door top hinge to make the gate arrive vertical maintenance position smoothly, solved the inconvenient difficult problem of overhauing of view sluice gate.

Description

Top support hinge turning plate steel gate

Technical Field

The utility model relates to a gate technology among the hydraulic engineering specifically is a can follow rotatory board steel gate that turns over of door top hinge.

Background

Due to the continuous development of society, a plurality of water gates are built in urban riverways or nearby densely populated residential areas, and the water gates and surrounding landscapes are often required to be integrated, namely, a high-rise opening and closing machine room cannot be arranged above an orifice. At present, there is not the traditional view sluice gate of opening and close computer lab in hydraulic engineering drill way top mainly includes: the bottom shaft drives the flap steel gate, the lower horizontal steel gate, the pneumatic shield steel gate and the like, and the gates have the common characteristic that the hinges are arranged at the bottom of the gate. When water is retained, the gate is vertical, and the upstream panel is contacted with water; when water needs to be drained, the gate rotates along the gate bottom hinge to lie down, and finally the whole gate is sunk to the water bottom. Therefore, no matter what kind of state these traditional view sluice gates are in, all there is one side at least and water contact, this has brought very big inconvenience for maintenance work such as the anticorrosive and water seal of painting of gate is changed, and the traditional method of solving this type of gate maintenance is for setting up interim manger plate cofferdams respectively on the river course of gate upper and downstream side, overhauls after taking out the water between the cofferdam dry again, demolishs the cofferdam after the maintenance finishes. The method has long construction period and large investment of manpower and material resources, and becomes a big pain point of the landscape sluice.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome the not enough of prior art existence, provide one kind and can follow the rotatory board steel gate that turns over of a hinge in door top, the gate can break away from the surface of water completely when being located the maintenance position to solve the maintenance difficult problem of view sluice gate.

The utility model provides a technical scheme does: a top-supported hinged flap steel gate mainly comprises a steel gate, a hanging shaft movable device, a hydraulic hoist, an automatic locking device and a civil foundation. The steel gate is a plane gate, two sides of the top of the gate are provided with support hinges, and the support hinges are respectively connected with two side walls of a gate pier of the civil foundation; the two sides of the bottom of the steel gate are provided with lifting lug plates which are connected with a hydraulic hoist lifting head through a lifting shaft movable device. The hydraulic hoist is fixed on the side wall of the gate pier at the downstream of the steel gate through a middle support hinge of the hydraulic cylinder, and the hydraulic hoist drives the steel gate to rotate along a gate top support hinge through the extension and retraction of the hydraulic rod, so that the gate is closed and opened.

The automatic locking device is a rhombus-shaped locking block, a support hinge is arranged on the automatic locking block and connected with the side wall of the gate pier, and the rhombus-shaped locking block can rotate along the support hinge. The automatic locking device is arranged between the steel gate and the middle hinge of the hydraulic cylinder, and when the steel gate is rotated to be opened to a horizontal position along the top hinge of the gate, the rhombic locking block is just clamped on a locking notch arranged at the bottom of the steel gate, so that the horizontal locking of the steel gate is realized. When the steel gate needs to retain water, the rhombus-shaped locking block is separated from the locking notch, and the steel gate rotates to the vertical water retaining position along the top support hinge of the door.

The movable device of the hanging shaft mainly comprises the hanging shaft, a support hinge shaft, a shaft blocking plate and an easily-disassembled blocking shaft. Waist-shaped holes are formed in the lifting lug plates, two semicircular holes with the same diameter as the waist-shaped holes are formed in the shaft blocking plate, and the shaft blocking plate is connected with the lifting lug plates through a support hinge shaft; when the blocking shaft plate rotates to a certain fixed position around the hinge shaft, the semicircular hole of the blocking shaft plate is just concentric with the semicircular hole on the waist-shaped hole of the lifting lug plate, the concentric hole is respectively provided with a lifting shaft and an easily-detachable blocking shaft, and the lifting shaft is connected with a lifting head of the hydraulic hoist. The position of the hanging shaft in the waist-shaped hole is changed by manually disassembling and assembling the hanging shaft movable device. The hanging shaft movable device can change the position of the hanging shaft on the steel gate without additional mechanical equipment. Utilize this function when the steel gate is in horizontal latched position, can make fluid pressure type headstock gear hydraulic stem ingenious avoid its and steel gate door top hinge between the arm of force zero point, and then make the distance between the axial extension line of door top hinge and hydraulic stem become the positive value by the negative value, start the hydraulic type headstock gear at last, make the hydraulic stem extension to the gate door body upturning until vertical handstand, at this moment, the steel gate all is located above the surface of water, maintenance work such as anticorrosive and the change water seal of being convenient for the japanning.

The utility model has the advantages that: 1) no opening and closing machine room is arranged above the water gate orifice, so that the landscape effect is good; 2) the gate can be overhauled above the water surface, and can be positioned at an overhauling position without additional mechanical equipment, so that the device is convenient and time-saving, and the maintenance cost is low; 3) when the gate is fully opened, the gate is completely separated from the water surface, and cannot be washed by silt in the water body, and the situation that the gate cannot be closed due to silt deposition can be avoided; 4) when the gate is opened, the gate does not need to be laid on the water bottom, namely, a pit specially used for laying the gate on the bottom of the water gate is not needed, and the civil engineering investment is saved.

Drawings

FIG. 1 is a side sectional view of the gate fully-closed water retaining condition of the present invention;

FIG. 2 is a top view of the fully-closed water-retaining working condition of the gate of the present invention;

FIG. 3 is a side sectional view of the utility model in a fully opened and locked state;

FIG. 4 is a partial side sectional view of the joint of the gate and the hydraulic hoist;

FIG. 5 is a partial sectional view of the junction between the gate and the hydraulic hoist head of the present invention;

FIG. 6 is a partial front view of the shape of the opening of the shackle plate at the bottom of the gate of the present invention;

fig. 7 is a front view of the shutter baffle plate of the present invention;

FIG. 8 is a side sectional view of the gate of the present invention in a fully opened and locked state with the hanger shaft located at the rear hole site of the kidney-shaped hole;

fig. 9 is a side sectional view of the gate of the present invention at the maintenance position.

In the figure: 1-steel gate; 11-a gate body; 12-door top hinge; 13-a lug plate; 14-locking notch; 15-waist-shaped hole; 2-hanging the movable device of the shaft; 21-a hanging shaft; 22-hinge shaft; 23-a baffle plate; 24-an easy-to-dismount arresting shaft; 3-hydraulic hoist; 31-a hanging head; 32-hydraulic rod; 33-middle hinge; 34-a hydraulic cylinder; 4-automatic locking means; 41-diamond-shaped locking blocks; 42-locking block center hinge; 5-building a foundation; 51-gate pier side walls; 52-gate bottom.

Detailed Description

The invention will be described in further detail with reference to the accompanying drawings:

as shown in fig. 1 and 2, the top-supported hinged steel gate of the present invention is mainly composed of a steel gate 1, a hanging shaft movable device 2, a hydraulic hoist 3, an automatic locking device 4 and a civil foundation 5. The civil engineering foundation 5 consists of a gate pier side wall 51 and a gate bottom 52, wherein the gate pier side wall 51 is respectively provided with a gate top hinge 12 of the steel gate 1 and a middle hinge 33 of the hydraulic hoist 3 along the water flow direction, and the steel gate 1 and the hydraulic hoist 3 can rotate along the hinges. The hydraulic hoist 3 mainly comprises a hydraulic cylinder 34, a middle support hinge 33, a hydraulic rod 32 and a hoisting head 31, wherein the hydraulic rod 32 is positioned inside the hydraulic cylinder 34 and can freely extend and retract along the hydraulic cylinder 34 under the action of pressure oil. The top end of the hydraulic rod 32 is provided with a hanging head 31, and the hanging head 31 is connected with the bottom of the gate door body 11 through a hanging shaft movable device 2. When the gate door body 11 is in the fully-closed water retaining working condition, the hydraulic rod 32 of the hydraulic hoist 3 is in an extended state, and the gate door body 11 retains water in an upright state. The hydraulic hoist 3 is provided with two sets and is symmetrically arranged along the center line of the orifice.

As shown in fig. 3, when the gate door 11 needs to be changed from the water retaining condition to the fully open state, the hydraulic rod 32 retracts to drive the gate door 11 to rotate to the horizontal position along the top hinge 12. An automatic locking device 4 is arranged between the gate door body 11 and the middle hinge 33 of the hydraulic hoist 3, the main body of the automatic locking device 4 is a diamond-shaped locking block 41, a locking block middle hinge 42 is arranged on the automatic locking device and connected with the gate pier side wall 51, and the diamond-shaped locking block 41 can rotate along the locking block middle hinge 42. The water chestnut shaped locking block 41 is under the action of gravity, two water chestnuts are downward in the natural state, when the bottom of the gate door body 11 rotates to be close to the horizontal position, one water chestnut is impacted to rotate, so that the water chestnuts are just clamped on the locking notch 14 arranged at the bottom of the gate door body 11, and the horizontal locking (fixing) when the gate door body 11 is fully opened is realized. When the gate door body 11 needs to return to the water retaining working condition from the fully-opened locking state, the hydraulic rod 32 retracts a little, the water caltrops of the water caltrop-shaped locking blocks 41 are separated from the locking notches 14 of the gate door body 11, the water caltrop-shaped locking blocks 41 return to the initial positions where the two water caltrops face downwards under the action of self weight, and then the hydraulic rod 32 extends to drive the gate door body 11 to rotate to the vertical water retaining working condition.

As shown in fig. 4, 5, 6 and 7, two hanger plates 13 are respectively arranged on two sides of the bottom of the gate door body 11, and waist-shaped holes 15 are respectively formed on the hanger plates 13. A blocking shaft plate 23 capable of rotating freely is arranged between the two lifting lug plates 13, two semicircular holes with the same diameter as the waist-shaped holes 15 of the lifting lug plates 13 are formed in the blocking shaft plate 23, the blocking shaft plate 23 is connected with the two lifting lug plates 13 through a hinged shaft 22, and when the blocking shaft plate 23 rotates to a certain fixed position around the hinged shaft 22, the semicircular holes are just concentric with the semicircular holes above the waist-shaped holes 15 of the lifting lug plates 13. The concentric holes are respectively provided with a hanging shaft 21 and an easily-detachable blocking shaft 24, and the hanging shaft 21 is connected with a hanging head 31 of the hydraulic hoist 3. For the convenience of distinguishing, when the gate door body 11 is in the upright water retaining state, the semicircular hole of the waist-shaped hole 15 close to the upstream side is set as a front hole, and the semicircular hole close to the downstream side is set as a rear hole. Under the condition that the gate body 11 normally closes water retaining or opens water draining (including full-open locking), the hanging shafts 21 are all positioned at the front hole positions of the waist-shaped holes 15.

As shown in fig. 8 and 9, when the gate door 11 needs to be inspected, the gate door 11 is first in a fully opened and locked state, and at this time, the hanging shaft 21 is located at the front hole position of the kidney-shaped hole 15 of the gate door 11. The easy-to-dismount blocking shaft 24 is manually dismounted, the blocking shaft plate 23 is rotated anticlockwise (the rotation angle is recommended to be more than 120 degrees), the hanging shaft 21 can be smoothly and freely arranged in the waist-shaped hole 15, the hydraulic rod 32 is retracted a small amount, the hanging shaft 21 is moved to a rear hole position from a front hole position of the waist-shaped hole 15, the blocking shaft plate 23 is manually rotated anticlockwise, the semicircular holes of the blocking shaft plate are overlapped with the semicircular holes at two ends of the waist-shaped hole 15, and finally the easy-to-dismount blocking shaft 24 is mounted to the front hole position of the waist-shaped hole 15. The above operation realizes the movement of the hanging shaft 21, the distance between the door top hinge 12 and the axial extension line of the hydraulic rod 32 is changed from L1 to L2 without using additional mechanical equipment, the moment of the hydraulic rod 32 to the door top hinge 12 is changed from a negative value to a positive value, and the moment arm zero point between the axial extension line of the hydraulic rod 32 and the door top hinge 12 is avoided. And finally, starting the hydraulic hoist 3 again to extend the hydraulic rod 32 to the gate body 11 to be vertically inverted, wherein the steel gate 1 is completely positioned above the water surface, so that the maintenance work such as painting, corrosion prevention, water seal replacement and the like is facilitated.

The above embodiments are described with reference to the accompanying drawings, but the scope of the invention is not limited thereto, and it should be noted that, for those skilled in the art, the technical solutions obtained by equivalent replacement or equivalent transformation without departing from the spirit of the invention, all of which belong to the protection scope of the invention.

Claims

1. A hinge tilting plate steel gate is propped up on top, its characterized in that: the device comprises a steel gate, a movable device of a hanging shaft, a hydraulic hoist, an automatic locking device and a civil foundation; the steel gate is a plane gate, two sides of the top of the steel gate are provided with support hinges, and the support hinges are respectively connected with two side walls of a gate pier of the civil foundation; the two sides of the bottom of the steel gate are provided with lifting lug plates which are connected with a lifting head of the hydraulic hoist through the movable device of the lifting shaft; the hydraulic hoist is fixed on the side wall of the gate pier at the downstream of the steel gate through the middle support hinge, and the hydraulic hoist drives the steel gate to rotate along the top support hinge of the gate through the extension of the hydraulic rod, so that the gate is closed and opened.

2. The top-supported hinged flap steel gate of claim 1, wherein: the automatic locking device is a rhombus-shaped locking block, and a support hinge is arranged on the automatic locking block and is connected with the side wall of the gate pier of the civil foundation; the automatic locking device is arranged between the steel gate and the middle hinge of the hydraulic cylinder, and when the steel gate is opened to a horizontal position along the rotation of the top hinge of the gate, the rhombic locking block is just clamped on a locking notch arranged at the bottom of the steel gate, so that the horizontal locking of the steel gate is realized; when the steel gate needs to retain water, the rhombus-shaped locking block is separated from the locking notch, and the steel gate rotates to the vertical water retaining position along the top support hinge of the door.

3. The top-supported hinged flap steel gate of claim 1, wherein: the movable device of the hanging shaft comprises a hanging shaft, a support hinge shaft, a shaft blocking plate and an easily-disassembled blocking shaft; the lifting lug plates are all provided with waist-shaped holes, the shaft blocking plate is provided with two semicircular holes with the same diameter as the waist-shaped holes, and the shaft blocking plate is connected with the lifting lug plates through a support hinge shaft; when the blocking shaft plate rotates to a certain fixed position around the hinge shaft, the semicircular hole of the blocking shaft plate is just concentric with the semicircular hole on the waist-shaped hole of the lifting lug plate, the concentric holes are respectively provided with a lifting shaft and an easily-detachable blocking shaft, and the lifting shaft is connected with a lifting head of the hydraulic hoist; the position of the hanging shaft in the waist-shaped hole is changed by manually disassembling and assembling the hanging shaft movable device.

4. The top-supported hinged flap steel gate of claim 3, wherein: when the steel gate is in a locked state, the position of a hanging shaft in the hanging shaft movable device is changed to avoid the zero point of the force arm between the axial extension line of the hydraulic hoist and the door top hinge, so that the steel gate is in a vertical inverted maintenance position.