CN212270856U

CN212270856U - Open type horizontal brake device

Info

Publication number: CN212270856U
Application number: CN202020659430.5U
Authority: CN
Inventors: 马德新; 徐锋; 李国栋; 姜亦峰; 刘光辉; 李大争; 纪源
Original assignee: Liaoning Water Conservancy And Hydropower Survey Design And Research Institute Co ltd
Current assignee: Liaoning Water Conservancy And Hydropower Survey Design And Research Institute Co ltd
Priority date: 2020-04-27
Filing date: 2020-04-27
Publication date: 2021-01-01
Anticipated expiration: 2030-04-27

Abstract

The utility model relates to an open type transverse pulling brake device, bottom sealing water is arranged at the bottom below a gate, side sealing water is arranged on a side beam of the gate, and the bottom sealing water and the side sealing water are both arranged at the water facing side of the gate to form a water sealing system; a bearing rail and a bearing wheel are arranged between the bottommost end of the gate and the concrete, the bearing wheel runs on the weighing rail, and the other end of the weighing wheel is connected with the gate; the water-facing side of the gate is also provided with a reverse wheel, the water-backing side of the gate, which is at the same position as the reverse wheel, is provided with a pressure-bearing wheel, and the water-facing side and the water-backing side of the gate are both provided with a lower lodging wheel, an upper lodging wheel and a bracket; the advantage is that open type horizontal pull brake dependable performance, but closing floodgate manger plate, the opening floodgate is released and is favorable to the traffic. The open type horizontal pull brake has extremely high harmony with the surrounding environment, the hoist is arranged at a safe position above the water surface, and the hoist has a better working environment.

Description

Open type horizontal brake device

Technical Field

The utility model relates to a water sluicegate technical field, an open type violently draw floodgate device specifically says so.

Background

Along with the construction and development of modern cities, river channels and dikes are gradually regulated, water gates are required to be repaired, the water gates meet the requirements of flood control and drainage from the aspect of functions, the traffic requirements of the water gates are also ensured, the requirements of the water gates are met, the technology is the important point for meeting the traffic requirements, the water gates are open, no any structures are arranged in the range of orifices, the scheme of sand bags and flood control boards is adopted for meeting the requirements of the open water gates, and novel gates or gate dams which can meet the open bank are produced in recent years in domestic operation, but the gate types are horizontally arranged at the bottom of a horizontal gate in the open state and cannot meet the traffic requirements; the scheme of piling sandbags wastes manpower and time for mechanical equipment, and when the flood is suddenly violent, the piled sandbags do not necessarily meet the time requirement. Meanwhile, the sand is dug to destroy the environment, and air pollution is easily caused. The installation and disassembly of the flood protection plate requires a great deal of manual and mechanical equipment. Storage of flood protection panels also requires storage compartments. Moreover, the scheme belongs to a temporary scheme, and is installed at the moment when in use, so that time and labor are wasted.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an open type violently draw floodgate device who satisfies traffic requirement when the gate is opened completely, and drill way passageway apron is mated formation on end bank position, and the vehicle can be current.

In order to achieve the above purpose, the utility model adopts the technical scheme that: the utility model provides an open type horizontal sliding brake device, includes gate, headstock gear and door storehouse, its technical essential is: bottom sealing water is arranged at the bottom below the gate, side sealing water is arranged on a side beam of the gate, and the bottom sealing water and the side sealing water are both arranged on the water-facing side of the gate to form a water sealing system; a bearing rail and a bearing wheel are arranged between the bottommost end of the gate and the concrete, the bearing wheel runs on the weighing rail, and the other end of the weighing wheel is connected with the gate; the gate side of meeting water still is provided with the reverse wheel, and the gate side of backing water with the reverse wheel same position is provided with the pressure-bearing wheel, and the side of meeting water and the side of backing water of gate all are provided with down lodging wheel and last lodging wheel and support, go up lodging wheel and support structure as an organic whole, and the below of going up lodging wheel and support is provided with lodging wheel embedded part with concrete contact's sill department, and the sill below is provided with sill gate slot, and the sill gate slot of gate both sides all is provided with down lodging wheel embedded part.

The utility model has the advantages and beneficial effects that: the water sealing of the open type transverse pull gate can adjust the rubber prepressing amount, thereby providing convenience for installation and daily maintenance. Bottom water sealing and side water sealing are sealing devices in the process of opening and closing the gate, so that the problem of water leakage of the gate in a working state is solved. The open type horizontal pull gate has reliable performance, can close the gate to stop water, and is favorable for traffic when the gate is opened. The open type horizontal pull brake has extremely high harmony with the surrounding environment, the hoist is arranged at a safe position above the water surface, and the hoist has a better working environment.

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a top view of FIG. 1;

FIG. 3 is a sectional view taken along line A-A of FIG. 1;

FIG. 4 is a sectional view taken along line B-B of FIG. 1;

FIG. 5 is a sectional view taken along line C-C of FIG. 1;

FIG. 6 is a sectional view taken along line D-D of FIG. 1;

FIG. 7 is an enlarged view of a portion of FIG. 3;

the reference numbers are as follows: the device comprises a gate 1, a bottom water seal 2, a side water seal 3, a bearing wheel 4, a bearing track 5, a bearing wheel 6, a reverse wheel 7, a lower lodging wheel 8, an upper lodging wheel 9 and a support, a bottom water seal embedded part 10, a side water seal embedded part 11, a reverse wheel embedded part 12, a bearing wheel embedded part 13, a lower lodging wheel embedded part 14, an upper lodging wheel embedded part 15, a hoist 16 (for opening a door), a hoist 17 (for closing a door), a hoist chamber cover 18, a hoist chamber cover 19, a garage cover 19 and a port aisle cover 20.

Detailed Description

As shown in fig. 1-7, wherein fig. 3 is a sectional view of the operation state of the opening part transverse brake; fig. 4 is a sectional view of an aperture portion transverse-pulling gate inoperative state (a state in which a person, a vehicle can pass through the aperture); fig. 5 is a sectional view of an edge portion of the hoist chamber to emphasize an arrangement relationship of respective parts of the horizontal floodgate; fig. 6 is a sectional view of the door storage section, showing a state where the horizontal entry gate is stored in the door storage in a non-operating state. An open type horizontal pulling device comprises a gate 1 and opening and closing machines 16 and 17, wherein: bottom sealing water 2 is arranged at the bottom below the gate, side sealing water 3 is arranged on a side beam of the gate, and the bottom sealing water and the side sealing water are both arranged on the water-facing side of the gate to form a water sealing system; a bearing rail 5 and a bearing wheel 4 are arranged between the bottommost end of the gate and the concrete, the bearing wheel runs on the weighing rail, and the other end of the weighing wheel is connected with the gate; the gate side of meeting water still is provided with the return pulley 7, the gate side of backing water with the return pulley same position is provided with pressure-bearing wheel 6, the side of meeting water and the side of backing water of gate all are provided with down lodging wheel 8 and last lodging wheel and support 9, go up lodging wheel and support 9 structure as an organic whole, the below of going up lodging wheel and support is provided with lodging wheel embedded 15 with the end bank department that concrete contacted, end bank below is provided with end bank gate slot, the end bank gate slot of gate both sides all is provided with down and lodges wheel embedded 14.

Further, both sides of the gate are respectively provided with an opening and closing machine, one side of the opening and closing machine is used for opening a door 16, one side of the opening and closing machine is used for closing a door 17, a door storehouse is arranged between the gate and the opening and closing machine for opening, an opening and closing machine chamber cover plate 18 is arranged above the opening and closing machine, and a door storehouse cover plate and the opening and closing machine chamber cover plate are of an integral structure.

Furthermore, embedded parts are arranged beside the bottom sealing water and the side sealing water, and the bottom sealing water embedded part 10 and the side sealing water embedded part 11 are embedded in the concrete foundation.

Furthermore, one side of the pressure bearing wheel and one side of the reverse wheel are both provided with embedded parts, and the pressure bearing wheel embedded parts 13 and the reverse wheel embedded parts 12 are both arranged at the edge of the bottom sill door groove.

Further, the upper lodging wheel is of a detachable structure.

The gate is the main part of manger plate, bears water pressure. The hoisting machine is connected with the hoisting machine by the running of the pressure bearing wheel, the bearing wheel and the lodging wheel in the door slot.

The bottom sealing water is arranged at the bottom of the gate, so that the watertight sealing device at the bottom of the gate is realized. The gate can slide on the embedded part with bottom water stop in the opening and closing processes; the side sealing water is arranged on the gate side beam, so that the watertight sealing device at the side part of the gate is realized.

The bearing wheels bear the weight of the gate and run on the bearing track, and the weight of the gate is transmitted to the bearing track through the bearing wheels, so that the gate can run safely on the bearing track.

The pressure-bearing wheel is a pressure-bearing device for transmitting the water pressure borne by the gate to the concrete foundation. The reverse wheel is arranged on the water-facing side of the gate. When the gate operates, the wheel is matched with the corresponding embedded part to prevent the gate from inclining laterally; when the gate is in a water retaining state, the gate plays a role of reverse support. The lower lodging wheel is arranged on the lower portion of the gate, the front face and the back face of the gate are arranged, and each face is arranged in pairs. When the shutter is operating in the aperture, the wheel cooperates with its corresponding insert, preventing the shutter from rolling. The function of the upper lodging wheel and the bracket is that when the gate is conveyed out of the storeroom and closes 50% of the hole, the top of the gate is not supported, and the wheel is arranged for preventing the gate from inclining laterally. This wheel is removable. The bottom sealing water embedded part is embedded in the concrete foundation and provides a water sealing surface for bottom sealing water, so that the bottom of the gate is watertight. The side sealing water embedded part is also embedded in the concrete foundation and bears the force transmitted by the pressure bearing wheel; meanwhile, a water sealing surface is provided for side sealing water, and the side part of the gate is watertight to the greatest extent. The reverse wheel embedded part is arranged at the edge of the sill gate slot and provides a reference surface for the running of the reverse wheel. The embedded parts of the lower lodging wheels are arranged in the bottom sill door groove, and a reference surface is provided for the running of the pressure bearing wheels and the lower lodging wheels. Embedding the upper lodging wheel: the device is arranged at the bottom sill and provides a reference surface for the running of the lodging wheels.

The hoist (used for opening the door) realizes the power equipment for opening the gate. When the size of the transverse pull gate orifice is small, a hydraulic hoist can be selected; when the size of the horizontal pull gate orifice is large and the hydraulic hoist is not suitable any more, a winding hoist is adopted. As shown in the attached drawing, the hoist in the left hoist chamber is used for opening the door.

The hoist (used for closing the door) realizes the power equipment for closing the gate. The hoist in the hoist chamber on the right side is shown in the attached drawings as a hoist for closing the door.

The cover plate of the hoist chamber covers the top of the opening and closing chamber. The hoist chamber and the door storehouse cover plate cover the top of the hoist chamber and the door storehouse. The orifice passage cover plate is used for opening the orifice when the gate is in a non-working state, and the cover plate covers the sill gate slot to ensure that pedestrians and vehicles pass through smoothly.

The utility model relates to an open type horizontal pulling brake device can wide application in open type's engineering. When the hole opening is small, a hydraulic hoist can be adopted; the orifice is large, and the stroke of the hydraulic hoist cannot meet the operation requirement of the gate, and a winding hoist is adopted. When the hydraulic hoist is adopted, the hoist can be arranged on one side or on both sides; when the hoisting hoist is adopted, the hoist is arranged on two sides.

The working principle is as follows:

the hoist is connected with the gate 1, and the hoist drives the gate to run on the bearing track 5 through the bearing wheel 4, so that the purpose of opening and closing the gate is achieved. The bottom sealing water 2 and the side sealing water 3 are arranged on the water facing side of the gate to form a water sealing system. The bearing wheel 4, the bearing wheel 6, the reverse wheel 7, the lower lodging wheel 8, the upper lodging wheel and the bracket 9 are arranged on the gate to form a stress and support system. The bottom sealing water embedded part 10, the side sealing water embedded part 11, the reverse wheel embedded part 12, the pressure-bearing wheel embedded part 13, the lower lodging wheel embedded part 14 and the upper lodging wheel embedded part 15 are arranged in the foundation concrete to form a stress surface and a supporting surface.

The process of opening the door is as follows: when a power switch is turned on, the motor works, the gate 1 is driven by the hoist 16 to run on the bearing track 5 through the bearing wheel 4, and the gate completely leaves the hole and enters the door warehouse. And when the gate reaches the preset opening degree, closing the power switch, namely realizing the process of opening the gate once.

The process of closing the door is as follows: when a power switch is turned on, the motor works, the gate 1 is driven by the hoist 17 to run on the bearing track 5 through the bearing wheel 4, and the gate completely leaves the door storehouse and enters the hole. And when the gate reaches the preset opening degree, closing the power switch to finish the process of closing the gate once.

When the gate is completely opened, the upper orifice passage cover plate 20 is paved at the sill part, and the traffic requirement can be met.

The water sealing of the transverse pull gate can adjust the rubber prepressing amount, so that convenience is provided for installation and convenience is also provided for daily maintenance. Bottom sealing water and side sealing water are sealing devices in the process of opening and closing the gate, so that the problem of water leakage does not exist in the working state of the gate.

The hoisting type hoist is adopted, the limit of the hoist stroke is avoided, the requirement that any orifice is provided with a transverse brake can be met, and the application range is wide.

The open type horizontal pulling brake device adopts a unique lodging wheel device to prevent the gate from toppling in the operation process. Go up lodging wheel and adopt detachable construction, the safe operation of the gate of being convenient for.

The main bodies of the open type horizontal brake device are all welded parts, so that the manufacturing, the installation and the debugging are convenient, the manufacturing and the installation period is short, and the overhaul and the daily maintenance are convenient.

Claims

1. The utility model provides an open type horizontal pulling brake device, includes gate and headstock gear, its characterized in that: bottom sealing water is arranged at the bottom below the gate, side sealing water is arranged on a side beam of the gate, and the bottom sealing water and the side sealing water are both arranged on the water-facing side of the gate to form a water sealing system; a bearing rail and a bearing wheel are arranged between the bottommost end of the gate and the concrete, the bearing wheel runs on the weighing rail, and the other end of the weighing wheel is connected with the gate; the gate side of meeting water still is provided with the reverse wheel, and the gate side of backing water with the reverse wheel same position is provided with the pressure-bearing wheel, and the side of meeting water and the side of backing water of gate all are provided with down lodging wheel and last lodging wheel and support, go up lodging wheel and support structure as an organic whole, and the below of going up lodging wheel and support is provided with lodging wheel embedded part with concrete contact's sill department, and the sill below is provided with sill gate slot, and the sill gate slot of gate both sides all is provided with down lodging wheel embedded part.

2. An open-type transverse pulling gate device according to claim 1, characterized in that: the two sides of the gate are respectively provided with a hoist, one side of the gate is used for opening the door, the other side of the gate is used for closing the door, a door storage is arranged between the gate and the hoist used for opening, a hoist chamber cover plate is arranged above the hoist, and a door storage cover plate and the hoist chamber cover plate are of an integrated structure.

3. An open-type transverse pulling gate device according to claim 1 or 2, characterized in that: the bottom sealing water and the side sealing water are provided with embedded parts, and the bottom sealing water embedded part and the side sealing water embedded part are embedded in the concrete foundation.

4. An open-type transverse pulling gate device according to claim 3, characterized in that: the embedded parts are arranged on one sides of the pressure bearing wheel and the reverse wheel, and the pressure bearing wheel embedded parts and the reverse wheel embedded parts are arranged on the edge of the sill door slot.

5. An open-type transverse pulling gate device according to claim 1, characterized in that: the upper lodging wheel is of a detachable structure.