CN212187530U

CN212187530U - Water supply system of fire-extinguishing robot for high-rise building

Info

Publication number: CN212187530U
Application number: CN202020548948.1U
Authority: CN
Inventors: 陈思宏; 张强; 陈煜明; 蒙重宝; 雷学鹏; 钮德明
Original assignee: Guangxi Institute of Occupational
Current assignee: Guangxi Institute of Occupational
Priority date: 2020-04-14
Filing date: 2020-04-14
Publication date: 2020-12-22
Anticipated expiration: 2030-04-14

Abstract

A water supply system of a fire-fighting robot for high-rise buildings comprises an automatic control valve, a fire pump, a fire pool, an annular pipeline, an automatic joint of a fire-fighting water pipe, a water supply pipe turntable, a fire-fighting robot delivery vehicle and a rotary water pipe joint, wherein the fire pump is connected with the fire pool and the annular pipeline; the water supply pipe rotary table is arranged on the fire-fighting robot delivery vehicle, the water outlet of the water supply pipe is connected with a spray gun of the fire-fighting robot, the water inlet is connected with the rotating end of the rotating water pipe joint at the center of the rotary table, and the non-rotating end of the rotating water pipe joint is connected with the automatic water pipe joint through a pipeline, so that a water supply pipeline of the walking fire-fighting robot is formed; through automatic control, the two parts of the automatic water pipe joint are automatically connected, the fire-fighting water supply pipeline is communicated, and fire-fighting operation is implemented; when the fire extinguishing operation is finished, the two parts are automatically separated. It has the advantages of complete functions, automatic connection, simple structure, etc.

Description

Water supply system of fire-extinguishing robot for high-rise building

Technical Field

The utility model belongs to the fire-fighting technology and equip the field, especially relate to one kind and be used for high-rise building fire-fighting robot technique and equipment, specifically be a high-rise building fire-fighting robot water supply system.

Background

With the rapid development of economic society, high-rise buildings and super high-rise buildings with complex structures, various devices and concentrated population density are rapidly increased. Once a high-rise building catches fire, the existing fire fighting means is difficult to accurately extinguish the fire, the fire further spreads, the rescue difficulty is continuously increased, the number of the dead people and the property loss are also in an increasing trend, and the rescue and the fire extinguishment of the high-rise building become a social problem.

Aiming at the difficult problem of fire fighting of high-rise buildings, a solution scheme that a high-rise building fire extinguishing robot is arranged at the top of the high-rise building is provided. The fire-extinguishing robot for the high-rise building consists of a fire-extinguishing robot, a fire-extinguishing robot obstacle eliminator, a fire-extinguishing robot delivery device, a fire-extinguishing robot water supply system and a fire-extinguishing robot monitoring and controlling system. The water supply system of the fire-fighting robot for the high-rise building is built around a fire pool at the top of the high-rise building, and consists of an automatic control valve, a fire pump, the fire pool, an annular pipeline, an automatic joint of a fire-fighting water pipe, a water supply pipe disc, a fire-fighting robot delivery vehicle and a rotary water pipe joint, and is characterized in that: the water supply pipeline is divided into a fixed pipeline and a walking pipeline, and the fixed pipeline and the walking pipeline can be automatically butted according to requirements and supply water for the fire-extinguishing robot in time. A water supply system of a high-rise building fire-fighting robot is one of key equipment of the high-rise building fire-fighting robot.

Relevant publications report some relevant high-rise building fire fighting technologies and equipment, but no publication reports a water supply system for a high-rise building fire fighting robot.

Disclosure of Invention

The application aims to provide key equipment of the high-rise fire-extinguishing robot with complete functions, automatic connection and simple structure, and particularly relates to a water supply system of the high-rise fire-extinguishing robot.

The utility model discloses a realize like this, a high-rise building fire-fighting robot water supply system comprises automatic control valve, fire pump, fire-fighting water pool, annular duct, fire-fighting water pipe automatic joint, delivery pipe carousel, fire-fighting robot throw the delivery wagon, rotatory water pipe head, characterized by: the inlet of the fire pump is connected with the fire pool through a pipeline and a valve; an annular pipeline is arranged around the fire pool and is connected with an outlet of the fire pump; an automatic control valve is installed at a fixed water receiving point of the annular pipeline, the automatic control valve is connected with a conical pipe socket of an automatic joint of a fire-fighting water pipe through a flexible pipe, the automatic control valve is closed when fire-fighting operation is not carried out, and the automatic control valve is opened when the fire-fighting operation is carried out; the water supply pipe rotary table is arranged on the fire-fighting robot delivery vehicle, a water outlet of the water supply pipe is connected with a spray gun of the fire-fighting robot, and a water inlet is connected with a rotating end of a rotating water pipe joint at the center of the rotary table; the non-rotating end of the rotary water pipe joint is connected with a flexible pipe of a conical insertion pipe of the automatic joint of the fire-fighting water pipe through a pipeline.

The automatic joint of the fire-fighting water pipe consists of a conical pipe socket and a conical insertion pipe, the two parts can be automatically connected under automatic control, a fire-fighting water supply pipeline is communicated, an automatic control valve is opened, and fire-fighting operation is implemented; after the fire extinguishing operation is finished, the automatic control valve is closed, the two parts are automatically separated, and then the fire extinguishing robot delivery vehicle is driven away.

The rotating end of the rotating water pipe joint is connected with a water supply pipe of the water supply pipe turntable and rotates together with the water supply pipe turntable; the non-rotating end of the device is connected with a fixed pipeline and does not rotate.

Functional and operational instructions: the water supply pipeline is divided into a fixed annular pipeline and a walking water supply pipeline of the fire-fighting robot, and once fire-fighting operation is carried out, the fixed annular pipeline and the walking water supply pipeline are required to be automatically butted at a specified position. The method comprises the following steps: the fire pump is connected with the fire pool; an annular pipeline is arranged around the fire pool and is connected with an outlet of the fire pump; an automatic control valve is installed at the fixed water receiving point of the annular pipeline, and the automatic control valve is connected with a conical pipe socket of the automatic joint of the fire water pipe through a flexible pipe to form a fixed annular water supply pipeline part. The water supply pipe rotary table is arranged on the fire-fighting robot delivery vehicle, a water outlet of the water supply pipe is connected with a spray gun of the fire-fighting robot, and a water inlet is connected with a rotating end of a rotating water pipe joint at the center of the rotary table; the non-rotating end of the rotary water pipe joint is connected with the flexible pipe of the conical insertion pipe of the automatic fire-fighting water pipe joint through a pipeline to form a water supply pipeline of the walking fire-fighting robot. When the fire-fighting robot delivery vehicle accurately reaches the fixed water receiving point of the annular pipeline, two parts of the automatic joint are automatically connected through automatic control, the fire-fighting water supply pipeline is communicated, the automatic control valve is opened, and fire-fighting operation is implemented; after the fire extinguishing operation is finished, the automatic control valve is closed, the two parts are automatically separated, and then the fire extinguishing robot delivery vehicle is driven away.

The utility model has the advantages that:

1, complete functions: the water supply pipeline is divided into a fixed annular pipeline and a walking fire-extinguishing robot water supply pipeline, and can be automatically connected and separated; can automatically supply water for fire extinguishing operation; during the operation of putting out a fire, can deliver the pipeline for fire-fighting robot, when the operation of putting out a fire was accomplished, can accomodate the pipeline of delivering away.

2. Automatic connection: the water supply pipeline is divided into a fixed annular pipeline and a walking fire-fighting robot water supply pipeline, the two parts are automatically connected through automatic control and an automatic joint, and the fire-fighting water supply pipeline is communicated to carry out fire-fighting operation; after the fire extinguishing robot finishes the fire extinguishing operation, the two parts are automatically separated, the fire-fighting water supply pipeline is disconnected, and then the fire extinguishing robot delivery vehicle is driven away.

3. The structure is simple: simple structure, easy processing, installation, adjustment.

Drawings

Fig. 1 is a schematic structural diagram of a water supply system of a fire-fighting robot for high-rise buildings.

As shown in fig. 1, a water supply system for a fire-fighting robot for a high-rise building comprises an automatic control valve 1, a fire pump 2, a fire pool 3, an annular pipeline 4, a fire-fighting water pipe automatic joint 5, a water supply pipe turntable 6, a fire-fighting robot delivery vehicle 7 and a rotary water pipe joint 8.

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings.

As shown in fig. 1, a water supply system for a fire-fighting robot for high-rise buildings comprises an automatic control valve 1, a fire pump 2, a fire pool 3, an annular pipeline 4, a fire-fighting water pipe automatic joint 5, a water supply pipe turntable 6, a fire-fighting robot delivery vehicle 7 and a rotary water pipe joint 8, and is characterized in that: the inlet of the fire pump 2 is connected with the fire pool 3 through a pipeline and a valve; an annular pipeline 4 is arranged around the fire pool 3, and the annular pipeline 4 is connected with the outlet of the fire pump 2; an automatic control valve 1 is installed at a fixed water receiving point of the annular pipeline 4, the automatic control valve 1 is connected with a conical pipe socket of an automatic fire water pipe joint 5 through a flexible pipe, when fire extinguishing operation is not carried out, the automatic control valve 1 is closed, and when fire extinguishing operation is carried out, the automatic control valve 1 is opened; a water supply pipe rotary table 6 is arranged on a fire-fighting robot delivery vehicle 7, a water outlet of the water supply pipe is connected with a spray gun of the fire-fighting robot, and a water inlet is connected with a rotating end of a rotating water pipe joint 8 at the center of the rotary table; the non-rotating end of the rotary water pipe joint 8 is connected with the flexible pipe of the conical insertion pipe of the automatic fire water pipe joint 5 through a pipeline.

The automatic joint 5 of the fire-fighting water pipe consists of a conical pipe socket and a conical insertion pipe, the two parts are automatically connected under automatic control, a fire-fighting water supply pipeline is communicated, and the automatic control valve 1 is opened to implement fire-fighting operation; after the fire extinguishing operation is finished, the automatic control valve 1 is closed, the two parts are automatically separated, and then the fire extinguishing robot delivery vehicle 7 is driven away.

The rotating end of the rotating water pipe joint 8 is connected with a water supply pipe of the water supply pipe turntable and rotates together with the water supply pipe turntable; the non-rotating end of the device is connected with a fixed pipeline and does not rotate.

Claims

1. The utility model provides a high-rise building fire-fighting robot water supply system, by automatic control valve (1), fire pump (2), fire-fighting pool (3), annular duct (4), fire hose automatic joint (5), delivery pipe carousel (6), fire-fighting robot throw and send car (7), rotatory water pipe head (8) to constitute characterized by: the inlet of the fire pump (2) is connected with the fire pool (3) through a pipeline and a valve; an annular pipeline (4) is arranged around the fire pool (3), and the annular pipeline (4) is connected with an outlet of the fire pump (2); an automatic control valve (1) is installed at a fixed water receiving point of the annular pipeline (4), the automatic control valve (1) is connected with a conical pipe socket of the automatic fire-fighting water pipe joint (5) through a flexible pipe, the automatic control valve (1) is closed when fire extinguishing operation is not carried out, and the automatic control valve (1) is opened when fire extinguishing operation is carried out; a water supply pipe turntable (6) is arranged on a fire-fighting robot delivery vehicle (7), a water outlet of the water supply pipe is connected with a spray gun of the fire-fighting robot, and a water inlet is connected with a rotating end of a rotating water pipe joint (8) at the center of the turntable; the non-rotating end of the rotary water pipe joint (8) is connected with the flexible pipe of the conical insertion pipe of the automatic fire water pipe joint (5) through a pipeline.

2. The water supply system of the fire-fighting robot for high-rise buildings according to claim 1, wherein: the automatic joint (5) of the fire-fighting water pipe consists of a conical pipe socket and a conical insertion pipe, the two parts are automatically connected under automatic control, a fire-fighting water supply pipeline is communicated, and the automatic control valve (1) is opened to implement fire-fighting operation; after the fire extinguishing operation is finished, the automatic control valve (1) is closed, the two parts are automatically separated, and then the fire extinguishing robot delivery vehicle (7) is driven away.

3. The water supply system of the fire-fighting robot for high-rise buildings according to claim 1, wherein: the rotating end of the rotating water pipe joint (8) is connected with a water supply pipe of the water supply pipe turntable (6) and rotates together with the water supply pipe turntable (6); the non-rotating end of the device is connected with a fixed pipeline and does not rotate.