CN221573217U

CN221573217U - Emergency positioning system for key cabinet

Info

Publication number: CN221573217U
Application number: CN202322982256.4U
Authority: CN
Inventors: 赵双; 陈欣; 张永志
Original assignee: Tianjin Zhixin Rail Transit Operation Co ltd
Current assignee: Tianjin Zhixin Rail Transit Operation Co ltd
Priority date: 2023-11-06
Filing date: 2023-11-06
Publication date: 2024-08-20
Anticipated expiration: 2033-11-06

Abstract

The utility model provides an emergency positioning system for a key cabinet, which comprises a plurality of detectors, a key cabinet, a plurality of indicator lamps and a fire monitoring platform. The detectors are respectively arranged in the rooms and are used for detecting fire disasters in the rooms. The key cabinet is used for placing keys of a plurality of the rooms. The venue may be divided into a plurality of distinct areas, each having a number of rooms therein. At the same time, different placement areas are provided in the key cabinet, each for placing keys of a room in the same area. A plurality of indicator lights are disposed on the key cabinet with a corresponding indicator light disposed in each of the placement areas. By adopting the technical scheme, the key can be conveniently and rapidly acquired by a worker so as to carry out subsequent fire emergency treatment operation.

Description

Emergency positioning system for key cabinet

Technical Field

The utility model relates to an emergency positioning system for a key cabinet, and belongs to the technical field of public rail transit fire-fighting facilities.

Background

The subway station is internally provided with a fire alarm system, smoke detectors are arranged in each room and connected to a fire monitoring platform in a wired or wireless mode, and when a certain smoke detector is triggered, the fire monitoring platform can give out a fire alarm, for example, a wireless intelligent smoke fire alarm monitoring system disclosed in China patent document CN 207587126U. The general room in subway station is more, and the position distributes in a plurality of different regions, and the station can set up the key cabinet and concentrate to deposit to the key in a plurality of rooms, generally uses the room name as the key tablet and marks the content, when the key in certain room is used to needs, subway staff then looks for corresponding key in the key cabinet, because the key that stores in the key cabinet is more, therefore the key in different regions can be corresponding to be placed in the different regions in the key cabinet to classify and seek, but the inefficiency. When a fire emergency occurs, a subway staff is required to quickly acquire a key of the room, otherwise, the subsequent fire emergency treatment can be influenced. Therefore, there is a need to design a key cabinet emergency positioning system for fire emergency treatment that facilitates the quick access of a key to a fire-triggered room by a worker.

Disclosure of utility model

It is therefore an object of the present utility model to provide a key cabinet emergency positioning system.

To achieve the above object, a key cabinet emergency positioning system of the present utility model comprises:

the detectors are respectively arranged in the rooms and used for detecting fire disasters;

A key cabinet for placing keys of the room; a plurality of rooms are distributed in different areas, different placement areas are arranged in the key cabinet, and each placement area is used for placing keys of rooms in the same area;

The plurality of indicator lamps are arranged on the key cabinet, and each placement area is provided with a corresponding indicator lamp;

The fire monitoring platform is respectively connected with the detectors and the indicator lamps and is used for giving an alarm after the detectors of the fire room are triggered and for controlling the indicator lamps corresponding to the placement areas of the keys of the fire room to be lighted.

A key cabinet emergency positioning system comprising:

A key cabinet for placing keys of the room;

The plurality of indicator lamps are arranged on the key cabinet, and a corresponding indicator lamp is arranged at the placement point of each key;

The fire monitoring platform is respectively connected with the detectors and the indicator lamps and is used for giving an alarm after the detectors of the fire room are triggered and for controlling the indicator lamps corresponding to the placement points of the keys of the fire room to be lighted.

Each key is provided with an RFID card for storing a corresponding room number; and an RFID card reader is arranged at each placement point on the key cabinet, and is connected with a fire monitoring platform, and the fire monitoring platform is also used for recording RFID card information read by the RFID card reader.

By adopting the technical scheme, the key cabinet emergency positioning system has the advantages that the key cabinet is provided with the plurality of indicator lamps, and the keys in each room are provided with the indicator lamps corresponding to the placement positions of the indicator lamps, so that when a fire disaster occurs in a certain room, an alarm in the room is triggered, and after the fire disaster monitoring platform receives an alarm signal of the alarm, the indicator lamps corresponding to the placement positions of the keys in the fire disaster room can be controlled to be lightened, and workers can directly observe the positions of the keys, so that the keys can be obtained relatively quickly to perform subsequent fire disaster emergency treatment operation.

Drawings

Fig. 1 is a system block diagram of a first embodiment of the present utility model.

Fig. 2 is a system block diagram of a second embodiment of the present utility model.

Detailed Description

The utility model is described in further detail below with reference to the drawings and the detailed description.

Embodiment one:

As shown in FIG. 1, this embodiment provides a key cabinet emergency positioning system comprising a plurality of detectors, a key cabinet, a plurality of indicator lights, and a fire monitoring platform.

The detectors are respectively arranged in the rooms and are used for detecting fire disasters in the rooms.

The key cabinet is used for placing keys of a plurality of the rooms. The venue may be divided into a plurality of distinct areas, each having a number of rooms therein. At the same time, different placement areas are provided in the key cabinet, each for placing keys of a room in the same area.

A plurality of indicator lights are disposed on the key cabinet with a corresponding indicator light disposed in each of the placement areas.

Taking a subway station as an example, a first layer of the subway station can be divided into one area, a second layer of the subway station is divided into another area, then the detectors arranged in the rooms of the first layer are respectively a detector A1, a detector A2 and a detector A3 … …, and the detectors arranged in the rooms of the second layer are respectively a detector B1, a detector B2 and a detector B3 … …. In the key cabinet, the key cabinet can be divided into two placement areas aiming at the room key of the first-layer area and the room key of the second-layer area, wherein one placement area is provided with an indicator lamp A, and the other placement area is provided with an indicator lamp B. When the detector A1 is triggered, the fire monitoring platform controls the indicator lamp A to light, and subway staff can get the corresponding key from the placement area where the indicator lamp A is located. Of course, the above only takes the subway station divided into two areas as an example, and when the subway station is divided into tens or tens of areas, the key cabinet emergency positioning system of the embodiment can greatly improve the searching efficiency of the key.

Embodiment two:

As shown in fig. 2, this embodiment provides a key cabinet emergency positioning system that differs from embodiment one in that: the fire disaster monitoring platform is used for controlling the indication lamps corresponding to the placement points of the keys in the fire disaster room to be lightened.

In addition, each key is provided with an RFID card for storing a corresponding room number, and the RFID card can be integrated inside the key or independently hung on a corresponding key ring. And an RFID card reader is arranged at each placement point on the key cabinet, and is connected with a fire monitoring platform, and the fire monitoring platform is also used for recording RFID card information read by the RFID card reader.

This embodiment can satisfy the staff and place the key at arbitrary place point at hand. For example, detector 1, detector 2 … … detector n are provided in n rooms, respectively, n placement points are provided in the key cabinet, and indicator light 1, indicator light 2 … … indicator light n, and RFID reader 1, RFID reader 2 … … RFID reader n are provided correspondingly. When a key is stored in the key cabinet, for example, when the key of the room in which the detector 1 is located is placed at the placement point 2, the RFID card reader 2 can read the RFID card on the key, so that the room number corresponding to the key is sent to the fire monitoring platform and stored. When a fire disaster occurs, the detector 1 sends out an alarm signal, and the fire disaster monitoring platform can control the indicator lamp 2 to be lightened, so that a worker can directly acquire the key according to the indication of the indicator lamp 2.

It is apparent that the above examples are given by way of illustration only and are not limiting of the embodiments. Other variations or modifications of the above teachings will be apparent to those of ordinary skill in the art. It is not necessary here nor is it exhaustive of all embodiments. While still being apparent from variations or modifications that may be made by those skilled in the art are within the scope of the utility model.

Claims

1. A key cabinet emergency positioning system comprising:

2. A key cabinet emergency positioning system comprising: the detectors are respectively arranged in the rooms and used for detecting fire disasters;

A key cabinet for placing keys of the room;

3. The key cabinet emergency positioning system of claim 2, wherein: each key is provided with an RFID card for storing a corresponding room number; and an RFID card reader is arranged at each placement point on the key cabinet, and is connected with a fire monitoring platform, and the fire monitoring platform is also used for recording RFID card information read by the RFID card reader.