CN218843887U - Network electricity room with automatic alarm function - Google Patents

Abstract

The utility model relates to the technical field of electrical equipment, in particular to a grid room with an automatic alarm function, comprising a splicing board of the grid room, a roof of the grid room, an alarm module, a base of the splicing board, a safety base, an alarm sensor and a safety water level alarm plate. The utility model is provided with an alarm module and an alarm sensor, and a safety base connected with the oil drilling platform is set under the body of the whole network power room, and the water level alarm groove set on the safety base is used to monitor the water level of the oil drilling platform or the level of impurity rocks. When the water body or dust drives the safety water level alarm board to rise, and the safety water level alarm board touches the alarm sensor, the alarm sensor sends a signal to the alarm module, and the staff can know the water level under the safety base after receiving the alarm signal from the alarm module. The water level or impurities will soon affect the normal operation of the grid room above the safety base, realizing the automatic alarm function of the grid room.

Description

A network power room with automatic alarm function

technical field

The utility model relates to the technical field of electrical equipment, in particular to a network power room with an automatic alarm function.

Background technique

Oil drilling platforms usually need to be equipped with power distribution cabinets and grid rooms. In order to improve the work efficiency of the oil drilling platform staff, the grid rooms for oil drilling platforms will be set up on the drilling platform. In order to ensure the safe operation of the grid room, the network The waterproof safety performance requirements of the electric room are higher.

The utility model with the publication number CN214069209U discloses a special power distribution cabinet for oil drilling. Through the setting of the explosion-proof chamber and the safety chamber, the electrical components are isolated in the explosion-proof chamber. On the other hand, the electrical components will not be affected by the humid air outside, so as to ensure their safe operation. By setting cooling fins on the outer wall of the increased safety cavity and the explosion-proof cavity, and the airflow formed by the first fan and the second fan will take away the temperature on the cooling fins, realizing the cooling effect of the increased safety cavity and the explosion-proof cavity Effect.

However, the above-mentioned technical solution has the following defects: the above-mentioned power distribution cabinet can be directly installed inside the working room of the oil drilling platform, but if the number of electronic components is large, the above-mentioned power distribution cabinet cannot meet the configuration requirements of a large number of electronic components, and still needs to be installed to meet the requirements. According to the safety requirements of oil drilling platforms, the power grid room that can alarm the abnormal oil drilling platform water level or impurities can meet the installation of electrical equipment on oil drilling platforms.

Utility model content

Aiming at the technical problems in the background technology, the utility model proposes a grid room with an automatic alarm function.

The technical scheme of the utility model: a grid room with an automatic alarm function, including a splicing panel of the grid room, a roof of the grid room, an alarm module, a base of the splicing panel, a safety base, an alarm sensor and a safety water level alarm panel.

The roof of the grid room is set on the splicing plate of the grid room; the splicing plate of the grid room is set on the base of the splicing plate; the base of the splicing plate is set on the safety base; the safety base is set on the oil drilling platform. The lower end of the safety base is provided with a water level alarm tank; the safety water level alarm board is slidingly set on the safety base; the alarm sensor is set at the highest water level end of the water level alarm tank; the alarm module and the alarm sensor are connected by communication; the safety water level alarm board is in contact with the state of the alarm sensor Next, the alarm module starts the alarm mode.

Preferably, it also includes an entrance step and a cleaning pad; the entrance step is arranged on the base of the splicing plate, and the entrance step is located at the entrance end of the main body of the grid room composed of the splicing plates of the grid room.

Preferably, the entrance step is hollow; the cleaning backing plate is a filter plate structure.

Preferably, a sewage discharge pipe is also included; the sewage discharge pipe is arranged at the sewage discharge end of the entrance step of the hollow structure.

Preferably, it also includes a backing board elastic support; the cleaning backing board is slidably arranged on the entrance step; one end of the backing board elastic support is set on the entrance step, and the other end of the backing board elastic support is set on the cleaning backing board.

Preferably, an observation window is also included; the observation window is arranged on the safety base.

Preferably, it also includes a mounting seat, a guide rod and a sliding sleeve; the mounting seat is arranged on the water level alarm groove of the safety base; the guide rod is arranged on the mounting seat; the sliding sleeve is slidably arranged on the guide rod; put on.

Compared with the prior art, the above-mentioned technical solution of the utility model has the following beneficial technical effects: by setting the alarm module and the alarm sensor, and by setting the safety base connected with the oil drilling platform under the body of the integral network power room, the safety The water level alarm tank set on the base detects the water level of the oil drilling platform or the height of impurity rocks. When the water body or dust drives the safety water level alarm board to rise, and the safety water level alarm board touches the alarm sensor, the alarm sensor sends a signal to the alarm After receiving the alarm signal from the alarm module, the staff can know that the water level or impurities under the safety base will affect the normal operation of the grid room above the safety base, realizing the automatic alarm function of the grid room and solving the existing problems The power distribution room cannot meet the technical problems of a large number of electronic components on the oil drilling platform, and the network power room setting with alarm function has been improved.

Description of drawings

Fig. 1 is a schematic structural view of an embodiment of the utility model.

Fig. 2 is a schematic structural view of an embodiment of the utility model.

FIG. 3 is a schematic diagram of a partially enlarged structure at point A in FIG. 1 .

FIG. 4 is a schematic diagram of a partially enlarged structure at B in FIG. 2 .

Reference signs: 1. Splicing board of grid room; 2. Ceiling of grid room; 3. Alarm module; 4. Base of splicing board; 5. Safety base; ; 9, backing plate elastic support; 10, observation window; 11, alarm sensor; 12, mounting seat; 13, guide rod; 14, sliding sleeve; 15, safety water level alarm board;

Detailed ways

Embodiment one

A network power room with automatic alarm function proposed in this embodiment includes a network power room splicing board 1, a network power room ceiling 2, an alarm module 3, a splicing board base 4, a safety base 5, an alarm sensor 11 and a safety water level alarm plate 15.

As shown in Figure 1-2, the grid room ceiling 2 is set on the grid room splicing board 1; the grid room splicing board 1 is set on the splicing board base 4; the splicing board base 4 is set on the safety base 5; the safety base 5 set on an oil rig. The lower end of the safety base 5 is provided with a water level alarm tank 16; the safety water level alarm plate 15 is slidably arranged on the safety base 5; the alarm sensor 11 is arranged at the highest water level end of the water level alarm tank 16; the alarm module 3 and the alarm sensor 11 are connected by communication; When the water level alarm board 15 touches the alarm sensor 11, the alarm module 3 starts the alarm mode.

In this embodiment, by arranging the alarm module 3 and the alarm sensor 11, by setting the safety base 5 connected with the oil drilling platform under the overall network power room body, using the water level alarm tank 16 provided on the safety base 5, the oil The water level of the drilling platform or the height of impurity rocks are detected. When the water body or dust drives the safety water level alarm board 15 to rise, and the safety water level alarm board 15 touches the alarm sensor 11, the alarm sensor 11 sends a signal to the alarm module 3, and the staff receives it. After receiving the alarm signal from the alarm module 3, it can be known that the water level or impurities below the safety base 5 will soon affect the normal operation of the grid room above the safety base 5, realizing the automatic alarm function of the grid room and meeting the needs of a large number of oil drilling platforms. Electronic component settings and alarm grid room settings.

Embodiment two

A network power room with automatic alarm function proposed in this embodiment includes a network power room splicing board 1, a network power room ceiling 2, an alarm module 3, a splicing board base 4, a safety base 5, an alarm sensor 11 and a safety water level alarm plate 15.

As shown in Figure 1-4, the grid room ceiling 2 is set on the splicing board 1 of the grid room; the splicing board 1 of the grid room is set on the base 4 of the splicing board; 5 set on an oil rig. The lower end of the safety base 5 is provided with a water level alarm tank 16; the safety water level alarm plate 15 is slidably arranged on the safety base 5; the alarm sensor 11 is arranged at the highest water level end of the water level alarm tank 16; the alarm module 3 and the alarm sensor 11 are connected by communication; When the water level alarm board 15 touches the alarm sensor 11, the alarm module 3 starts the alarm mode.

Further, it also includes an entrance step 6 and a cleaning backing plate 7; the entrance step 6 is arranged on the base 4 of the splicing plate, and the entrance step 6 is located at the entrance end of the main body of the grid room composed of splicing plates 1 of the grid room. A cleaning backing plate 7 is set to enable the staff to clean the soles of their feet before entering the grid room, so as to prevent impurities from affecting the work of the electronic components inside the grid room.

In this embodiment, by arranging the alarm module 3 and the alarm sensor 11, by setting the safety base 5 connected with the oil drilling platform under the overall network power room body, using the water level alarm tank 16 provided on the safety base 5, the oil The water level of the drilling platform or the height of impurity rocks are detected. When the water body or dust drives the safety water level alarm board 15 to rise, and the safety water level alarm board 15 touches the alarm sensor 11, the alarm sensor 11 sends a signal to the alarm module 3, and the staff receives it. After receiving the alarm signal from the alarm module 3, it can be known that the water level or impurities below the safety base 5 will soon affect the normal operation of the grid room above the safety base 5, realizing the automatic alarm function of the grid room and meeting the needs of a large number of oil drilling platforms. Electronic component settings and alarm grid room settings.

Embodiment three

A network power room with automatic alarm function proposed in this embodiment includes a network power room splicing board 1, a network power room ceiling 2, an alarm module 3, a splicing board base 4, a safety base 5, an alarm sensor 11 and a safety water level alarm plate 15.

As shown in Figure 1-4, the grid room ceiling 2 is set on the splicing board 1 of the grid room; the splicing board 1 of the grid room is set on the base 4 of the splicing board; 5 set on an oil rig. The lower end of the safety base 5 is provided with a water level alarm tank 16; the safety water level alarm plate 15 is slidably arranged on the safety base 5; the alarm sensor 11 is arranged at the highest water level end of the water level alarm tank 16; the alarm module 3 and the alarm sensor 11 are connected by communication; When the water level alarm board 15 touches the alarm sensor 11, the alarm module 3 starts the alarm mode.

Further, it also includes an entrance step 6 and a cleaning backing plate 7; the entrance step 6 is arranged on the base 4 of the splicing plate, and the entrance step 6 is located at the entrance end of the main body of the grid room composed of splicing plates 1 of the grid room.

Further, the entrance step 6 is hollow; the cleaning backing plate 7 is set as a filter plate structure, and the filter plate is provided to facilitate the staff to clean the residual impurities in the entrance step 6 .

In this embodiment, by arranging the alarm module 3 and the alarm sensor 11, by setting the safety base 5 connected with the oil drilling platform under the overall network power room body, using the water level alarm tank 16 provided on the safety base 5, the oil The water level of the drilling platform or the height of impurity rocks are detected. When the water body or dust drives the safety water level alarm board 15 to rise, and the safety water level alarm board 15 touches the alarm sensor 11, the alarm sensor 11 sends a signal to the alarm module 3, and the staff receives it. After receiving the alarm signal from the alarm module 3, it can be known that the water level or impurities below the safety base 5 will soon affect the normal operation of the grid room above the safety base 5, realizing the automatic alarm function of the grid room and meeting the needs of a large number of oil drilling platforms. Electronic component settings and alarm grid room settings.

Embodiment four

A network power room with automatic alarm function proposed in this embodiment includes a network power room splicing board 1, a network power room ceiling 2, an alarm module 3, a splicing board base 4, a safety base 5, an alarm sensor 11 and a safety water level alarm plate 15.

As shown in Figure 1-4, the grid room ceiling 2 is set on the splicing board 1 of the grid room; the splicing board 1 of the grid room is set on the base 4 of the splicing board; 5 set on an oil rig. The lower end of the safety base 5 is provided with a water level alarm tank 16; the safety water level alarm plate 15 is slidably arranged on the safety base 5; the alarm sensor 11 is arranged at the highest water level end of the water level alarm tank 16; the alarm module 3 and the alarm sensor 11 are connected by communication; When the water level alarm board 15 touches the alarm sensor 11, the alarm module 3 starts the alarm mode.

Further, it also includes an entrance step 6 and a cleaning backing plate 7; the entrance step 6 is arranged on the base 4 of the splicing plate, and the entrance step 6 is located at the entrance end of the main body of the grid room composed of splicing plates 1 of the grid room.

Further, the entrance step 6 is hollow; the cleaning pad 7 is configured as a filter plate.

Further, it also includes a sewage discharge pipe 8; the sewage discharge pipe 8 is arranged at the sewage discharge end of the entrance step 6 of the hollow structure. Sewage pipe 8 is set to facilitate the discharge of the sewage involved in the entrance step 6 .

In this embodiment, by arranging the alarm module 3 and the alarm sensor 11, by setting the safety base 5 connected with the oil drilling platform under the overall network power room body, using the water level alarm tank 16 provided on the safety base 5, the oil The water level of the drilling platform or the height of impurity rocks are detected. When the water body or dust drives the safety water level alarm board 15 to rise, and the safety water level alarm board 15 touches the alarm sensor 11, the alarm sensor 11 sends a signal to the alarm module 3, and the staff receives it. After receiving the alarm signal from the alarm module 3, it can be known that the water level or impurities below the safety base 5 will soon affect the normal operation of the grid room above the safety base 5, realizing the automatic alarm function of the grid room and meeting the needs of a large number of oil drilling platforms. Electronic component settings and alarm grid room settings.

Embodiment five

A network power room with automatic alarm function proposed in this embodiment includes a network power room splicing board 1, a network power room ceiling 2, an alarm module 3, a splicing board base 4, a safety base 5, an alarm sensor 11 and a safety water level alarm plate 15.

As shown in Figure 1-4, the grid room ceiling 2 is set on the splicing board 1 of the grid room; the splicing board 1 of the grid room is set on the base 4 of the splicing board; 5 set on an oil rig. The lower end of the safety base 5 is provided with a water level alarm tank 16; the safety water level alarm plate 15 is slidably arranged on the safety base 5; the alarm sensor 11 is arranged at the highest water level end of the water level alarm tank 16; the alarm module 3 and the alarm sensor 11 are connected by communication; When the water level alarm board 15 touches the alarm sensor 11, the alarm module 3 starts the alarm mode.

Further, it also includes an entrance step 6 and a cleaning backing plate 7; the entrance step 6 is arranged on the base 4 of the splicing plate, and the entrance step 6 is located at the entrance end of the main body of the grid room composed of splicing plates 1 of the grid room.

Further, it also includes backing plate elastic support 9; the cleaning backing plate 7 is slidably arranged on the entrance step 6; one end of the backing plate elastic support 9 is arranged on the entrance step 6, and the other end of the backing plate elastic support 9 is arranged on Clean backing plate 7. The cleaning backing plate 7 is elastically arranged on the entrance step 6 through the backing plate elastic support member 9, so as to facilitate staff to clean their feet.

In this embodiment, by arranging the alarm module 3 and the alarm sensor 11, by setting the safety base 5 connected with the oil drilling platform under the overall network power room body, using the water level alarm tank 16 provided on the safety base 5, the oil The water level of the drilling platform or the height of impurity rocks are detected. When the water body or dust drives the safety water level alarm board 15 to rise, and the safety water level alarm board 15 touches the alarm sensor 11, the alarm sensor 11 sends a signal to the alarm module 3, and the staff receives it. After receiving the alarm signal from the alarm module 3, it can be known that the water level or impurities below the safety base 5 will soon affect the normal operation of the grid room above the safety base 5, realizing the automatic alarm function of the grid room and meeting the needs of a large number of oil drilling platforms. Electronic component settings and alarm grid room settings.

Embodiment six

A network power room with automatic alarm function proposed in this embodiment includes a network power room splicing board 1, a network power room ceiling 2, an alarm module 3, a splicing board base 4, a safety base 5, an alarm sensor 11 and a safety water level alarm plate 15.

As shown in Figure 1-4, the grid room ceiling 2 is set on the splicing board 1 of the grid room; the splicing board 1 of the grid room is set on the base 4 of the splicing board; 5 set on an oil rig. The lower end of the safety base 5 is provided with a water level alarm tank 16; the safety water level alarm plate 15 is slidably arranged on the safety base 5; the alarm sensor 11 is arranged at the highest water level end of the water level alarm tank 16; the alarm module 3 and the alarm sensor 11 are connected by communication; When the water level alarm board 15 touches the alarm sensor 11, the alarm module 3 starts the alarm mode.

Further, an observation window 10 is also included; the observation window 10 is arranged on the safety base 5 .

In this embodiment, by arranging the alarm module 3 and the alarm sensor 11, by setting the safety base 5 connected with the oil drilling platform under the overall network power room body, using the water level alarm tank 16 provided on the safety base 5, the oil The water level of the drilling platform or the height of impurity rocks are detected. When the water body or dust drives the safety water level alarm board 15 to rise, and the safety water level alarm board 15 touches the alarm sensor 11, the alarm sensor 11 sends a signal to the alarm module 3, and the staff receives it. After receiving the alarm signal from the alarm module 3, it can be known that the water level or impurities below the safety base 5 will soon affect the normal operation of the grid room above the safety base 5, realizing the automatic alarm function of the grid room and meeting the needs of a large number of oil drilling platforms. Electronic component settings and alarm grid room settings.

Embodiment seven

A network power room with automatic alarm function proposed in this embodiment includes a network power room splicing board 1, a network power room ceiling 2, an alarm module 3, a splicing board base 4, a safety base 5, an alarm sensor 11 and a safety water level alarm plate 15.

As shown in Figure 1-4, the grid room ceiling 2 is set on the splicing board 1 of the grid room; the splicing board 1 of the grid room is set on the base 4 of the splicing board; 5 set on an oil rig. The lower end of the safety base 5 is provided with a water level alarm tank 16; the safety water level alarm plate 15 is slidably arranged on the safety base 5; the alarm sensor 11 is arranged at the highest water level end of the water level alarm tank 16; the alarm module 3 and the alarm sensor 11 are connected by communication; When the water level alarm board 15 touches the alarm sensor 11, the alarm module 3 starts the alarm mode.

Further, it also includes a mounting base 12, a guide rod 13 and a sliding sleeve 14; the mounting base 12 is arranged on the water level alarm groove 16 of the safety base 5; the guide rod 13 is arranged on the mounting base 12; the sliding sleeve 14 is slidingly arranged on the guide rod 13; the safety water level alarm board 15 is arranged on the sliding sleeve 14.

In this embodiment, by arranging the alarm module 3 and the alarm sensor 11, by setting the safety base 5 connected with the oil drilling platform under the overall network power room body, using the water level alarm tank 16 provided on the safety base 5, the oil The water level of the drilling platform or the height of impurity rocks are detected. When the water body or dust drives the safety water level alarm board 15 to rise, and the safety water level alarm board 15 touches the alarm sensor 11, the alarm sensor 11 sends a signal to the alarm module 3, and the staff receives it. After receiving the alarm signal from the alarm module 3, it can be known that the water level or impurities below the safety base 5 will soon affect the normal operation of the grid room above the safety base 5, realizing the automatic alarm function of the grid room and meeting the needs of a large number of oil drilling platforms. Electronic component settings and alarm grid room settings.

It should be understood that the above specific embodiments of the present utility model are only used to illustrate or explain the principle of the present utility model, but not to limit the present utility model. Therefore, any modification, equivalent replacement, improvement, etc. made without departing from the spirit and scope of the present utility model shall be included in the protection scope of the present utility model. Furthermore, the appended claims are intended to cover all changes and modifications that come within the scope and boundaries of the appended claims, or equivalents of such scope and boundaries.

Claims (7)

1. A power grid room with an automatic alarm function comprises a power grid room splicing plate (1), a power grid room ceiling (2) and a splicing plate base (4), and is characterized by comprising an alarm module (3), a safety base (5), an alarm sensor (11) and a safety water level alarm plate (15);

the ceiling (2) of the grid power room is arranged on the splicing plate (1) of the grid power room; the network power room splicing plates (1) are arranged on the splicing plate bases (4); the splice plate base (4) is arranged on the safety base (5); the safety base (5) is arranged on the oil drilling platform;

a water level alarm groove (16) is arranged at the lower end of the safety base (5); the safe water level alarm plate (15) is arranged on the safe base (5) in a sliding manner; the alarm sensor (11) is arranged at the highest water level end of the water level alarm groove (16); the alarm module (3) is in communication connection with the alarm sensor (11); and the alarm module (3) starts an alarm mode under the state that the safe water level alarm plate (15) is contacted with the alarm sensor (11).

2. The power grid room with the automatic alarm function as claimed in claim 1, further comprising a door access step (6) and a cleaning pad (7); the door entering step (6) is arranged on the splice plate base (4), and the door entering step (6) is positioned at the door entering end of the power grid room body formed by the power grid room splice plates (1).

3. The power grid room with the automatic alarm function according to claim 2, wherein the door entering step (6) is arranged in a hollow way; the cleaning pad (7) is arranged to be a filter plate structure.

4. The power grid room with the automatic alarm function as claimed in claim 3, further comprising a sewage discharge pipe (8); the sewage discharge pipe (8) is arranged at the sewage discharge end of the door inlet step (6) with a hollow structure.

5. The electric net house with the automatic alarm function according to claim 2, characterized by further comprising a cushion plate elastic support member (9); the cleaning backing plate (7) is arranged on the door entering step (6) in a sliding manner; one end of the backing plate elastic supporting piece (9) is arranged on the door entering step (6), and the other end of the backing plate elastic supporting piece (9) is arranged on the cleaning backing plate (7).

6. The electric net house with automatic alarm function according to claim 1, characterized by further comprising a viewing window (10); the observation window (10) is arranged on the safety base (5).

7. The net electric room with the automatic alarm function according to claim 1, characterized by further comprising a mounting seat (12), a guide rod (13) and a sliding sleeve (14); the mounting seat (12) is arranged on a water level alarm groove (16) of the safety base (5); the guide rod (13) is arranged on the mounting seat (12); the sliding sleeve (14) is arranged on the guide rod (13) in a sliding manner; the safe water level alarm plate (15) is arranged on the sliding sleeve (14).

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