CN217697170U - Small-size portable manned pressure chamber control box - Google Patents
Small-size portable manned pressure chamber control box Download PDFInfo
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- CN217697170U CN217697170U CN202220298609.1U CN202220298609U CN217697170U CN 217697170 U CN217697170 U CN 217697170U CN 202220298609 U CN202220298609 U CN 202220298609U CN 217697170 U CN217697170 U CN 217697170U
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Abstract
The utility model provides a small-size portable manned pressure chamber control box, the utility model discloses a solve present portable \ portable pressure chamber control box can't satisfy many people and use, can't monitor situation in the cabin at any time, respiratory can't quantitative regulation etc. not enough, the utility model discloses box structure, the volume is less, and transportation storage is convenient, and is multiple functional, can satisfy cabin pressure regulation, cabin environmental monitoring, cabin control, communication, BIBS breathe, all kinds of demands such as oxygenating, possess external power supply and UPS power, and UPS charges conveniently.
Description
Technical Field
The utility model belongs to manned pressure vessel field, concretely relates to small-size portable manned pressure chamber control box.
Background
The manned pressure vessel has the function of manned under pressure, and an operator outside the cabin provides life support for the cabin, and an operation system outside the cabin is responsible for ensuring the life safety of the personnel under pressure in the cabin. Most control systems of manned pressure chambers are fixed on a chamber or a workbench, along with the expansion of the application range of the manned pressure chambers, the manned pressure containers are required to provide high-pressure oxygen therapy or decompression therapy and the like for patients in remote mountainous areas, military boundaries, offshore platforms, ships and other places, and in such areas, the portable manned pressure chambers, such as small-sized manned pressure chambers and the like can exert more advantages, and meanwhile, the portable and movable pressure chamber control boxes can be adopted more.
Many portable pressure cabin control box functions are simple now, and the concrete expression is: monitoring systems, gas analysis systems and the like are rarely provided, the power supply is insufficient, the respiratory system cannot be quantitatively regulated, and the use by a single person is generally only satisfied.
SUMMERY OF THE UTILITY MODEL
The utility model discloses a solve current portable \ portable pressure chamber control box of current can't satisfy many people and use, can't monitor situation in the cabin at any time, respiratory can't quantitative regulation etc. not enough a small-size portable manned pressure chamber control box
A small-sized movable manned pressure chamber control box comprises a front end cover, a control box body and a rear end cover, wherein the front end cover and the rear end cover are respectively fixed at the front end and the rear end of the control box body; the pressure regulating device comprises a cabin pressurization regulating valve, a cabin decompression regulating valve, a cabin pressure gauge valve and a cabin pressure gauge, wherein the cabin pressurization regulating valve and the cabin decompression regulating valve are respectively connected with a cabin pressurization pipeline quick interface and a cabin decompression pipeline quick interface, the cabin pressurization regulating valve and the cabin decompression regulating valve are also connected with the cabin pressure gauge valve, and the cabin pressure gauge valve is connected with the cabin pressure gauge; the breathing gas adjusting device comprises a breathing gas switching valve, a breathing gas reducing valve, a breathing gas pressure gauge and a breathing gas flowmeter, wherein the gas switching valve, the breathing gas reducing valve, the breathing gas pressure gauge and the breathing gas flowmeter are all arranged on a front operation panel, the breathing gas reducing valve is connected with the breathing gas pressure gauge, and a breathing pipeline quick connector is arranged on a rear operation panel; the oxygen supplementing device comprises an oxygen supplementing pressure reducing valve, an oxygen supplementing pressure gauge, an oxygen supplementing flowmeter and an oxygen supplementing pipeline quick interface, wherein the oxygen supplementing pressure reducing valve and the oxygen supplementing pressure gauge are connected and installed on the front operation panel and are connected with the oxygen supplementing pipeline quick interface of the rear panel through the oxygen supplementing flowmeter; the cabin interior environment monitoring device comprises a multifunctional gas analyzer and an analysis instrument interface, wherein the multifunctional gas analyzer is installed on a front panel, and the analysis instrument interface is installed on a rear panel and is connected with a high-pressure sensor of the cabin.
Furthermore, the front operation panel and the rear operation panel also comprise an in-cabin monitoring communication and illumination device and a power supply selection device.
Furthermore, the cabin monitoring communication and illumination device comprises a cabin monitor, an cabin illumination switch and an analysis instrument interface, wherein the cabin monitor and the cabin illumination switch are arranged on the front panel, and the analysis instrument interface is arranged on the rear panel.
Further, the power selection device comprises a UPS charging owner and an external power supply, the UPS charging device is installed on the front panel, and the external power supply comprises a 220V power interface installed on the rear panel.
Furthermore, a communication device is further installed on the side face of the control box body.
The beneficial effects of the utility model reside in that:
1. the box-type structure has small volume and convenient transportation and storage;
2. the multifunctional cabin has complete functions, can meet various requirements of cabin pressure regulation, cabin environment monitoring, cabin monitoring, communication, BIBS breathing, oxygen supplementation and the like, has an external power supply and a UPS power supply, and is convenient to charge;
3. the front panel and the rear panel are separated in function, operation is convenient, the front panel has a control and monitoring function, and the rear panel has a butt joint functional area and power supply selection.
Drawings
FIG. 1 is a side view of the control box of the present invention;
FIG. 2 is a front side view of the control box of the present invention;
FIG. 3 is a rear axle side view of the control box of the present invention;
FIG. 4 is a system diagram of the control box of the present invention;
FIG. 5 is a front view of the control box of the present invention;
fig. 6 is a rear interface panel view of the control box of the present invention.
Detailed Description
The present invention will be further described with reference to the accompanying drawings.
A small-sized movable manned pressure chamber control box comprises a front end cover 2, a control box body 1 and a rear end cover 3, wherein the front end cover 2 and the rear end cover 3 are respectively fixed at the front end and the rear end of the control box body 1, the small-sized movable manned pressure chamber control box also comprises a front operation panel and a rear operation panel, the front operation panel and the rear operation panel are respectively installed inside the front end cover 2 and the rear end cover 3, and the front operation panel and the rear operation panel comprise a pressure adjusting device, a breathing gas adjusting device, an oxygen supplementing device and an indoor environment monitoring device; the pressure regulating device comprises a cabin pressurization regulating valve 10, a cabin decompression regulating valve 8, a cabin pressure gauge valve 6 and a cabin pressure gauge 7, wherein the cabin pressurization regulating valve 10 and the cabin decompression regulating valve 8 are respectively connected with a cabin pressurization pipeline quick connector 33 and a cabin decompression pipeline quick connector 30, the cabin pressurization regulating valve 10 and the cabin decompression regulating valve 8 are also connected with the cabin pressure gauge valve 6, and the cabin pressure gauge valve 6 is connected with the cabin pressure gauge 7; the breathing gas regulating device comprises a breathing gas switching valve 11, a breathing gas pressure reducing valve 12, a breathing gas pressure gauge 13 and a breathing gas flowmeter 14, wherein the breathing gas switching valve 11, the breathing gas pressure reducing valve 12, the breathing gas pressure gauge 13 and the breathing gas flowmeter 14 are all installed on a front operation panel, the breathing gas pressure reducing valve 12 is connected with the breathing gas pressure gauge 13, and a breathing pipeline quick connector 32 is installed on a rear operation panel; the oxygenating device comprises an oxygenating pressure reducing valve 15, an oxygenating pressure gauge 16, an oxygenating flow meter 17 and an oxygenating pipeline quick connector 31, wherein the oxygenating pressure reducing valve 15 and the oxygenating pressure gauge 16 are connected and installed on the front operation panel and are connected with the oxygenating pipeline quick connector 31 of the rear panel through the oxygenating flow meter 17; the cabin interior environment monitoring device comprises a multifunctional gas analyzer 22 and an analysis instrument interface 25, wherein the multifunctional gas analyzer 22 is installed on a front panel, and the analysis instrument interface 25 is installed on a rear panel and is connected with a high-pressure sensor of a cabin.
The front operation panel and the rear operation panel also comprise an in-cabin monitoring communication and illumination device and a power supply selection device.
The in-cabin monitoring communication and illumination device comprises a cabin monitor 23, an in-cabin illumination switch 24 and a communication illumination monitoring interface 25, wherein the cabin monitor 23 and the in-cabin illumination switch 24 are installed on a front panel, and an analysis instrument interface 25 is installed on a rear panel.
The power selection device comprises a UPS charging owner and an external power supply, the UPS charging device is installed on the front panel, and the external power supply comprises a 220V power interface 27 installed on the rear panel.
And a communication device 5 is also arranged on the side surface of the control box body 1.
Small-size portable manned pressure chamber control box contains: 1 control box 1, 1 front end housing 2 and rear end housing 3 and 1 communication protective cover 4, all controlling means and butt joint interface etc. settle on the control box, and there is the caster that removes control box bottom.
The decomposition of the method is explained according to the function:
the pressure regulating function: the pressurized air source is air; the front panel is provided with a cabin pressurization regulating valve 10 which can increase the pressure of the cabin, a cabin decompression regulating valve 8 which can reduce the pressure of the cabin is discharged through a silencer 9, and a cabin pressure gauge valve 6 and a cabin pressure gauge 7 can monitor the pressure in the cabin at any time; the rear panel has an air source quick connector 28 connected to a source of clean compressed air that has been adjusted to the appropriate pressure, a cabin pressurization line quick connector 33 connected to the cabin pressurization port, and a cabin depressurization line quick connector 30 connected to the cabin depressurization port.
Respiratory gas regulation function: the breathing gas source is air and oxygen and can be switched by the breathing gas switching valve 11; the breathing gas entering the cabin is regulated to a proper pressure through a breathing gas pressure reducing valve 12 and a breathing gas pressure meter 13, and 3 breathing gas flow meters (with regulating valves) 14 provide breathing gas with proper flow for the patient in the cabin; the rear panel has 3 breathing circuit quick connectors 32 to connect to the chamber and the oxygen source quick connector 29 to connect to a source of compressed oxygen that has been adjusted to the appropriate pressure.
The oxygen supplementing function: the oxygen source is adjusted to a proper pressure through an oxygen supplementing pressure reducing valve 15 and an oxygen supplementing pressure gauge 16, and is connected to an oxygen supplementing port of the cabin through an oxygen supplementing pipeline quick connector 31 of the rear panel through an oxygen supplementing flowmeter (with a regulating valve) 17.
The functions of monitoring, communication and illumination in the cabin are as follows: a cabin monitor 23 arranged on the front panel can monitor the condition in the cabin at any time, a lighting switch 24 in the cabin can control the lighting in the cabin, and a communication device 5 arranged on the side surface of the box body can communicate with personnel in the cabin; the rear panel has a communication lighting monitoring interface 26 connected to the cabin response interface.
The cabin interior environment monitoring function: the front panel is provided with a multifunctional gas analyzer 22 which can monitor the oxygen partial pressure, the CO2 partial pressure, the temperature and the humidity in the cabin, the cabin pressure and the like of the cabin at any time; the rear panel has an analyzer interface 25 to connect to various high pressure sensors in the cabin.
A power supply selection function: the power supply comprises a UPS and an external power supply, the back panel is provided with a 220V power supply interface 27 which can be connected to the external power supply, the UPS charging switch 19 can be used for charging the UPS, the power supply selection switch 21 can be used for selecting the power supply type, and the switch power supply 18 and the UPS power supply 20 are arranged in the box body.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (5)
1. A small-sized movable manned pressure chamber control box comprises a front end cover (2), a control box body (1) and a rear end cover (3), wherein the front end cover (2) and the rear end cover (3) are respectively fixed at the front end and the rear end of the control box body (1), and the small-sized movable manned pressure chamber control box is characterized by further comprising a front operation panel and a rear operation panel, the front operation panel and the rear operation panel are respectively installed inside the front end cover (2) and the rear end cover (3), and the front operation panel and the rear operation panel comprise a pressure adjusting device, a breathing air adjusting device, an oxygen supplementing device and an indoor environment monitoring device; the pressure adjusting device comprises a cabin pressurization adjusting valve (10), a cabin decompression adjusting valve (8), a cabin pressure gauge valve (6) and a cabin pressure gauge (7), the cabin pressurization adjusting valve (10) and the cabin decompression adjusting valve (8) are respectively connected with a cabin pressurization pipeline quick interface (33) and a cabin decompression pipeline quick interface (30), the cabin pressurization adjusting valve (10) and the cabin decompression adjusting valve (8) are also connected with the cabin pressure gauge valve (6), and the cabin pressure gauge valve (6) is connected with the cabin pressure gauge (7); the breathing gas adjusting device comprises a breathing gas switching valve (11), a breathing gas reducing valve (12), a breathing gas pressure gauge (13) and a breathing gas flowmeter (14), wherein the breathing gas switching valve (11), the breathing gas reducing valve (12), the breathing gas pressure gauge (13) and the breathing gas flowmeter (14) are all installed on a front operation panel, the breathing gas reducing valve (12) is connected with the breathing gas pressure gauge (13), and a breathing pipeline quick interface (32) is installed on a rear operation panel; the oxygenating device comprises an oxygenating pressure reducing valve (15), an oxygenating pressure gauge (16), an oxygenating flow meter (17) and an oxygenating pipeline quick connector (31), wherein the oxygenating pressure reducing valve (15) and the oxygenating pressure gauge (16) are connected and installed on the front operation panel and are connected with the oxygenating pipeline quick connector (31) of the rear panel through the oxygenating flow meter (17); the in-cabin environment monitoring device comprises a multifunctional gas analyzer (22) and an analysis instrument interface (25), wherein the multifunctional gas analyzer (22) is installed on a front panel, and the analysis instrument interface (25) is installed on a rear panel and connected with a high-pressure sensor of a cabin.
2. The portable manned pressure chamber control box of claim 1 wherein the front and rear operator panels further include in-cabin monitoring communication and lighting devices and power selection devices.
3. A portable manned pressure chamber control cabinet according to claim 2 wherein the in-chamber monitoring communication and illumination means includes a chamber monitor (23), an in-chamber illumination switch (24) and an analyzer interface (25), the chamber monitor (23) and the in-chamber illumination switch (24) are mounted on the front panel and the analyzer interface (25) is mounted on the rear panel.
4. A portable manned pressure chamber control box according to claim 2 wherein the power selection means includes a UPS charger mounted on the front panel and an external power source including a 220V power interface (27) mounted on the rear panel.
5. The small-sized movable manned pressure chamber control box according to claim 4, characterized in that the communication device (5) is installed on the side of the control box body (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202220298609.1U CN217697170U (en) | 2022-02-15 | 2022-02-15 | Small-size portable manned pressure chamber control box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202220298609.1U CN217697170U (en) | 2022-02-15 | 2022-02-15 | Small-size portable manned pressure chamber control box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217697170U true CN217697170U (en) | 2022-11-01 |
Family
ID=83785796
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202220298609.1U Active CN217697170U (en) | 2022-02-15 | 2022-02-15 | Small-size portable manned pressure chamber control box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN217697170U (en) |
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2022
- 2022-02-15 CN CN202220298609.1U patent/CN217697170U/en active Active
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