CN110005949A - Automatic air-compensating type air gas-tight door and airtight door control method - Google Patents
Automatic air-compensating type air gas-tight door and airtight door control method Download PDFInfo
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- CN110005949A CN110005949A CN201910325545.2A CN201910325545A CN110005949A CN 110005949 A CN110005949 A CN 110005949A CN 201910325545 A CN201910325545 A CN 201910325545A CN 110005949 A CN110005949 A CN 110005949A
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- gas
- controller
- door
- pressure
- charge
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Classifications
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- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B7/00—Special arrangements or measures in connection with doors or windows
- E06B7/16—Sealing arrangements on wings or parts co-operating with the wings
- E06B7/22—Sealing arrangements on wings or parts co-operating with the wings by means of elastic edgings, e.g. elastic rubber tubes; by means of resilient edgings, e.g. felt or plush strips, resilient metal strips
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F17—STORING OR DISTRIBUTING GASES OR LIQUIDS
- F17D—PIPE-LINE SYSTEMS; PIPE-LINES
- F17D1/00—Pipe-line systems
- F17D1/02—Pipe-line systems for gases or vapours
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F17—STORING OR DISTRIBUTING GASES OR LIQUIDS
- F17D—PIPE-LINE SYSTEMS; PIPE-LINES
- F17D3/00—Arrangements for supervising or controlling working operations
- F17D3/01—Arrangements for supervising or controlling working operations for controlling, signalling, or supervising the conveyance of a product
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Power-Operated Mechanisms For Wings (AREA)
- Specific Sealing Or Ventilating Devices For Doors And Windows (AREA)
Abstract
The invention discloses automatic air-compensating type air gas-tight doors, door weather strip including the door leaf periphery of gas-tight door is arranged in, it further include gas source, charge valve and vent valve, gas channels one end connection in the gas outlet and charge valve of gas source, the charge and discharge port of the gas channels other end and door weather strip in charge valve connects, the charge and discharge port of gas channels one end and door weather strip in vent valve connects, the charge and discharge port of door weather strip is additionally provided with second pressure detection module, and the gas outlet of gas source is provided with first pressure detection module.The invention also discloses airtight door control methods, gas pressure in real time on-line monitoring door weather strip of the present invention, tonifying Qi work is automatically performed when hypotony in sealing strip, maintain the pressure of door weather strip on setting value always, guarantee that gas-tight door is in the tight sealing state of expansion always, solves the problems, such as that airtight door closed declines naturally.
Description
Technical field
The invention belongs to sealing device fields, and in particular to and automatic air-compensating type air gas-tight door further relates to airtight door control method,
Have applied to life science, physics and chemistry and biosecurity laboratory and medical surgery room and bio-pharmaceuticals workshop etc. stringent close
Close the house and facilities and equipment of requirement.
Background technique
Gas-tight door be it is a kind of with higher airtightness requirement can mutually lock control opening and closing metallic door.Gas-tight door is by door
Frame, door leaf, gas-flow closure adhesive tape, inflate gas circuit, deflation gas circuit, and the composition such as door lock realizes that sealing strip is inflated when door is closed, and is opened
When leak function, and have electromagnetic door lock function at closing time.Common gas-tight door relies on door electromagnetic lock electromagnetic attraction and door sealing
Expansion sealing locking door.The inflation swelling of gas-tight door closing back door sealing strip is chronically at air-tight state, gas circuit in actual use
It can leak slowly, insufficient pressure will reduce Expansion sealing performance in door weather strip, and adjacent room has a possibility that connection.
Summary of the invention
The purpose of the present invention is in view of the above-mentioned problems existing in the prior art, providing automatic air-compensating type air gas-tight door, also provide
Airtight door control method.Gas pressure in real time on-line monitoring door weather strip is automatically performed benefit when hypotony in sealing strip
Gas work, maintains the pressure of door weather strip on setting value always, guarantees that gas-tight door is in the tight sealing state of expansion, solution always
The problem of airtight door closed of having determined declines naturally.
In order to achieve the above object, the present invention provides following technical schemes:
Automatic air-compensating type air gas-tight door, the door weather strip of the door leaf periphery including gas-tight door is arranged in, further include gas source, charge valve and
Vent valve, gas channels one end connection in the gas outlet and charge valve of gas source, the gas channels other end and door in charge valve
The charge and discharge port of sealing strip connects, and the charge and discharge port of gas channels one end and door weather strip in vent valve connects, door weather strip
Charge and discharge port be additionally provided with second pressure detection module, the gas outlet of gas source is provided with first pressure detection module, charge valve
Control terminal, the control terminal of vent valve, door open button and door close button connect respectively with controller, controller also with setting exist
The coil module of electromagnetic lock on doorframe connects, controller also with connecting on doorframe close to switch is set.
Airtight door control method, specifically:
Step 1.1 presses door open button, and door open button sends opening signal to controller；
After step 1.2, controller receive opening signal, the gas supply of the gas outlet of gas source is detected by first pressure detection module
Pressure obtains supply gas pressure signal, and supply gas pressure signal is sent controller by first pressure detection module；
Step 1.3, controller judge the size of supply gas pressure signal and setting supply gas pressure threshold value,
If supply gas pressure signal is more than or equal to setting supply gas pressure threshold value, controller controls the gas channels in charge valve and closes,
The gas channels that controller controls in vent valve are open-minded, and gas in door weather strip is by the gas channels in vent valve to leaking
Gas, lose heart setting time after, controller control vent valve in gas channels close, controller control electromagnetic lock coil module
Power loss, controller control instructions lamp are door opening state, pull open gas-tight door manually；
If supply gas pressure signal is less than setting supply gas pressure threshold value, controller controls the gas channels in charge valve and closes, control
Device controls the gas channels in vent valve and closes, and controller control instructions lamp is malfunction.
Airtight door control method further includes shutdown step, specifically:
Step 2.1, the door leaf for closing gas-tight door manually, close to switch output activation signal to controller, electromagnetic lock output locking
Signal closes gate signal to controller, activation signal and block signal composition,
Step 2.2, controller receive close gate signal after, controller control charge valve in gas channels it is open-minded, controller control
Gas channels in vent valve are closed, and gas source is inflated by the gas channels in charge valve to door weather strip, inflate setting time
Afterwards, the gas channels in controller control charge valve disconnect, and the controller record inflation end time, controller control instructions lamp is
Shutdown state；
Step 2.3 obtains sealing strip pressure by the sealing strip pressure in second pressure detection module real-time monitoring door weather strip
Sealing strip pressure signal is transmitted to controller by signal, second pressure detection module；
Sealing strip pressure signal is compared by step 2.4, controller with setting sealed pressure threshold value:
If step 2.5, sealing strip pressure signal are more than or equal to setting sealed pressure threshold value, return step 2.4；
If sealing strip pressure signal is less than setting sealed pressure threshold value, current time and recent inflation end time are calculated
Between difference obtain inflation interval time,
If inflating interval time is more than or equal to setting interval threshold, the gas channels that controller 7 controls in charge valve are open-minded, control
Device controls the gas channels in vent valve and closes, and gas source is inflated by the gas channels in charge valve to door weather strip, and inflation is set
After fixing time, controller controls the gas channels in charge valve and disconnects, and the controller record inflation end time, controller control refers to
Show that lamp is shutdown state；
If inflating interval time is less than setting interval threshold, the gas channels circulation in controller control charge valve is opened-is closed,
Controller controls the gas channels in vent valve and closes, and controller control instructions lamp is malfunction.
Compared with the prior art, the present invention has the following beneficial effects:
1, the pressure of real time on-line monitoring door weather strip of the present invention, it is automatic that sealing strip pressure is once lower than setting sealed pressure threshold value
Tonifying Qi；
2, gas piping, which has, there is damaged mouth by damaged by rats and sealing strip aging breakage, generates special discouraged situation, door weather strip
There is the risk that indoor and outdoor communicates, inflation purging can guarantee the dirty cause of disease control confined space indoors simply into door weather strip,
The lasting purging of long-time atm number can aggravate the rupture of damaged mouth, be unfavorable for the effect of sealing；The present invention can compartment it is automatic
Tonifying Qi, had not only prevented but also interim protective effect, and can export fault alarm prompt, and personnel's Measuring error in alert device pipe reduces
Room potentially leaks possibility.
3, lacking consideration, bleed pressure is too low causes door weather strip the blowing pressure too low, and door weather strip Expansion sealing power is inadequate
The problem of；For the present invention to bleed pressure real time on-line monitoring, air pressure is lower than setting value, and Setup Controller output, which will call the police, to be mentioned
Show, while limiting gas-tight door and being opened and automatic inflating device function, avoids the unnecessary reduction of door weather strip pressure, can also prompt to set
Standby administrative staff, convenient for quickly investigation problem.
Detailed description of the invention
Fig. 1 is electrical structure schematic diagram of the invention.
In figure: 1- gas source；2- charge valve；3- vent valve；4- door weather strip；5- door open button；6- door close button；7- control
Device；8- supplies monitoring modular；9- pressure monitoring module；10- indicator light.
Specific embodiment
For the ease of those of ordinary skill in the art understand and implement the present invention, below with reference to embodiment to the present invention make into
The detailed description of one step, it should be understood that implementation example described herein is merely to illustrate and explain the present invention, and is not used to limit
The fixed present invention.
Automatic air-compensating type air gas-tight door, the door weather strip 4 of the door leaf periphery including gas-tight door is arranged in, further includes gas source 1, fills
The gas outlet of air valve 2 and vent valve 3, gas source 1 is connect with gas channels one end in charge valve 2, the gas channels in charge valve 2
The other end is connect with the charge and discharge port of door weather strip 4, the charge and discharge port of gas channels one end in vent valve 3 and door weather strip 4
Connection, the charge and discharge port of door weather strip 4 are additionally provided with second pressure detection module 9, and the gas outlet of gas source 1 is provided with first pressure
Detection module 8, the control terminal of charge valve 2, the control terminal of vent valve 3, door open button 5 and door close button 6 respectively with controller
7 connections, controller 7 also connect with the coil module for the electromagnetic lock being arranged on doorframe, controller 7 also be arranged on doorframe
Close to switch connection.
Charge valve 2 and vent valve 3 are controlled opening and closing for internal gas channels by controller 7, and charge valve 2 is by controlling
The gas channels that device 7 processed controls inside are open-minded, and when vent valve 3 controls internal gas channels closing by controller 7, gas source 1 is logical
The gas channels overcharged in air valve 2 are inflated to door weather strip 4；Charge valve 2 controls internal gas channels by controller 7 and closes,
When vent valve 3 is opened by the gas channels that controller 7 controls inside, door weather strip 4 is external by the gas channels in vent valve 3
Lose heart.
Opening signal is sent to controller 7 when door open button 5 is pressed, sends and closes the door to controller 7 when door close button 6 is pressed
Signal.First pressure detection module 8 detects the supply gas pressure of the gas outlet of gas source 1, and second pressure detection module 9 detects door sealing
Pressure in item 4.
Airtight door control method, comprising the following steps:
Enabling step:
Step 1.1 presses door open button 5, and door open button 5 sends opening signal to controller 7；
After step 1.2, controller 7 receive opening signal, the gas outlet of gas source 1 is detected by first pressure detection module 8
Supply gas pressure obtains supply gas pressure signal, and supply gas pressure signal is sent controller 7 by first pressure detection module 8；
Step 1.3, controller 7 judge the size of supply gas pressure signal and setting supply gas pressure threshold value,
If supply gas pressure signal is more than or equal to setting supply gas pressure threshold value, reflect that gas supply is normal, controller 7 controls charge valve 2
Interior gas channels are closed, and the gas channels that controller 7 controls in vent valve 3 are open-minded, and the gas in door weather strip 4 passes through deflation
Gas channels in valve 3 lose heart outward, and after setting time of losing heart, controller 7 controls the gas channels in vent valve 3 and closes, control
Device 7 processed controls the coil module power loss of electromagnetic lock, and 7 control instructions lamp 10 of controller is door opening state (green), pulls open gas manually
Mi Men；
If supply gas pressure signal is less than setting supply gas pressure threshold value, reflect that gas supply is abnormal, controller 7 controls in charge valve 2
Gas channels close, controller 7 control vent valve 3 in gas channels close, 7 control instructions lamp 10 of controller be failure shape
State (yellow).
Shutdown step:
Step 2.1, the door leaf for closing gas-tight door manually, close to switch output activation signal to controller 7, electromagnetic lock output locking
Signal closes gate signal to controller, activation signal and block signal composition,
Step 2.2, controller 7 receive after closing gate signal, and the gas channels that controller 7 controls in charge valve 2 are open-minded, controller 7
The gas channels controlled in vent valve 3 are closed, and gas source 1 is inflated by the gas channels in charge valve 2 to door weather strip 4, inflation
After setting time, controller 7 controls the gas channels in charge valve 2 and disconnects, the record inflation end time of controller 7, controller 7
Control instructions lamp 10 is shutdown state (red)；
Step 2.3 obtains sealing strip pressure by the sealing strip pressure in 9 real-time monitoring door weather strip 4 of second pressure detection module
Sealing strip pressure signal is transmitted to controller 7 by force signal, second pressure detection module 9；
Sealing strip pressure signal is compared by step 2.4, controller 7 with setting sealed pressure threshold value:
If step 2.5, sealing strip pressure signal are more than or equal to setting sealed pressure threshold value, return step 2.4；
If sealing strip pressure signal is less than setting sealed pressure threshold value, current time and recent inflation end time are calculated
Between difference obtain inflation interval time,
If inflating interval time is more than or equal to setting interval threshold, show door weather strip 4 without breakage, the control inflation of controller 7
Gas channels in valve 2 are open-minded, and controller 7 controls the gas channels in vent valve 3 and closes, and gas source 1 passes through the gas in charge valve 2
Paths are inflated to door weather strip 4, and after inflating setting time, controller 7 controls the gas channels in charge valve 2 and disconnects, control
The record inflation end time of device 7,7 control instructions lamp 10 of controller are shutdown state (red)；
If inflating interval time is less than setting interval threshold, show that door weather strip 4 has breakage, controller 7 controls in charge valve 2
Gas channels circulation open-close, that is, close, opened again after being set the time, reciprocation cycle after opening setting time, control
Device 7 controls the gas channels in vent valve 3 and closes, and 7 control instructions lamp 10 of controller is malfunction (white).
In the present embodiment, during the gas channels circulation in charge valve 2 is opened-closed, service time is 15~20s, is closed
Closing the time is 2~3s.
Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention
The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (3)
1. automatic air-compensating type air gas-tight door, the door weather strip (4) of the door leaf periphery including gas-tight door is arranged in, which is characterized in that also
Including gas source (1), charge valve (2) and vent valve (3), the gas outlet of gas source (1) and gas channels one end in charge valve (2) connect
It connects, the gas channels other end in charge valve (2) is connect with the charge and discharge port of door weather strip (4), and the gas circuit in vent valve (3) is logical
Road one end is connect with the charge and discharge port of door weather strip (4), and the charge and discharge port of door weather strip (4) is additionally provided with second pressure detection mould
Block (9), the gas outlet of gas source (1) are provided with first pressure detection module (8), the control terminal of charge valve (2), vent valve (3)
Control terminal, door open button (5) and door close button (6) are connect with controller (7) respectively, and controller (7) is also with setting in doorframe
On electromagnetic lock coil module connection, controller (7) also with connecting on doorframe close to switch is set.
2. airtight door control method utilizes automatic air-compensating type air gas-tight door described in claim 1, which is characterized in that including opening the door
Step, specifically:
Step 1.1 is pressed door open button (5), and door open button (5) sends opening signal to controller (7)；
After step 1.2, controller (7) receive opening signal, pass through going out for first pressure detection module (8) detection gas source (1)
The supply gas pressure of port obtains supply gas pressure signal, and supply gas pressure signal is sent controller by first pressure detection module (8)
(7)；
Step 1.3, controller (7) judge the size of supply gas pressure signal and setting supply gas pressure threshold value,
If supply gas pressure signal is more than or equal to setting supply gas pressure threshold value, controller (7) controls the gas channels in charge valve (2)
It closes, the gas channels that controller (7) controls in vent valve (3) are open-minded, and the gas in door weather strip (4) passes through vent valve (3)
Interior gas channels lose heart outward, and after setting time of losing heart, controller (7) controls the gas channels in vent valve (3) and closes, control
The coil module power loss of device (7) control electromagnetic lock processed, controller (7) control instructions lamp (10) is door opening state, pulls open gas manually
Mi Men；
If supply gas pressure signal is less than setting supply gas pressure threshold value, controller (7) controls the gas channels in charge valve (2) and closes
It closes, controller (7) controls the gas channels in vent valve (3) and closes, and controller (7) control instructions lamp (10) is malfunction.
3. airtight door control method according to claim 1, which is characterized in that it further include shutdown step, specifically:
Step 2.1, the door leaf for closing gas-tight door manually, close to switch output activation signal to controller (7), electromagnetic lock output is closed
Lock signal closes gate signal to controller, activation signal and block signal composition,
Step 2.2, controller (7) receive after closing gate signal, and the gas channels that controller (7) controls in charge valve (2) are open-minded, control
Gas channels in device (7) control vent valve (3) processed are closed, and gas source (1) passes through the gas channels in charge valve (2) to door sealing
Item (4) inflation, after inflating setting time, controller (7) controls the gas channels in charge valve (2) and disconnects, controller (7) record
It inflates the end time, controller (7) control instructions lamp (10) is shutdown state；
Step 2.3 is sealed by the sealing strip pressure in second pressure detection module (9) real-time monitoring door weather strip (4)
Sealing strip pressure signal is transmitted to controller (7) by pressure signal, second pressure detection module (9)；
Sealing strip pressure signal is compared by step 2.4, controller (7) with setting sealed pressure threshold value:
If step 2.5, sealing strip pressure signal are more than or equal to setting sealed pressure threshold value, return step 2.4；
If sealing strip pressure signal is less than setting sealed pressure threshold value, current time and recent inflation end time are calculated
Between difference obtain inflation interval time,
If inflating interval time is more than or equal to setting interval threshold, the gas channels in controller (7) control charge valve (2) are opened
Logical, controller (7) controls the gas channels in vent valve (3) and closes, gas source (1) by the gas channels in charge valve (2) to
Door weather strip (4) inflation, after inflating setting time, controller (7) controls the gas channels in charge valve (2) and disconnects, controller
(7) record inflation end time, controller (7) control instructions lamp (10) are shutdown state；
If inflating interval time is less than setting interval threshold, the gas channels circulation in controller (7) control charge valve (2) is opened
Logical-to close, controller (7) controls the gas channels in vent valve (3) and closes, and controller (7) control instructions lamp (10) is failure
State.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910325545.2A CN110005949B (en) | 2019-04-22 | 2019-04-22 | Automatic air-supplementing type airtight door and airtight door control method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910325545.2A CN110005949B (en) | 2019-04-22 | 2019-04-22 | Automatic air-supplementing type airtight door and airtight door control method |
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| CN110005949A true CN110005949A (en) | 2019-07-12 |
| CN110005949B CN110005949B (en) | 2023-04-28 |
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| CN110774875A (en) * | 2019-11-01 | 2020-02-11 | 天津捷强动力装备股份有限公司 | High-overpressure type collective protection system |
| CN111055965A (en) * | 2019-12-30 | 2020-04-24 | 湖北三江船艇科技有限公司 | Waterborne bus passenger ship |
| CN112081513A (en) * | 2019-12-25 | 2020-12-15 | 上海厚普科技发展有限公司 | Air-tight door control system and control method |
| CN112647821A (en) * | 2021-02-04 | 2021-04-13 | 泰安仁和屏蔽防护工程有限公司 | Special silence door of no reed nuclear magnetic shielding |
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