CN109040667A - A kind of workshop hydraulic pressure air pressure detection alarm system - Google Patents
A kind of workshop hydraulic pressure air pressure detection alarm system Download PDFInfo
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- CN109040667A CN109040667A CN201810651947.7A CN201810651947A CN109040667A CN 109040667 A CN109040667 A CN 109040667A CN 201810651947 A CN201810651947 A CN 201810651947A CN 109040667 A CN109040667 A CN 109040667A
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- inlet pipe
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D21/00—Measuring or testing not otherwise provided for
- G01D21/02—Measuring two or more variables by means not covered by a single other subclass
-
- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/18—Status alarms
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- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Multimedia (AREA)
- Signal Processing (AREA)
- Business, Economics & Management (AREA)
- Emergency Management (AREA)
- Measuring Arrangements Characterized By The Use Of Fluids (AREA)
Abstract
The invention discloses a kind of workshop hydraulic pressure air pressures to detect alarm system, including workshop, mounting rack, distributive pipe, gas-distributing pipe and dry fog sprayer, the workshop top passes through keel installation mounting rack, and distributive pipe is set at the top of mounting rack, gas-distributing pipe is installed by support frame at the top of the distributive pipe, the mounting rack bottom dry fog sprayer is installed by connection frame, there is air inlet pipe and water inlet pipe at the top of the dry fog sprayer, and gas flow transducer is socketed in air inlet pipe, water flow sensing unit is arranged on the water inlet pipe, the air inlet pipe is connect with gas-distributing pipe, the water inlet pipe is connect with distributive pipe, one side bottom of workshop described in alarm device is installed by bolt, master hosts are set in the connection frame side, and master hosts and alarm device are electrically connected, the circulation numerical value of the gas in air inlet pipe can be effectively detected by gas flow transducer, it is passed by water flow Sensor effectively detects the numerical value that decocting is circulated in water inlet pipe.
Description
Technical field
The invention belongs to data-signal technical fields, and in particular to a kind of workshop hydraulic pressure air pressure detection alarm system.
Background technique
Traditional workshop does not have good cooling depositing dust function, and does not have the function of good monitoring and detection, not good
The spraying intelligent control structure of good cooling, so that good hydraulic pressure air pressure detection alarm machine is arranged in the tool that also do not cool down to it
Structure, so that personnel's good working environment in workshop cannot be provided.
Summary of the invention
The purpose of the present invention is to provide a kind of workshop hydraulic pressure air pressures to detect alarm system, to solve above-mentioned background skill
The traditional workshop proposed in art does not have good cooling depositing dust function, and does not have the function of good monitoring and detection, does not have
The spraying intelligent control structure of good cooling, so that good hydraulic pressure air pressure detection alarm is arranged in the tool that also do not cool down to it
Mechanism, so that personnel's good working environment in workshop cannot be provided.
To achieve the above object, the invention provides the following technical scheme: a kind of workshop hydraulic pressure air pressure detection alarm system
System, including workshop, mounting rack, distributive pipe, gas-distributing pipe and dry fog sprayer, the workshop top pass through keel installation mounting rack,
And distributive pipe is set at the top of mounting rack, gas-distributing pipe is installed by support frame at the top of the distributive pipe, the mounting rack bottom passes through
Connection frame installs dry fog sprayer, has air inlet pipe and water inlet pipe at the top of the dry fog sprayer, and air-flow is socketed in air inlet pipe
Sensor is arranged water flow sensing unit on the water inlet pipe, and the air inlet pipe is connect with gas-distributing pipe, and the water inlet pipe and distributive pipe connect
Connect, the connection frame side by bolt install alarm device described in one side bottom of workshop be arranged master hosts, and master hosts with
Alarm device is electrically connected, and can effectively be detected the circulation numerical value of the gas in air inlet pipe by gas flow transducer, be passed through water flow sensing unit
The numerical value of decocting circulation effectively in detection water inlet pipe, is effectively delivered to dry fog spray for gas and water source by distributive pipe and gas-distributing pipe
Day with fog, carries out dry fog spray operations convenient for it, can control alarm device to carry out alarm work by master hosts.
Further, described gas-distributing pipe one end connects Piston Air Compressor, and air filter is arranged at the top of Piston Air Compressor,
Baroceptor is set at the top of the air filter, and air filter and baroceptor are socketed on gas-distributing pipe, it is described
Distributive pipe one end connects water pump, and water pump bottom connects water tank by bailing pipe, and active carbon water quality mistake is arranged at the top of the water pump
Filter, and hydraulic pressure sensor is set at the top of active carbon water filter, and active carbon water filter and hydraulic pressure sensor socket
In on distributive pipe, the Piston Air Compressor and water pump are respectively positioned on workshop side, pass through Piston Air Compressor gas collection and utilize air mistake
Filter is delivered in each dry fog sprayer by gas filtration, then by filtered gas by gas-distributing pipe respectively, passes through water pump
It send after effectively the water source in water tank is filtered by active carbon water filter to distributive pipe, and is conveyed respectively by water inlet pipe
In to each dry fog sprayer, dry fog sprayer is then effectively made to carry out the work of dry fog sprinkling.
Further, camera by bolt is installed in a lateral roof in the workshop, and the other side passes through installation in workshop
Box installs Temperature Humidity Sensor, and air quality sensor is arranged in Temperature Humidity Sensor side.
Further, the water tank side installs liquid level sensor, and the test side position of liquid level sensor by shield
In in water tank, ultraviolet germicidal lamp is installed by protection translucent cover in two sides in the water tank.
Further, the master hosts are sensed by interchanger and camera, Temperature Humidity Sensor, air quality
Device, gas flow transducer, water flow sensing unit, baroceptor and hydraulic pressure sensor are electrically connected, and master hosts and piston pneumatics
Machine and water pump are electrically connected, and the master hosts are electrically connected by router and computer and decoder, and decoder and multi-screen
Display is electrically connected.
Compared with prior art, the beneficial effects of the present invention are:
1. can effectively detect the circulation numerical value of the gas in air inlet pipe by gas flow transducer, effectively examined by water flow sensing unit
Gas and water source are effectively delivered to dry fog sprayer by distributive pipe and gas-distributing pipe by the numerical value for surveying decocting circulation in water inlet pipe,
Dry fog spray operations are carried out convenient for it, can control alarm device to carry out alarm work by master hosts.
2. shooting either inside operating environment by camera, the warm and humid degree of either inside is detected by Temperature Humidity Sensor
Value, detects either inside air quality by air quality sensor, detects the atmospheric pressure value in gas-distributing pipe by baroceptor,
The hydraulic pressure value in distributive pipe is detected by hydraulic pressure sensor, and passes through interchanger for camera, Temperature Humidity Sensor, air quality
Sensor, gas flow transducer, water flow sensing unit, baroceptor and hydraulic pressure sensor signal data be sent to master hosts,
Air pressure transmission is received when the numerical value and master hosts of gas flow transducer and water flow sensing unit detection on a certain section of dry fog sprayer are inscribed
Sensor and the conversion of hydraulic pressure sensor numerical value be not inconsistent and when, illustrate on a certain section of dry fog sprayer that water inlet pipe or air inlet pipe exist and leaks
Or the problem of blocking, master hosts will control alarm device on this section of dry fog sprayer and carry out alarm work.
3. master hosts can receive the detection numerical value of Temperature Humidity Sensor and air quality sensor, as detection numerical value and master
When the numerical value set in control host is not inconsistent, master hosts will control Piston Air Compressor and water pump works, and then spray dry fog
Day with fog carries out dry fog spray operations, and master hosts are sensed camera, Temperature Humidity Sensor, air quality using router
Device, gas flow transducer, water flow sensing unit, baroceptor and hydraulic pressure sensor signal data be sent to computer and decoder,
So that personnel monitor either inside in real time by computer and multi-screen display.
Detailed description of the invention
Fig. 1 is the device structure schematic diagram that a kind of workshop hydraulic pressure air pressure of the present invention detects alarm system.
Fig. 2 is the electric appliance connection schematic diagram that a kind of workshop hydraulic pressure air pressure of the present invention detects alarm system.
Fig. 3 is the dry fog spray structure schematic diagram that a kind of workshop hydraulic pressure air pressure of the present invention detects alarm system.
In figure: 1, workshop；2, mounting rack；3, distributive pipe；4, gas-distributing pipe；5, connection frame；6, dry fog sprayer；7, water tank；
8, water pump；9, active carbon water filter；10, hydraulic pressure sensor；11, Piston Air Compressor；12, air filter；13, air pressure transmission
Sensor；14, master hosts；15, camera；16, liquid level sensor；17, ultraviolet germicidal lamp；18, Temperature Humidity Sensor；19,
Air quality sensor；20, gas flow transducer；21, alarm device；22, water inlet pipe；23, air inlet pipe；24, water flow sensing unit.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Embodiment 1
As shown in Figure 1-3, a kind of workshop hydraulic pressure air pressure detects alarm system, including workshop 1, mounting rack 2, distributive pipe
3, gas-distributing pipe 4 and dry fog sprayer 6, by keel installation mounting rack 2 at the top of the workshop 1, and setting divides water at the top of mounting rack 2
Pipe 3, installs gas-distributing pipe 4 by support frame at the top of the distributive pipe 3, and dry fog spray is installed by connection frame 5 in 2 bottom of mounting rack
Day with fog 6 has air inlet pipe 23 and water inlet pipe 22 at the top of the dry fog sprayer 6, and gas flow transducer 20 is socketed in air inlet pipe 23,
Water flow sensing unit 24 is arranged on the water inlet pipe 22, the air inlet pipe 23 is connect with gas-distributing pipe 4, the water inlet pipe 22 and distributive pipe
3 connections, 5 side of connection frame install 1 one side bottom of workshop described in alarm device 21 by bolt and master hosts 14 are arranged, and main
It controls host 14 and alarm device 21 is electrically connected, the circulation number of the gas in air inlet pipe 23 can effectively be detected by gas flow transducer 20
Value is effective by distributive pipe 3 and gas-distributing pipe 4 by the numerical value of decocting circulation in water flow sensing unit 24 effectively detection water inlet pipe 22
Gas and water source are delivered to dry fog sprayer 6, dry fog spray operations is carried out convenient for it, can control alarm by master hosts 14
Device 21 carries out alarm work.
Wherein, described 4 one end of gas-distributing pipe connects Piston Air Compressor 11, and air filter is arranged at the top of Piston Air Compressor 11
12, baroceptor 13 is set at the top of the air filter 12, and air filter 12 and baroceptor 13 are socketed on point
On tracheae 4, described 3 one end of distributive pipe connects water pump 8, and 8 bottom of water pump connects water tank 7,8 top of water pump by bailing pipe
Active carbon water filter 9 is set, and hydraulic pressure sensor 10 is set at the top of active carbon water filter 9, and active carbon water quality mistake
Filter 9 and hydraulic pressure sensor 10 are socketed on distributive pipe 3, and the Piston Air Compressor 11 and water pump 8 are respectively positioned on 1 side of workshop, are led to
It crosses 11 gas collection of Piston Air Compressor and using air filter 12 by gas filtration, then filtered gas is divided by gas-distributing pipe 4
It is not delivered in each dry fog sprayer 6, the water source in water tank 7 is effectively passed through by 9 mistake of active carbon water filter by water pump 8
It send after filter to distributive pipe 3, and is delivered in each dry fog sprayer 6 respectively by water inlet pipe 22, then effectively spray dry fog
The work of the progress dry fog sprinkling of day with fog 6.
Wherein, camera 15 by bolt is installed in a lateral roof in the workshop 1, and the other side passes through installation in workshop 1
Box installs Temperature Humidity Sensor 18, and air quality sensor 19 is arranged in 18 side of Temperature Humidity Sensor, is clapped by camera 15
1 inside processing environment of workshop is taken the photograph, 1 inside temperature and humidity numerical value of workshop is detected by Temperature Humidity Sensor 18, is passed by air quality
Sensor 19 detects 1 inner air quality of workshop, detects the atmospheric pressure value in gas-distributing pipe 4 by baroceptor 13, is passed by hydraulic pressure
Sensor 10 detects the hydraulic pressure value in distributive pipe 3.
Wherein, liquid level sensor 16, and the test side position of liquid level sensor 16 are installed by shield in 7 side of water tank
In in water tank 7, ultraviolet germicidal lamp 17 is installed by protection translucent cover in two sides in the water tank 7, is examined using liquid level sensor 16
Water surplus in water tank 7 is surveyed, using ultraviolet germicidal lamp 17 to ultraviolet sterilization processing is carried out in water tank 7, to effectively improve
The health for the fog that dry fog sprayer 6 sprays.
Wherein, the master hosts 14 are passed by interchanger and camera 15, Temperature Humidity Sensor 18, air quality
Sensor 19, gas flow transducer 20, water flow sensing unit 24, baroceptor 13 and hydraulic pressure sensor 10 are electrically connected, and master control master
Machine 14 and Piston Air Compressor 11 and water pump 8 are electrically connected, and the master hosts 14 are electrical by router and computer and decoder
Connection, and decoder and multi-screen display electric connection master hosts 14 can receive Temperature Humidity Sensor 18 and air quality senses
The detection numerical value of device 19, when the numerical value set in detection numerical value and master hosts 14 is not inconsistent, master hosts 14 will control piston
Air compressor machine 11 and water pump 8 work, and so that dry fog sprayer 6 is carried out dry fog spray operations, and master hosts 14 utilize road
By device by camera 15, Temperature Humidity Sensor 18, air quality sensor 19, gas flow transducer 20, water flow sensing unit 24, air pressure
The signal data of sensor 13 and hydraulic pressure sensor 10 is sent to computer and decoder, so that personnel pass through computer and multihead display
Device inside workshop 1 to monitoring in real time.
Embodiment 2
As shown in Figure 1-3, a kind of workshop hydraulic pressure air pressure detects alarm system, including workshop 1, mounting rack 2, distributive pipe
3, gas-distributing pipe 4 and dry fog sprayer 6, by keel installation mounting rack 2 at the top of the workshop 1, and setting divides water at the top of mounting rack 2
Pipe 3, installs gas-distributing pipe 4 by support frame at the top of the distributive pipe 3, and dry fog spray is installed by connection frame 5 in 2 bottom of mounting rack
Day with fog 6 has air inlet pipe 23 and water inlet pipe 22 at the top of the dry fog sprayer 6, and gas flow transducer 20 is socketed in air inlet pipe 23,
Water flow sensing unit 24 is arranged on the water inlet pipe 22, the air inlet pipe 23 is connect with gas-distributing pipe 4, the water inlet pipe 22 and distributive pipe
3 connections, 5 side of connection frame install 1 one side bottom of workshop described in alarm device 21 by bolt and master hosts 14 are arranged, and main
It controls host 14 and alarm device 21 is electrically connected, the circulation number of the gas in air inlet pipe 23 can effectively be detected by gas flow transducer 20
Value is effective by distributive pipe 3 and gas-distributing pipe 4 by the numerical value of decocting circulation in water flow sensing unit 24 effectively detection water inlet pipe 22
Gas and water source are delivered to dry fog sprayer 6, dry fog spray operations is carried out convenient for it, can control alarm by master hosts 14
Device 21 carries out alarm work.
Wherein, described 4 one end of gas-distributing pipe connects Piston Air Compressor 11, and air filter is arranged at the top of Piston Air Compressor 11
12, baroceptor 13 is set at the top of the air filter 12, and air filter 12 and baroceptor 13 are socketed on point
On tracheae 4, described 3 one end of distributive pipe connects water pump 8, and 8 bottom of water pump connects water tank 7,8 top of water pump by bailing pipe
Active carbon water filter 9 is set, and hydraulic pressure sensor 10 is set at the top of active carbon water filter 9, and active carbon water quality mistake
Filter 9 and hydraulic pressure sensor 10 are socketed on distributive pipe 3, and the Piston Air Compressor 11 and water pump 8 are respectively positioned on 1 side of workshop, are led to
It crosses 11 gas collection of Piston Air Compressor and using air filter 12 by gas filtration, then filtered gas is divided by gas-distributing pipe 4
It is not delivered in each dry fog sprayer 6, the water source in water tank 7 is effectively passed through by 9 mistake of active carbon water filter by water pump 8
It send after filter to distributive pipe 3, and is delivered in each dry fog sprayer 6 respectively by water inlet pipe 22, then effectively spray dry fog
The work of the progress dry fog sprinkling of day with fog 6.
Wherein, camera 15 by bolt is installed in a lateral roof in the workshop 1, and the other side passes through installation in workshop 1
Box installs Temperature Humidity Sensor 18, and air quality sensor 19 is arranged in 18 side of Temperature Humidity Sensor, is clapped by camera 15
1 inside processing environment of workshop is taken the photograph, 1 inside temperature and humidity numerical value of workshop is detected by Temperature Humidity Sensor 18, is passed by air quality
Sensor 19 detects 1 inner air quality of workshop, detects the atmospheric pressure value in gas-distributing pipe 4 by baroceptor 13, is passed by hydraulic pressure
Sensor 10 detects the hydraulic pressure value in distributive pipe 3.
Wherein, institute's air filter 12 and baroceptor 13 are socketed on gas-distributing pipe 4, the active carbon water filter
9 and hydraulic pressure sensor 10 be socketed on distributive pipe 3, be filtered by the air that air filter 12 enters gas-distributing pipe 4, lead to
It crosses the water source that 9 pairs of active carbon water filter enter distributive pipe 3 to be filtered, to effectively improve the ejection of dry fog sprayer 6
The health of fog.
Wherein, the master hosts 14 are passed by interchanger and camera 15, Temperature Humidity Sensor 18, air quality
Sensor 19, gas flow transducer 20, water flow sensing unit 24, baroceptor 13 and hydraulic pressure sensor 10 are electrically connected, and master control master
Machine 14 and Piston Air Compressor 11 and water pump 8 are electrically connected, and the master hosts 14 are electrical by router and computer and decoder
Connection, and decoder and multi-screen display electric connection master hosts 14 can receive Temperature Humidity Sensor 18 and air quality senses
The detection numerical value of device 19, when the numerical value set in detection numerical value and master hosts 14 is not inconsistent, master hosts 14 will control piston
Air compressor machine 11 and water pump 8 work, and so that dry fog sprayer 6 is carried out dry fog spray operations, and master hosts 14 utilize road
By device by camera 15, Temperature Humidity Sensor 18, air quality sensor 19, gas flow transducer 20, water flow sensing unit 24, air pressure
The signal data of sensor 13 and hydraulic pressure sensor 10 is sent to computer and decoder, so that personnel pass through computer and multihead display
Device inside workshop 1 to monitoring in real time.
The working principle of the invention and process for using: 1 inside processing environment of workshop is shot by camera 15, by warm and humid
It spends sensor 18 and detects 1 inside temperature and humidity numerical value of workshop, 1 inner air quality of workshop is detected by air quality sensor 19,
The atmospheric pressure value in gas-distributing pipe 4 is detected by baroceptor 13, the hydraulic pressure value in distributive pipe 3 is detected by hydraulic pressure sensor 10,
And camera 15, Temperature Humidity Sensor 18, air quality sensor 19, gas flow transducer 20, water flow are sensed by interchanger
The signal data of device 24, baroceptor 13 and hydraulic pressure sensor 10 is sent to master hosts 14, when a certain section of dry fog sprayer 6
On gas flow transducer 20 and water flow sensing unit 24 detect numerical value and master hosts 14 getter pressure sensor 13 and hydraulic pressure is inscribed
The conversion of 10 numerical value of sensor be not inconsistent and when, illustrate on a certain section of dry fog sprayer 6 water inlet pipe 22 or air inlet pipe 23 exist leak or
The problem of blocking, master hosts 14 will control alarm device 21 on this section of dry fog sprayer 6 and carry out alarm work, master hosts 14
The detection numerical value that can receive Temperature Humidity Sensor 18 and air quality sensor 19 is set when in detection numerical value and master hosts 14
Numerical value when not being inconsistent, master hosts 14 will control Piston Air Compressor 11 and water pump 8 works, then make dry fog sprayer 6 into
Row dry fog spray operations, and master hosts 14 utilize router by camera 15, Temperature Humidity Sensor 18, air quality sensor
19, the signal data of gas flow transducer 20, water flow sensing unit 24, baroceptor 13 and hydraulic pressure sensor 10 be sent to computer and
Decoder, so as to personnel by computer and multi-screen display to being monitored in real time inside workshop 1.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (5)
1. a kind of workshop hydraulic pressure air pressure detects alarm system, including workshop (1), mounting rack (2), distributive pipe (3), gas-distributing pipe
(4) and dry fog sprayer (6), it is characterised in that: by keel installation mounting rack (2) at the top of the workshop (1), and mounting rack
(2) distributive pipe (3) are arranged in top, install gas-distributing pipe (4) by support frame at the top of the distributive pipe (3), mounting rack (2) bottom
Portion has air inlet pipe (23) and water inlet pipe by connection frame (5) installation dry fog sprayer (6), dry fog sprayer (6) top
(22), gas flow transducer (20) and in air inlet pipe (23) are socketed, are arranged water flow sensing unit (24) on the water inlet pipe (22), it is described
Air inlet pipe (23) is connect with gas-distributing pipe (4), and the water inlet pipe (22) connect with distributive pipe (3), and connection frame (5) side passes through
Bolt installs alarm device (21) described (1) one side bottom of workshop setting master hosts (14), and master hosts (14) and alarm device
(21) it is electrically connected, can detect the gas circulation numerical value in air inlet pipe (23) by gas flow transducer (20), sensed by water flow
Device (24) detects the numerical value of water inlet pipe (22) interior decocting circulation, is delivered gas and water source by distributive pipe (3) and gas-distributing pipe (4)
To dry fog sprayer (6), dry fog spray operations are carried out convenient for it, can control alarm device (21) to be warned by master hosts (14)
Report work.
2. a kind of workshop hydraulic pressure air pressure according to claim 1 detects alarm system, it is characterised in that: described to divide gas
(4) one end connection Piston Air Compressor (11) is managed, and air filter (12) are set at the top of Piston Air Compressor (11), the air mistake
Baroceptor (13) are set at the top of filter (12), and air filter (12) and baroceptor (13) are socketed on gas-distributing pipe
(4) on, described distributive pipe (3) one end connects water pump (8), and water pump (8) bottom connects water tank (7) by bailing pipe, the water
It pumps and active carbon water filter (9) is set at the top of (8), and hydraulic pressure sensor (10) are set at the top of active carbon water filter (9),
And active carbon water filter (9) and hydraulic pressure sensor (10) are socketed on distributive pipe (3), the Piston Air Compressor (11) and water
Pump (8) is respectively positioned on workshop (1) side, passes through Piston Air Compressor (11) gas collection and using air filter (12) by gas filtration,
Again filtered gas is delivered in each dry fog sprayer (6) respectively by gas-distributing pipe (4), effectively will by water pump (8)
Water source in water tank (7) is sent after being filtered by active carbon water filter (9) to distributive pipe (3), and passes through water inlet pipe (22)
It is delivered in each dry fog sprayer (6) respectively, dry fog sprayer (6) is then effectively made to carry out the work of dry fog sprinkling.
3. a kind of workshop hydraulic pressure air pressure according to claim 1 or 2 detects alarm system, it is characterised in that: described
Camera (15) are installed by bolt in a lateral roof in workshop (1), and temperature and humidity is installed by mounting box in workshop (1) interior other side
Sensor (18), and Temperature Humidity Sensor (18) side setting air quality sensor (19).
4. a kind of workshop hydraulic pressure air pressure according to claim 1 detects alarm system, it is characterised in that: the water tank
(7) liquid level sensor (16) are installed by shield in side, and the test side of liquid level sensor (16) is located in water tank (7), institute
It states water tank (7) interior two sides and passes through protection translucent cover installation ultraviolet germicidal lamp (17).
5. a kind of workshop hydraulic pressure air pressure according to claim 1 detects alarm system, it is characterised in that: described
Master hosts (14) are passed by interchanger and camera (15), Temperature Humidity Sensor (18), air quality sensor (19), air-flow
Sensor (20), water flow sensing unit (24), baroceptor (13) and hydraulic pressure sensor (10) are electrically connected, and master hosts (14)
It is electrically connected with Piston Air Compressor (11) and water pump (8), the master hosts (14) pass through router and computer and decoder electricity
Property connection, and decoder and multi-screen display are electrically connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810651947.7A CN109040667A (en) | 2018-06-22 | 2018-06-22 | A kind of workshop hydraulic pressure air pressure detection alarm system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810651947.7A CN109040667A (en) | 2018-06-22 | 2018-06-22 | A kind of workshop hydraulic pressure air pressure detection alarm system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109040667A true CN109040667A (en) | 2018-12-18 |
Family
ID=64610467
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810651947.7A Pending CN109040667A (en) | 2018-06-22 | 2018-06-22 | A kind of workshop hydraulic pressure air pressure detection alarm system |
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| CN (1) | CN109040667A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110261039A (en) * | 2019-06-12 | 2019-09-20 | 芜湖天航装备技术有限公司 | A kind of aircraft conduit comprehensive experimental device and its experimental method |
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| CN110261039B (en) * | 2019-06-12 | 2023-12-19 | 芜湖天航装备技术有限公司 | Comprehensive experimental device and experimental method for aircraft duct |
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Application publication date: 20181218 |
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| RJ01 | Rejection of invention patent application after publication |