CN106932008A - Safe condition detection platform - Google Patents
Safe condition detection platform Download PDFInfo
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- CN106932008A CN106932008A CN201710290946.XA CN201710290946A CN106932008A CN 106932008 A CN106932008 A CN 106932008A CN 201710290946 A CN201710290946 A CN 201710290946A CN 106932008 A CN106932008 A CN 106932008A
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- 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
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Abstract
The present invention relates to a kind of safe condition detection platform, including sandy beach water mark testing equipment, timing device, safety line analytical equipment, sandy beach water mark testing equipment includes multiple sandy beaches humidity sensor, each sandy beach humidity sensor includes multiple humidity sensing units, each sandy beach humidity sensor output is apart from the current location for sending the humidity sensing unit that there is water mark signal of sandy beach proximal most position as wave arriving at location, safety line analytical equipment is directed to each sandy beach humidity sensor, on a timeline, average wave arriving at location is counted and exported based on all previous wave arriving at location for receiving, average wave arriving at location based on each sandy beach humidity sensor output draws sandy beach safety line.By means of the invention it is possible to the security situation near sandy beach is accurately analyzed and judged.
Description
Technical field
The present invention relates to field of image detection, more particularly to a kind of safe condition detection platform.
Background technology
Sandy beach is the gentle ground by loose silt or gravel buildup, is typically distributed across more than mean low tide line, to
On extend at the area that component or landform have significant change, i.e. high-water mark, also referred to as intertidal zone or beach.
By the size of component particle, sandy beach can be divided into ruckle (pebble beach), coarse sand beach and fine sand beach.DaLian, China
Tiger beach, Qingdao bathing beach, littoral Bei Dai River and Hainan Island, the sandy beach of the littoral development of Changle of Fujian Province are generally fine sand beach.
Sandy beach is the product of the longshore water movement comprehensive function of wave and its derivation.The outer incoming offshore phytal zone of sea wave, receives
To the rubbing action in seabed, crest steepening, trough slow down, and water particle motion track is presented reciprocal flowing, and flow velocity is entered in onshore
Degree is typically larger than offshore back-flow velocity, causes the net onshore of bottom sediment to be carried, and by the upper bath stream band of sharp ground swell to beach line
Upper accumulation.Material general top in sandy beach is thicker, and the beach slope gradient is larger；Bottom material is thinner, and beach slope is gentle.Due to swash ground swell and its
The swash of wave and the repeated action of backflow, make beach sand turn into the optimal deposit of sorting.
Go to the beach object for appreciation, and sandy beach is the place of playing that people must go, and for child, sandy beach is their paradise,
Heap castle, the game for digging crab can be played to black from early.And for adult, the project that can be played is more, by unrestrained, near on sandy beach
Extra large surfing, take pictures, the activity such as kart is often seen on sandy beach.
However, sandy beach is also in itself a unsafe place, its many danger of having hidden, child is swept away by wave, trip
Swimmer is involved in the report such as deep-sea and is common in space in a newspaper by whirlpool, once there is accident, necessarily major casualties, and due to sandy beach
The complexity of environment, in the prior art and in the absence of the Security Assurance Mechanism built around sandy beach.
The content of the invention
In order to solve the above problems, the invention provides a kind of safe condition detection platform, can heap sandy beach and wave be
Parameters to environment are accurately detected that the joint for participating in each state judges, for example, the judgement of sandy beach safety line, sand
The judgement of safety zone, the judgement of coastal waters vortex location, the judgement in dangerous sea location on beach, more it is essential that also introducing
Projector equipment carries out the projection of different colours to the sandy beach coastal waters location of different safe coefficients, so that, it is the trip of people on sandy beach
Play and important references are provided.
As can be seen here, the present invention has following important inventive point：
(1) the average wave arriving at location based on each sandy beach humidity sensor output draws sandy beach safety line；
(2) sandy beach safety line is compared with wave average line, in the safety line of sandy beach, will be more connect than wave average line
The region of Layer Near The Sea Surface as suspicious region, using than wave average line closer to the region at sandy beach as safety zone；
(3) location where the relative position based on whirlpool subgraph in the image of denoising coastal waters determines whirlpool；
(4) what location where suspicious location identification equipment output suspicious region being determined into whirlpool with vortex detection equipment overlapped
Position exports as dangerous sea location；
(5) live fluoroscopic is carried out to the coastal waters near sandy beach, uses different colours to project to show each sea location
Different safe coefficients.
According to an aspect of the present invention, there is provided a kind of safe condition detection platform, the platform includes：Sandy beach water mark inspection
Measurement equipment, timing device, safety line analytical equipment, sandy beach water mark testing equipment include multiple sandy beaches humidity sensor, uniform point
On coastline to be detected, distribution arrangement is that, perpendicular to coastline to be detected, each sandy beach humidity sensor includes multiple to cloth
Humidity sensing unit, is uniformly distributed correspondence sandy beach humidity sensor on the straight line in coastline to be detected, for detecting respectively
From the current humidity of position, and when current humidity is more than or equal to default humidity threshold, sends and there is water mark signal, current wet
When degree is less than default humidity threshold, send without water mark signal, each sandy beach humidity sensor output is apart from sandy beach proximal most position
The current location for sending the humidity sensing unit that there is water mark signal as wave arriving at location；
Wherein, safety line analytical equipment is connected with timing device and multiple sandy beaches humidity sensor respectively, for being directed to
Each sandy beach humidity sensor, on a timeline, is counted based on all previous wave arriving at location for receiving and exports average wave
Head arriving at location, the average wave arriving at location based on each sandy beach humidity sensor output draws sandy beach safety line；
Wherein, the line of the average wave arriving at location that sandy beach safety line is exported by each sandy beach humidity sensor is constituted.
More specifically, in the safe condition detection platform：Safety line analytical equipment is based on all previous wave for receiving
Arriving at location is counted and exports average wave arriving at location to be included：In all previous wave arriving at location for receiving, frequency is will appear from
The most wave arriving at location of rate is exported as average wave arriving at location.
More specifically, in the safe condition detection platform：Safety line analytical equipment is based on all previous wave for receiving
Arriving at location is counted and exports average wave arriving at location to be included：The mean place of all previous wave arriving at location for receiving is made
For average wave arriving at location is exported.
More specifically, in the safe condition detection platform, also including：
Suspicious location identification equipment, is connected with safety line analytical equipment, for based on each sandy beach humidity sensor output
Average wave arriving at location calculate the average of the plurality of average wave arriving at location, based on the plurality of average wave arriving at location
Average draw wave average line, sandy beach safety line is compared with wave average line, in the safety line of sandy beach, wave will be compared
Average line closer to sea region as suspicious region, using than wave average line closer to the region at sandy beach as place of safety
Domain；
Visual sensing equipment, is arranged on the montant on sandy beach, for carrying out high definition figure to the sea scope near sandy beach
As data acquisition, high definition coastal waters image is obtained；
Jamming equipment is removed, is arranged on the montant on sandy beach, be connected with visual sensing equipment, for receiving high definition coastal waters figure
Picture, noise type analysis is carried out to high definition coastal waters image, based on the noise type for analyzing to high definition coastal waters image using corresponding
Denoising, obtain denoising coastal waters image；
Vortex detection equipment, is arranged on the montant on sandy beach, is connected with jamming equipment is removed, for receiving denoising coastal waters figure
Picture, and detected from the image of denoising coastal waters based on default swirl pattern feature and be partitioned into whirlpool subgraph, based on whirlpool subgraph
The location as where the relative position in the image of denoising coastal waters determines whirlpool；
Danger zone analytical equipment, is connected with vortex detection equipment and suspicious location identification equipment respectively, for will be suspicious
Location identification equipment output suspicious region and vortex detection equipment determine position that whirlpool place location overlaps as dangerous sea
Location exports, and will fail and the suspicious region that overlaps of location where whirlpool and fails the whirlpool location overlapped with suspicious region
Section all as suspicious sea location export, using the sea location in benign sea location on sea and non-suspicious sea location as
Safe sea location output；
Live fluoroscopic equipment, is connected with danger zone analytical equipment, is arranged on the montant on sandy beach, near sandy beach
Coastal waters carries out live fluoroscopic, uses different colours to project to show the different safe coefficients in each sea location；
Wherein, live fluoroscopic equipment projects to suspicious sea ground using drop shadow red to dangerous sea location using orange
Section, using drop shadow green to safe sea location.
More specifically, in the safe condition detection platform, also including：FLASH storage devices, with vortex detection equipment
Connection, for providing its default swirl pattern feature for prestoring to vortex detection equipment.
More specifically, in the safe condition detection platform：Live fluoroscopic equipment is also by cordless communication network and peace
All fronts analytical equipment connection, for receiving sandy beach safety line, and sandy beach safety line is projected on sandy beach.
More specifically, in the safe condition detection platform：Safety line analytical equipment and suspicious location identification equipment are all
It is arranged in the computer room near sandy beach, danger zone analytical equipment is arranged on the montant on sandy beach.
More specifically, in the safe condition detection platform：Danger zone analytical equipment by cordless communication network with
Suspicious location identification equipment sets up network connection, and danger zone analytical equipment is set up with vortex detection equipment and is electrically connected with.
More specifically, in the safe condition detection platform：
Danger zone analytical equipment is additionally operable to be more than or equal to when the percentage that safe sea location occupies whole sea location
During preset percentage threshold value, safety instruction signal is sent, when dangerous sea location occupies whole sea with suspicious sea location sum
When the percentage in face location is more than or equal to preset percentage threshold value, dangerous tip signal is sent；
Wherein, danger zone analytical equipment is also connected with FLASH storage devices, and preset percentage threshold value is pre-stored in
In FLASH storage devices.
Brief description of the drawings
Embodiment of the present invention is described below with reference to accompanying drawing, wherein：
Fig. 1 is the block diagram of the safe condition detection platform according to embodiment of the present invention.
Reference：1 sandy beach water mark testing equipment；2 timing devices；3 safety line analytical equipments；11 sandy beach humidity sensors
Specific embodiment
The embodiment to safe condition detection platform of the invention is described in detail below with reference to accompanying drawings.
Currently, sandy beach side is gone on a tour, and the thing of life danger occurs has not been rare event, and when summer, sea is gone in arriving selection
While the people that play are more and more, sea is broad beautiful for the impression of ordinary person, but do you know, seems quiet in fact
Sea be likely to treacherous.Wherein, the whirlpool that offshore current is produced is the primary killers of sandy beach greater coasting area.
The technical term of tomography tide is called rip current offshore current, is narrow and powerful current as one beam, is
Easily produce the ground of the danger of whirlpool.Offshore current is mainly what sandy beach landform, circulation field, wave and tide comprehensive function were formed.
Current are narrow and powerful, gone perpendicular to the outside ocean current of seashore.Most dangerous part is neck, and current are narrow and speed is big, it is easy to
Generation drowned accident.
Offshore current can suddenly occur in the case where people has no defence.And may all occur under any weather condition,
He is appeared on polytype sandy beach.Different from the wave that the huge sound is sent because clashing, offshore current will not draw
The attention of people is played, wherein can just be realized until people falls into.Currently, the safety detection dynamics to sandy beach is inadequate, not to mention to sand
The offshore current of beach greater coasting area have detected.
In order to overcome above-mentioned deficiency, the present invention to build a kind of safe condition detection platform, can be based on each around sandy beach
The accurate detection of individual parameter, determines sandy beach safety line, additionally it is possible to the swirls based on offshore current performance, knows using based on image
Other pattern carries out whirlpool analysis, so as to judge the safe coefficient of greater coasting area and be reminded to neighbouring visitor in time.
Fig. 1 is the block diagram of the safe condition detection platform according to embodiment of the present invention, the platform bag
Include：Sandy beach water mark testing equipment, timing device, safety line analytical equipment, sandy beach water mark testing equipment include multiple sandy beaches humidity
Sensor, is evenly distributed on coastline to be detected, and distribution arrangement is that, perpendicular to coastline to be detected, each sandy beach humidity is passed
Sensor includes multiple humidity sensing units, is uniformly distributed straight line of the correspondence sandy beach humidity sensor perpendicular to coastline to be detected
On, the current humidity for detecting respective position, and when current humidity is more than or equal to default humidity threshold, sends and there is water mark
Signal, when current humidity is less than default humidity threshold, sends without water mark signal, each sandy beach humidity sensor output distance
The current location for sending the humidity sensing unit that there is water mark signal of sandy beach proximal most position is as wave arriving at location；
Wherein, safety line analytical equipment is connected with timing device and multiple sandy beaches humidity sensor respectively, for being directed to
Each sandy beach humidity sensor, on a timeline, is counted based on all previous wave arriving at location for receiving and exports average wave
Head arriving at location, the average wave arriving at location based on each sandy beach humidity sensor output draws sandy beach safety line；
Wherein, the line of the average wave arriving at location that sandy beach safety line is exported by each sandy beach humidity sensor is constituted.
Then, continue to be further detailed the concrete structure of safe condition detection platform of the invention.
In the safe condition detection platform：Safety line analytical equipment is based on all previous wave arriving at location statistics for receiving
And export average wave arriving at location and include：In all previous wave arriving at location for receiving, the most wave of frequency is will appear from
Arriving at location is exported as average wave arriving at location.
In the safe condition detection platform：Safety line analytical equipment is based on all previous wave arriving at location statistics for receiving
And export average wave arriving at location and include：The mean place of all previous wave arriving at location for receiving is supported as average wave
Up to position output.
Can also include in the safe condition detection platform：
Suspicious location identification equipment, is connected with safety line analytical equipment, for based on each sandy beach humidity sensor output
Average wave arriving at location calculate the average of the plurality of average wave arriving at location, based on the plurality of average wave arriving at location
Average draw wave average line, sandy beach safety line is compared with wave average line, in the safety line of sandy beach, wave will be compared
Average line closer to sea region as suspicious region, using than wave average line closer to the region at sandy beach as place of safety
Domain；
Visual sensing equipment, is arranged on the montant on sandy beach, for carrying out high definition figure to the sea scope near sandy beach
As data acquisition, high definition coastal waters image is obtained；
Jamming equipment is removed, is arranged on the montant on sandy beach, be connected with visual sensing equipment, for receiving high definition coastal waters figure
Picture, noise type analysis is carried out to high definition coastal waters image, based on the noise type for analyzing to high definition coastal waters image using corresponding
Denoising, obtain denoising coastal waters image；
Vortex detection equipment, is arranged on the montant on sandy beach, is connected with jamming equipment is removed, for receiving denoising coastal waters figure
Picture, and detected from the image of denoising coastal waters based on default swirl pattern feature and be partitioned into whirlpool subgraph, based on whirlpool subgraph
The location as where the relative position in the image of denoising coastal waters determines whirlpool；
Danger zone analytical equipment, is connected with vortex detection equipment and suspicious location identification equipment respectively, for will be suspicious
Location identification equipment output suspicious region and vortex detection equipment determine position that whirlpool place location overlaps as dangerous sea
Location exports, and will fail and the suspicious region that overlaps of location where whirlpool and fails the whirlpool location overlapped with suspicious region
Section all as suspicious sea location export, using the sea location in benign sea location on sea and non-suspicious sea location as
Safe sea location output；
Live fluoroscopic equipment, is connected with danger zone analytical equipment, is arranged on the montant on sandy beach, near sandy beach
Coastal waters carries out live fluoroscopic, uses different colours to project to show the different safe coefficients in each sea location；
Wherein, live fluoroscopic equipment projects to suspicious sea ground using drop shadow red to dangerous sea location using orange
Section, using drop shadow green to safe sea location.
Can also include in the safe condition detection platform：FLASH storage devices, are connected with vortex detection equipment, use
In providing its default swirl pattern feature for prestoring to vortex detection equipment.
In the safe condition detection platform：Live fluoroscopic equipment is also by cordless communication network and safety line analytical equipment
Connection, for receiving sandy beach safety line, and sandy beach safety line is projected on sandy beach.
In the safe condition detection platform：It is attached that safety line analytical equipment and suspicious location identification equipment are all disposed within sandy beach
In near computer room, danger zone analytical equipment is arranged on the montant on sandy beach.
In the safe condition detection platform：Danger zone analytical equipment is recognized by cordless communication network with suspicious location
Equipment sets up network connection, and danger zone analytical equipment is set up with vortex detection equipment and is electrically connected with.
In the safe condition detection platform：
Danger zone analytical equipment is additionally operable to be more than or equal to when the percentage that safe sea location occupies whole sea location
During preset percentage threshold value, safety instruction signal is sent, when dangerous sea location occupies whole sea with suspicious sea location sum
When the percentage in face location is more than or equal to preset percentage threshold value, dangerous tip signal is sent；
Wherein, danger zone analytical equipment is also connected with FLASH storage devices, and preset percentage threshold value is pre-stored in
In FLASH storage devices.
In addition, the cordless communication network is FDD communication networks for frequency duplex communications network.FDD is in separate two
It is received and transmitted on individual symmetrical frequency channel, reception is separated with protection frequency range and channel is sent.FDD must be using paired
Frequency, carry out differentiating uplink and downlink link by frequency, its unidirectional resource is in time continuous.FDD is supporting symmetrical
During business, the frequency spectrum of up-downgoing can be made full use of, but when non-symmetrical service is supported, the availability of frequency spectrum will be substantially reduced.
Corresponding with FDD communication networks is TDD communication networks, i.e. time division duplex communication network.TDD is separated with the time and connect
Receive and send channel.In the GSM of TDD modes, receive and send and made using the different time-gap of same frequency carrier wave
It is the carrying of channel, its unidirectional resource is in time discontinuous, and time resource is distributed in the two directions.
Certain time period sends a signal to mobile station by base station, and the time in addition sends a signal to base station, base station and movement by mobile station
Must harmonious ability work well between platform.
Using safe condition detection platform of the invention, in the prior art to sandy beach visitor's personal safety guarantee dynamics
Not enough technical problem, by the detection and judgement of each on-site parameters, place of safety in accurate determination sandy beach safety line, sandy beach
Domain, coastal waters vortex location, dangerous sea location, meanwhile, also introducing projector equipment carries out the police of region security degree to people
Show, so as to help people's hazard recognition region, selection is played in safety zone, powerful guarantee their personal safety.
Although it is understood that the present invention is disclosed as above with preferred embodiment, but above-described embodiment and being not used to
Limit the present invention.For any those of ordinary skill in the art, in the case where technical solution of the present invention ambit is not departed from,
Many possible variations and modification are all made to technical solution of the present invention using the technology contents of the disclosure above, or is revised as
With the Equivalent embodiments of change.Therefore, every content without departing from technical solution of the present invention, according to technical spirit pair of the invention
Any simple modification, equivalent variation and modification made for any of the above embodiments, still fall within the scope of technical solution of the present invention protection
It is interior.
Claims (9)
1. a kind of safe condition detection platform, including sandy beach water mark testing equipment, timing device, safety line analytical equipment, sandy beach
Water mark testing equipment includes multiple sandy beaches humidity sensors, is evenly distributed on coastline to be detected, distribution arrangement be perpendicular to
Coastline to be detected, each sandy beach humidity sensor includes multiple humidity sensing units, is uniformly distributed correspondence sandy beach humidity and passes
Sensor on the straight line in coastline to be detected, the current humidity for detecting respective position, and current humidity more than etc.
When default humidity threshold, send and there is water mark signal, when current humidity is less than default humidity threshold, send without water mark letter
Number, the send humidity sensing unit that there is water mark signal of humidity sensor output in each sandy beach apart from sandy beach proximal most position
Current location is as wave arriving at location；
Wherein, safety line analytical equipment is connected with timing device and multiple sandy beaches humidity sensor respectively, for for each
Individual sandy beach humidity sensor, on a timeline, is counted and is exported average wave and supported based on all previous wave arriving at location for receiving
Up to position, the average wave arriving at location based on each sandy beach humidity sensor output draws sandy beach safety line；
Wherein, the line of the average wave arriving at location that sandy beach safety line is exported by each sandy beach humidity sensor is constituted.
2. safe condition detection platform as claimed in claim 1, it is characterised in that：
Safety line analytical equipment is counted and exported average wave arriving at location based on all previous wave arriving at location for receiving to be included：
In all previous wave arriving at location for receiving, the most wave arriving at location of frequency is will appear from as average wave arriving at location
Output.
3. safe condition detection platform as claimed in claim 2, it is characterised in that：
Safety line analytical equipment is counted and exported average wave arriving at location based on all previous wave arriving at location for receiving to be included：
The mean place of all previous wave arriving at location for receiving is exported as average wave arriving at location.
4. safe condition detection platform as claimed in claim 3, it is characterised in that also include：
Suspicious location identification equipment, is connected with safety line analytical equipment, for based on the flat of each sandy beach humidity sensor output
Equal wave arriving at location calculates the average of the plurality of average wave arriving at location, based on the equal of the plurality of average wave arriving at location
Value draws wave average line, and sandy beach safety line is compared with wave average line, in the safety line of sandy beach, will be average than wave
Line closer to sea region as suspicious region, using than wave average line closer to the region at sandy beach as safety zone；
Visual sensing equipment, is arranged on the montant on sandy beach, for carrying out high-definition image number to the sea scope near sandy beach
According to collection, high definition coastal waters image is obtained；
Jamming equipment is removed, is arranged on the montant on sandy beach, be connected with visual sensing equipment, for receiving high definition coastal waters image,
Noise type analysis is carried out to high definition coastal waters image, high definition coastal waters image is used based on the noise type for analyzing is gone accordingly
Make an uproar treatment, obtain denoising coastal waters image；
Vortex detection equipment, is arranged on the montant on sandy beach, is connected with jamming equipment is removed, for receiving denoising coastal waters image,
And detected from the image of denoising coastal waters based on default swirl pattern feature and be partitioned into whirlpool subgraph, existed based on whirlpool subgraph
Relative position in the image of denoising coastal waters determines location where whirlpool；
Danger zone analytical equipment, is connected with vortex detection equipment and suspicious location identification equipment respectively, for by suspicious location
Identification equipment exports position that suspicious region and vortex detection equipment determines that whirlpool place location overlaps as dangerous sea location
Output, will fail and the suspicious region that overlaps of location where whirlpool and fails the whirlpool place location overlapped with suspicious region all
Exported as suspicious sea location, using the sea location in benign sea location on sea and non-suspicious sea location as safety
Sea location exports；
Live fluoroscopic equipment, is connected with danger zone analytical equipment, is arranged on the montant on sandy beach, to the coastal waters near sandy beach
Live fluoroscopic is carried out, uses different colours to project to show the different safe coefficients in each sea location；
Wherein, live fluoroscopic equipment projects to suspicious sea location using drop shadow red to dangerous sea location using orange, adopts
With drop shadow green to safe sea location.
5. safe condition detection platform as claimed in claim 4, it is characterised in that also include：
FLASH storage devices, are connected with vortex detection equipment, for providing its default whirlpool figure for prestoring to vortex detection equipment
Shape feature.
6. safe condition detection platform as claimed in claim 5, it is characterised in that：
Live fluoroscopic equipment is also connected by cordless communication network with safety line analytical equipment, for receiving sandy beach safety line, and
Sandy beach safety line is projected on sandy beach.
7. safe condition detection platform as claimed in claim 6, it is characterised in that：
Safety line analytical equipment and suspicious location identification equipment are all disposed within the computer room near sandy beach, danger zone analytical equipment
It is arranged on the montant on sandy beach.
8. safe condition detection platform as claimed in claim 7, it is characterised in that：
Danger zone analytical equipment sets up network connection, danger zone point by cordless communication network and suspicious location identification equipment
Desorption device is set up with vortex detection equipment and is electrically connected with.
9. safe condition detection platform as claimed in claim 8, it is characterised in that：
Danger zone analytical equipment is additionally operable to occupy the percentage in whole sea location more than or equal to default when safe sea location
During percentage threshold, safety instruction signal is sent, occupy whole sea ground with suspicious sea location sum when dangerous sea location
When the percentage of section is more than or equal to preset percentage threshold value, dangerous tip signal is sent；
Wherein, danger zone analytical equipment is also connected with FLASH storage devices, and preset percentage threshold value is pre-stored in
In FLASH storage devices.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710290946.XA CN106932008A (en) | 2017-04-28 | 2017-04-28 | Safe condition detection platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710290946.XA CN106932008A (en) | 2017-04-28 | 2017-04-28 | Safe condition detection platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106932008A true CN106932008A (en) | 2017-07-07 |
Family
ID=59438462
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710290946.XA Withdrawn CN106932008A (en) | 2017-04-28 | 2017-04-28 | Safe condition detection platform |
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| CN (1) | CN106932008A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113050415A (en) * | 2020-11-15 | 2021-06-29 | 泰州程顺制冷设备有限公司 | Self-adaptive set rule driving platform |
-
2017
- 2017-04-28 CN CN201710290946.XA patent/CN106932008A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113050415A (en) * | 2020-11-15 | 2021-06-29 | 泰州程顺制冷设备有限公司 | Self-adaptive set rule driving platform |
| CN113050415B (en) * | 2020-11-15 | 2022-07-22 | 泰州程顺制冷设备有限公司 | Self-adaptive set rule driving platform |
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Application publication date: 20170707 |