CN204808570U - Wireless no support digital display microbit of intelligence is moved and is detected monitoring devices - Google Patents
Wireless no support digital display microbit of intelligence is moved and is detected monitoring devices Download PDFInfo
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- CN204808570U CN204808570U CN201520260417.1U CN201520260417U CN204808570U CN 204808570 U CN204808570 U CN 204808570U CN 201520260417 U CN201520260417 U CN 201520260417U CN 204808570 U CN204808570 U CN 204808570U
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- signal pickup
- micrometric displacement
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Abstract
The utility model provides a wireless no support digital display microbit of intelligence is moved and is detected monitoring devices adopts the FSK inductive communication system under computer supplementary, control a plurality of signal pickup assembly, wireless no support digital display microbit of intelligence is moved and is detected monitoring devices includes: a plurality of data collection point's of arranging in microbit is moved, wind speed, temperature, humidity detection / monitoring sensing emitter, a computer control end, signal pickup assembly's transmitting circuit adopts FMFSK transmitter WE800 application circuit, the system to FSK inductive communication is forwardded to data that it will be gathered, through the FSK inductive communication system with the microbit move, wind speed, temperature, humidity data reach the computer, the computer sends the data acquisition transfer instruction through the FSK inductive communication system to each signal pickup assembly. The utility model provides a wireless no support digital display displacement detects monitoring method, and it is convenient to install and use, has greatly improved work efficiency and degree of safety, and is with low costs, the reliability is high, and results brings very big convenience for detecting the work of monitoring technology field.
Description
Technical field
The present invention relates to a kind of intelligent radio without support digital display micrometric displacement detection/monitoring device, particularly relate to a kind of FSK digital transmission communication technology and wireless sensor technology is applied to object micro-displacement detection/monitoring device.
Background technology
Dial gauge, clock gauge, ten thousandth micrometer are engineering detecting/monitoring field Common Instrument, and along with the continuous expansion in engineering detecting/monitoring market, the research and development of dial gauge, clock gauge, ten thousandth micrometer technology and market situation become the focus of enterprises pay attention in the industry.According to market study, home market dial gauge, clock gauge, ten thousandth micrometer use and all need to set up helper or man-made support and closely survey and read detection/Monitoring Data, this to engineering site detect/monitoring brings inconvenience.Closely manually survey in Practical Project read data due to exist larger danger, loaded down with trivial details, use inconvenience, especially night field work use comparatively the reason such as difficulty, high cost gradually by market.And intelligent radio adopts FSK digital transmission communication technology to realize short-distance and medium-distance small data quantity wireless transmission without support digital display micrometric displacement detection/monitoring device, not only greatly improve work efficiency but also survey read data more accurate compared with artificial reading, greatly improve the degree of safety of staff simultaneously.Compared with the traditional dial gauge of use, clock gauge, ten thousandth micrometer, mode of operation is changed into wireless without support from setting up support, not only reduces cost and improve work efficiency.Intelligent radio without support digital display micrometric displacement detection/monitoring device can by a computing machine control end remote control dozens of even up to a hundred signal pickup assemblies automatically gather the record of the maximal value of micrometric displacement, minimum value and the whole detection/observation process of complete documentation, measures ambient temperature, humidity, wind speed simultaneously; Compared with conventional sense/monitoring means, intelligent radio without support digital display micrometric displacement detection/monitoring device be a kind of cheaply, the excellent intelligent radio of high, the anti-human factor of security is without support digital display micrometric displacement detection/monitoring device, after data acquisition completes, equipment reclaims conveniently, that effectively can avoid causing equipment falls damage, therefore further increases the cost simultaneously reducing detection/monitoring tenure of use of life of product.
Intelligent radio is high without the dirigibility of support digital display micrometric displacement detection/monitoring device, exempt from dismounting, and in addition, it also has low cost, low consumed feature, meets the green production concept of " low-carbon environment-friendly ", the maximum trend of necessarily this field following development.
Summary of the invention
This detection/principle of monitoring device design adopts FSK digital transmission communication technology and digital micro-displacement sensing technology, on existing dial gauge, clock gauge, ten thousandth micrometer basis, for the deficiency of existing detecting instrument, provide a kind of method that intelligent radio detects without support digital display micrometric displacement/monitors.This method greatly reduces the input of detection/observation process human and material resources, can accurately measure micro-displacement that measured workpiece causes because of external force and automatically record workpiece for measurement load at every turn before and after micrometric displacement changing value and computing machine derived data can be connected, record environment real time humiture simultaneously, one of series of products measuring accuracy can reach 0.01mm, suitable with Japanese three rich Mitutoyo digital display centimeter precision, but cost is low, esy to use, safe and reliable.
Invention is achieved through the following technical solutions: intelligent radio comprises without support digital display micrometric displacement detection/monitoring device: multiple signal pickup assembly being placed in object under test detection/monitoring point, i.e. micrometric displacement, wind speed, temperature and humidity measure/monitoring sensing emitter and utility appliance computing machine; The radiating circuit of described signal pickup assembly adopts FM/FSK transmitter WE800 application circuit, it by the data retransmission that collects to FSK Induction Communications System, the micrometric displacement gathered by signal pickup assembly by FSK Induction Communications System, wind speed, temperature and humidity measure/Monitoring Data reach computing machine control end, and control end sends data acquisition transfer instruction by FSK Induction Communications System to each signal pickup assembly.Signal pickup assembly surveys sense module, wind speed survey sense module and radiating circuit composition primarily of LED display module, data acquisition process storage module, power module, temperature, humidity, wherein temperature, humidity, wind speed are surveyed sense module and automatically each Autonomous test/Monitoring Data can be reached data acquisition process memory module, micrometric displacement detection/Monitoring Data directly reaches data acquisition process memory module through sensing circuit, then reaches computing machine control end after the data packing stored by FSK Induction Communications System.During measurement, micrometric displacement being detected/monitors sensing device is fixed on workpiece for measurement, signal pickup assembly is fixed on balance plate, opening signal harvester power switch also carries out zero setting debugging, displacement signal is had to produce the micrometric displacement changing value namely automatically gathering each stressed front and back of workpiece for measurement, carry out relevant technologies setting parameter by computing machine simultaneously, computing machine by USB antenna transmission data acquisition transfer instruction, connection signal harvester and utility appliance computing machine can carry out data acquisition and transmission.
Described intelligent radio adopts FSK digital transmission communication technology to realize short-distance and medium-distance small data quantity Wireless Data Transmission without support digital display micrometric displacement detection/monitoring device.
Described signal pickup assembly and micrometric displacement, wind speed, temperature and humidity measure/monitoring sensing emitter are with radio-frequency (RF) transceiver radio detection/monitoring probe, primarily of LED display module, data acquisition process storage module, power module, temperature, humidity surveys sense module, wind speed surveys sense module and transmitting circuit composition, realizes the data transmission of micrometric displacement and measurement environment.
Described data acquisition process storage module forms A/D converter by single-chip microcomputer, A/D converter and bus driver thus detects micrometric displacement/monitor the simulating signal that sensing emitter collects and converts digital signal to, after single-chip microcomputer process, transfer to LED display module, the packing of the data of signal pickup assembly collection is forwarded to FSK Induction Communications System simultaneously.
Described wind speed is surveyed sense module and is made up of wind speed measuring sensor and sensor circuit, accurately can measure the wind speed in workpiece for measurement working environment and detection/Monitoring Data is reached data acquisition process memory module.
Described temperature, humidity are surveyed sense module and are adopted temperature-humidity sensor and data transmission circuit, reliably can measure the temperature in workpiece for measurement working environment, humidity detection/Monitoring Data is reached data acquisition process memory module.
Described power module is made up of battery and power supply processing circuit.Battery provides the energy for this detection/monitoring device, can use Ni-MH battery, also can use lithium battery; The voltage that battery provides by power supply processing circuit is adjusted to single-chip microcomputer and normally works required voltage.
Intelligent radio without support digital display micrometric displacement detection/monitoring device, simple structure, simple for production, easy to operate, be easy to safeguard.Compared with existing common dial gauge, clock gauge, ten thousandth micrometer, except there are common dial gauge, clock gauge, ten thousandth micrometer all functions, also tool has the following advantages: it is convenient that (1) installs, and (2) are easy to expansion, and (3) automatically record store detection/Monitoring Data.
Accompanying drawing explanation
Fig. 1, structural representation of the present invention.
1, wire rope, 2, weight, 3, signal pickup assembly, 4, bearing, 5, balance plate, 6, radiowave, 7, computing machine USB antenna, 8, computing machine
Fig. 2, certain bridge is provided with loading car test and measures intention.
1, wire rope, 2, weight, 3, signal pickup assembly, 4, bearing, 5, balance plate, 6, radiowave, 7, computing machine USB antenna, 8, computing machine
Fig. 1 illustrates:
1, wire rope: be used for the micro-displacement changing value equivalence of workpiece for measurement to pass to weight.
2, weight: be used for the micro-displacement changing value equivalence sensed to pass to signal pickup assembly.
3, signal pickup assembly: be used for gathering micrometric displacement, temperature, humidity, wind speed measurement/Monitoring Data, and the packing of the data of collection is forwarded to FSK Induction Communications System.
4, bearing: be used for supporting and guard signal harvester.
5, balance plate: be used for fixing support pedestal.
6, radiowave: data transmission channel between signal pickup assembly and utility appliance computing machine USB antenna.
7, computing machine antenna: be used for transmitting data transfer instruction.
8, computing machine: notebook computer.
Fig. 2 illustrates:
1, wire rope: be used for the micro-displacement changing value equivalence of workpiece for measurement to pass to weight.
2, weight: be used for the micro-displacement changing value equivalence sensed to pass to signal pickup assembly.
3, signal pickup assembly: be used for gathering micrometric displacement, temperature, humidity, wind speed measurement/Monitoring Data, and the packing of the data of collection is forwarded to FSK Induction Communications System.
4, bearing: be used for supporting and guard signal harvester.
5, balance plate: be used for fixing support pedestal.
6, radiowave: data transmission channel between signal pickup assembly and utility appliance computing machine USB antenna.
7, computing machine antenna: be used for transmitting data transfer instruction.
8, computing machine: notebook computer.
Embodiment
Monitor for certain bridge maintenance and reinforcement.See accompanying drawing 2: dotted line is the electromagnetic wave that detection/observation process Computer USB antenna and signal pickup assembly are launched, sequence number 3 shown in Fig. 2 is data acquisitions that Bridge repair and reinforcement monitors the micrometric displacement of one of region detection/monitoring point to be checked, wind speed, temperature, humidity.This bridge monitoring phase is 1 year, and monitoring counts 132, adopts artificial survey successively to read each signal pickup assembly, needs the 6-8 name skilled worker talent at least for subsequent use can meet measurement progress reluctantly in on-the-spot jacking bridge process.As adopted FSK digital transmission communication technology, these 132 points are coupled together with computing machine control end simultaneously, not only save the input cost of man power and material, can also eliminate simultaneously and manually survey reader error, avoid in addition place that some survey crew not easily arrives or night high-altitude construction monitoring data hazards, loaded down with trivial details work, avoid the accuracy reducing detection/Monitoring Data simultaneously.Set up medium or short range data transfer platform by FSK digital transmission communication technology, not only can save a large amount of man power and material and drop into, improve the degree of safety of efficiency and workman, complex environment can be overcome and region realizes medium or short range multi-channel data transmission.Be arranged on regional signal harvester to be checked collection send comprise micrometric displacement, wind speed, temperature and humidity measure/Monitoring Data and packing be sent to FSK Induction Communications System.These data are transferred to computing machine again by FSK Induction Communications System, computing machine sends data acquisition transfer instruction by FSK Induction Communications System to each signal pickup assembly, thus realizes the medium or short range wireless transmission of each region to be checked micrometric displacement, wind speed, temperature and humidity measure/Monitoring Data.In addition, also can carry out Optional assembling and apolegamy between various different embodiment of the present invention, as long as it is without prejudice to thought of the present invention, it should be considered as content disclosed in this invention equally.
Claims (7)
1. intelligent radio is without support digital display micrometric displacement detection/monitoring device, it is characterized in that: adopt FSK Induction Communications System at the auxiliary lower of computing machine, manipulate multiple signal pickup assembly; Intelligent radio comprises without support digital display micrometric displacement detection/monitoring device: multiple micrometric displacement, wind speed, temperature and humidity measure/monitoring sensing emitter being placed in area data collection point to be checked, a computing machine control end; The radiating circuit of described signal pickup assembly adopts FM/FSK transmitter WE800 application circuit, it by the data retransmission that collects to FSK Induction Communications System, the micrometric displacement gathered by signal pickup assembly by FSK Induction Communications System, wind speed, temperature and humidity measure/Monitoring Data reach computing machine control end, and control end sends data acquisition transfer instruction by FSK Induction Communications System to each signal pickup assembly.
2. intelligent radio according to claim 1 is without support digital display micrometric displacement detection/monitoring device, it is characterized in that described signal pickup assembly is with radio-frequency (RF) transceiver radio detection/monitoring probe.
3. intelligent radio according to claim 1 is without support digital display micrometric displacement detection/monitoring device, it is characterized in that signal pickup assembly adopts FSK digital transmission communication technology to realize short-distance and medium-distance small data quantity wireless transmission.
4. intelligent radio according to claim 1 is without support digital display micrometric displacement detection/monitoring device, it is characterized in that signal pickup assembly by LED display module, data acquisition process storage module, power module, temperature, humidity surveys sense module, wind speed surveys sense module and radiating circuit forms, and realizes the data acquisition of micrometric displacement and measurement environment and packing is forwarded to FSK Induction Communications System and reaches computing machine control end.
5. intelligent radio according to claim 1 is without support digital display micrometric displacement detection/monitoring device, it is characterized in that data acquisition process storage module is made up of single-chip microcomputer, A/D converter and bus driver, the simulating signal that signal pickup assembly collects by A/D converter converts digital signal to, transfers to LED module module after single-chip microcomputer process.
6. intelligent radio according to claim 1 is without support digital display micrometric displacement detection/monitoring device, it is characterized in that wind speed is surveyed sense module and adopted wind speed measuring sensor and sensor circuit composition, accurately can measure the wind speed in workpiece for measurement working environment.
7. intelligent radio according to claim 1 is without support digital display micrometric displacement detection/monitoring device, it is characterized in that power module is made up of battery and power supply processing circuit, battery provides the energy for this detection/monitoring device, and voltage is down to single-chip microcomputer and is normally worked required voltage by power supply processing circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520260417.1U CN204808570U (en) | 2015-04-23 | 2015-04-23 | Wireless no support digital display microbit of intelligence is moved and is detected monitoring devices |
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| CN201520260417.1U CN204808570U (en) | 2015-04-23 | 2015-04-23 | Wireless no support digital display microbit of intelligence is moved and is detected monitoring devices |
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| CN204808570U true CN204808570U (en) | 2015-11-25 |
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| CN201520260417.1U Expired - Fee Related CN204808570U (en) | 2015-04-23 | 2015-04-23 | Wireless no support digital display microbit of intelligence is moved and is detected monitoring devices |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112503401A (en) * | 2020-12-23 | 2021-03-16 | 成都海恒之星科技合伙企业(有限合伙) | Oil gas pipeline micro-displacement monitoring system |
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2015
- 2015-04-23 CN CN201520260417.1U patent/CN204808570U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112503401A (en) * | 2020-12-23 | 2021-03-16 | 成都海恒之星科技合伙企业(有限合伙) | Oil gas pipeline micro-displacement monitoring system |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151125 Termination date: 20190423 |
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| CF01 | Termination of patent right due to non-payment of annual fee |