CN105490695A - Wearable measuring instrument - Google Patents
Wearable measuring instrument Download PDFInfo
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- CN105490695A CN105490695A CN201510818525.0A CN201510818525A CN105490695A CN 105490695 A CN105490695 A CN 105490695A CN 201510818525 A CN201510818525 A CN 201510818525A CN 105490695 A CN105490695 A CN 105490695A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04B—TRANSMISSION
- H04B1/00—Details of transmission systems, not covered by a single one of groups H04B3/00 - H04B13/00; Details of transmission systems not characterised by the medium used for transmission
- H04B1/38—Transceivers, i.e. devices in which transmitter and receiver form a structural unit and in which at least one part is used for functions of transmitting and receiving
- H04B1/3827—Portable transceivers
- H04B1/385—Transceivers carried on the body, e.g. in helmets
-
- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
- G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
-
- 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
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- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Signal Processing (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Multimedia (AREA)
- Arrangements For Transmission Of Measured Signals (AREA)
Abstract
The invention discloses a wearable measuring instrument. The wearable measuring instrument comprises a measuring unit and a display unit, wherein the measuring unit is used for acquiring measuring information data; and the display unit is used for receiving the measuring information data and displaying the measuring information data in a visual way. According to the wearable measuring instrument, the measuring unit and the display unit are separated from each other, and a measuring result is visually displayed on wearable equipment to be checked conveniently by a measuring person in real time, so that a measuring process and a reading process can be finished within different space ranges. The wearable equipment can be communicated with the measuring unit, and information acquired by the measuring unit is directly displayed on the wearable equipment, so that the working efficiency is increased. The wearable equipment provided by the invention can be directly fixed on an operator in a plurality of wearing ways, so that the wearable equipment is low in manufacturing cost, and easy to operate.
Description
Technical field
The present invention relates to electric parameter acquisition apparatus field, particularly a kind of wearable measuring instrument.
Background technology
In electric parameter acquisition process, sampling instrument General Requirements possesses the advantages such as small and exquisite, practical, easy to carry, if universal instrument is as the most frequently used instrument table of electric power system, is used widely in occasions such as Commissioning of Relay Protection, high voltage test, on-the-spot test.But traditional universal instrument needs two people to coordinate in use to carry out, and a people measures people's record, not only an inefficiency, and needs the human cost of at substantial, in the space of relative narrowness, two people's operation particularly inconvenience; Simultaneously, tradition universal instrument does not possess data storage function, therefore survey crew needs in time measurement result to be carried out record, no matter be traditional hand-written paper record or manual typing electronical record, all there is the possibility of makeing mistakes, cause measurement result to depart from actual conditions, and a large amount of paper record is not easy to analytic statistics and long-term preservation; What is more important traditional measurement mode requires that survey crew and universal instrument must keep closer distance, carry out measuring at narrow charging space and be not only not easy to operation, and there is larger potential safety hazard, easily touch charging equipment by mistake and cause short circuit or electric shock accidents, cause casualties, device damage even affects operation of power networks.Therefore, no matter be from technical construction or metering system, traditional universal instrument all urgently upgrades; Need a kind of electrical quantity harvester of practicality easy to carry, simple to operate.
Summary of the invention
Object of the present invention is just to provide a kind of wearable measuring instrument of practicality easy to carry, simple to operate.
The object of the invention is by such technical scheme realize:
The wearable measuring instrument of one provided by the invention, comprises measuring unit and display unit; Described measuring unit is for obtaining metrical information data; Described display unit comprises object wearing device and display screen;
Described display screen is arranged on object wearing device; Described object wearing device is fixed on operator in the mode being suitable for operator's wearing, to realize the metrical information data receiving measuring unit transmission, and metrical information data is shown on display screen with visual means.
Further, described measuring unit is provided with first communication module, and described object wearing device is provided with second communication module, and described first communication module is used for communicating with the second communication module of object wearing device.
Further, described measuring unit is also provided with electrical quantity acquisition module and embedded programmable microprocessor; It is near field communication module in described first communication module;
Described electrical quantity acquisition module is for gathering place to be measured information data and being converted into electrical quantity signal data;
Described electrical quantity signal data is sent in second communication module communication by near field communication module;
Described embedded programmable microprocessor is for carrying out the measured value that data processing obtains place to be measured after receiving electrical quantity signal data;
Described near field communication module is used for transmitting measured values to second communication module;
Described near field communication module is for accepting the signal come from second communication module transmission;
Described embedded programmable microprocessor is connected with near-field signals transmitter module.
Further, described object wearing device is also provided with audio-visual acquisition module, control command processing module and remote communication module;
Described second communication module is near field communication module;
Described second communication module is for receiving the measured value of first communication module transmission and transferring to display screen;
Described display screen is used for real-time display measurement value;
The live signal of described audio-visual collection memory module collection site operational environment;
Described control command processing module is connected with near field communication module for sending control command;
The audiovisual materials that measurement result and audio-visual collection memory module collect are sent to remote data base by described remote communication module.
Further, wireless transmission method is adopted to carry out communication between described measuring unit and object wearing device.
Further, described object wearing device adopts the mirror holder being suitable for wearer and wearing, and described second communication module and memory module are arranged on mirror holder; Described display screen is arranged at mirror holder front with optic formation, watches to be suitable for wearer the data message be shown in.
Further, described second communication module is near-field communication mould; Described second communication module communicates for transmission information with first communication module;
Described mirror holder is arranged second communication module, remote communication module, battery, ON/OFF switch, memory block, Trackpad, TFT screen and camera;
Described battery is respectively audio-visual acquisition module, control command processing module, remote communication module, second communication module, Trackpad, TFT screen and camera and provides power supply; Described ON/OFF switch is connected the connecting and disconnecting for controlling power supply with battery; Described memory block is for storing the field data of audio-visual acquisition module and camera collection;
Described mirror holder is arranged adjustable nose frame to be suitable for the viewing of wearer; Described mirror holder is arranged adjustable mirror horse, regulate lens position to be suitable for wearer.
Further, described object wearing device adopts the watch being suitable for wearer and wearing, and described watch comprises table body, watchband and surperficial display screen; In described table body, the second communication module communicated with first communication module and memory module are set; Described watchband is connected for watch is fixed on wearer's wrist with table body, and described surperficial display screen is connected for showing the information received by showing body with table body, watches to be suitable for wearer the data message be shown in.
Further, in described table body, near field communication module, remote communication module, battery and memory block are set; Described near field communication module, remote communication module, battery and memory block are arranged on circuit board and are installed on table intracoelomic cavity; Described table body arranges surface; Described surface arranges surperficial display screen and watches display information for wearer; Described circuit board is by being arranged at the break-make of the machine open/close key control circuit on surface; Described surface is arranged camera for obtaining field data; Described surface is arranged at Trackpad for inputting information.
Owing to have employed technique scheme, the present invention has following advantage:
Measuring unit and display unit two parts separate by the present invention, and intuitive measurement results be presented on wearable device, be convenient for measuring personnel's real time review, therefore measuring process and reading process can complete within the scope of different spaces; Can be communicated with measuring unit by wearable device, the information of measuring unit collection is directly presented on wearable device, increase work efficiency; Wearable device provided by the invention directly can be fixed on operator's health by multiple wearing mode of wearing, and cost of manufacture is low, simple to operate.
Other advantages of the present invention, target and feature will be set forth to a certain extent in the following description, and to a certain extent, based on will be apparent to those skilled in the art to investigating hereafter, or can be instructed from the practice of the present invention.Target of the present invention and other advantages can be realized by specification below and claims and be obtained.
Accompanying drawing explanation
Accompanying drawing of the present invention is described as follows.
The wearable measuring instrument theory diagram that Fig. 1 provides for the present embodiment.
The measuring unit structural representation that Fig. 2 provides for the present embodiment.
The spectacle display unit schematic diagram that Fig. 3 provides for the present embodiment.
The Wristwatch type display unit schematic diagram that Fig. 4 provides for the present embodiment.
In figure: 11 be hold key, 12 be function button, 13 be Bluetooth switch, 14 for rotating driving switch, 15 for input; 21 be near field communication module, 22 be remote communication module, 23 be battery, 24 be ON/OFF switch, 25 be memory block, 26 Trackpads, 27 are TFT screen, 28 be camera, 29 be nose frame, 210 for lens hanger.
Embodiment
Below in conjunction with drawings and Examples, the invention will be further described.
Embodiment 1
As shown in the figure, the wearable measuring instrument of the one that the present embodiment provides, comprises measuring unit and display unit; Described measuring unit is for obtaining metrical information data; Described display unit comprises object wearing device and display screen;
Described display screen is arranged on object wearing device; Described object wearing device is fixed on operator in the mode being suitable for operator's wearing, to realize the metrical information data receiving measuring unit transmission, and metrical information data is shown on display screen with visual means.
The measuring unit that the present embodiment provides, instrument common in electric power system can be adopted: universal instrument, as shown in Figure 2, Fig. 2 is universal instrument structural representation, universal instrument is provided with hold key 11, function button 12, Bluetooth switch 13, for rotating driving switch 14 and for input 15;
Hold key 11 remains unchanged for realizing measurement data; The measurement function of function button 12 for selecting universal instrument different; Bluetooth switch 13 carries out wireless connections transmission of information for realizing with display unit; Rotate driving switch 14 and measure type for selecting; Input 15 is for inserting test pencil.
Described measuring unit is provided with first communication module, and described object wearing device is provided with second communication module, and described first communication module is used for communicating with the second communication module of object wearing device.
Described second communication module communicates with the remote server being provided with remote data base for transmitting the signal of collection in worksite to remote server and accepting the control command that remote server assigns.
Described measuring unit is also provided with electrical quantity acquisition module and embedded programmable microprocessor; It is near field communication module 21 in described first communication module;
Described electrical quantity acquisition module is for gathering place to be measured information data and being converted into electrical quantity signal data;
Described electrical quantity signal data is sent in second communication module communication by near field communication module;
Described embedded programmable microprocessor is for carrying out the measured value that data processing obtains place to be measured after receiving electrical quantity signal data;
Described near field communication module is used for transmitting measured values to second communication module;
Described near field communication module is for accepting the signal come from second communication module transmission;
Described embedded programmable microprocessor is connected with near-field signals transmitter module.
Described measuring unit is also provided with local memory module; Described electrical quantity signal data is input to local memory module and stores.
Described object wearing device is also provided with audio-visual acquisition module, control command processing module and remote communication module 22;
Described second communication module is near field communication module;
Described second communication module is for receiving the measured value of first communication module transmission and transferring to display screen;
Described display screen is used for real-time display measurement value;
The live signal of described audio-visual collection memory module collection site operational environment;
Described control command processing module is connected with near field communication module for sending control command;
The audiovisual materials that measurement result and audio-visual collection memory module collect are sent to remote data base by described remote communication module.
Described object wearing device is also provided with memory module;
Described second communication module is for receiving the measured value of first communication module transmission and transferring to memory module;
The real-Time Signal Transfer of the work on the spot environment collected stores to memory module by described audio-visual collection memory module.
Wireless transmission method is adopted to carry out communication between described measuring unit and object wearing device.
Described object wearing device adopts the mirror holder being suitable for wearer and wearing, and described second communication module and memory module are arranged on mirror holder; Described display screen is arranged at mirror holder front with optic formation, watches to be suitable for wearer the data message be shown in.
Described second communication module is near-field communication mould; Described second communication module communicates for transmission information with first communication module;
Described mirror holder is arranged second communication module, remote communication module 22, battery 23, ON/OFF switch 24, memory block 25, Trackpad 26, TFT screen 27 and camera 28;
Described battery is respectively audio-visual acquisition module, control command processing module, remote communication module, second communication module, Trackpad, TFT screen and camera and provides power supply; Described ON/OFF switch is connected the connecting and disconnecting for controlling power supply with battery; Described memory block is for storing the field data of audio-visual acquisition module and camera collection;
Described mirror holder is arranged adjustable nose frame 29 to be suitable for the viewing of wearer; Described mirror holder is arranged adjustable mirror horse 210, regulate lens position to be suitable for wearer.
Described object wearing device adopts the watch being suitable for wearer and wearing, and described watch comprises table body, watchband and surperficial display screen; In described table body, the second communication module communicated with first communication module and memory module are set; Described watchband is connected for watch is fixed on wearer's wrist with table body, and described surperficial display screen is connected for showing the information received by showing body with table body, watches to be suitable for wearer the data message be shown in.
In described table body, near field communication module, remote communication module, battery and memory block are set; Described near field communication module, remote communication module, battery and memory block are arranged on circuit board and are installed on table intracoelomic cavity; Described table body arranges surface; Described surface arranges surperficial display screen and watches display information for wearer; Described circuit board is by being arranged at the break-make of the machine open/close key control circuit on surface; Described surface is arranged camera for obtaining field data; Described surface is arranged at Trackpad for inputting information.
The wearable device that the present embodiment provides not only can adopt the wearing of wearer that be suitable for of spectacle and Wristwatch type to wear equipment; Other various forms of wearable device can also be adopted; Work dressing as wearable in other, Intelligent bracelet, gloves or work vest etc., the circuit structure that the present embodiment provides can be arranged at by actual wearable device to be worn in wearable device accordingly.
The intelligent glasses that the present embodiment provides not only can show data, the communication can also carried out with measuring equipment; Also the information that the camera be arranged at obtains can be sent on remote server, and accept the remote control command of remote server transmission.
The voltage monitoring instrument that the present embodiment provides slowly changes to electric power system normal operating condition the statistical measuring instrument that caused voltage deviation carries out continuous print monitoring and statistics.Because many measurement points are often positioned at the not too convenient place arrived of survey crew, therefore conventional voltage monitor is not too convenient in use, and arrives the security risk that these measurement points add survey crew.Voltage monitoring instrument and wearable technology merge by the present embodiment, bluetooth module is added in conventional voltage monitor, connected between voltage monitoring instrument and wearable device by Bluetooth transfer techniques, obtain a kind of wearable voltage monitoring instrument possessing the functions such as monitoring, analysis, storage, inquiry, optimum configurations.
Wearable voltage monitoring instrument breaches the restriction of conventional voltage monitor on reading and measurement space, and reading and surveying work can be completed by survey crew in a variety of contexts, substantially increases the flexibility of measurement and reading, a survey crew just can complete voltage monitoring data away from measurement point easily and (comprise total run time, average voltage, qualified time, qualification rate, super upper limit time, super upper limit rate, the super lower limit time, super lower limit rate, maximum voltage value, maximum voltage goes out now, minimum amount of voltage that, minimum voltage goes out now, dead electricity number of times, dead electricity total time etc.) reading, and the displaying directly perceived of voltage change curve etc., and do not need survey crew to arrive measurement point, avoid and ascend a height, complex electromagnetic environment, the high risk such as narrow charging space, not only increase operating efficiency, decrease survey crew workload at the scene simultaneously, greatly reduce the possibility that security incident occurs, make surveying work safe and convenient more.
Embodiment 2
The present embodiment forms primarily of two parts, is respectively measure portion and dresses display section.Measure portion is the universal instrument with single-chip microcomputer and bluetooth module, is made up of electrical quantity acquisition module, embedded programmable microprocessor, near field communication module; Dress display section to be made up of near field communication module, memory module, display module, audio-visual collection memory module and extendible remote communication module.
Wherein, acquisition module is responsible for gathering electrical quantity.Measured value is obtained by modes such as A/D conversion, data processings after embedded programmable microprocessor receives electrical quantity signal.Measured value is transferred to the near field communication module of wearing portion by near field communication module by wireless transmission method (bluetooth 4.0 mode, infrared, Wifi etc.).Near field communication module receives the measured value that near field communication module sends, and completes the transmission of measured value between measure portion and wearing display section.Measured value is transferred to memory module, display module by near field communication module respectively.Memory module stores measurement data, and data store and adopt sqlite database format, are convenient for measuring the follow-up of result and check and transmission, and provide statistical conversion interface, and supported data is derived.The real-time display measurement result of display module, and be presented on survey crew at the moment by wearable device.Work on the spot environment can be carried out Real-time Collection and storage by audio-visual collection memory module, and provides statistical conversion interface, and supported data is derived, and can realize the videograph to site testing data, be convenient to the management to field operation.Remote communication module is easily extensible module, the communication modes such as Wifi can be adopted, the audiovisual materials that measurement result and audio-visual collection memory module collect are sent to remote data base, be convenient to unified management and the analysis of measurement data, the synchronous of indoor display and on-the-spot test environment can be realized, be convenient to the remote guide of indoor professional to on-the-spot test personnel.
The measuring instrument that the present embodiment provides is owing to separating measurement and display section, and measurement and reading can complete within the scope of different spaces.Possess measurement data memory function, survey crew does not need record measurements by hand, increases work efficiency.Data store and adopt sqlite database format, not only be convenient to program and automatically process (noisy data as invalid in automatic rejection, automatically data analysis is carried out, form data sheet, carry out data query according to demand), and conveniently can import to excel or other all kinds database formats.Support measurement data derives, and is convenient to the subsequent treatment to measurement data, analysis and preservation.Measurement data of the present invention sends to background data base by remote communication module, is convenient to indoor occupant and understands in-site measurement situation in time and carry out data mining process.
The present invention possesses shooting, recording and video data real-time Transmission function etc., the synchronous of indoor display and on-the-spot test environment can be realized, not only be convenient to the remote guide of indoor professional to on-the-spot test personnel, and the videograph that can realize site testing data, be convenient to the management to field operation.
The control command collected from wearing display section can be transferred near field communication module by near field communication module by control command processing module, then passes to embedded programmable microprocessor, realizes the control to measure portion.
The present embodiment turns to target with the facilitation of universal instrument, intelligence, wearable technology, wireless communication technology, data storage technology and universal instrument Electrical Measurement Technology are successfully combined, bluetooth module can be added in traditional universal instrument, connected between universal instrument and wearable device by Bluetooth transfer techniques, obtain a kind of wearable universal instrument possessing measurement data autostore writing function, achieve the technological innovation of traditional universal instrument.Wearable universal instrument breaches the restriction of traditional universal instrument on reading and measurement space, and reading and surveying work can be completed by survey crew in a variety of contexts, substantially increases the flexibility of measurement and reading; A survey crew just can complete measurement and data record work easily, not only increases operating efficiency, decreases survey crew workload at the scene simultaneously, greatly liberated the both hands of survey crew; The autostore record of measurement data, not only ensure that the accurate recording of measurement result, conveniently realize measurement data between different personnel to share, the measurement data of electronization is convenient to the subsequent analysis process of survey crew and is preserved for a long time simultaneously, and especially when multi-point sampler, advantage is more obvious; Wearable universal instrument can allow survey crew away from being potentially dangerous, bad environments or inaccessible measurement target, greatly reduces the possibility that security incident occurs, makes surveying work safe and convenient more.
The present embodiment is not only applicable to universal instrument, is also applicable to the measuring instrument of electric energy metering machine or other electric power systems, measuring instrument etc.
What finally illustrate is, above embodiment is only in order to illustrate technical scheme of the present invention and unrestricted, although with reference to preferred embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that, can modify to technical scheme of the present invention or equivalent replacement, and not departing from aim and the scope of the technical program, it all should be encompassed in the middle of right of the present invention.
Claims (9)
1. a wearable measuring instrument, is characterized in that: comprise measuring unit and display unit; Described measuring unit is for obtaining metrical information data; Described display unit comprises object wearing device and display screen;
Described display screen is arranged on object wearing device; Described object wearing device is fixed on operator in the mode being suitable for operator's wearing, to realize the metrical information data receiving measuring unit transmission, and metrical information data is shown on display screen with visual means.
2. wearable measuring instrument as claimed in claim 1, it is characterized in that: described measuring unit is provided with first communication module, described object wearing device is provided with second communication module, and described first communication module is used for communicating with the second communication module of object wearing device.
3. wearable measuring instrument as claimed in claim 1, is characterized in that: described measuring unit is also provided with electrical quantity acquisition module and embedded programmable microprocessor; It is near field communication module in described first communication module;
Described electrical quantity acquisition module is for gathering place to be measured information data and being converted into electrical quantity signal data;
Described electrical quantity signal data is sent in second communication module communication by near field communication module;
Described embedded programmable microprocessor is for carrying out the measured value that data processing obtains place to be measured after receiving electrical quantity signal data;
Described near field communication module is used for transmitting measured values to second communication module;
Described near field communication module is for accepting the signal come from second communication module transmission;
Described embedded programmable microprocessor is connected with near-field signals transmitter module.
4. wearable measuring instrument as claimed in claim 1, is characterized in that: described object wearing device is also provided with audio-visual acquisition module, control command processing module and remote communication module;
Described second communication module is near field communication module;
Described second communication module is for receiving the measured value of first communication module transmission and transferring to display screen;
Described display screen is used for real-time display measurement value;
The live signal of described audio-visual collection memory module collection site operational environment;
Described control command processing module is connected with near field communication module for sending control command;
The audiovisual materials that measurement result and audio-visual collection memory module collect are sent to remote data base by described remote communication module.
5. wearable measuring instrument as claimed in claim 1, is characterized in that: adopt wireless transmission method to carry out communication between described measuring unit and object wearing device.
6. wearable measuring instrument as claimed in claim 1, is characterized in that: described object wearing device adopts the mirror holder being suitable for wearer and wearing, and described second communication module and memory module are arranged on mirror holder; Described display screen is arranged at mirror holder front with optic formation, watches to be suitable for wearer the data message be shown in.
7. wearable measuring instrument as claimed in claim 6, is characterized in that: described second communication module is near-field communication mould; Described second communication module communicates for transmission information with first communication module;
Described mirror holder is arranged second communication module, remote communication module, battery, ON/OFF switch, memory block, Trackpad, TFT screen and camera;
Described battery is respectively audio-visual acquisition module, control command processing module, remote communication module, second communication module, Trackpad, TFT screen and camera and provides power supply; Described ON/OFF switch is connected the connecting and disconnecting for controlling power supply with battery; Described memory block is for storing the field data of audio-visual acquisition module and camera collection;
Described mirror holder is arranged adjustable nose frame to be suitable for the viewing of wearer; Described mirror holder is arranged adjustable mirror horse, regulate lens position to be suitable for wearer.
8. wearable measuring instrument as claimed in claim 1, is characterized in that: described object wearing device adopts the watch being suitable for wearer and wearing, and described watch comprises table body, watchband and surperficial display screen; In described table body, the second communication module communicated with first communication module and memory module are set; Described watchband is connected for watch is fixed on wearer's wrist with table body, and described surperficial display screen is connected for showing the information received by showing body with table body, watches to be suitable for wearer the data message be shown in.
9. wearable measuring instrument as claimed in claim 8, is characterized in that: arrange near field communication module, remote communication module, battery and memory block in described table body; Described near field communication module, remote communication module, battery and memory block are arranged on circuit board and are installed on table intracoelomic cavity; Described table body arranges surface; Described surface arranges surperficial display screen and watches display information for wearer; Described circuit board is by being arranged at the break-make of the machine open/close key control circuit on surface; Described surface is arranged camera for obtaining field data; Described surface is arranged at Trackpad for inputting information.
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| CN201510818525.0A CN105490695A (en) | 2015-11-23 | 2015-11-23 | Wearable measuring instrument |
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| CN201510818525.0A CN105490695A (en) | 2015-11-23 | 2015-11-23 | Wearable measuring instrument |
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| CN105490695A true CN105490695A (en) | 2016-04-13 |
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| CN106017524A (en) * | 2016-06-22 | 2016-10-12 | 深圳市元征科技股份有限公司 | Automobile fault diagnosis assembly |
| CN110310451A (en) * | 2019-07-22 | 2019-10-08 | 软通智慧科技有限公司 | A kind of fire hazard Check System and method based on wearable device |
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Application publication date: 20160413 |
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