CN105572457A - Electricity testing device and usage method of electricity testing device - Google Patents
Electricity testing device and usage method of electricity testing device Download PDFInfo
- Publication number
- CN105572457A CN105572457A CN201510951918.9A CN201510951918A CN105572457A CN 105572457 A CN105572457 A CN 105572457A CN 201510951918 A CN201510951918 A CN 201510951918A CN 105572457 A CN105572457 A CN 105572457A
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- Prior art keywords
- insulating bar
- controller
- electroscopic device
- light
- contact
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R19/00—Arrangements for measuring currents or voltages or for indicating presence or sign thereof
- G01R19/145—Indicating the presence of current or voltage
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R33/00—Arrangements or instruments for measuring magnetic variables
- G01R33/02—Measuring direction or magnitude of magnetic fields or magnetic flux
- G01R33/06—Measuring direction or magnitude of magnetic fields or magnetic flux using galvano-magnetic devices
Abstract
The invention discloses an electricity testing device and a usage method of the electricity testing device, and relates to the technical field of devices for measuring electric variables. The electricity testing device comprises an insulating rod and further comprises a contact type electroscope, an electromagnetic induction sensor, a camera, a controller, a display, an acousto-optic alarm device, a PCY heater, a lamp belt, a power supply module, a power-on button and a power-off button. The electricity testing device also comprises a temperature sensor and a light sensor. The electricity testing device has the advantages of convenient usage, high safety and the like.
Description
Technical field
The present invention relates to the device technique field for measuring electric variable, particularly relating to a kind of electroscopic device easy to use.
Background technology
Electroscope be a kind of can the whether charged instrument of inspected object, there is a variety of electroscope in prior art, but the electroscope of prior art have use inconvenient, the shortcomings such as poor stability.
Summary of the invention
Technical matters to be solved by this invention is to provide a kind of electroscopic device, and described electroscopic device has the features such as easy to use, safe.
For solving the problems of the technologies described above, the technical solution used in the present invention is: a kind of electroscopic device, comprise insulating bar, characterized by further comprising: contact electroscope, electromagnetic induction sensor, camera, controller, display, acoustic-optic alarm, PCT well heater, light bar, power module, starting key and shutdown button, the outside being fixed on described insulating bar end of described contact electroscope adjustable angle, described contact electroscope is electrically connected with described controller; Described electromagnetic induction sensor is positioned at the end of described insulating bar, for the Magnetic Field around induction charging device, the end being fixed on described insulating bar of described camera adjustable angle, and the camera lens of described camera is towards the galvanoscopic electrical verification position of described contact, described acoustic-optic alarm is connected with the signal output part of display with described controller;
Further, comprise the surface that temperature sensor is positioned at described insulating bar, be connected with the signal input part of controller, for responding to the temperature information of surrounding environment; Described well heater is provided with several, is positioned at the inside of described insulating bar lower end, and the contact internal walls of described well heater and insulating bar;
Further, comprise the surface that light sensor is positioned at insulating bar, be connected with the signal input part of controller, for responding to the light information of surrounding environment; Described light bar is positioned at the outside surface of described insulating bar, is connected with the power output end of controller, for illuminating the profile of described insulating bar; Described power module is used for for needing the module of powering to provide working power in described electroscopic device;
Described starting key and shutdown button are positioned at the outside surface of described insulating bar, be connected, when after starting key described in touch-control, make described electroscopic device enter open state with the signal input part of described controller; When after the button that shuts down described in touch-control, controller enters shutdown mode, the touching signals of controller wake-up waiting signal or starting key, makes described controller enter power on mode;
The using method of electroscopic device
After entering into power on mode, when described electromagnetic induction sensor senses the Magnetic Field around Charging system and this Magnetic Field reaches certain numerical value, controller controls contact electroscope and camera is enabled state, the image information of collection is transferred to controller by camera, controller by image display over the display, operating personnel are according to this image information adjustment galvanoscopic position of contact, this contact electroscope is contacted with object to be detected, when contact electroscope touches object to be detected, the Magnetic Field of controller synthesis electromagnetic induction sensor collection and the galvanoscopic electrical verification information of contact control acoustic-optic alarm and send sound and light alarm,
Further technical scheme is: after entering into power on mode, and when the temperature that described temperature sensor senses arrives is lower than certain value, controller controls described well heater work, heats the insulating bar outside well heater;
Further technical scheme is: when the light that described light sensor senses is lower than certain value, controller controls described light bar and obtains electric, described light bar illuminates the profile of insulating bar, and the lighting module opened on camera throws light on to the galvanoscopic electrical verification position of contact.
Further technical scheme is: described electroscopic device also comprises gyroscope and vibration transducer, described gyroscope and vibration transducer are positioned at described cartridge type insulating bar, gyroscope is connected with the signal input part of vibration transducer with described controller, gyroscope is for detecting the horizontality of described insulating bar, vibration transducer is for responding to the vibration signal of insulating bar, when gyroscope detects the horizontality change certain value of insulating bar and vibration transducer senses the vibration signal of insulating bar, send wake-up signal, after controller receives wake-up signal, control described electroscopic device and enter open state.
Further technical scheme is: described electroscope is arranged on the end of described insulating bar by the ratchet and pawl cooperatively interacted, and described electroscope can only counterclockwise or be rotated clockwise.
The beneficial effect adopting technique scheme to produce is: when described electromagnetic induction sensor senses the Magnetic Field around Charging system and this Magnetic Field reaches certain numerical value, controller controls contact electroscope and camera is enabled state, the image information of collection is transferred to controller by camera, controller by image display over the display, operating personnel are according to this image information adjustment galvanoscopic position of contact, this contact electroscope is contacted with object to be detected, when contact electroscope touches object to be detected, the Magnetic Field of controller synthesis electromagnetic induction sensor collection and the galvanoscopic electrical verification information of contact control acoustic-optic alarm and send sound and light alarm signal, user is reminded to note.
Sound and light alarm signal is generally two kinds, the first: electromagnetic induction sensor detects field signal, and contact electroscope detects electric signal, at this moment sends the first alerting signal, reminds user's object to be detected charged; The second: electromagnetic induction sensor detects field signal, but contact electroscope does not detect electric signal, at this moment the second alerting signal is sent, remind user, object to be detected is not charged, but peripheral devices is charged, reminds user operationally to note not touching the device around object to be detected, make described electroscopic device work more reliable, use safer.
Described electroscopic device also comprises gyroscope, vibration transducer, described gyroscope and vibration transducer are positioned at described cartridge type insulating bar, gyroscope is connected with the signal input part of vibration transducer with described controller, gyroscope is for detecting the horizontality of described insulating bar, vibration transducer is for responding to the vibration signal of insulating bar, when gyroscope detects the horizontality change certain value of insulating bar and vibration transducer senses the vibration signal of insulating bar, it is enabled state that controller controls electromagnetic induction sensor, makes described electroscopic device enter open state.
Described starting key and shutdown button are positioned at the outside surface of described insulating bar, be connected, when after starting key described in touch-control, make described electroscopic device enter open state with the signal input part of described controller; When after the button that shuts down described in touch-control, controller enters shutdown mode, the touching signals of controller wake-up waiting signal or starting key, makes described controller enter power on mode.
By above technical characteristic, even if user forgets that starting key described in touch-control also can make described electroscopic device enter into open state, carry out normal electrical verification work, prevent operating personnel because of can not use or misoperation and can not proper testing to the electriferous state of tested object, further increase the safety and reliability of use, and easy to use.
When the temperature that described temperature sensor senses arrives is lower than certain value, surface environment temperature is lower, controller controls described well heater work, heat the insulating bar outside well heater, the holding position because of operating personnel is generally the afterbody at insulating bar, therefore, well heater is generally only arranged in the afterbody of insulating bar, heat the afterbody of insulating bar, make the operating environment that operating personnel feel comfortable, the insulating bar that can effectively prevent misoperation from causing falls;
When the light that described light sensor senses is lower than certain value, show that described electroscopic device is used in the environment that light is more weak, the controller lighting module controlled on described light bar and camera obtains electric, described light bar illuminates the profile of insulating bar, and lighting module illuminates the electrical verification position of high voltage electroscope, now only need operating personnel can complete electrical verification work, without the need to extra illumination personnel, improve work efficiency.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the present invention is further detailed explanation.
Fig. 1 is structural representation of the present invention;
Fig. 2 is the theory diagram that middle controller of the present invention is connected with peripheral components;
Wherein: 1, insulating bar 2, contact electroscope 3, electromagnetic induction sensor 4, camera 5, controller 6, display 7, acoustic-optic alarm 8, temperature sensor 9, PCT well heater 10, light sensor 11, light bar 12, starting key, 13, shutdown button 14, ratchet and pawl.
Embodiment
Shown in accompanying drawing 1-2 of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only a part of embodiment of the present invention, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Set forth a lot of detail in the following description so that fully understand the present invention, but the present invention can also adopt other to be different from alternate manner described here to implement, those skilled in the art can when without prejudice to doing similar popularization when intension of the present invention, therefore the present invention is by the restriction of following public specific embodiment.
Embodiment 1
A kind of electroscopic device, comprise insulating bar 1, also comprise contact electroscope 2, electromagnetic induction sensor 3, camera 4, controller 5, display 6, acoustic-optic alarm 7, PCT well heater 9, light bar 11, power module, starting key 12 and shutdown button 13, the outside being fixed on described insulating bar end of described contact electroscope adjustable angle, described contact electroscope is electrically connected with described controller; Described electromagnetic induction sensor is positioned at the end of described insulating bar, for the Magnetic Field around induction charging device, the end being fixed on described insulating bar of described camera adjustable angle, and the camera lens of described camera is towards the galvanoscopic electrical verification position of described contact, described acoustic-optic alarm is connected with the signal output part of display with described controller.
Described starting key and shutdown button are positioned at the outside surface of described insulating bar, be connected, when after starting key described in touch-control, make described electroscopic device enter open state with the signal input part of described controller; When after the button that shuts down described in touch-control, controller enters shutdown mode, the touching signals of controller wake-up waiting signal or starting key, makes described controller enter power on mode.
Embodiment 2
Be with the difference of embodiment 1
A kind of electroscopic device, also comprise temperature sensor 8, temperature sensor is positioned at the surface of described insulating bar, is connected with the signal input part of controller, for responding to the temperature information of surrounding environment; Described well heater is provided with several, is positioned at the inside of described insulating bar lower end, and the contact internal walls of described well heater and insulating bar.
Embodiment 3
Be with the difference of embodiment 1,2
A kind of electroscopic device, also comprise light sensor 10, light sensor is positioned at the surface of insulating bar, is connected with the signal input part of controller, for responding to the light information of surrounding environment; Described light bar is positioned at the outside surface of described insulating bar, is connected with the power output end of controller, for illuminating the profile of described insulating bar; Described power module is used for for needing the module of powering to provide working power in described electroscopic device.
Embodiment 4
A using method for electroscopic device,
After entering into power on mode, when described electromagnetic induction sensor senses the Magnetic Field around Charging system and this Magnetic Field reaches certain numerical value, controller controls contact electroscope and camera is enabled state, the image information of collection is transferred to controller by camera, controller by image display over the display, operating personnel are according to this image information adjustment galvanoscopic position of contact, this contact electroscope is contacted with object to be detected, when contact electroscope touches object to be detected, the Magnetic Field of controller synthesis electromagnetic induction sensor collection and the galvanoscopic electrical verification information of contact control acoustic-optic alarm and send sound and light alarm.
Embodiment 5
A using method for electroscopic device,
After entering into power on mode, when the temperature that described temperature sensor senses arrives is lower than certain value, controller controls described well heater work, heats the insulating bar outside well heater.
Embodiment 6
A using method for electroscopic device,
When the light that described light sensor senses is lower than certain value, controller controls described light bar and obtains electric, and described light bar illuminates the profile of insulating bar, and the lighting module opened on camera throws light on to the galvanoscopic electrical verification position of contact.
Embodiment 7
Be with the difference of embodiment 1,2,3
A kind of electroscopic device, also comprise gyroscope and vibration transducer, gyroscope and vibration transducer are positioned at described cartridge type insulating bar, gyroscope is connected with the signal input part of vibration transducer with described controller, gyroscope is for detecting the horizontality of described insulating bar, vibration transducer is for responding to the vibration signal of insulating bar, when gyroscope detects the horizontality change certain value of insulating bar and vibration transducer senses the vibration signal of insulating bar, send wake-up signal, after controller receives wake-up signal, control described electroscopic device and enter open state.
Embodiment 8
Be with the difference of embodiment 1,2,3
Described electroscope is arranged on the end of described insulating bar 1 by the ratchet and pawl 14 cooperatively interacted, and described electroscope can only counterclockwise or be rotated clockwise.
Embodiment 9
For most preferred embodiment of the present invention.
A kind of electroscopic device, comprise insulating bar 1, also comprise: contact electroscope 2, electromagnetic induction sensor 3, camera 4, controller 5, display 6, acoustic-optic alarm 7, temperature sensor 8, PCT well heater 9, light sensor 10, light bar 11, power module, starting key 12 and shutdown button 13, the outside being fixed on described insulating bar end of described contact electroscope adjustable angle, described contact electroscope is electrically connected with described controller; Described electromagnetic induction sensor is positioned at the end of described insulating bar, for the Magnetic Field around induction charging device, the end being fixed on described insulating bar of described camera adjustable angle, and the camera lens of described camera is towards the galvanoscopic electrical verification position of described contact, described acoustic-optic alarm is connected with the signal output part of display with described controller;
Described temperature sensor is positioned at the surface of described insulating bar, is connected with the signal input part of controller, for responding to the temperature information of surrounding environment; Described well heater is provided with several, is positioned at the inside of described insulating bar lower end, and the contact internal walls of described well heater and insulating bar; Described light sensor is positioned at the surface of insulating bar, is connected with the signal input part of controller, for responding to the light information of surrounding environment; Described light bar is positioned at the outside surface of described insulating bar, is connected with the power output end of controller, for illuminating the profile of described insulating bar; Described power module is used for for needing the module of powering to provide working power in described electroscopic device;
Described starting key and shutdown button are positioned at the outside surface of described insulating bar, be connected, when after starting key described in touch-control, make described electroscopic device enter open state with the signal input part of described controller; When after the button that shuts down described in touch-control, controller enters shutdown mode, the touching signals of controller wake-up waiting signal or starting key, makes described controller enter power on mode;
Described electroscopic device also comprises gyroscope and vibration transducer, described gyroscope and vibration transducer are positioned at described cartridge type insulating bar, gyroscope is connected with the signal input part of vibration transducer with described controller, gyroscope is for detecting the horizontality of described insulating bar, vibration transducer is for responding to the vibration signal of insulating bar, when gyroscope detects the horizontality change certain value of insulating bar and vibration transducer senses the vibration signal of insulating bar, send wake-up signal, after controller receives wake-up signal, control described electroscopic device and enter open state.
Described electroscope is arranged on the end of described insulating bar 1 by the ratchet and pawl 14 cooperatively interacted, and described electroscope can only counterclockwise or be rotated clockwise.Described electroscope counterclockwise or can only be rotated clockwise, can not rotate due to the effect of external force after making it adjust angle.
When described electromagnetic induction sensor senses the Magnetic Field around Charging system and this Magnetic Field reaches certain numerical value, controller controls contact electroscope and camera is enabled state, the image information of collection is transferred to controller by camera, controller by image display over the display, operating personnel are according to this image information adjustment galvanoscopic position of contact, this contact electroscope is contacted with object to be detected, when contact electroscope touches object to be detected, the Magnetic Field of controller synthesis electromagnetic induction sensor collection and the galvanoscopic electrical verification information of contact control acoustic-optic alarm and send sound and light alarm signal, user is reminded to note.
Sound and light alarm signal is generally two kinds, the first: electromagnetic induction sensor detects field signal, and contact electroscope detects electric signal, at this moment sends the first alerting signal, reminds user's object to be detected charged; The second: electromagnetic induction sensor detects field signal, but contact electroscope does not detect electric signal, at this moment the second alerting signal is sent, remind user, object to be detected is not charged, but peripheral devices is charged, reminds user operationally to note not touching the device around object to be detected, make described electroscopic device work more reliable, use safer.
Described electroscopic device also comprises gyroscope, vibration transducer, starting key and shutdown button, described gyroscope and vibration transducer are positioned at described cartridge type insulating bar, gyroscope is connected with the signal input part of vibration transducer with described controller, gyroscope is for detecting the horizontality of described insulating bar, vibration transducer is for responding to the vibration signal of insulating bar, when gyroscope detects the horizontality change certain value of insulating bar and vibration transducer senses the vibration signal of insulating bar, it is enabled state that controller controls electromagnetic induction sensor, described electroscopic device is made to enter open state.
Described starting key and shutdown button are positioned at the outside surface of described insulating bar, be connected, when after starting key described in touch-control, make described electroscopic device enter open state with the signal input part of described controller; When after the button that shuts down described in touch-control, controller enters shutdown mode, the touching signals of controller wake-up waiting signal or starting key, makes described controller enter power on mode.
By above technical characteristic, even if user forgets that starting key described in touch-control also can make described electroscopic device enter into open state, carry out normal electrical verification work, prevent operating personnel because of can not use or misoperation and can not proper testing to the electriferous state of tested object, further increase the safety and reliability of use, and easy to use.
When the temperature that described temperature sensor senses arrives is lower than certain value, surface environment temperature is lower, controller controls described well heater work, heat the insulating bar outside well heater, the holding position because of operating personnel is generally the afterbody at insulating bar, therefore, well heater is generally only arranged in the afterbody of insulating bar, heat the afterbody of insulating bar, make the operating environment that operating personnel feel comfortable, the insulating bar that can effectively prevent misoperation from causing falls;
When the light that described light sensor senses is lower than certain value, show that described electroscopic device is used in the environment that light is more weak, the controller lighting module controlled on described light bar and camera obtains electric, described light bar illuminates the profile of insulating bar, and lighting module illuminates the electrical verification position of high voltage electroscope, now only need operating personnel can complete electrical verification work, without the need to extra illumination personnel, improve work efficiency.
Claims (9)
1. electroscopic device, comprises insulating bar (1), it is characterized in that:
Also comprise contact electroscope (2), electromagnetic induction sensor (3), camera (4), controller (5), display (6), acoustic-optic alarm (7), PCT well heater (9), light bar (11), power module, starting key (12) and shutdown button (13), the outside being fixed on described insulating bar end of described contact electroscope adjustable angle, described contact electroscope is electrically connected with described controller; Described electromagnetic induction sensor is positioned at the end of described insulating bar, for the Magnetic Field around induction charging device, the end being fixed on described insulating bar of described camera adjustable angle, and the camera lens of described camera is towards the galvanoscopic electrical verification position of described contact, described acoustic-optic alarm is connected with the signal output part of display with described controller.
2. electroscopic device as claimed in claim 1, is characterized in that:
Also comprise temperature sensor (8), temperature sensor is positioned at the surface of described insulating bar, is connected with the signal input part of controller, for responding to the temperature information of surrounding environment; Described well heater is provided with several, is positioned at the inside of described insulating bar lower end, and the contact internal walls of described well heater and insulating bar.
3. electroscopic device as claimed in claim 1, is characterized in that:
Also comprise light sensor (10), light sensor is positioned at the surface of insulating bar, is connected with the signal input part of controller, for responding to the light information of surrounding environment; Described light bar is positioned at the outside surface of described insulating bar, is connected with the power output end of controller, for illuminating the profile of described insulating bar; Described power module is used for for needing the module of powering to provide working power in described electroscopic device.
4. electroscopic device as claimed in claim 1, is characterized in that:
Described starting key and shutdown button are positioned at the outside surface of described insulating bar, be connected, when after starting key described in touch-control, make described electroscopic device enter open state with the signal input part of described controller; When after the button that shuts down described in touch-control, controller enters shutdown mode, the touching signals of controller wake-up waiting signal or starting key, makes described controller enter power on mode.
5. the using method of electroscopic device, is characterized in that:
After entering into power on mode, when described electromagnetic induction sensor senses the Magnetic Field around Charging system and this Magnetic Field reaches certain numerical value, controller controls contact electroscope and camera is enabled state, the image information of collection is transferred to controller by camera, controller by image display over the display, operating personnel are according to this image information adjustment galvanoscopic position of contact, this contact electroscope is contacted with object to be detected, when contact electroscope touches object to be detected, the Magnetic Field of controller synthesis electromagnetic induction sensor collection and the galvanoscopic electrical verification information of contact control acoustic-optic alarm and send sound and light alarm.
6. the using method of electroscopic device as claimed in claim 5, is characterized in that:
Also comprise, after entering into power on mode, when the temperature that described temperature sensor senses arrives is lower than certain value, controller controls described well heater work, heats the insulating bar outside well heater.
7. the using method of electroscopic device as claimed in claim 5, is characterized in that:
Also comprise, when the light that described light sensor senses is lower than certain value, controller controls described light bar and obtains electric, and described light bar illuminates the profile of insulating bar, and the lighting module opened on camera throws light on to the galvanoscopic electrical verification position of contact.
8. electroscopic device as claimed in claim 1, is characterized in that:
Also comprise gyroscope and vibration transducer, gyroscope and vibration transducer are positioned at described cartridge type insulating bar, gyroscope is connected with the signal input part of vibration transducer with described controller, gyroscope is for detecting the horizontality of described insulating bar, vibration transducer is for responding to the vibration signal of insulating bar, when gyroscope detects the horizontality change certain value of insulating bar and vibration transducer senses the vibration signal of insulating bar, send wake-up signal, after controller receives wake-up signal, control described electroscopic device and enter open state.
9. electroscopic device as claimed in claim 1, is characterized in that:
Described electroscope is arranged on the end of described insulating bar (1) by the ratchet and pawl (14) cooperatively interacted, and described electroscope can only counterclockwise or be rotated clockwise.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510951918.9A CN105572457A (en) | 2015-12-18 | 2015-12-18 | Electricity testing device and usage method of electricity testing device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510951918.9A CN105572457A (en) | 2015-12-18 | 2015-12-18 | Electricity testing device and usage method of electricity testing device |
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| CN105572457A true CN105572457A (en) | 2016-05-11 |
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| CN201510951918.9A Pending CN105572457A (en) | 2015-12-18 | 2015-12-18 | Electricity testing device and usage method of electricity testing device |
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Application publication date: 20160511 |