CN209013854U - A kind of intelligence wedge-shaped feeler gauge and data collection system - Google Patents
A kind of intelligence wedge-shaped feeler gauge and data collection system Download PDFInfo
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- CN209013854U CN209013854U CN201821616341.1U CN201821616341U CN209013854U CN 209013854 U CN209013854 U CN 209013854U CN 201821616341 U CN201821616341 U CN 201821616341U CN 209013854 U CN209013854 U CN 209013854U
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Abstract
The utility model relates to wedge-shaped feeler gauge fields, and in particular to a kind of intelligence wedge-shaped feeler gauge and data collection system.The intelligence wedge-shaped feeler gauge includes controlling main body, the wedge-shaped part being arranged in control main body, the vernier being slidably located on wedge-shaped part, the intelligence wedge-shaped feeler gauge further includes the measurement module for measuring location information of the vernier on wedge-shaped part, and the acquisition process unit being connect with measurement module, to obtain measurement data.The utility model measures location information of the vernier on wedge-shaped part by designing a kind of intelligent wedge-shaped feeler gauge, by measurement module, to obtain measurement data；Further, and by bluetooth module it sends data on external mobile terminal, solves data storage and bother, save difficult problem, and effectively carry out data management, avoid the phenomenon that surveying, surveying less and repeat side more.
Description
Technical field
The utility model relates to wedge-shaped feeler gauge fields, and in particular to a kind of intelligence wedge-shaped feeler gauge and data collection system.
Background technique
Wedge-shaped feeler gauge, wide 10 millimeters or so, 70 millimeters or so of length, one end is very thin (as blade), and one end is 8 millimeters or so thick
Wedge shape ruler, generally metal is made, and has scale, a kind of construction in-site measurement tool in wherein oblique one side.
It is generally used cooperatively with horizontal ruler or engineering survey ruler, horizontal ruler is put on metope or on ground, wedge is then used
Shape clearance gauge is filled in, to detect wall, surface water Pingdu, the error of perpendicularity.Further, be generally used in building check flatness
Gap Shui Pingdu etc. also directly checks door and window seam.
But existing wedge-shaped feeler gauge backwardness is not smart enough, in practical construction account, have several disadvantages in that 1,
It is substantially and fills in data by hand, easily lead to data deviation or mistake；2, measurement work repeatability is big, and measurement work is through whole
A work progress, same position different phase, including concreting, which are completed, build completion, plastering is completed, apply putty completes,
Measurement need to be repeated several times；3, Data duplication acquires, and same position repeatedly measures, and can not judge to need measuring point to be in a certain stage
It is no that measurement is completed；4, participant is numerous, and construction, management, Party A, consultant third party, the data of same position are because of personnel ability
Quality differences can there are many as a result, be easy to cause contradiction；5, data management is difficult, and the construction project period is longer, and most data is all
Interim papery data under line, keeping and inquiry data difficulty are big；6, report provides difficulty, can not generate intuitive data sheet.
The General Office of the State Council " about the opinion for promoting construction industry sustainable and healthy development " (Office of the State Council [2017] 19), reinforces
Construction quality safety management: strictly implementing the responsibility of engineering quality, management of strengthening safety in production, and it is horizontal to improve supervision comprehensively；Firmly build
Portion: " 13 Construction Industry Information development outline " (establishes the city [2017] No. 98)；It is horizontal that Construction Industry Information is improved comprehensively:
Power enhances the information technologies integration capabilities such as BIM, big data, intelligence, mobile communication, cloud computing, Internet of Things, tentatively builds up one
Change supervision and service platform.
How specification item quality actual measurement during program, sampling method, measurement operation, data processing；Promotion project
The operational instrument and method of quality actual measurement, eliminate as much as deviation caused by manual operation；It improves efficiency, integrates information, improve
The efficiency of management is realized efficient information intercommunication, is grasped in time and accurately by the information management based on Internet of Things and BIM technology
The data information of project actual measurement actual quantities；Construction quality is improved, communication mechanism is improved, improves unit in charge of construction and construction teams and groups evaluation machine
System improves quality regulatory level.
Above-mentioned the problem of being those skilled in the art's primary study.
Utility model content
The technical problem to be solved by the present invention is in view of the above drawbacks of the prior art, provide a kind of intelligent wedge
Shape clearance gauge and data collection system solve existing wedge-shaped feeler gauge in practical construction account, not smart enough, be easy to produce mistake,
It resurveys and the problems such as data management is difficult.
The technical scheme adopted by the utility model to solve the technical problem is as follows: a kind of intelligent wedge-shaped feeler gauge is provided, it is described
Intelligent wedge-shaped feeler gauge includes controlling main body, the wedge-shaped part being arranged in control main body, the vernier being slidably located on wedge-shaped part, institute
Stating intelligent wedge-shaped feeler gauge further includes the measurement module for measuring location information of the vernier on wedge-shaped part, and is connect with measurement module
Acquisition process unit, to obtain measurement data.
Wherein, preferred version is: being provided with spring assembly between the vernier and control main body, the measurement module includes
Pressure sensor on spring assembly is set, and the pressure sensor is according to the acquisition vernier of the elastic force of spring assembly in wedge shape
Location information in portion.
Wherein, preferred version is: the measurement module includes that vernier is arranged in and controls sensor at a distance between main body,
Location information of the vernier on wedge-shaped part is obtained at a distance from control main body according to vernier.
Wherein, preferred version is: the intelligence wedge-shaped feeler gauge further includes the radio communication mold connecting with acquisition process unit
Block；Wherein, the wireless communication module by measurement data be sent to in the matched mobile terminal of wireless communication module, alternatively,
Measurement data is sent in cloud server by the wireless communication module.
Wherein, preferred version is: the wireless communication module includes Bluetooth communication modules, and the Bluetooth communication modules will be surveyed
Amount data be sent to in the matched mobile terminal of Bluetooth transmission mould.
Wherein, preferred version is: the wireless communication module includes mobile communication module, and the mobile communication module will be surveyed
It measures data and cloud server is sent to by base station.
Wherein, preferred version is: the data acquisition process unit includes acquisition module, memory module and transmission module,
The acquisition module is connect with memory module and measurement module respectively, and the measurement data of acquisition is stored into memory module, institute
It states transmission module to connect with Bluetooth communication modules and memory module respectively, according to preset instructions or real-time command survey to be stored
Module is sent out amount data by wireless communication；
Alternatively, the acquisition module is connect with memory module and measurement module respectively, by the measurement data of acquisition store to
In memory module, the transmission module is connect with Bluetooth communication modules and acquisition module respectively, is referred to according to preset instructions or in real time
Directly by the metrical information of acquisition module acquisition, module is sent out by wireless communication for order.
Wherein, preferred version is: the intelligence wedge-shaped feeler gauge further includes the voice mould connecting with data acquisition process unit
The metrical information of acquisition is formed voice signal or has default lattice by block, the loudspeaker connecting with voice module, the voice module
The voice signal of formula is simultaneously put by loudspeaker outside.
Wherein, preferred version is: the intelligence wedge-shaped feeler gauge further includes battery modules and power management chip, the electricity
Source control chip is connect with battery modules, after being handled with the output electric energy to battery modules and is the function of intelligent wedge-shaped feeler gauge
It can module for power supply；Wherein, the battery modules include for plug type charged lithium cells.
Wherein, preferred version is: the intelligence wedge-shaped feeler gauge further includes the control panel that control main body is arranged in, the control
Panel processed includes resurveying one of key, determination key, wireless communication function unlatching/close key, power key or a variety of keys.
Wherein, preferred version is: the intelligence wedge-shaped feeler gauge further includes the display screen being arranged in control main body, with display
Measurement data.
The technical scheme adopted by the utility model to solve the technical problem is as follows: providing a kind of based on intelligent wedge-shaped feeler gauge
Data collection system, it is characterised in that: the data collection system includes mobile terminal or cloud server, and whole with movement
End or cloud server realize that wireless communication connects intelligent wedge-shaped feeler gauge；Wherein, the measurement that the intelligent wedge-shaped feeler gauge will acquire
Information is sent to mobile terminal or cloud server.
The beneficial effects of the utility model are that compared with prior art, the utility model is by designing a kind of intelligent wedge
Shape clearance gauge measures location information of the vernier on wedge-shaped part by measurement module, to obtain measurement data；Further, and lead to
It crosses bluetooth module to send data on external mobile terminal, solves data storage trouble, save difficult problem, and effectively
Data management is carried out, avoids the phenomenon that surveying, surveying less and repeat side more；Further, the journey during the actual measurement of specification item quality
Sequence, sampling method, measurement operation, data processing；The operational instrument and method for promoting project quality actual measurement eliminate as much as artificial
Deviation caused by operating；It improves efficiency, integrates information, improve the efficiency of management, pass through the message tube based on Internet of Things and BIM technology
Reason realizes efficient information intercommunication, grasps the data information of project actual measurement actual quantities in time and accurately；Construction quality is improved, it is perfect
Communication mechanism improves unit in charge of construction and construction teams and groups evaluation mechanism, improves quality regulatory level.
Detailed description of the invention
Below in conjunction with accompanying drawings and embodiments, the utility model is described in further detail, in attached drawing:
Fig. 1 is the structural schematic diagram of the utility model intelligence wedge-shaped feeler gauge；
Fig. 2 is the circuit block diagram of the utility model intelligence wedge-shaped feeler gauge；
Fig. 3 is structural schematic diagram of the utility model using the intelligent wedge-shaped feeler gauge of range sensor；
Fig. 4 is the circuit block diagram of the utility model wireless communication module；
Fig. 5 is the further circuit block diagram of Fig. 4 wireless communication module；
Fig. 6 is the circuit block diagram of the utility model acquisition process unit embodiment one；
Fig. 7 is two circuit block diagram of the utility model acquisition process unit embodiment；
Fig. 8 is the circuit block diagram of the utility model voice module；
Fig. 9 is the circuit block diagram of the utility model battery modules.
Specific embodiment
Now in conjunction with attached drawing, elaborate to the preferred embodiment of the utility model.
As depicted in figs. 1 and 2, the utility model provides a kind of preferred embodiment of intelligent wedge-shaped feeler gauge.
A kind of intelligence wedge-shaped feeler gauge, the intelligence wedge-shaped feeler gauge include control main body 100, setting in control main body 100
Wedge-shaped part 200, the vernier 300 that is slidably located on wedge-shaped part 200, the intelligence wedge-shaped feeler gauge further includes measurement vernier 300
The measurement module 410 of location information on wedge-shaped part 200, and the acquisition process unit 600 being connect with measurement module 410,
To obtain measurement data.
Specifically, the error of perpendicularity of intelligent wedge-shaped feeler gauge detection object makes with horizontal ruler or the cooperation of engineering survey ruler
With horizontal ruler is put on metope or on ground, is then filled in wedge-shaped feeler gauge, to detect wall, surface water Pingdu, verticality is missed
Difference.Location information of the vernier 300 on wedge-shaped part 200 is obtained by measurement module 410, to obtain the data ginseng for needing to measure
Number.
In the present embodiment, and Fig. 1 is referred to, is provided with spring assembly between the vernier 300 and control main body 100, institute
Stating measurement module 410 includes the pressure sensor 411 that is arranged on spring assembly, and the pressure sensor 411 is according to groups of springs
Location information of the acquisition vernier 300 of the elastic force of part on wedge-shaped part 200.Wherein, spring assembly includes spring 400, Yi Jiyong
In the fixation member of fixed spring 400.Pressure sensor 411 may be provided at 400 both ends of spring or elsewhere, obtain spring
400 elastic force, to obtain location information of the vernier 300 on wedge-shaped part 200.
For example, the both ends of pressure sensor 411 are separately connected a spring 400, previous spring 400 is connect with vernier 300,
Latter spring 400 is connect with control main body 100, and pressure sensor 411 realizes data acquisition by obtaining stress variation；Example again
Such as, pressure sensor 411 is fixed in control main body 100, and is connect with spring 400, and 400 other end of spring and vernier 300 connect
It connects, pressure sensor 411 realizes data acquisition by obtaining stress variation.
Further, spring 400 is in compressive state, by obtaining the variation of compression elasticity, obtains the bullet of spring 400
Power；Alternatively, spring 400 is in extended state, by obtaining the variation of stretching, extension elastic force, the elastic force of spring 400 is obtained.
In the present embodiment, the intelligent wedge-shaped feeler gauge further includes the display screen 110 being arranged in control main body 100, with
Show measurement data.By carrying out function selection on display screen 110, data such as check at the operation, convenient for data check and function
Switching.
Further, display screen 110 is preferably LED liquid crystal display 110 or LCD, for showing above-mentioned data parameters, or
The information such as one display electricity of person's setting.
As shown in figure 3, the utility model provides a kind of preferred embodiment of intelligent wedge-shaped feeler gauge.
The measurement module 410 includes that vernier 300 is arranged in and controls sensor at a distance between main body 100, according to trip
Mark 300 obtains location information of the vernier 300 on wedge-shaped part 200 at a distance from control main body 100.
Preferably, range sensor is infrared sensor, for obtaining vernier 300 at a distance from control main body 100, from
And judge location information of the vernier 300 on wedge-shaped part 200.
As shown in Figure 4 and Figure 5, the utility model provides the preferred embodiment of wireless communication module.
The intelligence wedge-shaped feeler gauge further includes the wireless communication module 700 connecting with acquisition process unit 600；Wherein, institute
State wireless communication module 700 by measurement data be sent to in the matched mobile terminal 10 of wireless communication module 700, alternatively, institute
It states wireless communication module 700 measurement data is sent in cloud server 30.
In the present embodiment, and Fig. 1, Fig. 3 and Fig. 5 are referred to, wireless communication module 700 provides four kinds of schemes.
Scheme one, the wireless communication module 700 include Bluetooth communication modules 710, and the Bluetooth communication modules 1531 will
Metrical information be sent to in the matched mobile terminal 10 of Bluetooth transmission mould.
It one realizes Bluetooth information transmission through the above scheme, improves the efficiency of short-distance transmission.Wherein, mobile terminal 10 can
Including mobile phone, plate, notebook and intelligence wearing etc..
Scheme two, the wireless communication module 700 include mobile communication module 720, and the mobile communication module 720 will be surveyed
Amount information is sent to cloud server 30 by base station 20.
And Fig. 1 or Fig. 3 is referred to, it controls and a SIM card card slot 140 is set in main body 100, for being inserted into SIM, SIM passes through
SIM card card slot 140 is connect with mobile communication module 720, realizes mobile communication.Further, mobile communication module is preferably 4G
Communication module.
Scheme three, the wireless communication module 700 include other can realize the module of wireless transmission, as microwave transmission,
WIFI transmission, wireless SmartAir transmission etc..
Two kinds of wireless communication modules 700 are arranged in scheme four, intelligent wedge-shaped feeler gauge, i.e., pass the bluetooth of scheme one and scheme two
Defeated module 710 and mobile communication module 720 are arranged in control main body 100, realize the selection that a variety of transmission modes are.When
So, other transmission modes can also be increased, or replace other transmission modes, meet the needs of varying environment.
In the present embodiment, a kind of preferred embodiment of data collection system based on intelligent wedge-shaped feeler gauge is provided.The number
Include mobile terminal 10 or cloud server 30 according to acquisition system, and is realized wirelessly with mobile terminal 10 or cloud server 30
The intelligent wedge-shaped feeler gauge of communication connection；Wherein, data acquisition journey is set on the mobile terminal 10 or cloud server 30
Sequence, the intelligence wedge-shaped feeler gauge are sent to movement according to the metrical information that the data collection point of the data acquisition program will acquire
Terminal 10 or cloud server 30.
Specifically, the data acquisition program of mobile terminal 10 or cloud server 30 includes the space of embeddable data, often
The corresponding measured corresponding position built in one space, the position or multiple positions that will be measured by the corresponding measured building of selection
It sets, and corresponding metrical information is sent in mobile terminal 10 or cloud server 30 by intelligent wedge-shaped feeler gauge, to be used for
Fill corresponding space.Further, the program during the actual measurement of specification item quality, sampling method, measurement operate, at data
Reason；The operational instrument and method for promoting project quality actual measurement, eliminate as much as deviation caused by manual operation；It improves efficiency, it is whole
Information is closed, the efficiency of management is improved, by the information management based on Internet of Things and BIM technology, realizes efficient information intercommunication, in time simultaneously
Accurately grasp the data information of project actual measurement actual quantities；Construction quality is improved, communication mechanism is improved, improves unit in charge of construction and construction
Teams and groups evaluate mechanism, improve quality regulatory level.
As shown in Figure 6 and Figure 7, the utility model provides the preferred embodiment of data acquisition process unit.
The data acquisition process unit 600 includes acquisition module 610, memory module 620 and transmission module 630, described
Acquisition module 610 is connect with memory module 620 and measurement module 410 respectively, and the measurement data of acquisition is stored to memory module
In 620, the transmission module 630 is connect with wireless communication module 700 and memory module 620 respectively, according to preset instructions or reality
Module 700 is sent out Shi Zhiling measurement data to be stored by wireless communication；Alternatively, the acquisition module 610 is distinguished
It is connect with memory module 620 and measurement module 410, the measurement data of acquisition is stored into memory module 620, the transmission mould
Block 630 is connect with wireless communication module 700 and acquisition module 610 respectively, directly will acquisition according to preset instructions or real-time command
Module 700 is sent out the metrical information that module 610 acquires by wireless communication.
For example, data acquisition process unit 600 includes a main control module 640, the collection terminal of main control module 640 is (with master control
The control module of module 640 is integrated to be used as acquisition module 610) it is connect with measurement module 410, vernier 300 is obtained in wedge-shaped part 200
On location information, and carry out relevant treatment in main control module 640, realize two steps after treatment, metrical information is stored
It (is integrated with the control module of main control module 640 as transmission into memory (as memory module 620), and through transmitting terminal
Module 630) sending value wireless communication module 700, realize wireless transmission.Wherein, main control module 640 preferably includes a processing core
Piece realizes the arrangement, processing, transmission of data.
It obtains the data parameters in memory it is of course also possible to control wireless communication module 700 and realizes transmission.Alternatively,
Another processing chip or processing circuit are set outside main control module 640, using as transmission module 630.
Wherein, memory module 620 may include memory card slot, for being inserted into the storage card of pronunciation, such as TF card 130.
As shown in figure 8, the utility model provides the preferred embodiment of voice module.
The intelligence wedge-shaped feeler gauge further includes the voice module 800 connecting with data acquisition process unit 600 and voice mould
The metrical information of acquisition is formed voice signal or has preset format by the loudspeaker 120 that block 800 connects, the voice module 800
Voice signal and by putting outside loudspeaker 120.
The setting of loudspeaker 120 is in 100 outside of control main body, convenient for effective transmitting of sound.
Specifically, voice module 800 is converted into voice signal according to text information, or according to preset voice
Format conversion is corresponding voice signal.For example, measurement data is 0.1mm, 0.1mm is converted voice by voice module 800 to be believed
Number, and the voice signal with preset format such as " verticality is " is converted into conjunction with measuring signal according to preset format, such as " hang down
Straight degree is 0.1mm ".
Preferably, voice module 800 is directly connect with the acquisition module 610 of data acquisition process unit 600, by acquisition
Metrical information is converted into voice messaging, alternatively, the memory module 620 of voice module 800 and data acquisition process unit 600
Connection, will acquire and the metrical information stored is converted into voice messaging.
Certainly, voice module 800 can also obtain related data information by main control module 640, realize centerized fusion.
As shown in figure 9, the utility model provides the preferred embodiment of battery modules.
The intelligence wedge-shaped feeler gauge further includes battery modules 910 and power management chip 920, the power management chip
920 connect with battery modules 910, after being handled with the output electric energy to battery modules 910 and are the function of intelligent wedge-shaped feeler gauge
It can module for power supply；Wherein, the battery modules 910 include for plug type charged lithium cells.
Specifically, it in the battery deck in plug type charged lithium cells insertion control main body 100, can be carried out after extraction
It is rear in insertion control main body 100 to be powered for intelligent wedge-shaped feeler gauge to inductive charging, in order to provide power supply efficiency, pass through power supply
Managing chip 920 such as boosts to electric energy, is depressured, being filtered at the operation, and the power reguirements of disparate modules are met.
As shown in Fig. 1 or Fig. 3, the utility model provides the preferred embodiment of control panel.
The intelligence wedge-shaped feeler gauge further includes the control panel 160 that control main body 100 is arranged in, the control panel 160
Including resurveying one of key 103, determination key 104, Bluetooth function unlatching/close key 105, power key 106 or a variety of keys.
Wherein, the key may be provided at any position on control panel 160.
Specifically, resurveying key 103 is modified to the data of same position, is re-measured, convenient for the modification of data；Really
Determining key 104 is determined to metrical information, into next step measurement links；Wireless communication function unlatching/close key 105 is pair
Wireless communication module 700 is controlled, and realization turns off or on；Power key 106 is to carry out switch control to intelligent wedge-shaped feeler gauge.
Further, wireless communication function unlatching/close key 105 can be the control button of Bluetooth communication modules 710,
It can be the control button of mobile communication module 720, or, two wireless communication function unlatching/close keys 105 are set, point
Not Kong Zhi Bluetooth communication modules 710 and mobile communication module 720, or, be arranged a wireless communication function unlatching/close key
105, Bluetooth communication modules 710 and mobile communication module 720 are controlled by number of clicks, mode or frequency respectively.
In the present embodiment, a kind of preferred version of voice unlatching/close key is also provided.
The control panel 160 further includes voice unlatching/close key.Voice module is realized by voice unlatching/close key
800 open or close.
In the present embodiment, and Fig. 1 or Fig. 3 is referred to, a kind of preferred version of selection key is also provided.
The control panel 160 further includes selection key, selection key include move up selection key 101 and move down selection by
Key 102, by moving up selection key 101 and moving down the content selection of the realization display screen 110 of selection key 102.
As described above, only the best embodiment of the utility model is not intended to limit the scope of the utility model,
All equivalent change or modifications made according to the patent scope of the utility model are all that the utility model is covered.
Claims (12)
1. a kind of intelligence wedge-shaped feeler gauge, it is characterised in that: the intelligence wedge-shaped feeler gauge includes control main body, setting in control main body
On wedge-shaped part, the vernier that is slidably located on wedge-shaped part, the intelligence wedge-shaped feeler gauge further includes measurement vernier on wedge-shaped part
Location information measurement module, and the acquisition process unit being connect with measurement module, to obtain measurement data.
2. intelligence wedge-shaped feeler gauge according to claim 1, it is characterised in that: be provided between the vernier and control main body
Spring assembly, the measurement module include the pressure sensor being arranged on spring assembly, and the pressure sensor is according to spring
Location information of the acquisition vernier of the elastic force of component on wedge-shaped part.
3. it is according to claim 1 intelligence wedge-shaped feeler gauge, it is characterised in that: the measurement module include setting vernier with
The distance between main body sensor is controlled, position of the vernier on wedge-shaped part is obtained at a distance from control main body according to vernier and believes
Breath.
4. intelligence wedge-shaped feeler gauge according to claim 1, it is characterised in that: the intelligence wedge-shaped feeler gauge further includes and acquires
The wireless communication module of processing unit connection；Wherein, measurement data is sent to and radio communication mold by the wireless communication module
In the mobile terminal of Block- matching, alternatively, measurement data is sent in cloud server by the wireless communication module.
5. intelligence wedge-shaped feeler gauge according to claim 4, it is characterised in that: the wireless communication module includes Bluetooth transmission
Module, the Bluetooth communication modules by measurement data be sent to in the matched mobile terminal of Bluetooth transmission mould.
6. intelligence wedge-shaped feeler gauge according to claim 4 or 5, it is characterised in that: the wireless communication module includes movement
Measurement data is sent to cloud server by base station by communication module, the mobile communication module.
7. intelligence wedge-shaped feeler gauge according to claim 4, it is characterised in that: the data acquisition process unit includes acquisition
Module, memory module and transmission module, the acquisition module are connect with memory module and measurement module respectively, by the measurement of acquisition
Data are stored into memory module, and the transmission module is connect with Bluetooth communication modules and memory module respectively, according to default finger
Module is sent out by wireless communication for order or real-time command measurement data to be stored；
Alternatively, the acquisition module is connect with memory module and measurement module respectively, the measurement data of acquisition is stored to storage
In module, the transmission module is connect with Bluetooth communication modules and acquisition module respectively, straight according to preset instructions or real-time command
Connect by acquisition module acquisition metrical information module is sent out by wireless communication.
8. intelligence wedge-shaped feeler gauge according to claim 1, it is characterised in that: the intelligence wedge-shaped feeler gauge further includes and data
The voice module of acquisition process unit connection, the loudspeaker that connect with voice module, the voice module is by the metrical information of acquisition
Form voice signal or voice signal with preset format and by putting outside loudspeaker.
9. intelligence wedge-shaped feeler gauge according to claim 1, it is characterised in that: the intelligence wedge-shaped feeler gauge further includes battery mould
Group and power management chip, the power management chip are connect with battery modules, are carried out with the output electric energy to battery modules
Functional module power supply after processing and for intelligent wedge-shaped feeler gauge；Wherein, the battery modules include the lithium electricity that charges for plug type
Pond.
10. intelligence wedge-shaped feeler gauge according to claim 4, it is characterised in that: the intelligence wedge-shaped feeler gauge further includes setting
In the control panel of control main body, the control panel includes resurveying key, determination key, wireless communication function unlatching/close key, electricity
One of source key or a variety of keys.
11. intelligence wedge-shaped feeler gauge according to claim 1, it is characterised in that: the intelligence wedge-shaped feeler gauge further includes setting
Display screen in control main body, to show measurement data.
12. a kind of data collection system based on intelligent wedge-shaped feeler gauge, it is characterised in that: the data collection system includes movement
Terminal or cloud server, and wireless communication connection and such as claim 4-11 are realized with mobile terminal or cloud server
Intelligent wedge-shaped feeler gauge described in one；Wherein, the metrical information that the intelligent wedge-shaped feeler gauge will acquire is sent to mobile terminal or cloud
Hold server.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821616341.1U CN209013854U (en) | 2018-09-30 | 2018-09-30 | A kind of intelligence wedge-shaped feeler gauge and data collection system |
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| CN201821616341.1U CN209013854U (en) | 2018-09-30 | 2018-09-30 | A kind of intelligence wedge-shaped feeler gauge and data collection system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109539925A (en) * | 2018-09-30 | 2019-03-29 | 万翼科技有限公司 | A kind of intelligence wedge-shaped feeler gauge and data collection system |
| CN111664774A (en) * | 2020-06-01 | 2020-09-15 | 东风汽车集团有限公司 | Portable wheel camber angle rapid detection device |
-
2018
- 2018-09-30 CN CN201821616341.1U patent/CN209013854U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109539925A (en) * | 2018-09-30 | 2019-03-29 | 万翼科技有限公司 | A kind of intelligence wedge-shaped feeler gauge and data collection system |
| CN111664774A (en) * | 2020-06-01 | 2020-09-15 | 东风汽车集团有限公司 | Portable wheel camber angle rapid detection device |
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