CN218066453U - High-precision leveling indicating system in noisy environment - Google Patents
High-precision leveling indicating system in noisy environment Download PDFInfo
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- CN218066453U CN218066453U CN202222116680.6U CN202222116680U CN218066453U CN 218066453 U CN218066453 U CN 218066453U CN 202222116680 U CN202222116680 U CN 202222116680U CN 218066453 U CN218066453 U CN 218066453U
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Abstract
The application relates to a high-precision leveling indicating system in a noisy environment, which comprises a data reading module, a first processing module and a data transmission module which are arranged at a precise level end, and a data receiving module, a second processing module and an indicating module which are arranged at an indium steel ruler end, wherein the data reading module is respectively connected with the precise level and the first processing module; the data reading module is used for reading and outputting the measurement data of the precision level; the first processing module is used for receiving a measurement data output state detection signal; the data transmission module is used for receiving and outputting the state detection signal; the data receiving module is used for receiving the state detection signal and outputting an indication signal; the indicating module is used for receiving the indicating signal to work. This application has the effect that accurate leveling measurement information conveys in order to measure reduce cost fast under realizing noisy environment.
Description
Technical Field
The application relates to the field of high-precision leveling, in particular to a high-precision leveling indicating system in a noisy environment.
Background
The high-precision leveling generally needs 3~4 measuring staff to carry related equipment (such as an interphone and the like) to complete cooperation, when one station is measured, the staff in the front sight ruler is not moved, the staff in the measuring station and the staff in the rear sight ruler move forwards for a certain distance together, at the moment, the colors of the front and rear visual angles are exchanged, and the process is circulated until the leveling work is completed.
When the surrounding environment of the leveling line is noisy, the noise is greater than the speaking communication, the interphone measuring personnel cannot realize effective contact, and the master ruler personnel always lean down to gather the steady round leveling bubble of spirit and cannot see the gesture of the personnel in the observation station. The current measures can only add two auxiliary measuring personnel to carry out information transmission by running back and forth between the measuring station and the front view and the back view. Because information transmission is difficult, increase personnel's cost promptly, reduce measurement of efficiency again, and the easy rework retest risk that appears.
SUMMERY OF THE UTILITY MODEL
In order to realize under the noisy environment that precision leveling measurement information conveys in order to improve measurement work efficiency fast, this application provides a high accuracy leveling indicating system under the noisy environment.
The application provides a pair of high accuracy leveling indicating system under noisy environment adopts following technical scheme:
a high-precision leveling indicating system in a noisy environment comprises a data reading module, a first processing module and a data transmission module which are arranged at a precise level end, and a data receiving module, a second processing module and an indicating module which are arranged at an indium steel ruler end, wherein the data reading module is respectively connected with the precise level and the first processing module;
the data reading module is used for reading and outputting the measurement data of the precision level gauge;
the second processing module is used for receiving the measurement data output state detection signal;
the data transmission module is used for receiving and outputting the state detection signal;
the data receiving module is used for receiving the state detection signal and outputting an indication signal;
the indicating module is used for receiving the indicating signal to work.
Through adopting above-mentioned technical scheme, through setting up data reading module, first processing module and data transmission module at the accurate surveyor's level end, set up data receiving module, second processing module and indicating module at indium steel chi end, read the measured data of accurate surveyor's level through data reading module, second processing module receives measured data output state detected signal, data transmission module received state detected signal and transmits to data receiving module, and data receiving module received state detected signal transmission to second processing module, and second processing module received state detected signal output indicating signal, and indicating module receives the work of indicating signal to the suggestion staff carries out action on next step, adopts above-mentioned mode, and the information transfer in the measurement process does not need the manual work to go on, does not need additionally to increase staff, realizes that accurate levelling measured information conveys fast in order to improve measurement work efficiency under the noisy environment.
Optionally, the power supply device further comprises a first power supply module and a second power supply module;
the first power supply module is connected with the first processing module and is used for providing electric energy required by the work of the data reading module, the first processing module and the data transmission module;
the second power supply module is respectively connected with the second processing module and is used for providing electric energy required by the work of the data receiving module, the second processing module and the indicating module.
By adopting the technical scheme, the first power supply module and the second power supply module are arranged to provide electric energy required by work for the indicating system, so that the indicating system is more flexible to use.
Optionally, the system further includes a first electric quantity detection module, a first alarm module, a second electric quantity detection module and a second alarm signal, where the first electric quantity detection module is connected to the first power supply module and the first processing module, respectively, the first alarm module is connected to the first processing module, the second electric quantity detection module is connected to the second power supply module and the second processing module, respectively, and the second alarm module is connected to the second processing module;
the first electric quantity detection module is used for detecting the residual electric quantity of the first power supply module and outputting a first electric quantity detection signal;
the second electric quantity detection module is used for detecting the residual electric quantity of the second power supply module and outputting a second electric quantity detection signal;
the first processing module receives the first electric quantity detection signal, and outputs a first alarm signal when an electric quantity value reflected by the first electric quantity detection signal is smaller than an electric quantity preset value;
the second processing module is used for receiving the second electric quantity detection signal, and outputting a second alarm signal when the electric quantity value reflected by the second electric quantity detection signal is smaller than the preset electric quantity value;
the first alarm module receives a first alarm signal and starts; and the second alarm module receives a second alarm signal and starts.
By adopting the technical scheme, the residual capacity of the first power supply module is detected in real time by setting the first electric quantity detection signal, the residual capacity of the second power supply module is detected in real time by setting the second electric quantity detection signal, when the electric quantity of the first power supply module is insufficient, the first processing module outputs the first alarm signal, the first alarm module receives the first alarm signal to work so as to prompt a worker, when the electric quantity of the second power supply module is insufficient, the second processing module outputs the second alarm signal, and the second alarm module receives the second alarm signal to alarm so as to prompt the worker.
Optionally, the indication module includes a voice prompt module and a light indication module, and the voice prompt module and the light indication module are both connected to the second processing module.
Optionally, the light indication module includes red, yellow and blue LED lights.
Optionally, the voice prompt device further comprises a noise detection module and a switching module, the second processing module is respectively connected with the noise detection module and the switching module, and the switching module is further connected with the voice prompt module and the light indication module;
the noise detection module is used for detecting the noise intensity of the current environment and outputting a noise detection signal;
the second processing module is used for receiving the noise detection signal, outputting a first switching signal when the noise intensity is smaller than a preset intensity, and outputting a second switching signal when the noise intensity is larger than the preset intensity;
the switching module is used for receiving the first switching signal to be connected with the second processing module and the voice prompt module and receiving the second switching signal to be connected with the second processing module and the light indication module.
By adopting the technical scheme, the noise intensity in the current environment is detected in real time by arranging the noise detection module and the switching module, and different indication modes are selected according to the noise intensity, so that the indication system is more flexible to apply and has better indication effect.
Optionally, the switching module includes a switch and a third processing module, the switch is connected to the third processing module, the voice prompt module and the light indication module, respectively, and the third processing module is further connected to the second processing module.
Optionally, the data transmission module and the data receiving module are both bluetooth wireless communication modules.
In summary, the present application includes at least one of the following beneficial technical effects:
1. the method comprises the steps that a data reading module, a first processing module and a data transmission module are arranged at a precise level end, a data receiving module, a second processing module and an indicating module are arranged at an indium steel ruler end, measuring data of the precise level are read through the data reading module, the second processing module receives measuring data and outputs state detection signals, the data transmission module receives the state detection signals and transmits the state detection signals to the data receiving module, the data receiving module receives the state detection signals and transmits the state detection signals to the second processing module, the second processing module receives the state detection signals and outputs indicating signals, and the indicating module receives the indicating signals to work so as to prompt a worker to carry out the next action;
2. through setting up the surplus electric quantity of first power module of first electric quantity detection signal real-time detection, set up the surplus electric quantity of second power module of second electric quantity detection signal real-time detection, first processing module output first alarm signal when detecting first power module electric quantity not enough, first alarm module receives first alarm signal work in order to indicate the staff, when detecting second power module electric quantity not enough, second processing module output second alarm signal, second alarm module receives the warning of second alarm signal in order to indicate the staff, adopt above-mentioned scheme, can reduce the condition that leads to unable normal work because of the electric quantity is not enough.
Drawings
Fig. 1 is a block diagram of a high-precision leveling indication system in a noisy environment according to the present application.
Fig. 2 is a schematic diagram of the overall structure of the high-precision leveling indication system in a noisy environment according to the present application.
Description of reference numerals: 10. a data reading module; 20. a first processing module; 30. a data transmission module; 40. a data receiving module; 50. a second processing module; 60. an indication module; 70. a first power supply module; 80. a first electric quantity detection module; 90. a first alarm module; 100. a second power supply module; 200. a second electric quantity detection module; 300. a second alarm module; 400. a noise detection module; 500. and a switching module.
Detailed Description
The present application is described in further detail below with reference to figures 1-2.
The embodiment of the application discloses high accuracy level measurement indicating system under noisy environment. Referring to fig. 1, high accuracy leveling indicating system under noisy environment, including data reading module 10, first processing module 20, data transmission module 30, data receiving module 40, second processing module 50 and indicating module 60, data reading module 10, first processing module 20 and data transmission module 30 set up at the accurate surveyor's level end, data receiving module 40, second processing module 50 and indicating module 60 set up at the indium steel ruler end, accurate surveyor's level and first processing module 20 are connected respectively to data reading module 10, first processing module 20 and data receiving module 40 are connected respectively to data transmission module 30, data receiving module 40 and indicating module 60 are connected respectively to second processing module 50.
When the precise level gauge and the indium steel ruler are carried by a worker to reach a designated position for measurement, the measurement data of the precise level gauge are read in real time through the data reading module 10, the measurement data comprises measurement starting, measurement in the middle and measurement completion, the first processing module 20 receives the measurement data, the first processing module 20 outputs a first state detection signal when the measurement data indicates that the measurement is started, the first processing module 20 outputs a second state detection signal when the measurement data indicates that the measurement is in the middle, the first processing module 20 outputs a third state detection signal when the measurement data indicates that the measurement is finished, the data transmission module 30 receives the first state detection signal or the second state detection signal or the third state detection signal, transmits the first state detection signal or the second state detection signal or the third state detection signal to the data receiving module 40, the data receiving module 40 receives the first state detection signal or the second state detection signal or the third state detection signal and transmits the first state detection signal or the second state detection signal to the second processing module 50, the second processing module 50 outputs a first indication signal when the second processing module 50 receives the first state detection signal or the second state detection signal, and outputs a corresponding second indication signal or the second indication signal when the second processing module 50 receives the second state detection signal, and outputs a corresponding indication signal or the second indication signal to display module 60 when the second processing module receives the corresponding indication information.
Adopt above-mentioned scheme, can realize the instruction to the staff action through indicating module 60, and need not additionally increase other staff in the course of the work, and information transmission receives external noise influence less, realizes that precision leveling measures the quick transmission of information under the noisy environment, reduces and measures the cost, improves and measures work efficiency. In this embodiment, the data reading module 10 is a data acquisition card, the first processing module 20 and the second processing module 50 are both controllers, and the data transmission module 30 and the data receiving module 40 are both bluetooth wireless communication modules.
In this embodiment, the indication module 60 includes a light indication module and a voice prompt module, the light indication module includes three colors of red, yellow, and green LED lamps, the first indication signal corresponds to the red lamp, the second indication signal corresponds to the yellow lamp, the third indication signal corresponds to the green lamp, when the red lamp is turned on, the staff keeps the bubble fixed, when the yellow lamp is turned on, the staff keeps still, when the green lamp is turned on, the staff moves to the next station; meanwhile, the first indication signal corresponds to a voice prompt of 'start measurement', the second indication signal corresponds to a voice prompt of 'measurement in', the third indication signal corresponds to a voice prompt of 'end measurement', and a worker executes corresponding actions after hearing different voice prompts.
Referring to fig. 2, in order to improve the flexibility of the application of the high-precision leveling indicating system, the system further includes a first power supply module 70 and a second power supply module 100, wherein the first power supply module 70 is connected to the first processing module 20 and provides power required by the operation of the data reading module 10, the first processing module 20 and the data transmission module 30, and the second power supply module 100 is connected to the second processing module 50 and provides power required by the operation of the data receiving module 40, the second processing module 50 and the indicating module 60.
Further, the system further comprises a first electric quantity detection module 80, a first alarm module 90, a second electric quantity detection module 200 and a second alarm module 300, wherein the first electric quantity detection module 80 is respectively connected with the first power supply module 70 and the first processing module 20, the first alarm module 90 is connected with the first processing module 20, the second electric quantity detection module 200 is respectively connected with the second power supply module 100 and the second processing module 50, and the second alarm module 300 is connected with the second processing module 50.
During operation, the first electric quantity detection module 80 detects the residual electric quantity of the first power supply module 70 in real time to output a first electric quantity detection signal, the second electric quantity detection module 200 detects the residual electric quantity of the second power supply module 100 in real time to output a second electric quantity detection signal, the first processing module 20 receives the first electric quantity detection signal, when the electric quantity value reflected by the first electric quantity detection signal is smaller than the preset electric quantity value, a first alarm signal is output, the second processing module 50 receives the second electric quantity detection signal, and when the electric quantity value reflected by the second electric quantity detection signal is smaller than the preset electric quantity value, a second alarm signal is output; the first alarm module 90 is activated upon receiving a first alarm signal and the second alarm module 300 is activated upon receiving a second alarm signal. In this embodiment, the first alarm module 90 and the second alarm module 300 are both sound-light alarms, and in other embodiments, other alarm modules having a prompt function may also be used, which is not limited herein.
In order to select different prompting modules to work according to the field conditions, in this embodiment, the system further includes a noise detection module 400 and a switching module 500, where the switching module 500 includes a third processing module and a switch, the switch is respectively connected to the third processing module, the voice prompting module and the light indicating module, and the third processing module is further connected to the second processing module 50.
During operation, the noise detection module 400 detects the noise intensity of the current environment in real time, outputs a noise detection signal, the second processing module 50 receives the noise detection signal, outputs a first switching signal when the noise intensity is smaller than a preset intensity, outputs a second switching signal when the noise intensity is greater than the preset intensity, the third processing module receives the first switching signal to control the switching switch to switch on the second processing module 50 and the voice prompt module, and receives the second switching signal to control the switching switch to switch on the second processing module 50 and the light indication module.
The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: equivalent changes in structure, shape and principle of the present application shall be covered by the protection scope of the present application.
Claims (8)
1. The utility model provides a high accuracy level measurement indicating system under noisy environment which characterized in that: the device comprises a data reading module (10), a first processing module (20) and a data transmission module (30) which are arranged at the end of a precision level gauge, and a data receiving module (40), a second processing module (50) and an indication module (60) which are arranged at the end of an indium steel gauge, wherein the data reading module (10) is respectively connected with the precision level gauge and the first processing module (20), the data transmission module (30) is respectively connected with the first processing module (20) and the data receiving module (40), and the second processing module (50) is respectively connected with the data receiving module (40) and the indication module (60);
the data reading module (10) is used for reading and outputting the measurement data of the precision level gauge;
the first processing module (20) is configured to receive the measurement data output status detection signal;
the data transmission module (30) is used for receiving and outputting the state detection signal;
the data receiving module (40) is used for receiving the state detection signal output indication signal;
the indication module (60) is used for receiving the indication signal to work.
2. The high accuracy leveling indication system in a noisy environment of claim 1 further comprising: the power supply device also comprises a first power supply module (70) and a second power supply module (100);
the first power supply module (70) is connected with the first processing module (20) and is used for supplying electric energy required by the operation of the data reading module (10), the first processing module (20) and the data transmission module (30);
the second power supply module (100) is connected with the second processing module (50) and is used for providing electric energy required by the operation of the data receiving module (40), the second processing module (50) and the indicating module (60).
3. The high accuracy leveling indication system in a noisy environment of claim 2 further comprising: the intelligent power supply system further comprises a first electric quantity detection module (80), a first alarm module (90), a second electric quantity detection module (200) and a second alarm module (300), wherein the first electric quantity detection module (80) is respectively connected with the first power supply module (70) and the first processing module (20), the first alarm module (90) is connected with the first processing module (20), the second electric quantity detection module (200) is respectively connected with the second power supply module (100) and the second processing module (50), and the second alarm module (300) is connected with the second processing module (50); the first electric quantity detection module (80) is used for detecting the residual electric quantity of the first power supply module (70) and outputting a first electric quantity detection signal;
the second electric quantity detection module (200) is used for detecting the residual electric quantity of the second power supply module (100) and outputting a second electric quantity detection signal;
the first processing module (20) receives the first electric quantity detection signal, and outputs a first alarm signal when an electric quantity value reflected by the first electric quantity detection signal is smaller than an electric quantity preset value;
the second processing module (50) is used for receiving the second electric quantity detection signal, and outputting a second alarm signal when the electric quantity value reflected by the second electric quantity detection signal is smaller than the preset electric quantity value;
the first alarm module (90) receives a first alarm signal and starts; and the second alarm module (300) receives a second alarm signal and starts.
4. The high accuracy leveling indication system in a noisy environment of claim 1 further comprising: the indicating module (60) comprises a voice prompting module and a light indicating module, and the voice prompting module and the light indicating module are connected with the second processing module (50).
5. The high accuracy leveling indication system in a noisy environment of claim 4 further comprising: the light indication module comprises LED lamps with three colors of red, yellow and blue.
6. The system according to claim 4, wherein the system comprises: the intelligent voice prompt device is characterized by further comprising a noise detection module (400) and a switching module (500), wherein the second processing module (50) is respectively connected with the noise detection module (400) and the switching module (500), and the switching module (500) is further connected with the voice prompt module and the light indication module;
the noise detection module (400) is used for detecting the noise intensity of the current environment and outputting a noise detection signal;
the second processing module (50) is used for receiving the noise detection signal, outputting a first switching signal when the noise intensity is smaller than a preset intensity, and outputting a second switching signal when the noise intensity is larger than the preset intensity;
the switching module (500) is used for receiving the first switching signal, switching on the second processing module (50) and the voice prompt module, receiving the second switching signal, and switching on the second processing module (50) and the light indication module.
7. The system according to claim 6, wherein said system comprises: the switching module (500) comprises a switch and a third processing module, the switch is respectively connected with the third processing module, the voice prompt module and the light indication module, and the third processing module is further connected with the second processing module (50).
8. The high accuracy leveling indication system in a noisy environment of claim 1 further comprising: the data transmission module (30) and the data receiving module (40) are both Bluetooth wireless communication modules.
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| CN202222116680.6U CN218066453U (en) | 2022-08-11 | 2022-08-11 | High-precision leveling indicating system in noisy environment |
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| CN202222116680.6U CN218066453U (en) | 2022-08-11 | 2022-08-11 | High-precision leveling indicating system in noisy environment |
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