CN205880206U - UWB one -dimensional ranging system - Google Patents
UWB one -dimensional ranging system Download PDFInfo
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- CN205880206U CN205880206U CN201620868602.3U CN201620868602U CN205880206U CN 205880206 U CN205880206 U CN 205880206U CN 201620868602 U CN201620868602 U CN 201620868602U CN 205880206 U CN205880206 U CN 205880206U
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Abstract
The utility model discloses a UWB one -dimensional ranging system belongs to instrument and meter technical field, including central server, a host computer distance survey unit and N quick -witted distance survey unit of follow, adopt UWB pulse radio communication technique, solved the precision measurement to the perpendicular rising distance of tower crane to has the simple advantage of supplying power with the proper motion of installation.
Description
Technical field
This utility model belongs to technology of instrument and meter field.
Background technology
Developing rapidly so that derrick crane (abbreviation tower crane) is increasingly used various construction of urban construction
Place.Concurrently, tower crane accident the casualties caused and equipment damage occur the most often, and incidence of major accident occupies height
Under not.As can be seen here, the security performance of tower crane has become threat builder's life and the significant problem of national wealth, studies tower
The safeguard technology meaning hung is the most great.
And the vertical rising distance of tower crane is for ensureing the important parameter of the security performance of tower crane, how the vertical of tower crane is risen
Rise is from carrying out real time information monitoring, thus finds accident potential timely, has become as the problem that must solve.
Utility model content
The purpose of this utility model is to provide a kind of one-dimensional range-measurement system of UWB, uses UWB impulse radio communications technology,
Solve the vertical accurate measurement raising distance to tower crane, and have that installation is simple and the advantage of self-powered.
For achieving the above object, this utility model is by the following technical solutions:
A kind of one-dimensional range-measurement system of UWB, including central server, main frame range cells and N number of from machine range cells, N is
Integer, main frame range cells connects central server by WIFI network, and each is equipped with fixing volume from machine range cells
Number, N number of from machine range cells from 1 to N serial number, main frame range cells with No. 1 from machine range cells by UWB pulse wireless
Telecommunication, two of adjacent numbering are in communication with each other by UWB impulse radio from machine range cells；
Described main frame range cells includes that main frame master controller, main frame lithium battery, cell host manage module, the main frame sun
Energy cell panel, main frame UWB base station, main frame WIFI network module, main frame touch screen and main frame numbering memory module, main frame lithium electricity
Pond, cell host management module, main frame solar panel, main frame UWB base station, main frame WIFI network module, main frame touch screen
All it is connected with main frame master controller with main frame numbering memory module；
From machine range cells include from owner's controller, from machine UWB base station, from machine UWB label model, from machine touch screen,
From machine numbering memory module, from machine lithium battery, from machine battery management module and from machine solar panel, from machine UWB base station, from
Machine UWB label model, from machine touch screen, from machine numbering memory module, from machine lithium battery, from machine battery management module and from machine too
Sun can all be connected with from owner's controller by cell panel.
Described it is ARM9 processor from owner's controller and described main frame master controller.
The described model from machine battery management module and described cell host management module is BQ24030.
The described model from machine numbering memory module and described main frame numbering memory module is M25P16.
Described main frame UWB base station and the described UWB base station that is from machine UWB base station, described from machine UWB label model be UWB
Label model.
Being communicated by UWB from machine UWB base station from machine range cells of adjacent two numberings.
A kind of one-dimensional range-measurement system of UWB described in the utility model, uses UWB impulse radio communications technology, solves
The vertical accurate measurement raising distance to tower crane, and have that installation is simple and the advantage of self-powered；In of the present utility model
Central server, main frame range cells and from machine range cells data transmission be all to use wireless mode, solve installation loaded down with trivial details
Problem；Main frame range cells of the present utility model and all use solar panel to be powered from machine range cells, and adopt
Electric energy is stored, it is ensured that main frame range cells and the self-powered from machine range cells, it is ensured that main frame range finding is single with lithium battery
Unit and from machine range cells without working long hours in the case of external power supply, simplify installation steps；Of the present utility model
Main frame range cells and be equipped with touch screen from machine range cells, user can be voluntarily to main frame range cells or single from machine range finding
Unit's model number, adds main frame range cells and from the motility when mounted of machine range cells.
Accompanying drawing explanation
Fig. 1 is system structure schematic diagram of the present utility model；
Fig. 2 is the schematic diagram block diagram of main frame range cells of the present utility model；
Fig. 3 is the schematic diagram block diagram from machine range cells of the present utility model.
Detailed description of the invention
The one-dimensional range-measurement system of a kind of UWB as Figure 1-3, including central server, main frame range cells and N number of from machine
Range cells, N is integer, and main frame range cells connects central server by WIFI network, and each is equal from machine range cells
Be provided with fixing numbering, N number of from machine range cells from 1 to N serial number, main frame range cells is led to from machine range cells with No. 1
Crossing UWB impulse radio communications, two of adjacent numbering are in communication with each other by UWB impulse radio from machine range cells；
Described main frame range cells includes that main frame master controller, main frame lithium battery, cell host manage module, the main frame sun
Energy cell panel, main frame UWB base station, main frame WIFI network module, main frame touch screen and main frame numbering memory module, main frame lithium electricity
Pond, cell host management module, main frame solar panel, main frame UWB base station, main frame WIFI network module, main frame touch screen
All it is connected with main frame master controller with main frame numbering memory module；
From machine range cells include from owner's controller, from machine UWB base station, from machine UWB label model, from machine touch screen,
From machine numbering memory module, from machine lithium battery, from machine battery management module and from machine solar panel, from machine UWB base station, from
Machine UWB label model, from machine touch screen, from machine numbering memory module, from machine lithium battery, from machine battery management module and from machine too
Sun can all be connected with from owner's controller by cell panel.
Described it is ARM9 processor from owner's controller and described main frame master controller.
The described model from machine battery management module and described cell host management module is BQ24030.
The described model from machine numbering memory module and described main frame numbering memory module is M25P16.
Described main frame UWB base station and described be UWB base station from machine UWB base station.(described UWB base station is prior art, Gu
The most in detail narration), described from machine UWB label model be UWB label model (described UWB label model is prior art, Gu not quite clear
Thin narration).
Being communicated by UWB from machine UWB base station from machine range cells of adjacent two numberings.
During work, main frame range cells is arranged on the bottom of tower crane, then as tower crane lifting upwards, Mei Geyi
Fixed mounting distance is just installed one and be should be less than 10 meters from machine range cells, described mounting distance；When main frame range cells is installed
After Hao, main frame range cells is numbered by user by the main frame touch screen of main frame range cells；When one single from machine range finding
After unit installs, user by this this is numbered from machine range cells from machine touch screen from machine range cells, from
The numbering of machine range cells carries out number consecutively according to the distance of distance main frame range cells, and distance main frame range cells is nearest
From numbered No. 1 of machine range cells；
No. 1 from machine range cells from machine UWB base station and No. 2 communicating from machine UWB label model from machine range cells, real
Time measure No. 1 from machine range cells and No. 2 distances between machine range cells, and range information is stored in No. 1 from machine survey
Away from unit, No. 2 from machine range cells from machine UWB base station and No. 3 communicating from machine UWB label model from machine range cells, real
Time measure No. 2 from machine range cells and No. 3 distances between machine range cells, and range information is stored in No. 2 from machine survey
Away from unit ... No. .N-1 from machine range cells from machine UWB base station with No. N from machine range cells from machine UWB label model lead to
Letter, measurement N-1 is from machine range cells and No. N distance between machine range cells in real time, and range information is stored in N-1
Number from machine range cells.
Being communicated by UWB from machine UWB base station from machine range cells of adjacent two numberings, No. N from machine range cells
From machine UWB base station by No. N from machine range cells storage range information send to No. N-1 from machine range cells from machine UWB
Base station, No. N-1 from machine range cells from machine UWB base station by described No. N from machine range cells storage range information transmission
To No. N-2 from machine range cells from machine UWB base station ... until described No. N from machine range cells storage range information pass
Give No. 1 from machine range cells from machine UWB base station, No. 1 from machine range cells from machine UWB base station by described No. N from machine
In range cells, the distance information transmission of storage is to the main frame UWB base station of main frame range cells, and main frame range cells will get
All of from machine range cells the range information of storage carry out addition process, thus obtain the actual height information of tower crane,
And described actual height information is sent to central server, for user's real-time query.
This utility model monitors the height of tower crane in real time, and the distance that reaches if there is burst declines, then central server stands
I.e. send warning, find potential safety hazard in time, it is ensured that the safety of tower crane.
A kind of one-dimensional range-measurement system of UWB described in the utility model, uses UWB impulse radio communications technology, solves
The vertical accurate measurement raising distance to tower crane, and have that installation is simple and the advantage of self-powered；In of the present utility model
Central server, main frame range cells and from machine range cells data transmission be all to use wireless mode, solve installation loaded down with trivial details
Problem；Main frame range cells of the present utility model and all use solar panel to be powered from machine range cells, and adopt
Electric energy is stored, it is ensured that main frame range cells and the self-powered from machine range cells, it is ensured that main frame range finding is single with lithium battery
Unit and from machine range cells without working long hours in the case of external power supply, simplify installation steps；Of the present utility model
Main frame range cells and be equipped with touch screen from machine range cells, user can be voluntarily to main frame range cells or single from machine range finding
Unit's model number, adds main frame range cells and from the motility when mounted of machine range cells.
Claims (6)
1. the one-dimensional range-measurement system of UWB, it is characterised in that: include central server, main frame range cells and N number of from machine find range
Unit, N is integer, and main frame range cells connects central server by WIFI network, and each is equipped with from machine range cells
Fixing numbering, N number of from machine range cells from 1 to N serial number, main frame range cells passes through UWB with No. 1 from machine range cells
Impulse radio communications, two of adjacent numbering are in communication with each other by UWB impulse radio from machine range cells；
Described main frame range cells includes that main frame master controller, main frame lithium battery, cell host manage module, main frame solar-electricity
Pond plate, main frame UWB base station, main frame WIFI network module, main frame touch screen and main frame numbering memory module, main frame lithium battery, master
Machine battery management module, main frame solar panel, main frame UWB base station, main frame WIFI network module, main frame touch screen and main frame
Numbering memory module is all connected with main frame master controller；
Include from owner's controller, from machine UWB base station, from machine UWB label model, from machine touch screen, from machine from machine range cells
Numbering memory module, from machine lithium battery, from machine battery management module and from machine solar panel, from machine UWB base station, from machine
UWB label model, from machine touch screen, from machine numbering memory module, from machine lithium battery, from machine battery management module and from the machine sun
Can all be connected with from owner's controller by cell panel.
2. the one-dimensional range-measurement system of UWB as claimed in claim 1 a kind of, it is characterised in that: described from owner's controller with described
Main frame master controller is ARM9 processor.
3. the one-dimensional range-measurement system of UWB as claimed in claim 1 a kind of, it is characterised in that: described from machine battery management module and
The model of described cell host management module is BQ24030.
4. the one-dimensional range-measurement system of UWB as claimed in claim 1 a kind of, it is characterised in that: described from machine numbering memory module with
The model of described main frame numbering memory module is M25P16.
5. the one-dimensional range-measurement system of UWB as claimed in claim 1 a kind of, it is characterised in that: described main frame UWB base station and described from
Machine UWB base station is UWB base station, described from machine UWB label model be UWB label model.
6. a kind of one-dimensional range-measurement system of UWB as claimed in claim 1, it is characterised in that: finding range from machine of adjacent two numberings
Unit from machine UWB base station by UWB impulse radio communications.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620868602.3U CN205880206U (en) | 2016-08-12 | 2016-08-12 | UWB one -dimensional ranging system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620868602.3U CN205880206U (en) | 2016-08-12 | 2016-08-12 | UWB one -dimensional ranging system |
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| CN205880206U true CN205880206U (en) | 2017-01-11 |
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ID=57703176
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620868602.3U Active CN205880206U (en) | 2016-08-12 | 2016-08-12 | UWB one -dimensional ranging system |
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| CN (1) | CN205880206U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108169735A (en) * | 2017-02-24 | 2018-06-15 | 杭州米越科技有限公司 | A kind of range-measurement system of correlation |
-
2016
- 2016-08-12 CN CN201620868602.3U patent/CN205880206U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108169735A (en) * | 2017-02-24 | 2018-06-15 | 杭州米越科技有限公司 | A kind of range-measurement system of correlation |
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| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20180423 Address after: 210000 Nanjing 301 high tech Development Zone, Jiangsu, China, No. 9, No. 9, Guodian. Patentee after: Nanjing He Zhi Information Technology Co., Ltd Address before: Four 215000 Jiangsu Sea city of Suzhou province Changshu economic and Technological Development Zone No. 11 Science Park Patentee before: Suzhou ante union Technology Co., Ltd. |