CN208076956U - Long-range big data wisdom safety management climbing frame control system - Google Patents
Long-range big data wisdom safety management climbing frame control system Download PDFInfo
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- CN208076956U CN208076956U CN201820696094.4U CN201820696094U CN208076956U CN 208076956 U CN208076956 U CN 208076956U CN 201820696094 U CN201820696094 U CN 201820696094U CN 208076956 U CN208076956 U CN 208076956U
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Abstract
The utility model discloses a kind of long-range big data wisdom safety management climbing frame control systems, including at least one sub-control box, main cabinet, at least one camera；Modulation /demodulation module is provided in sub-control box, the signal output end of camera is connected with the signal input part of modulation /demodulation module, and the power input of camera is connected by power cord with the power supply of modulation /demodulation module；Video recorder, memory module and radio receiving transmitting module are provided in main cabinet, the signal output end of modulation /demodulation module is connected described with the signal input part of video recorder, the storage signal output end of video recorder is connected with the signal input part of memory module, and the signal output end of memory module is connected by radio receiving transmitting module with other wireless devices.The utility model increases video monitoring on the basis of existing technology, real time inspection or can review the outdoor scene information of the corresponding climbing frame of each sub-control box, ensure the reliability of whole system.The utility model is suitable for Architectural Equipment technical field.
Description
Technical field
The utility model belongs to Architectural Equipment technical field, specifically a kind of for being monitored to intelligent climbing frame
Long-range big data wisdom safety management climbing frame control system.
Background technology
With the development of economy, urbanization process is getting faster, and urban population dense degree also increases therewith, skyscraper
Quantity is growing day by day.In high-building construction field, climbing frame is indispensable construction equipment.In the construction process,
The reliability and intelligence degree of climbing frame not only directly influence construction quality and efficiency, are also risen to the life security of construction personnel
To vital effect.
Traditional climbing frame frame body is in lifting process, and either barrier blocks, light engine position stalling or main frame overload
Deformation or seat in the plane speed are asynchronous, are required for the corresponding sub-control box of manual de-regulation, time-consuming and laborious.Later people invent
Can be with the intelligent climbing frame control system of remote control, however it only has the analysis to the specific data of system and store function, no
Have video monitoring and store function, is unfavorable for Accurate Analysis of the manager to fault message.
Invention content
The purpose of this utility model is to provide a kind of long-range big data wisdom safety management climbing frame control system, can be pipe
Reason person provides the real-time frequency evidence and history video data of climbing frame.
To achieve the above object, used technical solution is as follows for the utility model：
A kind of long-range big data wisdom safety management climbing frame control system, including the identical first~N sub-control box of structure, master
Cabinet distinguishes one-to-one first~N cameras with first~N sub-control box；
Modulation /demodulation module, signal output end and the modulation /demodulation module of the camera are provided in the sub-control box
Signal input part is connected, and the power input of camera is connected by power cord with the power supply of modulation /demodulation module；
Video recorder, memory module and radio receiving transmitting module are provided in the main cabinet, the signal of N number of modulation /demodulation module is defeated
Described in outlet is connected with first~n-signal input terminal of video recorder respectively, the storage signal output end and memory module of video recorder
Signal input part be connected, the signal output end of memory module is connected by radio receiving transmitting module with other wireless devices；
N >=1.
As restriction：Utilizing camera interface is offered on first~N sub-control box, upper level video input interface, is regarded
Frequency output interface；
First~N cameras pass through the utilizing camera interface and modulation /demodulation module phase of respectively corresponding sub-control box respectively
Even, the video that the signal wire that the signal output end of the modulation /demodulation module of the i-th sub-control box is connected sequentially passes through the i-th sub-control box is defeated
Outgoing interface, i+1 sub-control box upper level video input interface after modulation /demodulation module by signal output end with i+1 sub-control box
It is pierced by from the video output interface of i+1 sub-control box after the signal wire short circuit connected；
1≤i < N.
As further limiting：The system further includes Digiplex, master control box, first~N weight sensors, master control
Platform, first~N weight sensors connect one to one the weight signal input terminal of first~N sub-control box respectively, Digiplex
It is wirelessly connected with master control box；
The signal output end of the main cabinet is connected with the video signal input terminal of master control platform；
485 communication boards are both provided in the babinet of the master control box and N number of sub-control box；
The transmission that the master control platform carries out control signal with master control box by 485 communication lines is connect；
The transmission that the master control box carries out control signal with each sub-control box by 485 communication lines respectively is connect；
The master control box is provided with the first output port of power source and second source output port, first power output end
It mouthful is connect respectively with the power input port of the sub-control box mounted on master control box side by a four core power cables, described the
Two output port of power source pass through the four core power cables power input with the sub-control box mounted on the master control box other side respectively
Port connects；
The driving signal output end of the sub-control box connects electric hoist；
The master control box connects external power supply by a five core power cables.
It is limited as further：The system further includes first~N load gravity sensors；
First~N loads gravity sensor connect one to one respectively first~N sub-control box horizontal signal input
End.
It is limited as another kind：The system further includes lifting suggestion device；
The control signal input of the control signal output connection lifting suggestion device of the master control platform；
The lifting suggestion device includes audible-visual annunciator and LED horse race lamps.
As second of restriction to sub-control box：Control input interface, control are respectively arranged on each sub-control box
Output interface；
The connection of the master control box and the control line of the sub-control box mounted on one side is following manner, the control of master control box
The latter aspect and the signal of the control panel in the first sub-control box that signal wire is penetrated from the control input interface of the first sub-control box are defeated
Enter to hold control input that is connected, being on the other hand pierced by from the control output interface of the first sub-control box later into the second sub-control box to connect
Mouthful, and so on, the i-th sub-control box control signal wire passes through the on the one hand letter with itself control panel from the control input interface of itself
Number input terminal is connected, on the other hand passes through the control input interface for entering i+1 sub-control box after the control output interface of itself,
To realize the parallel connection of each sub-control box, 1≤i < N；
Master control box and the connection type of the control line of the sub-control box mounted on its other side are identical as above-mentioned connection type.
It is limited as second：The wireless device includes equipped with for checking the long-range big data wisdom safety management
The mobile phone of the client of climbing frame control system relevant information.
It is further limited as to sub-control box：Every sub-control box is both provided with lack detection circuit, pile defection
The default phase signal input terminal of the corresponding control panel of signal output end of circuit is connected
As further limiting：Every sub-control box is both provided with the contactor circuit with interlock function, sub-control box
The electric hoist signal output end of control panel is connected by relay with the input terminal of contactor circuit, the output end of contactor circuit
It is connected with the driving signal input of electric hoist.
The utility model due to the adoption of the above technical solution, compared with prior art, acquired technological progress
It is：
（1）The utility model increases video monitoring on the basis of existing technology, being capable of each sub-control box pair of real time inspection
The outdoor scene information for the climbing frame answered, can also check passing video information, further ensure the reliability of whole system,
（2）The utility model is respectively provided with upper level video input interface, video output interface on each sub-control box, passes through
The vision signal of each sub-control box is modulated to different frequency range by modulation /demodulation module, each to be achieved that with an optical fiber connection
Parallel connection between a sub-control box, it is not only simple in structure without being connected by an optical fiber between each sub-control box and main cabinet,
Bare optical is also reduced to expose outside the risk being easily damaged；
（3）Master control platform and load gravity sensor is arranged in the utility model, whether whole system or a certain sub-control box
Corresponding frame body occurs losing load, overload or horizontal departure, can detect in time, in addition to retaining in the prior art control manually
Outside system and remote control mode, specific aim adjustment can also be realized by master control platform；
（4）Each sub-control box is parallel relationship in the utility model, and power cord uses one between master control box and sub-control box
Four core power cables, communication is realized using 485 communication lines, when some sub-control box breaks down, can individually remove repair,
It also avoids power cord damage simultaneously communication board is caused to damage；
（5）The utility model by each sub-control box be arranged control input interface and control output interface, it can be achieved that
By 485 connections by the effect of all sub-control box parallel connections, simple in structure, reduction is worn；
（6）The utility model directly can carry out parameter setting, letter by master control platform to whole system and each sub-control box
Just intelligence；
（7）The utility model preserves system state data in real time during the work time, by master control platform, is looked into after convenient
It reads；
（8）The lifting suggestion device of the utility model can show frame body status, lifting construction safety with real-time prompting
Coefficient；
（9）Every sub-control box of the utility model is both provided with the contactor circuit with interlock function, passes through its correspondence
The preset data of control panel control the actuating of relay, it is final to realize light engine position lifting just to control contactor circuit operation
Reversion and an automatic key pre-tighten, an automatic key breaks off relations；
（10）The utility model does carrier with big data wisdom management, is conducive to that building trade is promoted to realize big data wisdom
Management.
The utility model is suitable for Architectural Equipment technical field.
Description of the drawings
Attached drawing is used to provide a further understanding of the present invention, and a part for constitution instruction, with this practicality
Novel embodiment for explaining the utility model, does not constitute limitations of the present invention together.
In the accompanying drawings：
Fig. 1 is the partial structurtes schematic diagram of the utility model embodiment.
Specific implementation mode
The preferred embodiment of the utility model is illustrated below in conjunction with attached drawing.It should be appreciated that described herein excellent
It selects embodiment to be only used for describing and explaining the present invention, is not used to limit the utility model.
A kind of long-range big data wisdom safety management climbing frame control system of embodiment
As shown in Figure 1, the present embodiment includes the identical first~N sub-control box of structure, main cabinet, divides with first~N sub-control box
Not one-to-one first~N cameras, first~N sub-control box are divided into the both sides of Main Control Tank, and each sub-control box has and oneself
The corresponding unique ID of body；
Modulation /demodulation module, the signal of the signal output end and modulation /demodulation module of camera are wherein provided in sub-control box
Input terminal is connected, and the power input of camera is connected by power cord with the power supply of modulation /demodulation module；
The signal output end of main cabinet is connected with the video signal input terminal of master control platform, and video recorder, storage are provided in main cabinet
Module and radio receiving transmitting module, the signal output end of N number of modulation /demodulation module respectively with first~n-signal input terminal of video recorder
It is connected, the storage signal output end of video recorder is connected with the signal input part of memory module, and the signal output end of memory module is logical
Radio receiving transmitting module is crossed with other wireless devices to be connected.
Utilizing camera interface, upper level video input interface, video output interface are offered on first~N sub-control box；
First~N cameras pass through the utilizing camera interface and modulation /demodulation module phase of respectively corresponding sub-control box respectively
Even, the video that the signal wire that the signal output end of the modulation /demodulation module of the i-th sub-control box is connected sequentially passes through the i-th sub-control box is defeated
Outgoing interface, i+1 sub-control box upper level video input interface after modulation /demodulation module by signal output end with i+1 sub-control box
It is pierced by from the video output interface of i+1 sub-control box after the signal wire short circuit connected；
485 communication boards are both provided in the babinet of master control box and N number of sub-control box；
The transmission that master control platform carries out control signal with master control box by 485 communication lines is connect；
The transmission that master control box carries out control signal with each sub-control box by 485 communication lines respectively is connect, each sub-control box
On be respectively arranged with control input interface, control output interface, the control of control signal wire from the first sub-control box of master control box is defeated
The latter aspect that incoming interface penetrates is connected with the signal input part of the control panel in the first sub-control box, on the other hand from the first sub-control
The control output interface of case enters the control input interface of the second sub-control box after being pierced by, and so on, the i-th sub-control box control letter
On the one hand number line is passed through from the control input interface of itself to be connected with the signal input part of itself control panel, on the other hand across oneself
Enter the control input interface of i+1 sub-control box, 1≤i < N after the control output interface of body；
Master control box is provided with the first output port of power source and second source output port, and the first output port of power source passes through one
Four core power cable of root is connect with the power input port of the sub-control box mounted on master control box side respectively, second source output end
Mouth is connect with the power input port of the sub-control box mounted on the master control box other side respectively by a four core power cables；
The driving signal output end of sub-control box connects electric hoist, and master control box connects external electrical by a five core power cables
Source.
The present embodiment further includes first~N load gravity sensors, Digiplex, master control box, first~N weight sensing
Device, master control platform and lifting suggestion device, first~N loads gravity sensor connect one to one first~N sub-control box respectively
Horizontal signal input terminal；First~N weight sensors connect one to one respectively first~N sub-control box weight signal input
End, Digiplex are wirelessly connected with master control box；
The control signal input of the control signal output connection lifting suggestion device of master control platform, lifts suggestion device packet
Include audible-visual annunciator and LED horse race lamps.
Every sub-control box of the present embodiment is both provided with the contactor circuit with interlock function, the electricity of the control panel of sub-control box
Cucurbit signal output end is connected by relay with the input terminal of contactor circuit, the output end of contactor circuit and electric hoist
Driving signal input is connected, and data are preset in the control panel of every sub-control box, the relay control that can be connected through
Contactor circuit, and then electric hoist is controlled, to realize that light engine position lifting positive and negative rotation, a key pre-tighten, a key breaks off relations.
The following steps monitored, including carry out successively are realized using the present embodiment：
1. being arranged and preserving parameter in master control platform, while institute's setting parameter is sent to master control box and each sub-control box,
Set parameter include system full payload, the sub-control box seat in the plane number of system access and quantity, system lose carry early warning value,
System overcharge early warning value, system, which are lost, carries shutdown value, system overcharge shutdown value, system level early warning value, system level shutdown value, the
i（1≤i < N）Number sub-control box loses and carries early warning value, No. i-th sub-control box overload early warning value, No. i-th sub-control box lose and carry shutdown value, i-th
Number sub-control box overload shutdown value, the horizontal early warning value of No. i-th sub-control box, No. i-th sub-control box level shutdown value；
2. master control box locks climbing frame by each sub-control box in advance；
Corresponding to 3. each sub-control box is detected respectively by the weight sensor and load gravity sensor that are respectively connected
Frame body loaded-up condition and horizontality, including two aspect：
3. -1, each sub-control box by the weight sensor and load gravity sensor that are respectively connected detect respectively institute it is right
The loaded-up condition and horizontality for the frame body answered, if 3. -2, the load value of the detected frame body of some sub-control box have reached mistake
Carrying early warning value/mistake carries shutdown and is worth/, the horizontal offset values of the early warning value that overloads/overload shutdown value or detected frame body have reached
Horizontal early warning value/horizontal shutdown value, then the sub-control box send out alarm signal and information fed back into master control box simultaneously；
4. master control box by step 3. in feedback information pre-process after further feed back to master control platform, including three sides
Face：
4. -1, if there is sub-control box is fed back, mistake carries early warning or overload early warning or horizontal-shift warning information, master control box are sent out
Warning message and the sub-control punch-out equipment number and early warning classification that warning information is fed back by itself possessed display screen display,
4. -2, if there is sub-control box is fed back, mistake carries shutdown or overload is shut down or horizontal-shift outage information, master control box are sent out
Warning message is simultaneously shut down by the entire frame body of all sub-control box control systems, while master control box passes through itself possessed display screen
The sub-control punch-out equipment number and shutdown classification of display feedback outage information,
4. -3, each sub-control box status information and system state data are fed back to master control platform by master control box；
5. according to step 4. in feedback information, local tune is carried out to not reaching the critical frame body asked of prelock by master control platform
It is whole to realize further pre- locking, including two aspects：
5. the sub-control box parameter of early warning or shutdown -1, is reset by master control platform,
5. -2, to early warning or shutting down sub-control box increase load capacity parameter；
6. control climbing frame rises or falls.
In addition, step 1.~6. carry out while, master control platform real-time memory system status data and each sub-control box-like
State information, each sub-control box state of master control platform real-time display system；In climbing frame rise/fall, master control platform control lifting prompt dress
It sets and is alarmed by audible-visual annunciator, while the pattern with rise/fall mark is shown by LED horse race lamps.
Step 1.~6. carry out while, the video information that each camera shoots corresponding climbing frame respectively is concurrent
It is sent to corresponding modulation /demodulation module, modulation /demodulation module is sent to master after the video information received is modulated to specific frequency range
On the one hand cabinet, main cabinet store all video informations, another party will pass through radio receiving transmitting module and be connected with other wireless devices,
User can also be checked each by the video information of each climbing frame of the wireless devices real time inspection such as mobile phone by master control platform
The video information of climbing frame, and adjustment order is sent out by master control platform according to outdoor scene information.When breaking down, can also history be called to regard
The video information of frequency information inspection particular moment.
Claims (9)
1. a kind of long-range big data wisdom safety management climbing frame control system, including the identical first~N sub-control box of structure, special
Sign is：Further include main cabinet, distinguish one-to-one first~N cameras with first~N sub-control box；
Modulation /demodulation module, the signal of the signal output end and modulation /demodulation module of the camera are provided in the sub-control box
Input terminal is connected, and the power input of camera is connected by power cord with the power supply of modulation /demodulation module；
Video recorder, memory module and radio receiving transmitting module, the signal output end of N number of modulation /demodulation module are provided in the main cabinet
It is connected respectively with first~n-signal input terminal of video recorder, the letter of the storage signal output end and memory module of the video recorder
Number input terminal is connected, and the signal output end of memory module is connected by radio receiving transmitting module with other wireless devices；
N >=1.
2. long-range big data wisdom safety management climbing frame control system according to claim 1, it is characterised in that：Described
Utilizing camera interface, upper level video input interface, video output interface are offered on one~N sub-control box；
First~N cameras are connected by the utilizing camera interface of respectively corresponding sub-control box with modulation /demodulation module respectively, and i-th
The video output that the signal wire that the signal output end of the modulation /demodulation module of sub-control box is connected sequentially passes through the i-th sub-control box connects
Mouthful, connect with the modulation /demodulation module by signal output end of i+1 sub-control box after the upper level video input interface of i+1 sub-control box
The signal wire short circuit connect, is pierced by from the video output interface of i+1 sub-control box later；
1≤i < N.
3. long-range big data wisdom safety management climbing frame control system according to claim 2, it is characterised in that：The system
Further include Digiplex, master control box, first~N weight sensors, master control platform, first~N weight sensors difference one is a pair of
The weight signal input terminal of first~N sub-control box should be connected, Digiplex is wirelessly connected with master control box；
The signal output end of the main cabinet is connected with the video signal input terminal of master control platform；
485 communication boards are both provided in the babinet of the master control box and N number of sub-control box；
The transmission that the master control platform carries out control signal with master control box by 485 communication lines is connect；
The transmission that the master control box carries out control signal with each sub-control box by 485 communication lines respectively is connect；
The master control box is provided with the first output port of power source and second source output port, and first output port of power source is logical
It crosses a four core power cables to connect with the power input port of the sub-control box mounted on master control box side respectively, second electricity
Source output terminal mouth passes through the four core power cables power input port with the sub-control box mounted on the master control box other side respectively
Connection；
The driving signal output end of the sub-control box connects electric hoist；
The master control box connects external power supply by a five core power cables.
4. long-range big data wisdom safety management climbing frame control system according to claim 3, it is characterised in that：The system
Further include first~N load gravity sensors；
First~N loads gravity sensor connects one to one the horizontal signal input terminal of first~N sub-control box respectively.
5. long-range big data wisdom safety management climbing frame control system according to claim 3, it is characterised in that：The system
It further include lifting suggestion device；
The control signal input of the control signal output connection lifting suggestion device of the master control platform；
The lifting suggestion device includes audible-visual annunciator and LED horse race lamps.
6. long-range big data wisdom safety management climbing frame control system according to claim 3, it is characterised in that：It is described every
Control input interface, control output interface are respectively arranged on a sub-control box；
The connection of the master control box and the control line of the sub-control box mounted on one side is following manner, the control signal of master control box
Signal input part of the line from the latter aspect that the control input interface of the first sub-control box penetrates and the control panel in the first sub-control box
It is connected, is on the other hand pierced by the control input interface for entering the second sub-control box later from the control output interface of the first sub-control box,
And so on, the i-th sub-control box control signal wire passes through the on the one hand signal with itself control panel from the control input interface of itself
Input terminal is connected, the control output interface of itself is on the other hand passed through to enter the control input interface of i+1 sub-control box later, from
And realize the parallel connection of each sub-control box, 1≤i < N；
Master control box and the connection type of the control line of the sub-control box mounted on its other side are identical as above-mentioned connection type.
7. long-range big data wisdom safety management climbing frame control system according to claim 1, it is characterised in that：The nothing
Line equipment includes equipped with the client for checking the long-range big data wisdom safety management climbing frame control system relevant information
Mobile phone.
8. long-range big data wisdom safety management climbing frame control system according to claim 3, it is characterised in that：It is described every
Platform sub-control box is both provided with lack detection circuit, the phase shortage letter of the corresponding control panel of signal output end of lack detection circuit
Number input terminal is connected.
9. long-range big data wisdom safety management climbing frame control system according to claim 3, it is characterised in that：It is described every
Platform sub-control box is both provided with the contactor circuit with interlock function, the electric hoist signal output end of the control panel of sub-control box by after
Electric appliance is connected with the input terminal of contactor circuit, and the output end of contactor circuit is connected with the driving signal input of electric hoist.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201820696094.4U CN208076956U (en) | 2018-05-11 | 2018-05-11 | Long-range big data wisdom safety management climbing frame control system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820696094.4U CN208076956U (en) | 2018-05-11 | 2018-05-11 | Long-range big data wisdom safety management climbing frame control system |
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| CN208076956U true CN208076956U (en) | 2018-11-09 |
Family
ID=64045768
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110750080A (en) * | 2019-11-06 | 2020-02-04 | 江西志特新材料股份有限公司 | Intelligent climbing frame control system and control method thereof |
| CN111198532A (en) * | 2020-01-20 | 2020-05-26 | 北京韬盛科技发展有限公司 | Time-division multiplexing cross start-stop system and control method thereof |
| CN113719104A (en) * | 2021-07-16 | 2021-11-30 | 深圳华研筑科技有限公司 | Safety protection platform construction control system and method thereof |
-
2018
- 2018-05-11 CN CN201820696094.4U patent/CN208076956U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110750080A (en) * | 2019-11-06 | 2020-02-04 | 江西志特新材料股份有限公司 | Intelligent climbing frame control system and control method thereof |
| CN111198532A (en) * | 2020-01-20 | 2020-05-26 | 北京韬盛科技发展有限公司 | Time-division multiplexing cross start-stop system and control method thereof |
| CN111198532B (en) * | 2020-01-20 | 2021-06-22 | 北京韬盛科技发展有限公司 | Time-division multiplexing cross start-stop system and control method thereof |
| CN113719104A (en) * | 2021-07-16 | 2021-11-30 | 深圳华研筑科技有限公司 | Safety protection platform construction control system and method thereof |
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Effective date of registration: 20220830 Address after: 055150 Yongkang street, Renze District, Xingtai City, Hebei Province Patentee after: Zhang Shaojun Address before: North of Yanggu Village, Yongfuzhuang Township, Ren County, Xingtai City, Hebei Province, 054000 Patentee before: XINGTAI YATE INDUSTRIAL AUTOMATION TECHNOLOGY CO.,LTD. |
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Effective date of registration: 20221019 Address after: 201900 No. 266, dedu Road, Baoshan District, Shanghai Patentee after: Shanghai Zhu'an Information Technology Co.,Ltd. Address before: 055150 Yongkang street, Renze District, Xingtai City, Hebei Province Patentee before: Zhang Shaojun |
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Effective date of registration: 20230919 Address after: No. 168 Yongkang Street, Rencheng Town, Renze District, Xingtai City, Hebei Province, 054000 Patentee after: XINGTAI YATE INDUSTRIAL AUTOMATION TECHNOLOGY CO.,LTD. Address before: 201900 No. 266, dedu Road, Baoshan District, Shanghai Patentee before: Shanghai Zhu'an Information Technology Co.,Ltd. |