CN203882177U - Intelligent informatization steel support remote real-time monitoring system communicating based on Ethernet - Google Patents
Intelligent informatization steel support remote real-time monitoring system communicating based on Ethernet Download PDFInfo
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- CN203882177U CN203882177U CN201420253781.0U CN201420253781U CN203882177U CN 203882177 U CN203882177 U CN 203882177U CN 201420253781 U CN201420253781 U CN 201420253781U CN 203882177 U CN203882177 U CN 203882177U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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Abstract
The utility model discloses an intelligent informatization steel support remote real-time monitoring system communicating based on Ethernet, including a on-site real-time subsystem, a remote real-time monitoring subsystem, and a mobile and emergency control subsystem. The on-site real-time subsystem includes a on-site monitoring center, a main monitoring station which is connected with the on-site monitoring center and a plurality of hydraulic stations in a wired or wireless manner via Ethernet, and a plurality of intelligent informatization steel support automatic nodes which are respectively connected with the hydraulic stations and respectively provided with wireless modules. The remote real-time monitoring subsystem includes a network cloud server which realizes the real-time synchronization with the data of the on-site monitoring center via wired or wireless Ethernet, and a plurality of network terminals which are connected with the network cloud server. The mobile and emergency control subsystem includes a handheld controller and/or a on-site emergency monitor box, and the handheld controller and the on-site emergency monitor box are connected with the main monitoring station via Ethernet in a wired or wireless manner.
Description
Technical field
The utility model relates to building field, and particularly a kind of intelligent information steel based on ethernet communication supports remote real-time monitoring system.
Background technology
The foundation pit construction of underground structrue engineering all needs to adopt steel to support to avoid cheating wall to cave in the time of excavation pit, existing steel supporting base end portion joint mostly generally is the form that segmented head adds gad, the jack pair steel of first slinging special with crane when use supports brace pre axial force, and then inserts gad power transmission.In the time that needs are removed steel support, first to use crane special lifting jack to be placed in to the segmented head place of steel supporting base end portion, and then pressurize to Special jack by hydraulic oil pump, foundation pit enclosure structure is produced a certain amount of to outer displacement, after becoming flexible appears in the gad that originally inserts steel support termination, take out gad, by lifting jack release and remove, last crane hangs away the steel of removing and supports again.But in real world applications, this steel supports and also exposes the shortcoming that it is difficult to overcome: this is supported in installation process, apply prestress process need crane and 2 loading lifting jack and coordinate, exist pressurization value to rely on operating personnel's experience and sense of responsibility control, complicated construction technique and time are long, steel supports the acomia remote real time monitoring data of use procedure and control the problems such as axial force of the supports and displacement; In addition, in demolishing process, remove difficulty because the long-term stress deformation of gad causes, even occur the problem such as cannot remove; Further, along with excavation and the distortion of foundation ditch, part supports and there will be the decay of axle power, even supports the phenomenon losing efficacy; Although working-yard can adopt secondary to be added with the measure of axle power, on-the-spot secondary is added with the construction of axle power a lot of difficulties, can not be from addressing this problem in essence; Moreover steel supports installation and removal all needs crane and operator to cooperatively interact, process is complicated and dangerous, thereby has time-consuming shortcoming.
New through tentatively looking into, patent publication No. CN101787700A discloses the automatically controlled and remote real-time monitoring system of a kind of system for deep foundation ditch steel support shaft force self-adaptive, and it comprises: pressure transducer is arranged in hydraulic power unit; Field control station is according to the action of pressure sensor data control lifting jack; Total monitoring station is by the data of CAN bus collection site control station, and the action of sending instruction control lifting jack.This overall system system architecture adopts CAN bus wire communication pattern, is limited to communications protocol restriction, and 1 field control station can only be monitored the framework of 3 hydraulic systems; Adopts pressure sensor control jack pressure; Can realize local scene monitors in real time.
Given this, those skilled in the art, for the problems referred to above, provide a kind of intelligent information steel based on ethernet communication to support remote real time monitoring and control system.
Summary of the invention
The utility model provides a kind of intelligent information steel based on ethernet communication to support remote real-time monitoring system, overcome the difficulty of prior art, adopt the brand-new information-based steel based on ethernet communication to support remote real time monitoring and control system, overall system design has adopted one-to-many " star-like " framework layout, adopt wired and wireless integral, local monitor and the remote monitoring model of integration, mobile control is integrated with emergent control, the intelligent information steel of pressure and the control of displacement with dual parameter and the hot plug of total system plug and play supports remote real time monitoring and control system.In use, the functions such as loading and the axle power that can carry out easily as required axial force of the supports is added with, remote data monitoring in real time, to reach easy, Fast Installation support, improve operating efficiency, reduce the object of foundation pit deformation.
The utility model adopts following technical scheme:
The utility model provides a kind of intelligent information steel based on ethernet communication to support remote real-time monitoring system, comprising: on-the-spot Monitor And Control Subsystem, remote real-time monitoring subsystem and movement and emergent control subsystem in real time;
The real-time Monitor And Control Subsystem in described scene, comprising:
On-site supervision center, described on-site supervision center is provided with wireless module;
Total monitoring station, by the wired or wireless connection on-site supervision of Ethernet center, described total monitoring station is provided with wireless module;
Some Hydraulic Stations, described Hydraulic Station is respectively by ethernet line or be wirelessly connected to described total monitoring station, and each described Hydraulic Station is respectively equipped with wireless module; And
Some intelligent information steel support joint automatically, are connected respectively to described Hydraulic Station, and each described intelligent information steel supports joint automatically and is respectively equipped with wireless module;
Described remote real-time monitoring subsystem, comprising:
Network cloud server, the real time data synchronization by wired or wireless Ethernet realization with on-site supervision center; And
Some network terminals, are connected respectively to described network cloud server;
Described movement and emergent control subsystem, comprising:
Hand-held manipulation machine and/or on-the-spot emergent monitoring box, described hand-held manipulation machine and on-the-spot emergent monitoring box are respectively by ethernet line or be wirelessly connected to described total monitoring station.
Preferably, any one in described total monitoring station, on-site supervision center and hand-held manipulation machine receives operational order.
Preferably, described in described Hydraulic Station Real-Time Monitoring, steel supports pressure and/or the displacement of joint automatically.
Preferably, described Hydraulic Station supports joint automatically according to operational order to steel and carries out load or unload action control, in the time reaching goal pressure or displacement, steel supports joint automatically and enters automatic pressure-maintaining state, in the time that pressure and/or real-time displacement monitoring value exceed the limit value setting in advance, total monitoring station, from dynamic response, supports joint action automatically by corresponding Hydraulic Station control steel, makes its pressure or shift value reach setting value.
Owing to having used above technology, intelligent information steel based on ethernet communication of the present utility model supports remote real-time monitoring system and adopts the brand-new information-based steel based on ethernet communication to support remote real time monitoring and control system, overall system design has adopted one-to-many " star-like " framework layout, adopts wired and wireless integral, local monitor and the remote monitoring model of integration, mobile control and emergent intelligent information steel support remote real time monitoring and the control system of controlling integrated, pressure and the control of displacement with dual parameter and the hot plug of total system plug and play.In use, the functions such as loading and the axle power that can carry out easily as required axial force of the supports is added with, remote data monitoring in real time, to reach easy, Fast Installation support, improve operating efficiency, reduce the object of foundation pit deformation.
Further illustrate the utility model below in conjunction with drawings and Examples.
Brief description of the drawings
Fig. 1 is the structural drawing that the intelligent information steel based on ethernet communication of the present utility model supports remote real-time monitoring system.
Embodiment
Introduce a kind of specific embodiment of the present utility model below by Fig. 1
Fig. 1 is the structural drawing that the intelligent information steel based on ethernet communication of the present utility model supports remote real-time monitoring system.As shown in Figure 1, the utility model provides a kind of intelligent information steel based on ethernet communication to support remote real-time monitoring system, comprising: on-the-spot Monitor And Control Subsystem, remote real-time monitoring subsystem and movement and emergent control subsystem in real time;
The real-time Monitor And Control Subsystem in described scene, comprising:
On-site supervision center, described on-site supervision center is provided with wireless module;
Total monitoring station, by the wired or wireless connection on-site supervision of Ethernet center, described total monitoring station is provided with wireless module;
Some Hydraulic Stations, described Hydraulic Station is respectively by ethernet line or be wirelessly connected to described total monitoring station, and each described Hydraulic Station is respectively equipped with wireless module; And
Some intelligent information steel support joint automatically, are connected respectively to described Hydraulic Station, and each described intelligent information steel supports joint automatically and is respectively equipped with wireless module;
Described remote real-time monitoring subsystem, comprising:
Network cloud server, the real time data synchronization by wired or wireless Ethernet realization with on-site supervision center; And
Some network terminals, are connected respectively to described network cloud server;
Described movement and emergent control subsystem, comprising:
Hand-held manipulation machine and/or on-the-spot emergent monitoring box, described hand-held manipulation machine and on-the-spot emergent monitoring box are respectively by ethernet line or be wirelessly connected to described total monitoring station.
Wherein, any one in described total monitoring station, on-site supervision center and hand-held manipulation machine receives operational order.Described in described Hydraulic Station Real-Time Monitoring, steel supports pressure and/or the displacement of joint automatically.Described Hydraulic Station supports joint automatically according to operational order to steel and carries out load or unload action control, in the time reaching goal pressure or displacement, steel supports joint automatically and enters automatic pressure-maintaining state, in the time that pressure and/or real-time displacement monitoring value exceed the limit value setting in advance, total monitoring station is from dynamic response, support joint action automatically by corresponding Hydraulic Station control steel, make its pressure or shift value reach setting value.
Embodiment of the present utility model is as follows:
On-the-spot Monitor And Control Subsystem in real time, mainly comprises: total monitoring station, by the wired or wireless on-site supervision center that is connected to total monitoring station upper end of Ethernet; And by the wired or wireless Hydraulic Station that is connected to total monitoring station lower end of Ethernet, wherein each Hydraulic Station lower end is connected with intelligent information steel and supports joint automatically.
Remote real-time monitoring subsystem, mainly comprises: network cloud server, the real time data synchronization by wired or wireless Ethernet realization with on-site supervision center; And several authorized network terminals that can be based on WWW access to netwoks.
Mobile and emergent control subsystem, mainly comprises: move the hand-held manipulation machine of control for site operation personnel, scene has the operating personnel of authority to realize communication and the control to Hydraulic Station action by hand-held manipulation machine and total monitoring station.The effect of emergent monitoring while breaking down with on-site supervision center or total monitoring station of on-the-spot emergent monitoring box.
Remote real-time monitoring system ruuning situation is as follows:
System hardware connects: before system is formally started working, and should be according to the join dependency of overall system framework shown in accompanying drawing 1 hardware.First be that the intelligent information steel of the bottom supports automatically joint and is connected with Hydraulic Station by high-pressure oil pipe and oil pressure, displacement data line; Next is that each Hydraulic Station is connected with total monitoring station separately by wired ethernet line or wireless ethernet communication module; Secondly be that total monitoring station is connected with on-site supervision center by wired ethernet line or wireless ethernet communication module again;
System communication is set up: after system hardware has connected, check between the each Hydraulic Station of confirmation system and automatic joint; Between total monitoring station and each Hydraulic Station; Between on-site supervision center and total monitoring station, communication has been set up and normally; In addition review and validate between total monitoring station and hand-held manipulation machine, total monitoring station and emergent monitoring box communication normal; Finally confirm that between on-site supervision center and network cloud server, communication is normal.
System starts normal work:
(1) in the time need to carrying out load or unload operation to the automatic joint in system: the site operation personnel with operating right can be by any one realization of total monitoring station, on-site supervision center or three kinds of modes of hand-held manipulation machine.Dependent instruction is finally issued to corresponding Hydraulic Station by total monitoring station, Hydraulic Station automatically saves and carries out load or unload action control target according to instruction again, in the time reaching goal pressure or displacement, automatically joint enters automatic pressure-maintaining state, in the time that pressure or real-time displacement monitoring value exceed the limit value setting in advance, total monitoring standing-meeting, from dynamic response, saves action automatically by corresponding Hydraulic Station control, makes its pressure or shift value reach setting value.
(2), in the time that needs carry out remote data monitoring and access: native system is Once you begin worked, can synchronize and upgrade with the real time data of network cloud server according to the uninterrupted maintenance of the synchronizing frequency setting in on-site supervision center.The long-distance user with corresponding authority can directly be logined and check correlation engineering real time monitoring data by WWW.
(3) in the time that the total monitoring station in scene breaks down due to a variety of causes: can directly the monitoring box of meeting an urgent need be connected by wired or wireless ethernet communication and each Hydraulic Station.Can realize the function same with original total monitoring station by emergent monitoring box associative operation.
The expansion of system with remove:
The design of native system general frame adopts plug and play hot plug technology, and peer link joint connects as power supply, ethernet line, data line, high-pressure oil pipe etc. all adopt rapid-acting coupling.When system need to increase or while removing automatic joint or Hydraulic Station, all connections all can realize hot plug, total monitoring station and on-site supervision center automatically identification are added or are removed relevant device and data in supervisory system.
In the utility model and background technology, the key distinction of disclosed patent is:
Compared with patent publication No. CN101787700A, the utility model adopt speed sooner, the wired and wireless double mode formula communication of more general Ethernet, and can realize 1 total monitoring station and monitor multiple hydraulic systems simultaneously.In addition, the utility model can be realized intelligent information steel axial force of the supports and the control of displacement with dual parameter, and Cloud Server Network Based can be realized the function of on-the-spot steel support remote data real time access monitoring.
Eventually the above, intelligent information steel based on ethernet communication of the present utility model supports remote real-time monitoring system and adopts the brand-new information-based steel based on ethernet communication to support remote real time monitoring and control system, overall system design has adopted one-to-many " star-like " framework layout, adopts wired and wireless integral, local monitor and the remote monitoring model of integration, mobile control and emergent intelligent information steel support remote real time monitoring and the control system of controlling integrated, pressure and the control of displacement with dual parameter and the hot plug of total system plug and play.In use, the functions such as loading and the axle power that can carry out easily as required axial force of the supports is added with, remote data monitoring in real time, to reach easy, Fast Installation support, improve operating efficiency, reduce the object of foundation pit deformation.
Above-described embodiment is only for illustrating technological thought and the feature of this patent, its object is the content that makes those skilled in the art can understand this patent and implements according to this, can not only limit the scope of the claims of this patent with the present embodiment, be equal variation or the modification that all spirit disclosing according to this patent is done, still drop in the scope of the claims of this patent.
Claims (1)
1. the intelligent information steel based on ethernet communication supports a remote real-time monitoring system, it is characterized in that, comprising: on-the-spot Monitor And Control Subsystem, remote real-time monitoring subsystem and movement and emergent control subsystem in real time;
The real-time Monitor And Control Subsystem in described scene, comprising:
On-site supervision center, described on-site supervision center is provided with wireless module;
Total monitoring station, by the wired or wireless connection on-site supervision of Ethernet center, described total monitoring station is provided with wireless module;
Some Hydraulic Stations, described Hydraulic Station is respectively by ethernet line or be wirelessly connected to described total monitoring station, and each described Hydraulic Station is respectively equipped with wireless module; And
Some intelligent information steel support joint automatically, are connected respectively to described Hydraulic Station, and each described intelligent information steel supports joint automatically and is respectively equipped with wireless module;
Described remote real-time monitoring subsystem, comprising:
Network cloud server, the real time data synchronization by wired or wireless Ethernet realization with on-site supervision center; And
Some network terminals, are connected respectively to described network cloud server;
Described movement and emergent control subsystem, comprising:
Hand-held manipulation machine and/or on-the-spot emergent monitoring box, described hand-held manipulation machine and on-the-spot emergent monitoring box are respectively by ethernet line or be wirelessly connected to described total monitoring station.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420253781.0U CN203882177U (en) | 2014-05-19 | 2014-05-19 | Intelligent informatization steel support remote real-time monitoring system communicating based on Ethernet |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420253781.0U CN203882177U (en) | 2014-05-19 | 2014-05-19 | Intelligent informatization steel support remote real-time monitoring system communicating based on Ethernet |
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| Publication Number | Publication Date |
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| CN203882177U true CN203882177U (en) | 2014-10-15 |
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| CN201420253781.0U Withdrawn - After Issue CN203882177U (en) | 2014-05-19 | 2014-05-19 | Intelligent informatization steel support remote real-time monitoring system communicating based on Ethernet |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103955199A (en) * | 2014-05-19 | 2014-07-30 | 庄筱凤 | Intelligent informatization steel support remote real-time monitoring system based on Ethernet communication |
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2014
- 2014-05-19 CN CN201420253781.0U patent/CN203882177U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103955199A (en) * | 2014-05-19 | 2014-07-30 | 庄筱凤 | Intelligent informatization steel support remote real-time monitoring system based on Ethernet communication |
| CN103955199B (en) * | 2014-05-19 | 2016-06-15 | 庄筱凤 | Based on the intelligent information bracing members remote real-time monitoring system of ethernet communication |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141015 Effective date of abandoning: 20160615 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |