CN210178030U - Building site mobile information service station - Google Patents

Abstract

The utility model discloses a construction site maneuvering information service station, which comprises a service station box body, data service equipment, a monitoring center, a personnel real-name system channel, remote cooperative command front-end equipment, a special equipment monitor, a multi-dimensional building displacement deformation monitor, an environment monitor and an Internet of things gateway; the left part of the service station box body is a monitoring center, and the right part of the service station box body is a real-name channel for personnel; the data service equipment is installed in the monitoring center; the data service equipment is in data communication connection with the remote cooperative command front-end equipment, the special equipment monitor, the multi-dimensional building displacement deformation monitor and the environment monitor through the internet of things gateway. The utility model discloses a manage the long-range unified dispatch management including lightweight BIM and geographic information service, building site video monitoring, building site environmental monitoring management, special machines safety supervision, engineering vehicle dispatch commander, foundation ditch and high formwork monitoring, practitioner real name system management, building site field personnel safety, remote equipment management etc..

Description

Building site mobile information service station

Technical Field

The utility model relates to a building site information service technical field, concretely relates to building site mobile information service station.

Background

In China, large-scale building enterprise groups such as Chinese buildings, Chinese iron buildings and the like have a lot of active exploration and achievements on the management of construction sites, and the enterprises build related facilities (such as labor worker real-name channels, special equipment monitoring stations, multi-dimensional building displacement deformation monitoring stations, environment monitoring stations and the like) in a site construction mode. The facilities are usually dismantled along with the completion of the project, and cannot be reused for the next project, so that great waste is caused. In addition to construction enterprises, some software service providers have also made much research on the information-based construction of construction sites. For example, a digital production line of engineering construction is built by widely connecting known digital construction software service providers, and a large number of building site informatization products are provided. Most of the information products of the construction sites are only applied around a single site management element, but the software is often independent from each other, and the interconnection and intercommunication among the software are difficult, which brings great inconvenience to the practical application of the construction sites.

Some manufacturers on the market now make primary products of container type mobile information service stations, and only people

The real-name system barrier gate system has the advantages of single function and limited application, and cannot meet the requirement of unified centralized management of construction sites.

SUMMERY OF THE UTILITY MODEL

The utility model discloses to the not enough of above-mentioned prior art, invented a building site mobile information service station.

In order to achieve the above object, the utility model adopts the following technical scheme:

a construction site maneuvering information service station comprises a service station box body, data service equipment, a monitoring center, a personnel real-name system channel, remote cooperative command front-end equipment, a special equipment monitor, a multi-dimensional building displacement deformation monitor, an environment monitor and an Internet of things gateway; the service station box body is divided into two parts, the left part of the service station box body is a monitoring center, and the right part of the service station box body is a real-name system passage; the data service equipment is installed in the monitoring center; the data service equipment is in data communication connection with the remote cooperative command front-end equipment, the special equipment monitor, the multi-dimensional building displacement deformation monitor and the environment monitor through the Internet of things gateway; the monitoring center can call the data received by the data service equipment.

Furthermore, the remote cooperative command front-end equipment, the special equipment monitor, the multi-dimensional building displacement deformation monitor and the environment monitor are in communication connection with the data service equipment through wired or/and wireless telecommunication logic special lines, so that the network access requirement of the non-equipment is met

And the gateway of the Internet of things carries out engineering vehicle positioning through the Beidou CORS base station and the BDS/GNSS mobile reference station receiver so as to provide low-cost and high-precision navigation positioning service for a construction site.

Furthermore, the remote cooperative command front-end equipment consists of a safety helmet, a monitoring host and a camera, and realizes real-time monitoring on a construction site patrol site.

Further, the characteristic equipment monitor comprises a tower crane monitor, a lifter monitor and a rotary digging and rotating monitor, wherein the tower crane monitor can remotely monitor five standard indexes of moment, amplitude, gyration, height and weight of the tower crane and realize overload prevention, overturn prevention and anti-collision alarm; the elevator monitor can perform real-time induction monitoring on the operation height, overload prevention, building integration and a threshold switch of the elevator, and can perform top rushing alarm, overload alarm and cage dangerous operation alarm; and simultaneously, carrying out data recording, violation information management and report statistics on the black box.

Further, multi-dimensional building displacement deformation watch-dog includes building site deformation monitor, deep basal pit monitor and the high accuracy monitor of high formwork based on big dipper, realizes the high accuracy monitoring of remote monitoring building site deformation monitoring, deep basal pit monitoring and high formwork.

Furthermore, the environment monitor comprises a dust monitor, a noise monitor, a temperature and humidity monitor and a construction site safety video monitor, and realizes real-time monitoring of various environment factors of the construction site.

Furthermore, the service station box body is formed by welding a frame made of 304 stainless steel square steel and a wave plate, so that the service station box body is solid in whole and convenient to lift and transport.

Furthermore, the gateway of the internet of things is provided with a local area network switch, so that the rapid transmission of big data is realized.

Further, the internet of things gateway adopts an LoRa gateway or/and a high-power WiFi gateway to access different gateways to different devices, so that data transmission is orderly and does not affect each other.

This practical advantage lies in:

1. the mobile information service station implements structural improvement, and guarantees the convenience of equipment in the operation processes of hoisting, transporting, installing and the like and the stability and reliability of the equipment;

2. high-power WiFi and LoRa gateways supporting the Internet of things of a construction site are additionally arranged, so that low-power-consumption network connection is realized;

3. the Beidou CORS base station is additionally arranged, so that low-cost and high-precision navigation and positioning services are provided for a construction site, and the construction site safety control capability, construction quality and efficiency are greatly improved;

4. a small-sized edge service data station is added, and sufficient network resources, computing resources and storage resources which are necessary for configuration are provided to support first-line information service software deployment;

5. the remote unified scheduling management including the lightweight BIM and geographic information service, the construction site video monitoring, the construction site environment monitoring management, the special machine safety supervision, the engineering vehicle scheduling command, the foundation pit and high formwork monitoring, the practitioner real-name management, the construction site personnel safety, the remote equipment management and the like is realized.

Drawings

FIG. 1 is a perspective view of a site mobility kiosk of the present invention;

fig. 2 is a schematic diagram of the utility model relates to a building site mobile information service station.

Detailed Description

The present invention is described in detail below with reference to the accompanying drawings:

in the description of the present invention, it should be noted that the directions or positional relationships indicated by "left", "right", etc. are based on the directions or positional relationships shown in the drawings, or the directions or positional relationships that the products of the present invention are usually placed when using, and are only for convenience of describing the present invention and simplifying the description, but do not indicate or imply that the device or element to be referred must have a specific direction, be constructed and operated in a specific direction, and thus, should not be construed as limiting the present invention.

As shown in fig. 1-2, a construction site maneuvering information service station comprises a service station box 1, data service equipment, a monitoring center 2, a real-name system passage 3, remote cooperative command front-end equipment, a special equipment monitor, a multi-dimensional building displacement deformation monitor, an environment monitor and an internet of things gateway. The service station box body 1 is formed by welding a frame made of 304 stainless steel square steel and a wave plate, the frame is a main beam of the whole service station box body, and the service station box body 1 can be conveniently transferred at any time. The inside of the service station box body 1 is divided into two parts, the left part of the service station box body is a monitoring center 2, and the monitoring center 2 is provided with a monitoring display screen, a video splicing processor, an operation terminal and a sound and intercom system; the right part of the service station box body 1 is a person real-name system channel 3, the person real-name system channel 3 is provided with a bridge type three-roller gate, face recognition equipment, an identity card reader, a liquid crystal display of face recognition information and identity information, and electronic equipment in the person real-name system channel is directly and electrically connected with an operation terminal in the monitoring center 2. The data service equipment is installed in the monitoring center 2 and comprises a disk array, a core switch, a service switch, a management switch, a storage switch, an outlet router, data safety equipment, data center computing resources, a virtual storage gateway, data duplicate removal equipment and a backup all-in-one machine. The data service equipment is in data communication connection with the remote cooperative command front-end equipment, the special equipment monitor, the multi-dimensional building displacement deformation monitor and the environment monitor through the Internet of things gateway; the remote cooperative command front-end equipment, the special equipment monitor, the multi-dimensional building displacement deformation monitor and the environment monitor are in communication connection with the data service equipment through a wired or/and wireless telecommunication logic special line. The monitoring center can call the data received by the data service equipment.

In order to carry out positioning monitoring on engineering vehicles and other equipment in a construction site, a Beidou CORS base station 4 is further arranged on the top of the service station box body, and the Beidou CORS base station 4 is communicated with a BDS/GNSS mobile reference station receiver arranged on the engineering vehicles and other equipment. The BDS/GNSS mobile reference station receiver comprises a receiver host, a GNSS antenna feeder and an antenna mounting bracket. And the gateway of the Internet of things carries out positioning on the engineering vehicle and other equipment through the Beidou CORS base station 4 and the BDS/GNSS mobile reference station receiver.

The remote cooperative command front-end equipment consists of a safety helmet, a monitoring host and a camera, wherein the monitoring host has the functions of information processing and data information wireless transmission, the implementation monitoring of construction site patrol and video and audio recording and storage are realized, and temporary remote field command can also be realized.

The characteristic equipment monitor of the utility model comprises a tower crane monitor, a lifter monitor and a rotary digging and rotating monitor; the method mainly comprises the steps of calibrating five indexes of moment, amplitude, gyration, height and weight of the tower crane and realizing overload prevention, overturn prevention and anti-collision alarm; the elevator monitor can perform real-time induction monitoring on the operation height, overload prevention, building integration and a threshold switch of the elevator, and can perform top rushing alarm, overload alarm and cage dangerous operation alarm. The tower crane monitor mainly comprises a LoRa wireless module, a sensor acquisition module and a single chip microcomputer, wherein inclination angle data of a tower crane trolley acquired by the sensor acquisition module, six-axis data and operation data of a tower crane PLC (programmable logic controller) acquired by the single chip microcomputer are transmitted back to the data service equipment through the LoRa wireless module. The monitoring principle of the elevator monitor and the rotary digging and rotating monitor is the same as that of the tower crane monitor.

The multi-dimensional building displacement deformation monitor comprises a building site deformation monitor based on the Beidou, a deep foundation pit monitor and a high-precision monitor of a high formwork. Building site deformation monitor based on big dipper includes singlechip, pluviometer, GPS receiver, stay-supported displacement meter, high definition camera, inclinometer, osmometer and anchor rope meter, and the singlechip passes through the data that pluviometer, stay-supported displacement meter, high definition camera, inclinometer, osmometer and anchor rope meter gathered and realizes 24 hours real-time on-line monitoring to the building site topography, and the accident disaster to probably appearing early warning in advance avoids malignant accident to take place. The deep foundation pit monitor comprises a single chip microcomputer, a crack detector, a pressure gauge, a water pressure gauge and a tension gauge. The high-precision monitor of high formwork utilizes template settlement sensor, pole setting axle pressure sensor, member inclination sensor, support horizontal displacement sensor and inserts the local wireless thing networking of building site through the loRa gateway through the singlechip, realizes the real-time automatic monitoring of support (pressure, displacement, inclination etc.) state.

The environment monitor comprises a dust monitor, a noise monitor, a temperature and humidity monitor and a construction site safety video monitor, the dust monitor, the noise monitor, the temperature and humidity monitor and the construction site safety video monitor are integrated with a building site entrance and exit automatic monitoring environment monitoring mobile device, and all places of a building site are monitored in real time

The internet of things gateway used by the site mobile information service station comprises an LoRa gateway and a high-power WiFi gateway, and the networking capability of the wireless local area internet of things is supported, so that the renting cost of a communication link is reduced. The method solves the key scientific and engineering problems of high concurrent access stream processing of different types of intelligent terminal data, real-time computing of a construction site, parallel computing of a support model based on a Spark position location algorithm, information cloud storage of construction site equipment and the like. The Internet of things cloud service function architecture comprises an edge layer, a platform layer and an application layer. An uplink and downlink communication link is provided in the setting of the Internet of things to form an internet of things (IPV4/6 network), a logical intranet connection is established between the uplink and a cloud data center through a point-to-point wired (optical fiber network) or wireless (3/4/5G) telecommunication logic special line, a local area network switch and an Internet of things gateway are configured in the downlink to support an internal server of a mobile information service station, intelligent equipment networking and site intelligent terminal equipment arranged outside the mobile information service station to access, and the site local Internet of things is formed.

Although particular embodiments of the present invention have been described and illustrated in detail, it should be noted that various changes and modifications could be made to the above-described embodiments without departing from the spirit of the invention and the scope of the appended claims.

Claims (10)

1. A construction site maneuvering information service station is characterized by comprising a service station box body, data service equipment, a monitoring center, a real-name system passage of personnel, remote cooperative command front-end equipment, a special equipment monitor, a multi-dimensional building displacement deformation monitor, an environment monitor and an Internet of things gateway; the service station box body is divided into two parts, the left part of the service station box body is a monitoring center, and the right part of the service station box body is a real-name system passage; the data service equipment is installed in the monitoring center; the data service equipment is in data communication connection with the remote cooperative command front-end equipment, the special equipment monitor, the multi-dimensional building displacement deformation monitor and the environment monitor through the Internet of things gateway; the monitoring center can call the data received by the data service equipment.

2. The worksite mobility information service station according to claim 1, wherein the remote cooperative command front-end equipment, the special equipment monitor, the multi-dimensional building displacement deformation monitor and the environment monitor are in communication connection with the data service equipment through a wired or/and wireless telecommunication logic dedicated line.

3. The construction site maneuvering information service station as claimed in claim 2, further comprising a Beidou CORS base station and a BDS/GNSS mobile reference station receiver, wherein the gateway of the Internet of things carries out engineering vehicle positioning through the Beidou CORS base station and the BDS/GNSS mobile reference station receiver.

4. The worksite motor information service station of claim 3, wherein the remote cooperative command front-end equipment consists of a safety helmet, a monitoring host and a camera.

5. The worksite mobile kiosk according to claim 4, characterized in that the feature device monitor comprises a tower crane monitor, a hoist monitor and a rotary drilling monitor.

6. The worksite maneuvering information service station as claimed in claim 5, characterized in that the multi-dimensional building displacement deformation monitor comprises a Beidou based worksite deformation monitor, a deep foundation pit monitor and a high-precision monitor of a high formwork.

7. The worksite mobile kiosk of claim 6 wherein the environmental monitors include a dust monitor, a noise monitor, a temperature and humidity monitor, and a worksite safety video monitor.

8. The site motor information service station of any one of claims 1-7, wherein the service station housing is welded to a corrugated plate and a frame made of 304 stainless steel square.

9. The worksite mobile kiosk of claim 8 wherein the internet of things gateway is configured with a local area network switch.

10. The worksite mobile kiosk according to claim 9, characterized in that the internet of things gateway adopts a LoRa gateway or/and a high-power WiFi gateway.

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