79 results about "Construction automation" patented technology

The invention relates to an urban inland inundation intelligent modeling and analysis method based on a GIS and an SWMM. The method comprises the following steps: constructing a simulation system based on the GIS and the SWMM; carrying out automatic preprocessing on the model data and automatically identifying topology errors; calculating a hydrological-hydrodynamic coupling model based on the SWMM by combining rainfall, calculating the amount of rainwater converged into a drainage pipe network system, simulating to obtain actual condition information in the drainage pipe network, and obtaining pipe point overflow data; performing surface water inundation analysis according to the pipe point overflow data, simulating the surface water to obtain the depth of the surface water, and distributing the surface water flow based on a window method; performing early warning analysis on waterlogging of surface water, comprehensively considering prediction of the surface water, automatically dividing waterlogging risk levels of different areas according to a calculation result of a hydrological-hydrodynamic coupling model and a result of surface water inundation analysis, and providing an early warning scheme for drainage waterlogging prevention emergency. The method has the advantages of being low in construction cost, high in model construction automation degree and accurate in analysisresult.

The invention discloses an architecture automation control system and method. The system comprises an end equipment, a switching server and a control logic module, wherein, the end equipment comprises information nodes one-to-one corresponding to the input / output physical quantity; the switching server is used for memorizing source-sink relation information corresponding to an end equipment corresponding to the switching server, the source-sink relationship information marks source-sink relationship between end equipment information nodes and control logic information nodes, and performs data address searching and repeating based on the memorized source-link relationship information; the control logic module is used for memorizing control logic, and comprises information node one-to-one corresponding to input / output physical quantity of the control logic, performs control arithmetic according to information nodes corresponding to input / output physical quantity to obtain corresponding physical quantity data, and transmits the output physical quantity data from the corresponding information node. The invented method and system can lower cost and work amount, and increase anti-interference ability.

A method of building a structure at a job site, the method comprising dividing the structure into multiple substructures, the multiple substructures defining the structure; selecting at least one construction automation module adapted to assist in assembly of the structure at the job site, the at least one construction automation module provided at the job site; defining a material kit for at least one substructure, the material kit having components; identifying automation assisted components of the material kit as one or more of the components identified to be handled by the at least one construction automation module; fabricating the material kit for the at least one substructure is provided, the components of the material kit being pre-cut to length and size; delivering the material kit to the job site; supplying the automation assisted components of the material kit to the automation component; and assembling the substructure using the automation component.

Automation systems, methods, and mediums. A method includes identifying a value for a data point associated with a device in a building. The value is received from a management system operably connected to the device. The method includes mapping the value for the data point to a graphical representation of the value for the data point. The method includes generating a display comprising a graphic for the building and a symbol representing the device. The method includes displaying the graphical representation of the value for the data point in association with the symbol representing the device. Additionally, the method includes modifying the graphical representation of the value based on a change in the value in response to identifying the change in the value from the management system.

The invention discloses an indicator type multi-stage analysis method and system for campus building energy efficiency management. The indicator type multi-stage analysis method and system for campus building energy efficiency management is based on the building automation system integration technology to achieve building lifecycle monitoring and management by monitoring cold source, heat source, air conditioning, lighting, water supply and drainage and power transformation and distribution system for solving the problems of the blank of energy saving monitoring of a building in the using stage after the environment-friendly design, and performs energy consumption calculation and energy efficiency analysis by analyzing from four aspects of energy consumption, management modes, equipment efficiency and equipment maintenance to achieve related system integration and optimal operation strategies, thereby effectively reducing building lifecycle costs as well as achieving environment-friendly building assessment. The indicator type multi-stage analysis method and system for campus building energy efficiency management can be widely used in the field of data analysis.

The invention relates to fabricated type building automatic grouting equipment and method. The grouting equipment includes a grouting machine and a grout replenishing device; the grouting machine includes a base frame, a grouting pump is arranged on the base frame, a material bin is connected to the inlet end of the grouting pump, and a grouting pipeline is connected to the outlet end of the grouting pump for the outlet end of the grouting pump communicating with a grouting opening of a grouting sleeve conveniently; the grout replenishing device comprises a vertical grout replenishing main cylinder body, and a communicating pipe is arranged at the lower end of the grout replenishing main cylinder body for the lower end of the grout replenishing main cylinder body communicating with a groutoutlet of the grouting sleeve conveniently; a pressurizing mechanism is arranged at the upper end of the grout replenishing main cylinder body for providing additional grout replenishing pressure besides gravity grout replenishing during grout replenishing; the grout replenishing main cylinder body is further provided with a liquid level sensor for detecting the liquid level height of a groutingmaterial entering the grout replenishing main cylinder body; and the base frame is provided with a controller, and the controller is in signal connection with the liquid level sensor and is connectedwith the grouting pump in an electronic control mode for controlling starting and stopping of the grouting pump according to detection signals of the liquid level sensor. The fabricated type buildingautomatic grouting equipment and method have the effects that construction can be more convenient, and grouting quality can be effectively guaranteed.

Disclosed is a system and method for classifying units of control and concomitant model units from a larger physical system model. The system enables model-based simulation of decoupled system units for improved simulation efficiency. Further, the system allows for automated reasoning about the classification of said units, producing both machine-interpretable and human-readable, natural language descriptions of the decisions and reasons for said decisions made during the classification process, for use in heuristics and user feedback.

The present invention relates to a method and a device 1 for securing a negotiation of at least one cryptographic key KS. According to the invention, in a preferred embodiment a private key PS and a public key OS are provided during production of a unit and saved in said unit. The negotiation of the at least one cryptographic key KS then occurs, wherein said negotiation is secured depending on the created private key PS and / or the public key OS. The present invention can be used in building automation, for example.

The invention relates to a method of operation for a building automation system comprising the provision and / or collection of at least one piece of information which describes at least one time involvement and / or energy involvement provided in order to attain at least one particular building zone climate and / or at least one particular building zone climate change, using the at least one piece of information in order to ascertain at least one requisite time involvement and / or energy involvement in order to attain at least one building zone climate that is to be achieved and / or at least one building zone climate change that is to be achieved, and / or using the at least one piece of information in order to ascertain at least one measure for influencing the building zone climate,; which measure can be used to attain at least one building zone climate that is to be achieved and / or at least one building zone climate change that is to be achieved in time-optimized and / or energy-optimized fashion or to attain it / them with a preference which can be prescribed by the user. The invention also relates particularly to an appropriate building automation system and an appropriate computer program.

The invention provides an assembling type automatic assembling platform for a building. The assembling type automatic assembling platform for the building comprises a steel frame, supporting columns and a hydraulic lifting device; the steel frame is of a rectangular shape; the supporting columns are installed on the hydraulic lifting device, and the four supporting columns are installed at the four corners of the steel frame; two fixing trusses are installed on the lower side of the steel frame; the fixing trusses are of an I-shaped steel structure, and the two fixing trusses are in parallel; two horizontal transporting trusses are installed under the two fixing trusses; a short truss is further installed below the steel frame; and a vertical transporting device is installed below the short truss and fixed to the steel frame through four connecting rods. The assembling type automatic assembling platform for the building has the beneficial effects that the hoisting work of assembling type prefabricated parts for the building can be efficiently and precisely completed, and the problems that a traditional hoisting construction method is low in efficiency and high in energy consumption in the construction process are solved.

The invention provides a kerb short-distance transportation and installation integration device. The kerb short-distance transportation and installation integration device comprises a pallet fork frame, front traveling wheels, a crane carriage handrail, a crane boom, a crane boom support, a rotary platform, driving wheels, a rack body, an operating device and an engine. The rack body is fixedly arranged on a rear axle above a rotary shaft of the driving wheels. The front end of the pallet fork frame is fixedly mounted on a rotary shaft of the front traveling wheels. A lifting cylinder is mounted on the rack body and connected with the pallet fork frame. The rotary platform is mounted at the top end of the rack body. The crane boom support hinged to the crane boom is mounted and fixed to the rotary platform. A supporting cylinder is mounted between the crane boom support and the crane boom. A hoisting manipulator is connected with a hoisting chain. The operating device is arranged on the top of the rear end of the rack body. Through the kerb short-distance transportation and installation integration device, the problems that labor and time are wasted during manual transportation andpavement of kerbs and the efficiency is low are effectively solved. The kerb short-distance transportation and installation integration device is high in construction automation level and working efficiency, and achieves the synchronous, accurate and integral transfer, installation and pavement effects of kerbs.

The invention discloses an intelligent building cloud desktop system based on 5G real-time transmission and a control method. The control method comprises the steps that S1, a user logs in an accountof a cloud desktop APP on a local workstation; s2, the cloud server acquires real-time system configuration information, setting backup information, authorization management information and automaticdetection information; s3, the IBMS system acquires real-time information of the building automation management subsystem and uploads the real-time information to a cloud server; s4, the user logs inthe account of the cloud desktop APP on the user terminal and checks the real-time information; s5, when it is detected that the real-time information has an abnormal condition, the cloud server sendsan operation instruction to the local workstation or feeds back the abnormal condition to the user; and S6, the building automation management subsystem executes the operation instruction or receivesa user processing abnormal condition fed back by the abnormal condition. The abnormal condition is fed back to the user according to the authorization management information, the abnormal condition is further processed, and unattended operation and remote control are achieved.

The invention discloses a piano type combined control table which comprises a piano type control table composed of a top cap, a base, columns, a piano table and the like, a display installing support, a display, a monitoring video distributor, a keyboard, a mouse, a power distribution unit (PDU) power socket, a network management computer host, a deck, a power socket, a video matrix main machine, a matrix control keyboard and a video monitoring recording main machine. The piano type control table is of a full-steel combined structure and can be single-combined, double-combined, three-combined or multi-combined, a gap between the columns is equal to that between standard communication assembling supports, the upper portion of the front of the control table is an inclined face, the back of the control table is of an open structure, device installing and connecting wire operation are facilitated, and a control device is arranged on the piano type control table. The piano type combined control table is especially suitable for video monitoring centers of each enterprise and public institution and also suitable for teaching demonstration and practical training of specialized courses such as computer, building intellectual technique, building automation and the like in colleges and universities and vocational colleges and improves teaching and practical training technology.

The invention discloses an automatic construction mechanical lift. The automatic construction mechanical lift structurally comprises a protection fence, a motor box, a base, a push-pull handle, two stabilizing devices, driving wheels, lifting rods and rotatable fixing rods. The left end of the base is provided with the push-pull handle and welded with one end of the push-pull handle. The middle ofthe upper portion of the left end of the base is arranged under the bottom face of the motor box and welded with one end of the motor box. The side faces of the motor box are provided with the stabilizing devices correspondingly and matched with one sides of the stabilizing devices correspondingly. The two stabilizing devices are arranged under the lifting rods and buckled with the lower portionsof the lifting rods correspondingly. The lifting rods are arranged on the top face of the base and welded with the top face of the base. The rotatable fixing rods are arranged on the side faces of the lifting rods correspondingly. Through mutual combination of the parts, when the automatic construction mechanical lift is used, by additionally arranging mechanisms such as a damping spring and a pressing plate, a supporting rod is rapidly fixed when the supporting rod of the lift swings, the supporting rod is stabilized, operators on the lift can work relievedly, and the practicability is high.

Flexible control is provided in building automation. By dividing a floor space into segments (20), different segments (20) may be assigned to rooms (22). The operation of the building automation likewise includes room level and segment level control functions and corresponding objects. To assign or reassign a given segment (20) to a room (22), the segment (20) is linked to the room (22) using an identifier of the corresponding room control function. The building automation equipment (24) and corresponding control for the segment (20) is linked to the room operation. The separation of the room and segment functions may avoid any or extensive manual engineering other than re-assignment. The assignment or reassignment of segments (20) to rooms (22) may be performed online (e.g., at a panel or management station), offline (e.g., at a computer or engineering station), or automatically (e.g., moveable wall system).

The invention relates to the technical field of building machinery, and discloses a control system and method of an automatic vibrating device, and the system comprises an upper computer module, a PLC control module, and a sensing detection module. The data output end of the upper computer module is connected with the communication port of the PLC control module, and the upper computer module is used for controlling the input of the PLC control system; the PLC control module is used for receiving a control signal of the upper computer module and then identifying the signal; the output end of the sensing detection module is connected with the input end of the PLC control module, and the sensing detection module is used for detecting the displacement of the walking frame, the descending height of the vibrating rod, the descending circle number of the vibrating rod and the adjusting angle of the mechanical arm in real time. The prefabricated reinforced concrete vibrating device has the beneficial effects that the prefabricated reinforced concrete vibrating device is used for automatic vibrating work of prefabricated reinforced concrete, and automatic and standardized operation of vibrating construction of a reinforced concrete structure can be achieved through the vibrating device.

The invention discloses a routing construction automation method based on a programming language and an electronic device, wherein the method comprises the following steps of A opening a folder monitoring and monitoring a designated folder; B when that rename event is monitored, obtaining all file in the designated folder, and mapping the file paths of each file to absolute paths; C traversing allthat files, filtering out all the files with the extension of. Vue, and generating a file set Arr-Match, and converting the file paths in the file set into relative paths; D reading the output file,judging whet there is routing information with the same name and different file paths between the output file and the file set, and if so, replacing the relative path with the absolute path. The monitor file is changed, the invention automatically detect the change and packages after each packaging aft the file is added or modified, and when the path is changed, the path is replaced, thereby completing partial function iteration to a certain extent.

The invention provides a rectangular structure lining outer model trolley for a grading open cut tunnel, and relates to the technical field of building construction equipment. The lining outer model trolley comprises a formwork system, a gantry system and a model fixing and releasing system; the cross section of the gantry system is pi-shaped, and the gantry system includes a beam structure on theupper portion and column structures on both sides; the formwork system includes side models opposite on both sides; the two side models are located in an inner cavity of the gantry system and are hinged to the top inner wall of the gantry system; the model fixing and releasing system is disposed between the formwork system and the gantry system to fix the gantry system and the two side models anddrive the side models to swing relative to the gantry system. The rectangular structure lining outer model trolley adopts the gantry system with the pi-shaped cross section, the side models oppositeon both sides are arranged, a traditional bulk disassembling formwork and a bowl buckle bracket system are replaced, the rigidity is high, the stability is good, the integrity of a concrete structureand design size requirements are ensured, and the degree of construction automation and the construction efficiency are improved.

The invention discloses a fabricated building automation assembly platform, which comprises two fixed block sets. Each fixed block set is composed of an upper horizontal fixed block and a lower horizontal fixed block, the two fixed block sets are arrayed in the front-rear direction, air cylinders are mounted at the ends, back on to each other, of the two fixed blocks, located on the upper part, inthe two fixed block sets in a hinged mode correspondingly, inclined first telescopic rods are fixedly mounted at the ends, back on to each other, of the two fixed blocks, located on the lower part, in the two fixed block sets correspondingly, and the ends of movable rods of the first telescopic rods are connected with sleeve rods of the air cylinders in a hinged mode. Through the fabricated building automation assembly platform, during hoisting, a fabricated building plate can be better assisted in moving, and meanwhile is also made to keep a vertical state so as to be in inserting fit with ground steel bars better, the situation that the ground steel bars are pressed to be bent due to the overhigh falling speed in the moving process can be avoided, auxiliary observation of a plurality ofworkers is also reduced, part of labor force is saved, pushing by the workers is not needed either, and thus safety is improved.

The invention provides a teaching and practical training device arranged on equipment. The device comprises a cross steel plate structure, a top plate and distribution boxes, wherein the top plate is horizontally arranged on the top of the cross steel plate structure; four shape station areas are formed between the top plate and the cross steel plate structure in a dividing way; each of the four shape station areas is provided with one distribution box; the cross steel plate structure is formed by crossly and vertically mounting four modules; each module comprises a steel bracket and a plurality of hole plates fixedly arranged on the steel bracket; the top plate comprises a plurality of hole plates fixedly arranged on the steel bracket; and a plurality of through holes, screw holes and threading holes are formed in the hole plates. During teaching and practical training, the equipment, a pipeline, a wire groove, a cable and the like are fixedly arranged on the hole plates by screws. The device is particularly applied to teaching and practical training of professional courses, such as computer application, computer network technology, Internet of things application technology, building intellectual technique and building automation of institutions of higher education, vocational schools and training institution, and is also applied to technical training and check for enterprise workers.

The invention discloses an automated mechanical lifter for building. The automated mechanical lifter comprises a first protection housing. A second protection housing is arranged at the bottom of thefirst protection housing. A hand grip is arranged at one end of the first protection housing. A first rotating shaft which penetrates to one end inside the first protection housingis arranged inside the hand grip. A first gear is arranged at the outer side of the first rotating shaft. The side, close to the first gear, of the first rotating shaft is provided with a first rolling wheel. According to the automated mechanical lifter for building, friction pads on the first rolling wheel and a second rolling wheel are engaged with a lifting rod, and under the interaction of the first rolling wheeland the second rolling wheel, the lifting rod is lifted, so that materials in a short distance are conveyed; conveying can be conducted conveniently; the hand grip is rotated directly, the first gearand the second gear are matched with each other, and the lifting rod is driven to perform vertical reciprocating motion through matching of the first rolling wheel and the second rolling wheel; and labor is saved, and work efficiency is improved.

The invention discloses a cutterhead-built-in focusing type electrical method water detection system and method carried on a shield tunneling machine. The system comprises an electrode system, an electrode telescopic device and an induced polarization detection instrument, pressure sensors are installed at the front end of the electrode telescopic device and the tail portion of the electrode system, in the testing process, the attachment situation of the electrode system and a soil layer is indirectly reflected according to the numerical value of pressure, after it is determined that the contact state of a measuring electrode and a power supply electrode is good, induced polarization parameter data are collected, and a water disaster source occurring in front of a shield tunneling machineis explored in real time. According to the cutterhead-built-in focusing type electrical method water detection system and carried on the shield tunneling machine, carrying integration of the shield tunneling machine and the induced polarization advanced detection instrument is achieved, shield construction is not interfered, and the automation degree is high.

The invention provides an intelligent monitoring method and system for underground pipeline construction and a medium. The intelligent monitoring method comprises the processes of unmanned aerial vehicle high-precision image automatic monitoring and underground pipeline three-dimensional data automatic identification and modeling. The unmanned aerial vehicle high-precision image automatic monitoring process comprises underground pipeline construction automatic high-definition image tracking acquisition and image processing based on an unmanned aerial vehicle, and the underground pipeline three-dimensional data automatic identification and modeling comprises pipeline image intelligent identification, pipeline vector extraction and pipeline three-dimensional modeling. The method can be applied to automatic monitoring of pipeline three-dimensional data in the underground pipeline construction process in factory scenes such as thermal power plants and chemical plants, and the problem that accurate three-dimensional data in the period from underground pipeline construction to completion is difficult to obtain due to the fact that various pipelines are complex and staggered and construction coverage is fast in a current factory is effectively solved. And the three-dimensional accurate tracking measurement method for the construction period of the underground pipeline in the factory area is comprehensively optimized.