150 results about "Industrial premises" patented technology

The invention discloses an LED lamp group control method and system based on the Internet of Things, and belongs to the field of intelligent illumination control and Internet of Things application. The system comprises a centralized management platform module, a state monitoring and control module, an intelligent linkage module and a communication network module. The centralized management platform module is used for lighting strategy configuration, operation state monitoring and data analysis display; the state monitoring and control module collects lamp operation parameters and executes a control instruction; the intelligent linkage module automatically triggers a preset lighting scene according to the environment sensing data and the system signal; the communication network module constructs a stable data transmission channel and connects all parts of the system. Through modular design and an intelligent linkage mechanism, accuracy and adaptivity of illumination control are achieved, and the management efficiency of the system is improved in combination with data analysis. The system has the characteristics of flexible deployment, high expansibility and intelligent operation and maintenance, and is suitable for large-scale illumination control scenes such as smart cities, commercial complexes and industrial factory buildings.

1. Name of the product in this design: 3D Printing Suction Screen Conveyor. 2. Application of this design: Dust purification device for industrial plants. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1. 5. The bottom surface of this product is a part that is not easily seen or cannot be seen during use, so the bottom view is omitted.

The invention discloses a long-distance air supply cooling system and method for a movable crown block, relates to the field of industrial ventilation, and solves the problem of running stop caused by overheating of crown block equipment in an existing large-span high-temperature industrial factory building. The air supply fan communicates with the air supply tail end through an outer wall air supply pipe, and outdoor cold air is conveyed to the top of a workshop through the fixed air supply outlet array. The multiple fixed air supply outlet arrays are evenly distributed in the longitudinal direction of the side wall of the plant to form non-blind-area air supply coverage of the whole stroke of the crown block. The automatic control system comprises an RFID reader-writer, an RFID tag, a PLC main controller, an electric air valve and an LED indicating lamp, and the automatic control system quickly responds to the PLC main controller through positioning of an encoder, so that air is supplied along with the crane in the longitudinal and transverse moving process of the crane. The method is also suitable for precise cooling scenes of large-span, high-temperature and movable equipment.

The invention relates to a multi-industry integrated factory building which comprises an industrial factory building body, a production line is arranged in the industrial factory building body, a greenhouse and a touring and entertainment area are arranged on the roof of the industrial factory building body, a first visiting channel is arranged between the greenhouse and the touring and entertainment area, and a second visiting channel is arranged in the industrial factory building body. An elevator is arranged between the first visiting channel and the second visiting channel, a draught fan is arranged on the periphery of the carbon dioxide generating area of the industrial factory building body and connected with an air flue, the air flue is connected to an outer layer vertical channel arranged between the ground and the roof of the industrial factory building body, and an inner layer vertical channel is arranged in the outer layer vertical channel. The inner-layer vertical channel is communicated with the inner space of the outer-layer vertical channel on the periphery of the inner-layer vertical channel through a gas inlet in the bottom, the inner-layer vertical channel is provided with a filtering mechanism, the top end of the inner-layer vertical channel is connected to a gas tank through a gas pipeline, the gas tank is located in the greenhouse, a valve is arranged at a gas outlet of the gas tank, and the plant integrates three industries.

This utility model provides an H-beam steel member with high load-bearing capacity and lateral restraint. The H-beam steel member with high load-bearing capacity and lateral restraint includes: an H-beam steel structure body; multiple through holes, the multiple through holes being formed on the front of the H-beam steel structure body; the H-beam steel structure body comprising two flanges and a web; and a second reinforcing component mounted on the back of the web via a fixing assembly. The H-beam steel member with high load-bearing capacity and lateral restraint provided by this utility model significantly improves the shear bearing capacity and overall stability of the H-beam steel member. Without increasing material costs excessively, it enhances the member's adaptability to heavy loads. For structures that need to withstand large horizontal or dynamic loads, such as crane beams in industrial plants and lateral force resisting components in high-rise buildings, it can effectively reduce the risk of web instability, ensure the safe use of the structure, and extend the service life of the structure.

The utility model provides a waterproof structure for construction of an ultra-deep foundation pit in an urban updated industrial factory building. The waterproof structure for construction of the ultra-deep foundation pit in the urban updated industrial factory building comprises a secant pile body, and a steel pipe pile support is arranged outside the secant pile body; a tube well is arranged on the outer side of the steel pipe pile support. According to the technical scheme, preliminary waterproofing is achieved through tight meshing of the secant pile body; the waterproof performance is improved through the reinforcing effect of the steel pipe pile support; the water level in the foundation pit and the leakage risk are reduced under the assistance of dewatering of the tube well; and finally, construction of multiple waterproof barriers is achieved, and construction safety and foundation pit stability are ensured.

System (100) for determining the position of at least one subject in a monitoring area of ​​an industrial plant and / or for detecting a hazardous condition for the safe control of at least one robot (10) in the monitoring area (41) of the industrial plant, comprising the robot (10), wherein the robot (10) is mobile, wherein the robot (10) preferably comprises a driverless transport vehicle or an autonomous mobile robot (10); at least one sensor (20), wherein the sensor (20) is attached to the robot (10) and is movable with the robot (10), wherein the sensor (20) is configured to acquire data from the environment of the robot (10); and a processing device (30), wherein the processing device (30) comprises a processor (31) with associated memory (32), is connected to the robot (10) and to the sensor (20) and is configured to to obtain the data acquired by the sensor (20), to determine an absolute position of the robot (10) in the monitoring area (41) based on the acquired data, to determine a relative position of the at least one subject (40, 90), in particular a person, which may be located in the monitoring area (41), relative to the robot (10) and / or to determine an absolute position of the subject (40, 90) in the monitoring area (41), to detect a hazardous condition based at least on the determined relative position of the subject (40, 90) relative to the robot (10) and / or the determined absolute position of the subject (40, 90), and upon detection of the hazardous condition, to put the robot (10) into a safe control mode.

The invention relates to a method for positioning at least one real sensor, in particular a safety sensor or a camera for industrial safety applications, in a real environment of an industrial plant by means of an augmented reality view based on the real environment of the industrial plant, wherein at least one simulated parameter of a virtual sensor is visualized for a user in the augmented reality view by means of a display device, wherein the virtual sensor is based on the real sensor to be positioned, wherein the simulated parameter comprises at least one position parameter, wherein the at least one position parameter specifies a position and / or an orientation of the virtual sensor in the augmented reality view, and wherein a change in the position parameter is obtained.wherein the updated position parameter based on the received change is visualized for the user in the augmented reality view by means of the display device, and wherein at least one output parameter is output which is based on the updated position parameter of the virtual sensor and which enables the positioning of the real sensor in the real environment.

The application discloses a kind of non-powered gas supply cooling system, comprising: cryogenic liquefied gas storage tank device, outdoor vaporization device, indoor vaporization device, first pipeline, second pipeline, first valve being arranged on first pipeline, second valve being arranged on second pipeline, third pipeline, fourth pipeline, cryogenic liquefied gas storage tank device is connected with outdoor vaporization device by first pipeline, and outdoor vaporization device is connected with gas user by third pipeline;Cryogenic liquefied gas storage tank device is connected with indoor vaporization device by second pipeline, and indoor vaporization device is arranged in the room needing to supply cold, and second valve is located outside the room needing to supply cold, and indoor vaporization device is connected with third pipeline by fourth pipeline.The system couples cryogenic liquefied gas vaporization gas supply and cooling, while meeting the gas supply in industrial plant, and can be used for emergency cooling of industrial plant when ventilation system fails.

The utility model relates to the technical field of assembly type buildings, and discloses a low-energy-consumption assembly type industrial factory building which comprises a house body, a top cover is arranged at the top end of the house body, an installation frame is fixedly installed at the top end of the top cover, solar panels are installed on the two sides of the installation frame respectively, and an inner supporting frame is fixedly installed on the inner side of the installation frame. And a storage battery pack is mounted in the middle of the top end of the top cover. After the low-energy-consumption assembly type industrial factory building is assembled and installed and put into use, sunlight can be converted into direct current and stored in the storage battery pack by installing the multiple sets of solar panels on the installation frame on the top of the factory building, and the direct current stored in the storage battery pack can be converted into alternating current through the inverter at night and in cloudy days; the power supply power consumption of an external power grid is reduced, the use energy consumption of the factory building is lower, the energy consumption is low, and the problem that the power consumption of an assembly type industrial factory building is high is solved.

The utility model discloses a kind of steel platform structure of fan heater, including steel platform support, support connecting piece, column connecting piece, steel platform edge beam and platform plate, two are provided side by side in steel platform support, two are oppositely provided in support connecting piece, two support connecting pieces are connected between two steel platform supports and form frame structure jointly, multiple column connecting pieces are oppositely provided, multiple column connecting pieces are connected in steel platform support and support connecting piece respectively and located in the inside of frame structure, column connecting piece is used for being fixed in steel pipe concrete bent frame column that is arranged in frame structure, steel platform edge beam is crossed in two steel platform supports, platform plate is installed in steel platform edge beam. It can be installed at the preset height position of steel pipe concrete bent frame column in industrial plant, avoid the occupation of the bottom surface of industrial plant, and relative to the mode of traditional tripod support platform, steel consumption is saved, with the advantages of simple structure and simple and clear force transmission.

The invention discloses a structural beam post-installation supporting seat, an industrial factory building and a fixing method of installation equipment. The installation equipment can be supported without changing on-site arrangement. In the first aspect, the structural beam rear-mounted supporting seat is used for supporting equipment supporting legs for installing equipment, the structural beam rear-mounted supporting seat comprises two beam winding supporting frames, and the two beam winding supporting frames are sequentially arranged on a structural beam and both arranged on the outer side of the structural beam in a sleeving mode; the beam winding supporting frame is formed by assembling sectional materials, and any inner side face of the beam winding supporting frame is in surface contact with the corresponding outer side face of the structural beam. A supporting leg bottom plate of the equipment supporting leg is fixed to the tops of the two beam winding supporting frames so that the equipment supporting leg of the installation equipment can be supported through the two beam winding supporting frames.

This invention discloses a nano-silica environmentally friendly water-based floor coating and its preparation process in the field of environmentally friendly coating technology. The invention proposes two novel modified compounds: borate-urethane modified polysiloxane and bio-based polyol-polysiloxane block copolymer. The former enhances the interfacial bonding between nano-silica and resin through borate groups, improving water resistance and adhesion; the latter utilizes the flexibility of bio-based components and the weather resistance of polysiloxane to balance coating hardness and impact resistance. The floor coating uses water-based epoxy resin as the film-forming body, combined with nano-silica sol to fill pores, and is supplemented with dispersants, defoamers, and other additives, prepared through processes such as mixing, high-speed dispersion, and viscosity adjustment. The resulting product exhibits excellent environmental performance, significantly improved weather resistance, abrasion resistance, adhesion, and water resistance, making it suitable for industrial plants, commercial floors, and other scenarios with high performance requirements.

The utility model discloses a lifting skylight for a fireproof steel structure industrial factory building, and relates to the technical field of industrial factory building skylights. The skylight comprises a skylight fixing frame, the skylight fixing frame is fixedly arranged at the top of a top plate, a through groove is formed in the top of the top plate in the skylight fixing frame, inclined planes are symmetrically arranged at the top of the skylight fixing frame, light-transmitting windows are formed in the tops of the inclined planes, and step grooves are formed in the tops of the inclined planes outside the light-transmitting windows. The electric-hydraulic push rod is driven to drive the lifting support to move upwards, the skylight body can be stably and upwards jacked up through the lifting support, lifting movement of the lifting support can be guided through the arranged guide columns, and therefore lifting of the skylight body can be more stable, and the service life of the skylight body is prolonged. Solar energy can be converted into electric energy through the photovoltaic panel, the electric energy is stored in the storage battery to supply power to the LED lighting lamp, auxiliary lighting can be conducted on the interior of the fireproof steel structure industrial factory building at night through the LED lighting lamp, and practicability is higher.

A pneumatic-electric double-control lifting skylight structure for a steel structure industrial factory building comprises a skylight peripheral body (1), the bottom of the skylight peripheral body (1) is fixedly connected with a skylight mounting base (2), and an electric control skylight lifting assembly (3) and a pneumatic control skylight lifting assembly (5) are arranged on the skylight peripheral body (1); according to the electric control skylight lifting assembly, in high-temperature weather, the motor is started to drive the driving rotating shaft to rotate, the driving rotating shaft can drive the driven rotating shaft to rotate through the transmission belt, the driven rotating shaft can drive the gear to be meshed with the rack, and the rack can drive the skylight to descend, so that the operation is simple and convenient; and good lighting and ventilation effects can be provided for the skylight peripheral body. By means of the air control skylight lifting assembly, the skylight can be driven to descend by opening the pneumatic telescopic air cylinder in high-temperature weather, operation is easy and convenient, and good lighting and ventilation effects can be provided for the skylight peripheral body.

The utility model provides a kind of adjusting self-locking purlin connecting node, including purlin, and adjacent purlin is connected by connecting piece, and a plurality of first installation holes are correspondingly provided on the web of purlin both ends, and connecting piece includes purlin support and connecting sheet, and connecting sheet and purlin support are respectively correspondingly placed at the inside and outside of adjacent purlin web joint, and the second installation hole corresponding with the first installation hole of adjacent purlin is equipped on the purlin support, and first installation hole and second installation hole are all waist type hole, and the both ends of connecting sheet are equipped with the third installation hole corresponding with the first installation hole of adjacent purlin, and bolt fastens connecting sheet, purlin and purlin support in connecting state by being successively passed through second installation hole, first installation hole and third installation hole. The utility model greatly reduces the adjustment difficulty of later maintenance installation, improves the efficiency of later maintenance board construction, and can be widely applied to industrial plant wall and roof, public building large roof and the like.

Embodiments disclosed herein provide methods, systems, and computer program products for determining layouts of objects in environments. An example method includes, by a processor, receiving, in memory, (i) an indication of the set of objects, (ii) an indication of characteristics of the environment, and (iii) one or more criteria. The received indication of the set of objects and the one or more criteria are used to determine a priority order of each object in the set of objects. In turn, the layout of the set of objects is determined by, in the determined priority order, iteratively selecting a location for each object.

The utility model relates to the technical field of factory building soundproof doors, and discloses an industrial factory building soundproof door which comprises a soundproof door body located in a door frame body, the soundproof door body is located in the door frame body, the side edge of the door frame body is provided with an inward convex edge, the side edge of the soundproof door body is matched with the convex edge, and the convex edge is provided with a buffer structure. The buffer structure comprises a spring and a buffer cavity, a fireproof door plate is arranged in the soundproof door body, and rock wool filling, a soundproof plate and sound absorption cotton are arranged in the fireproof door plate. The overall sound insulation effect is improved through the sound absorption cotton, and the overall service life is prolonged through the springs of the door frame.

The invention relates to a method and system for synchronizing configuration data in a plant, in particular to a method for synchronizing configuration data of components within an industrial plant and the synchronization thereof. The method comprises the steps of partitioning a network in an industrial plant into a first sub-network and a second sub-network, the sub-networks being connected by a network connection. Storing first configuration data on a first local server and via the network connection on a second local server, and storing second configuration data on the second local server and via the network connection on the first local server. Interrupting the network connection; and updating the first configuration data and the second configuration data on the first local server. Reconnecting the network connection; and, if the first configuration data on the second local server has not been changed, overwriting the first configuration data on the second local server by the updated first configuration data.

The application provides a grading retaining and reinforcing system and a construction method for transforming a deep filling slope into a terrace. The grading retaining and reinforcing system is used for supporting a multi-stage terrace formed by piling deep filling on an original slope surface. The reinforcing system comprises a multi-stage rail pile retaining wall support structure arranged at the outer edge of each terrace for supporting the terrace. The multi-stage rail pile retaining wall support structure comprises a plurality of A-type rail pile retaining walls arranged on the slope surface and a B-type rail pile retaining wall arranged at the bottom of the slope. The A-type rail pile retaining walls are arranged between adjacent terraces, and the B-type rail pile retaining wall is arranged at the outer edge of the lowermost terrace. The application greatly improves the overall stability of the deep filling slope adjacent to an industrial plant and a road, effectively controls the displacement of the slope top, and uses the equal-height grading "micro pile retaining wall structure" to support and retain the deep filling slope. The stress of the support structure is more scientific and reasonable.

This invention provides a BIM-based method and system for extracting engineering quantities, belonging to the field of industrial plant technology. Addressing the existing difficulty in predicting engineering quantities, it utilizes a BIM platform to import structural design models and generate building models, ultimately achieving accurate acquisition of engineering quantities. This enables the effective transmission and utilization of existing structural design model information, reducing the workload of remodeling. The goal is to obtain precise engineering quantities, thereby providing accurate references for bidding or construction processes.

The application discloses an air purification system for electronic industrial plants, and relates to the technical field of air purification.The system collects pollution characteristic data in real time through a sensor group, obtains an air particle data group and a purification efficiency data group through data processing, constructs a nanometer pollution disturbance index nan based on the air particle data group to evaluate air cleanliness, and when nanometer pollution is detected, constructs a photocatalytic reaction efficiency index npc based on the purification efficiency data group, fuses the nanometer pollution disturbance index nan to form a purification collapse risk index Rall to evaluate photocatalytic cleaning capacity, dynamically adjusts the operation strategy of an ultraviolet light source and a fan according to the evaluation result, and realizes hierarchical alarm and operation information interaction through a man-machine interface and an audible and visual alarm, and archives to form a closed-loop database.The system can realize real-time monitoring, dynamic purification and risk early warning of air quality of electronic industrial plants, improve air purification efficiency and stability, reduce energy consumption and has traceability.

1. The name of the design product: dust collector (VH-400). 2. The use of the design product: dust purification device for industrial plant. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1. 5. The bottom of the design product is not easily visible or not visible during use, and the top view is omitted.

The invention discloses a construction method for mixing and compacting lime soil, and belongs to the technical field of civil engineering. The construction method comprises the five steps of three-dimensional grid division, intelligent paving, double-stage mixing, intelligent compaction and quality tracing. A construction area is divided into standard operation units, and RFID positioning piles are arranged; a spreading vehicle with a GNSS (Global Navigation Satellite System), a laser ranging system and a pneumatic conveying system is adopted for intelligent spreading; through the combination of coarse mixing and fine mixing, the mixing depth is dynamically adjusted; compacting equipment is adopted to carry out compacting operation on the basis of the real-time detected compacting parameters; and storing the data by using a block chain technology and generating a quality identification code. According to the method, traditional construction defects are overcome, the single-day treatment capacity reaches 4500 m, the efficiency is improved by 275%, the lime dosage deviation is reduced to + / -0.8%, lime is saved by 23%, and the method is suitable for treating the foundation of the industrial factory building with the ultra-large area.

The present application relates to the technical field of monitoring, in particular to a kind of Internet of Things visual monitoring method and system based on three-dimensional Gaussian splash.The present application reconstructs equipment model by three-dimensional Gaussian splash algorithm, realizes the spatial accurate presentation of industrial equipment, and this stereoscopic display helps to improve fault location and operation response efficiency, through the classification and integration of equipment physical properties, spatial position and multiple heterogeneous data sources, so that multidimensional data real-time monitoring can be carried out on a unified space carrier, according to the dynamic association of equipment model topological structure and time dimension data, the running state and change trend of equipment can be monitored in real time, through the depth combination of time dimension data and equipment model, not only improve the comprehensive monitoring ability of equipment running state, but also strengthen the accuracy and reaction speed of equipment fault diagnosis, promote the realization of intelligent and accurate management of industrial plant.

This invention relates to the field of composite structure connection technology, specifically to a fatigue-resistant and pull-out-resistant connection structure and construction method for inserting a helical ribbed steel column into concrete. The method includes establishing a benchmark and laying out the layout, determining the helical rib parameters and fixing the layout, welding to form an anchorage section and inspecting its quality, installing and aligning the template and guide sleeve, hoisting the steel column and inserting it into the designed depth along the sleeve, fixing the steel column and re-measuring and adjusting its deviation, pouring concrete in layers to ensure the density of the helical rib area, curing, and accepting the connection after demolding. The connection structure includes a steel column body, a concrete component, a helical rib anchorage section, and a guide sleeve. The steel column insertion section is equipped with a helical rib anchorage section, which is inserted into the cast-in-place area through the sleeve. The concrete and helical ribs form an interlocking body, constituting an integrated anchorage. This invention achieves multi-point distributed force transmission, improves pull-out and fatigue resistance, suppresses local concrete damage, and provides controllable construction. It is suitable for steel column-concrete connection nodes in bridge reinforcement, industrial plants, etc.

The utility model relates to emergency lighting switching device technical field, concretely is a kind of industrial plant emergency lighting switching device.The utility model, including wall, bearing frame and bearing device, the one side of wall is fixedly connected with socket, the inside electric connection of socket has plug, the one end electric connection of plug has emergency lighting equipment, the side of wall close to emergency lighting equipment is equipped with mounting device, the mounting device includes connecting frame and connecting block, the one side fixed connection of connecting block and bearing frame, the one end of connecting frame is fixedly connected with wall, the inner wall fixedly connected with several telescopic links of connecting frame, the other end fixedly connected with clamping block of several telescopic links.Solved when using traditional emergency lighting switching device to install in industrial plant, due to traditional emergency lighting switching device installation not fastening, thereby in lighting, prone to the problem of emergency lighting switching device drop.

The utility model relates to the technical field of industrial factory building independent foundation pouring, in particular to a convenient scaffold for industrial factory building independent foundation pouring, which comprises a scaffold body, the scaffold body comprises a vertical rod, a cross rod, a diagonal bridging and a scaffold board, an adjusting box is arranged at the bottom of the vertical rod, and a foot supporting seat is arranged below the adjusting box. A leveling assembly is arranged between the adjusting box and the foot support seat, a plurality of reinforcing assemblies are arranged below the foot support seat, the leveling assembly comprises a worm gear arranged in an inner cavity of the adjusting box, one side of the worm gear is connected with a worm in a meshed mode, an adjusting stud is fixedly connected to the center of the bottom of the worm gear, and an adjusting screw groove is formed in the center of the top of the foot support seat. When the ground where the scaffold is placed is bumpy and uneven, leveling treatment can be conducted, the situation that the scaffold inclines due to the uneven foundation is avoided, uneven stress, deformation and damage of the vertical rods are avoided, the overall structural strength is guaranteed, meanwhile, unbalance overturning under construction loads due to inclination is avoided, and casualties and property losses are prevented.