92 results about "Interior architecture" patented technology

A power and signal distribution system for the building interior and a method for operating a power and signal distribution system for the building interior are provided. The system includes a plurality of conductors adjacent to at least one surface of a plurality of support members forming a grid. The system further includes at least one shunt switch in communication with at least two conductors, the shunt switch being configurable to selectively conduct power or signals between the at least two conductors.

The invention relates to the technical field of three-dimensional scene generation, and provides a scene generation method based on indoor three-dimensional modeling and positioning. The scene generation method comprises the steps of: (1) establishing an indoor three-dimensional model; (2) deploying an indoor positioning beacon; (3) generating a robot photographing point position; (4), photographing an indoor panoramic photo; (5), and carrying out automatic patching on an indoor three-dimensional scene. The invention further provides a scene generation system based on indoor three-dimensional modeling and positioning. The scene generation method and the scene generation system have the beneficial effects of constructing indoor building three-dimensional information rapidly in a linkage manner by adopting indoor three-dimensional modeling, indoor positioning, robot, panoramic photographing technologies and the like, generating an indoor positioning point map, selecting a robot photographing point precisely based on the indoor positioning point map, ensuring the rapid and precise generation of the indoor three-dimensional scene, solving the problem that the scene reconstruction precision is not high because the photographing position is selected according to manmade judgment, ensuring the optimal positioning of the photographing position, making the generation of the indoor three-dimensional scene more efficient, being reasonable and feasible in method, and wide in application prospect.

The invention provides an indoor navigation method and system based on CAD architectural drawing and computer vision discrimination. Through a large amount of indoor CAD architectural drawings of a building, machine learning is carried out to obtain the topological information characteristics of each indoor unit of the building; at the same time, the indoor unit coordinates and topological relationship of the building are obtained, and the CAD drawings can be automatically identified by a machine. On a server, a machine learning model database is established, a user can choose a correspondingindoor building on the interface end of APP and determines a start position and a final position. The mobile phone APP can obtain the sensor data of the user in real time to obtain the motion state ofthe user and feeds back the motion state to a backstage server, and the server carries out a hierarchical path plan algorithm and gives out the real-time positioning and navigation information of theuser. The provided method and system guarantee the positioning and navigation precision, at the same time, the cost is low, the system does not need a large amount of WIFI terminals and bluetooth terminals, and thus has a strong performance on resisting signal interference, and the positioning and navigation precision is guaranteed effectively.

The invention relates to a robot for cleaning an interior architecture based on a parallel mechanism. The robot comprises a self-stabilization supporting device, wherein the self-stabilization supporting device has good rigid supporting performance, stable performance and vibration reducing performance; a cleaning manipulator is arranged in the middle of the upper end face of the self-stabilization supporting device; the cleaning manipulator is adjustable in cleaning angle and wide in application range, can realize the functions of automatically cleaning a ceiling, and spider webs and dust on the ceiling and the like; the interior architecture is automatically cleaned by the cleaning manipulator; the self-stabilization supporting device comprises a fixed circular table; and four universal wheels are symmetrically arranged on the lower end face of the fixed circular table. The robot disclosed by the invention is moved to a place required to be cleaned, of the interior architecture through the four universal wheels; and four parallel supporting branched chains are uniformly arranged on the upper end face of the fixed circular table along the axial direction. According to the robot disclosed by the invention, a function of automatically cleaning the interior architecture can be realized, and a new path for automatically cleaning the interior architecture is provided.

The invention discloses a design construction method and system for a BIM indoor architectural ornament full-life circle. The design construction method comprises the following steps of: previously acquiring attribute information of each product or component required in an interior architecture and constructing component models by utilizing a BIM architecture information model; differently combining a plurality of component models according to the attribute information of each product or component, so as to form combined modules; calling a plurality of combined modules to be combined according to the requirements of interior independent spaces or areas which are previously researched and set, so as to form function models; selecting a plurality of function modules to be combined according to the requirement that the architecture is a complete space formed by a plurality of independent spaces, so as to form interior complete space modules; and selecting a plurality of complete space modules to be combined according to a using attribute requirement of the whole architecture, so as to form an architecture ornament model. According to the design construction method, interior architecture ornament models can be rapidly recombined according to the user requirements, so that the working efficiency is improved.

The invention relates to an assembled frame system using hot-rolled unequal-thickness U-shaped steel composite beams, belonging to the technical field of structural engineering. The components and materials included in the frame system are as follows: hot-rolled unequal-thickness U-shaped steel main beam, hot-rolled unequal-thickness U-shaped steel secondary beam, frame columns (can be steel tube columns, steel tube concrete columns or H-shaped steel columns), concrete Slab, floor concrete, ring plate, lug plate, high-strength bolts, studs, partitions. The hot-rolled unequal-thickness U-shaped steel girder is fixed on the described frame column through the described ring plate, lug plate, partition plate and high-strength bolts; the described concrete slab is placed on the hot-rolled unequal-thickness U The upper part of the shaped steel is connected by studs; the bottom plate concrete is poured inside the hot-rolled unequal-thickness U-shaped steel in the negative bending moment area of ​​the node, and the connection of the two is ensured by studs. The frame system has superior mechanical performance, can realize assembly construction and has good indoor architectural effect, and has broad engineering application prospects.

The invention discloses a multi-building united temperature area method heat metering system based on wireless temperature acquisition, and relates to a heating metering system. In the system, a wireless temperature sensor and a wireless temperature acquisition device are connected in a wireless communication mode, so that the number of cables arranged in a heating user room is reduced, building decoration in the heating user room is prevented from being damaged, and construction difficulty and construction cost are reduced simultaneously. All heat distribution operation, data processing and data storage of the system are finished by a heat distribution server arranged in a data center machine room instead of the conventional building distributor, so that data loss caused by the failure of front-end equipment is avoided, and data safety and data reliability are ensured. A plurality of united metering units can share one heat distribution server, so that system cost and deployment difficulty are greatly reduced. A plurality of heat distribution servers can be arranged in one data center machine room, so that data centralized management is realized, a carrier-grade framework is met, distribution operation is more accurate, and charging is fairer and more reasonable.

The invention discloses a sensor device and a magnetic map generating method for indoor navigation. The sensor device comprises a regular hexahedron circuit board and magnetic sensors arranged on six surfaces of the regular hexahedron circuit board; the magnetic map generating method comprises the following steps: acquiring air pressure difference delta P of a current floor relative to the ground and an interior architecture design and construction plan; taking fork route junctions on walk paths as breaking points, and carrying out straight-line segment discrete segmented processing on all the walk paths in the interior plan to obtain discrete straight-line segment segmented paths; carrying out unique address numbering on each discrete straight-line segment segmented path and the corresponding fork route junction, and walking on each discrete straight-line segment segmented path at a constant speed; acquiring a magnetic induction intensity average value and magnetic field gradient data of each point in the discrete straight-line segment segmented path, wherein the magnetic induction intensity average values and the magnetic field gradient data form magnetic map data; storing the unique address number of each discrete straight-line segment segmented path and the corresponding magnetic map data in pairs, thereby generating a magnetic map for the indoor navigation. The magnetic map generated by the magnetic map generating method disclosed by the invention is accurate in path and high in locating precision.

The invention discloses a dust removal device for indoor buildings, which comprises a shell, a dust suction port, a straight-through dust removal device, a filter plate, an adsorption device, a water washing box and an atomizing nozzle. The straight-through dust removal device, the adsorption device and The water washing boxes are all installed inside the shell. The straight-through dust removal device includes the dust collector body, air inlet guide vane, steering cover, exhaust pipe, spiral guide vane and dust collecting bucket. The interior of the adsorption device is provided with an adsorption layer. The top is equipped with a dust removal net and an exhaust tube, and the bottom of the water washing box is equipped with a water delivery pipe. The two ends of the water delivery pipe are respectively equipped with a water absorption filter and an atomizing nozzle. The water absorption filter is located in the washing box. The atomization nozzle includes an atomization seat and Atomizing cap. The design of the device is reasonable, and through the joint action of the filter plate, straight-through dust removal device, adsorption device, water washing box and atomizing nozzle, it can completely filter fine dust particles, effectively avoid dust pollution of the environment, save water resources, and ensure people's health. Healthy body.

The invention provides an indoor automatic drawing and modeling method based on a planar image. A planar image is used as a data source, instance segmentation is carried out on the planar image, semantic types and geometric contours of various indoor building elements such as walls and doors and windows are extracted, and a two-dimensional indoor map and a three-dimensional simple model which areconsistent in topology are generated through post-processing steps such as topological optimization and restoration. The method does not need to manually design a large number of image processing rules, directly obtains the image features through learning, and can be used for the recognition of various types of plane images. The method has the beneficial effects that the one-to-one detection rateof the indoor navigable space is effectively improved, inclined building elements on a plane image can be processed, and the requirements of indoor position service for maps and models of public places are met.

The invention relates to a simulation combination model for demonstrating interior architecture decoration, in order to solve the problems that wall surfaces have to be formed by combining pieces of wallboards, construction is inconvenient, efficiency is low, simulative indoor household facilities cannot be mounted on the wall surfaces and the like in existing similar technologies. The model is composed of bottom boards, columns, wallboards and floor boards by combination, a plurality of rows and a plurality of lines of regular octagonal convex pins are arrayed on the top surface of each bottom board, the raw space and the line space of the convex pins are equal to the size of total thickness of one wallboard, and the thickness of an outstanding leg of each column is the size of the total thickness of one wallboard. The simulation combination model is characterized in that each wall is composed of one wallboard, each wallboard is partitioned into a plurality of rows and a plurality of lines of rectangular areas by transverse carved grooves and vertical carved grooves, each rectangular area is composed of a baseboard and bosses on two sides, the thickness of each baseboard is the size of the width of the grooves of the columns, the sum of the thickness of each baseboard and the thickness of the bosses on two sides is the total thickness of the wallboard, the height from the lower side of each boss to the lower side of each baseboard is smaller than the height of each convex pin, and a mounting hole for mounting the simulative indoor household facilities is arranged in each boss.

The invention discloses a high-crack-resistance building waterproof material and a preparation method thereof. The high-crack-resistance building waterproof material is prepared from the following raw materials in parts by weight: 30-50 parts of polyether tribasic alcohol, 10-15 parts of petroleum asphalt, 5-10 parts of fluorocarbon resin, 8-15 parts of nano magnesium oxide, 12-15 parts of organic silicon modified epoxy resin, 12-18 parts of aluminum potassium sulfate dodecahydrate, 15-25 parts of hydroxyethyl cellulose, 4-9 parts of Portland cement, 10-20 parts of talcum powder, 2-10 parts of polyoxyethylene, 1-8 parts of magnesium stearate, 11-17 parts of acrylate, 2-8 parts of steel slag micropowder and 1-8 parts of trimethyl trimellitate. The high-crack-resistance building waterproof material integrates the heat-insulating property and waterproofness, has the advantages of higher compression resistance, long service life, favorable high-temperature resistance, certain elongation percentage, high crack resistance, low cost, favorable binding property, low oxidation and aging tendency, high tensile strength, favorable waterproof effect and the like, can form a waterproof layer on the object surface to effectively avoid the object oxidation, and can be used as a waterproof material for interior architecture. The high-crack-resistance building waterproof material has the advantages of simple formula, low cost and favorable properties, and is suitable for large-scale production.

Architectural archway structures for aircraft. The archway structure can be positioned individually, or in pairs or other sets along the length of the interior of an aircraft, such as a commercial passenger airplane. The archways extend across the ceiling of the interior of the cabin and extend downwardly to a point adjacent the luggage bins. End caps are provided to conform the end of the archways with the interior luggage bins. The invention provides a unique 'look and feel' and architectural configuration, and does not result in seat loss.

The invention provides a push-draw-mode architectural interior artistic decorative wall panel, and belongs to the technical field of interior architecture decoration. The push-draw-mode architecturalinterior artistic decorative wall panel comprises an inner decorative panel and an outer decorative panel, the inner decorative panel is installed close to a wall, and the outer decorative panel is installed outside the inner decorative panel. I-shaped sliding blocks are arranged at the upper and lower ends of the inner side of the inner decorative panel, and first sliding grooves matched with theI-shaped sliding blocks are formed in the upper and lower ends, corresponding to the wall, of the inner decorative panel in the length direction. Pulleys are arranged at the upper and lower ends of the outer decorative panel, tracks corresponding to the pulleys are arranged on the wall corresponding to the upper and lower ends of the outer decorative panel in the length direction, inner grooves are formed in the left and right sides of the outer decorative panel corresponding to the upper and lower ends of the wall, and compressed springs and buffer blocks are arranged in the inner grooves. The push-draw-mode architectural interior artistic decorative wall panel is reasonable in structure, a first core board and a second core board which can be spliced can be assembled randomly accordingto actual space and construction needs, the first core board and the second core board can be reassembled after disassembly, secondary use is achieved, the cost is saved, and the environmental pollution due to the replacement of the wall panel is reduced.

The embodiment of the invention discloses a method and device for calculating indoor signal propagation losses based on a measurement report. The method comprises: rasterization is carried out on indoor and outdoor three-dimensional signal coverage areas to obtain a grid set; according to first propagation losses of all indoor grids in the grid set and corresponding target outdoor grids as well assecond propagation losses from a cell antenna to the target outdoor grids, third propagation losses from the cell antenna to all indoor grids are calculated; and according to signal levels of all indoor grids in a measuring report, the third propagation losses are corrected to obtain target propagation losses from the cell antenna to all indoor grids are obtained. Therefore, indoor model correction is carried out based on measuring report data; the operation becomes convenient and quick; and the time and effort are saved. Meanwhile, the indoor signal propagation loss model is corrected basedon massive user measuring report data; the method and device are implemented for a real client distribution area based on an actual indoor propagation environment; consideration of the specific indoorbuilding structure is not needed; and the accurate indoor coverage planning need is satisfied. The method and device for calculating indoor signal propagation losses are easy to prompt and apply.

A method, apparatus, and system provides the ability to navigate within a building structure. A building information model (BIM) for a building structure is obtained, validated, and stored in a database in the cloud. A request for the validated BIM is received from a mobile device. The validated BIM is provided from the database to the mobile device. A destination within the building structure, is accepted from the mobile device via a navigation application on the mobile device. A route from a location of the mobile device to the destination is determined and provided to the mobile device. The navigation application utilizes the route and the validated BIM to direct the mobile application to the destination.

The invention relates to automatic cleaning equipment for high-altitude interior architecture glass cleaning. The automatic cleaning equipment comprises a self-stabilization walking device which has good fixation performance and stability performance, the shaking condition existing in the cleaning process is eliminated, and the work efficiency is improved; a detachable fixing device is installed in the middle of the upper end face of the self-stabilization walking device, the detachable fixing device has a function of being capable of being disassembled and assembled conveniently and rapidly, when the equipment is damaged and needs to be repaired, the equipment can be manually disassembled through the detachable fixing device, a person can simply take down a damaged part for repairing, operation is easy and convenient, a support platform is installed at the upper end of the detachable fixing device, a support shaft is welded to the middle of the upper end face of the support platform, a window cleaning mechanical arm is installed on the upper end face of the support shaft, and the full-automatic cleaning function is achieved through the window cleaning mechanical arm. According to the automatic cleaning equipment for high-altitude interior architecture glass cleaning, the full-automatic cleaning function for high-altitude glass can be achieved, and a novel way for full-automatic high-altitude glass cleaning is provided.