1614results about "Special building" patented technology

A prefabricated building production line and a prefabricated building structure. The prefabricated building production line comprises an assembly conveyor line, a functional module conveyor line, a transfer mechanical arm, an assembly mechanical arm, and a control platform; an assembly area, a testing area, and an inspection area are arranged in order along a transport direction of the assembly conveyor line; the assembly conveyor line is used for conveying a building unit main body to be assembled; a plurality of functional module conveyor branch lines are arranged at the side of the functional module conveyor line away from the assembly conveyor line; the functional module conveyor line and the functional module conveyor branch lines are used for transporting a functional module; the transfer mechanical arm is used for carrying a functional module and the building unit main body to be assembled; and the assembly mechanical arm is used for installing the functional module on the building unit main body to be assembled. The prefabricated building structure comprises: a lifting device for prefabricated building installation, an prefabricated building ventilation structure, a prefabricated building automated production fixture, etc.

The invention provides a concrete prefabricated energy storage cabin which comprises a cabin body and a cabin door which are made of a concrete composite material, so that the energy storage cabin has high compressive strength and high fire resistance rating, and a plurality of energy storage cabins can also be transversely arranged without spacing or stacked in the height direction, so that the occupied area is effectively reduced; an energy storage box provided with a basin-shaped box body and a cover plate is arranged in the cabin body, the cover plate covers the basin-shaped box body to form a closed energy storage cavity for accommodating a battery module, and the basin-shaped box body and the cover plate are also made of a concrete composite material, so that high temperature generated by thermal runaway of a battery in a single energy storage box can be effectively limited in the energy storage box; as the oxygen content in the energy storage box is relatively low, the flame can be automatically extinguished after the battery with relatively light thermal runaway degree is on fire; and for a battery fire with a heavy thermal runaway degree, a long time can be provided for fire fighting and extinguishment, and flames can be extinguished in time in the energy storage box.

The present subject matter discloses an outdoor storage shed utilizing molded plastic components or panels. A storage shed structure can comprise foldable corner panels and one or more interlocked teeth couplings. The foldable corner panel can pivot at integrated folding grooves to serve as corners. The interlocked teeth couplings comprise a plurality of protrusions and matched recesses arranged on both sides of engaged panels. Furthermore, the storage shed can come with pre-constructed shelf grooves in the foldable corner panels. The storage shed can have a concaved door frame and a recessed door.

The present subject matter discloses an outdoor storage shed utilizing plastic components or panels. A storage shed structure can comprise foldable corner panels, which pivot at integrated folding grooves to serve as corners. Each leaf of a foldable corner panel can be fitted with a unique coupling mechanism to interact with an additional panel. Furthermore, the storage shed structure can come with pre-constructed shelf grooves in the foldable corner panels. Storage shelves can be slotted into these grooves, thereby boosting the overall stability of the storage shed.

The present subject matter discloses an improved wall structure for a modular plastic shed, designed for easy on-site assembly using pre-constructed modular panels. The enhanced wall structure features T-shaped connection accessories that securely install the wall to the floor panels. Additionally, support columns with integrated reinforcement ribs are incorporated to further strengthen the overall structure. These support columns also feature pre-formed sockets, allowing for quick and straightforward attachment of the wall panels, simplifying the assembly process and improving structural integrity.

The present subject matter discloses a novel roof designs of a blow-molded storage shed that enhances structural stability while ensuring ease of assembly and disassembly. The roof assembly features a beam support frame with multiple interconnected beam columns and crossbars, providing robust support for the roof structure. A central roof panel, equipped with an embedded seamless folding groove, folds to create a roof peak during installation. Additionally, side roof panels are connected to the central roof panel, forming a cohesive and durable roof assembly. This design optimizes both strength and ease of construction.

The present subject matter discloses an outdoor storage shed utilizing molded plastic components or panels. A storage shed structure can comprise foldable corner panels and one or more interlocked teeth couplings. The foldable coner panel can pivot at integrated folding grooves to serve as corners. The interlocked teeth couplings comprise a plurality of protrusions and matched recesses arranged on both sides of engaged panels. Furthermore, the storage shed can come with pre-constructed shelf grooves in the foldable corner panels. The storage shed can have a concaved door frame and a recessed door.

The invention discloses a cave depot type data center based on underground river construction and a construction method and an operation method thereof, and belongs to the technical field of cave depot type data center construction. The data center comprises a mountain body, an underground river is developed in the mountain body, the underground river flows through a karst cave in the mountain body, a plurality of equipment storage tunnels are arranged on one side or two sides of the underground river in the mountain body, and the equipment storage tunnels are communicated with the karst cave through slope connecting tunnels. An equipment cabinet and a liquid heat exchanger are arranged in the equipment storage tunnel, a river water conveying assembly is connected to the liquid heat exchanger, and the end, away from the liquid heat exchanger, of the river water conveying assembly penetrates through the slope connection tunnel and extends into the underground river. The liquid cooling mode is adopted for cooling and heat dissipation of the equipment cabinet, the direct temperature control mode remarkably improves the heat dissipation and cooling effects of the IT equipment cabinet, meanwhile, the heat exchange efficiency is high, and the operation energy consumption of a data center can be reduced.

The present subject matter discloses an outdoor storage shed utilizing plastic components or panels. A storage shed structure can comprise foldable corner panels, which pivot at integrated folding grooves to serve as corners. Each leaf of a foldable corner panel can be fitted with a unique coupling mechanism to interact with an additional panel. Furthermore, the storage shed structure can come with pre-constructed shelf grooves in the foldable corner panels. Storage shelves can be slotted into these grooves, thereby boosting the overall stability of the storage shed.

A quickly installed, expandable, and modularly designed louver awning includes several leg tubes, a ring beam frame disposed on upper ends of the leg tubes, and a louver system disposed on the ring beam frame. The ring beam frame includes several ring beams slidably installed on the leg tubes, ring beam linings are firmly disposed in ends of the ring beams, and the ring beam linings are connected to the leg tubes through first fasteners. The ring beams and the leg tubes are connected through leg tube linings and the ring beam linings, so that structural strength of the ring beams and the leg tubes is increased, a part quantity is reduced, assembly is easier to operate with a smaller error, and the fasteners are not exposed, thereby providing better aesthetic appearance.

A storage shed including one or more extruded wall uprights, one or more blow-molded wall panels, one or more extruded corner uprights including a first corner upright a second corner upright, a blow-molded first door jamb panel, and a blow-molded second door-jamb panel. Some of the extruded corner uprights, some of the one or more extruded wall uprights, and some of the one or more blow-molded wall panels are collectively configured to, when assembled, directly attach to one another to form a sidewall or a rear wall of the storage shed. The blow-molded first door-jamb panel is configured to directly attach to the first corner upright and the blow-molded second door-jamb panel, spaced apart from the first door-jamb panel, and configured to directly attach to the second corner upright.

The present subject matter discloses an integrated door assembly for a prefabricated shed constructed from modular plastic components or panels. The door assembly comprises a door panel that includes a door side panel and a door body, which are integrally formed through blow molding. The door body is connected to the door side panel via an embedded folding groove, featuring a thinner plastic material at the fold to allow for flexibility and ease of movement. Additionally, the door assembly incorporates a pivotable frame bracket that encases the edges of the hinged, rotating panels, enhancing both strength and durability.

The present invention discloses a cave-type data center constructed based on an underground river, as well as its construction method and operation method, belonging to the technical field of cave-type data center construction. The data center includes a mountain body, in which an underground river is developed, and the underground river flows through a karst cave in the mountain body. On one side or both sides of the underground river in the mountain body, a number of equipment storage tunnels are provided. The number of the equipment storage tunnels are respectively connected to the karst cave through a slope connecting tunnel. An equipment cabinet and a liquid heat exchanger are arranged in the equipment storage tunnel. A river water conveying assembly is connected to the liquid heat exchanger. One end of the river water conveying assembly far away from the liquid heat exchanger passes through the slope connecting tunnel and extends into the underground river. The liquid cooling method is used to cool and dissipate heat from the equipment cabinet. This direct temperature control method significantly improves the heat dissipation and cooling effect on the IT equipment cabinet. At the same time, the heat exchange efficiency is high, and the operation energy consumption of the data center can be reduced.

What is disclosed is a modular hydroponic enclosure comprising a hexagonally shaped base; a set of pillars attached to the hexagonally shaped base and to a hexagonally shaped roof, wherein the set of pillars support the roof. A method for a modular hydroponic enclosure comprising providing a hexagonally shaped base; providing a set of pillars attached to the hexagonally shaped base; and providing a hexagonally shaped roof attached to the set of pillars, and wherein the set of pillars support the roof.

Disclosed are a prefabricated / modular sauna and methods of manufacturing and assembling a prefabricated / modular sauna. For instance, a prefabricated / modular sauna may include: a base frame; a plurality of posts; a plurality of panels; a roof frame; and a roof panel. The base frame and the roof frame include beams and have beam intersections between adjacent beams, each beam intersection is formed of a lap joint and a connector. The panels are secured in post dados of the posts and beam dados of the beams. The posts are secured in notches of base frame beams and roof frame beams. In some cases, the panels include a pre-packaged sauna assembly panel. In some cases, panels and posts are secured against loading forces, lateral forces, or compression forces by (1) interconnected beams and posts in compression or tension, and (2) mechanical connectors (e.g., pins, bolts, screws).

The present disclosure relates to a display system (1, 1′) for hydrothermal sanitary components (10a-10d), comprising:at least a first device or module (1), comprising an exhibition panel (2) configured to lay, in use, at least partially on a plane substantially inclined with respect to a horizontal plane and destined and configured to support a plurality of hydrothermal sanitary components (10a-10d); andat least a retainer (2f, 4, 10p, 11) configured to realize a removable connection between the exhibition panel (2) and the hydrothermal sanitary components (10a-10d), the retainer (2f, 4, 10p, 11) being further destined and configured to allow a user to arrange, and repeatedly re-arrange multiple times, the hydrothermal sanitary components (10a-10d) on the exhibition panel (2) according to a plurality of user-defined and re-definable patterns or spatial configurations, simulating a real installation of said hydrothermal sanitary components (10a-10d) in an operating environment, such as a bathroom or similar.

A storage shed including one or more extruded wall uprights, one or more blow-molded wall panels, one or more extruded corner uprights including a first corner upright a second corner upright, a blow-molded first door jamb panel, and a blow-molded second door-jamb panel. Some of the extruded corner uprights, some of the one or more extruded wall uprights, and some of the one or more blow-molded wall panels are collectively configured to, when assembled, directly attach to one another to form a sidewall or a rear wall of the storage shed. The blow-molded first door-jamb panel is configured to directly attach to the first corner upright and the blow-molded second door-jamb panel, spaced apart from the first door-jamb panel, and configured to directly attach to the second corner upright.

The invention discloses a low-carbon cave depot type data center based on karst cave layout and a construction method and an operation method of the low-carbon cave depot type data center, and belongs to the technical field of cave depot type data center construction. The data center comprises a mountain body, an underground river is developed in the mountain body, the underground river flows through a karst cave in the mountain body, a bridge type supporting platform is arranged in the karst cave, the elevation of the top face of the bridge type supporting platform is higher than the highest water level of the underground river, and an equipment cabinet and a liquid heat exchanger are arranged on the bridge type supporting platform. The liquid heat exchanger is connected with the equipment cabinet through a cooling liquid conveying assembly, the liquid heat exchanger is connected with a river water conveying assembly, and the end, away from the liquid heat exchanger, of the river water conveying assembly extends into an underground river. The natural karst cave is fully utilized to build the cave depot type data center, the excavation volume of the cave depot type data center is reduced, and the building cost of the cave depot type data center can be remarkably reduced.

The invention discloses a positive pressure antifouling gamma-ray spectrum automatic monitoring square cabin, and relates to the technical field of nuclear emergency monitoring and square cabins, the positive pressure antifouling gamma-ray spectrum automatic monitoring square cabin comprises a cabin body, a transition cabin is arranged in the cabin body, the transition cabin divides the interior of the cabin body into a sealed measurement cabin and a sample preparation cabin, and one side of the transition cabin is provided with an air-tight door capable of communicating the sealed measurement cabin with the sample preparation cabin; a sample conveying cabin used for allowing a sample to go in and out of the sealed measuring cabin and the sample preparation cabin is arranged on the side, away from the airtight door, of the inner wall of the transition cabin, the cabin body is overall designed into three areas, and the to-be-detected sample treatment area and the electric refrigeration high-purity germanium gamma-ray energy spectrometer are effectively isolated; filtered clean air is continuously introduced into the measurement cabin, the pressure in the sealed measurement cabin is maintained to be greater than the external pressure, the requirements of air cleanliness and positive pressure are ensured, and the background of the surrounding environment of the electric refrigeration high-purity germanium gamma-ray energy spectrometer is prevented from being changed after external radioactive pollution air enters the sealed measurement cabin, so that the measurement is prevented from being influenced.

The invention discloses an integrated seabed data center structure based on a negative pressure barrel foundation, the integrated seabed data center structure comprises a negative pressure barrel body, a data center cabin is integrally formed on the top surface of the negative pressure barrel body, and a circulating cooling pipe is arranged in the data center cabin. Large-scale construction of the submarine data center can be realized, structural parameters of the negative pressure barrel and the data center cabin can be adjusted according to construction requirements, and a plurality of data cabins can be mounted in the data center cabin, so that the whole data center cabin shares one negative pressure barrel foundation, and the construction cost of the submarine data center is reduced; the negative pressure barrel body and the data center cabin are prefabricated through concrete, compared with steel materials, the economical efficiency is better, the construction cost is reduced, meanwhile, seabed sinking installation of the data center cabin is achieved through the negative pressure principle, large piling equipment is not needed, and the installation speed is high.

The invention provides an intelligent leveling and ground pressure self-adaption system of a modularized movable laboratory, and relates to the technical field of laboratory leveling, the system realizes high-precision leveling through six-degree-of-freedom hydraulic support legs, is equipped with pressure and displacement sensors, and is combined with spherical hinge universal joints to compensate ground inclination. And the reliability and the safety of the system are improved through the backup design of the double hydraulic pumps and the energy accumulator. The system further has a ground pressure self-adaption function, the pressure of the supporting legs is dynamically adjusted based on the ground type and a bearing capacity model, local overload is prevented, and an anti-sedimentation strategy is set. In addition, the system integrates technologies of Beidou / GNSS positioning assistance, multi-modal data fusion, block chain traceability and the like, and the leveling efficiency, stability and traceability are enhanced. The system is suitable for mobile laboratory deployment under complex terrains, and has the characteristics of high efficiency, accuracy and reliability.

An apparatus and system for receiving parcels from a drone is provided. The apparatus comprises: a storage compartment having a housing defining an aperture for receiving a drone and a parcel. A barrier is mounted to a track, the track mounted on an uppermost portion of the housing. The barrier is configured to move to a first barrier position for closing the aperture restricting access to an interior of the storage compartment, and to a second barrier position for opening the aperture to provide access to the interior of the storage compartment. A landing platform is defined by the housing, the landing platform configured to move to a first platform position proximate to the aperture or to a second platform position away from the aperture. An actuator is provided to move the landing platform to the first platform position or the second platform position.

The invention belongs to the technical field of fast assembly houses, and discloses a container-based house for a large-span structure and a mounting method, a plurality of containers are arranged in two rows, and the two rows of containers are oppositely arranged in pairs; the two opposite containers are connected through an arched roof truss; corner connecting pieces are arranged at the corners of the container; a sliding groove assembly is installed at the top of the container and comprises a sliding groove rail with a sliding groove, a sliding seat is installed in the sliding groove of the sliding groove rail in a sliding mode, a sliding connecting piece is installed on the sliding seat, a fixing bolt ball is arranged at the top of the sliding connecting piece, and the end of the arch roof truss is connected with the fixing bolt ball. According to the invention, the movable installation and repeated disassembly and assembly of the house for the large-span structure can be realized, the problems of bearing horizontal thrust and releasing temperature stress of a large-span building structure supported on the top of the container are solved, and meanwhile, the sliding adjustment connection between the roof truss structure and the support structure can also be realized.

A modular configurable multi-purpose system is provided. The system comprises at least one unit that has at least one room. The units are configured into at least one section, and arranged end to end or as called for in the application. A support section, having at least one support unit, may be provided for providing space for working, storage and other services for those working in the system. The system may be configured in numerous combinations to adapt to the immediate needs of the situation, and installed indoors and in the external environment. A method of operation of the system is provided.

A portable protective enclosure for equipment located outside, such as, for example pumps, it preassembled and towable to an in-service position for enclosing the equipment and protecting it from cold weather environments. The enclosure has first and second skids being arranged parallel and spaced to one another defining a space therebetween, the first and second skids having a first end and an opposite second end. The enclosure may further have a building supported on the skids for movement therewith, the building comprising first and second end walls each extending across the skids, first and second side walls one each extending along a length of a respective skid, and a roof spanning the first and second end walls and the first and second side walls, the building being free of a floor.

The invention discloses a movable assembly type shower room and a construction method, and belongs to the technical field of buildings. The shower room comprises a vertical pipeline, two adjacent edges of the vertical pipeline extend outwards to form two outer frame plates which are perpendicular to each other, and the outer frame plates are attached to a wall body to form an air cavity groove during installation; the exhaust grooves are formed in the wall faces of the two sides of the vertical pipeline at equal intervals in the vertical direction, and folding baffles are arranged in the exhaust grooves; the piston is arranged in the vertical pipeline in a sliding mode, the piston is connected with a telescopic rod, and the telescopic rod is connected with a driver; an exhaust part is arranged at the bottom of the vertical pipeline, the piston is pushed by the telescopic rod to suck gas in the gas cavity groove into the vertical pipeline, and the gas is exhausted through the exhaust part. By means of the shower room, the whole shower room can be rapidly installed and fixed to the wall corner, and the wall does not need to be damaged by drilling. And the shower room is installed in a special form of air pressure fitting, so that the whole shower room and the wall body are fixed more conveniently and quickly.