51results about How to "Improve the earthquake resistance level" patented technology

The invention discloses a numerical simulation method for an interval tunnel in a water-rich area. The method mainly comprises the following steps of 1, calculating earthquake waves, building a three-dimensional finite element model of the interval tunnel, and simulating a soil layer by adopting an entity unit; 2, determining earthquake fortification intensity of the interval tunnel, inputting earthquake waves of bedrock, and calculating displacements and internal force responses of a metro tunnel under the action of a design earthquake and a rarely met earthquake; and 3, based on conventional dynamic analysis of a tunnel interval, and by considering the influence of a groundwater seepage effect on the interval tunnel, building a three-dimensional coupling model of water-soil-structure of the metro tunnel, and inputting the earthquake waves to the bedrock of the model in an x direction (a direction perpendicular to the tunnel interval) to obtain displacement and internal force response results of a three-dimensional seepage model.

The invention discloses a shockproof suspension shock absorption control method and a device for a museum cultural relic system. Compared with traditional shockproof measures such as improvement of a section of a structural member, improvement of a reinforcement ratio so as to enhance the shockproof ability and additional arrangement of a shock isolation table device, while the shock isolation and shock absorption control cost is not obviously increased and the shockproof ability is effectively improved, time-history analysis and response spectrum analysis calculation are carried out on a museum main body structure-cultural relics integrated system, the earthquake acting force of the museum cultural relic system can be effectively controlled, and huge expenditure is reduced; and as the control method adopted by the system is easy to execute, the cost of the device is comparatively low, large-area promotion and execution of the museum cultural relics are facilitated, damages on the museum cultural relic system by the high-intensity earthquake action can be effectively reduced, and losses are reduced as much as possible.

The invention discloses an installation and construction method for an energy-dissipating type buckling-restrained brace. The method comprises following steps: installing embedded parts, installing gusset plates, connecting supports and filling a wall body and the like. The embedded parts are made in the manner that webs are utilized for opening H-type steel plates. The gusset plates and the supports are installed in a high-precision welding mode. After a wall body is filled, a galvanized steel wire net is arranged in order to prevent cracks of the wall surface. The installation and construction method for the energy-dissipating type buckling-restrained brace has following beneficial effects: by adoption of a construction method, installation of the energy-dissipating type buckling-restrained brace is convenient and rapid so that anti-seismic performance of the supports can be given into full play and operation and construction can be conveniently carried out; an application scope of the energy-dissipating type buckling-restrained brace in the building construction is broadened so that anti-seismic performance of the structure is ensured, engineering quality is ensured and the anti-seismic performance of the overall construction is enhanced; when a slight earthquake occurs, the wall surface is not easily cracked so that aesthetic property of a building is ensured; meanwhile, little material is consumed so that the installation and construction method is of great popularization and application value.

The invention relates to a non-dismantling heat preservation wall module unit. The non-dismantling heat preservation wall module unit comprises a pair of heat preservation boards and supporting connecting components arranged between the heat preservation boards. A high-strength EPS polystyrene board is adopted in each heat preservation board, the heat preservation boards have the advantages of being resistant to fire and water and good in heat preservation performance, the adjacent heat preservation boards are in seamless connection, operation is convenient, efficiency is high, and the construction period is short. A wall formed by cast-in-place concrete of the wall module unit is high in overall strength and seismic grade, and the probability of crushed collapse is completely eradicated. The wall is free of a cold bridge, the energy-saving effect is good, and saved energy can reach up to 80% compared with that of a common building. Grooves and rebar fixing boards are arranged on the supporting connecting components, rebars can be conveniently arranged and fixed, cross arrangement of the supporting connecting components is conveniently achieved, the supporting connecting components have multiple sizes, adaptability is high, and the thickness of the wall is conveniently adjusted. Split type design is adopted in the supporting connecting components, the occupied size is small in the transporting process, and transporting cost is greatly reduced.

The invention discloses a patch-type power device integration scheme applied to an electric control product of an electric vehicle, and relates to the technical field of a new energy automobile. A thick-copper PCB (Printed Circuit Board) embedded or buried with a plurality of copper blocks is used as a main circuit carrier, a patch-type power device is welded on the copper blocks, a bus capacitor is welded on the thick-copper PCB, the thick-copper PCB is pressed on a heat dissipation cold plate, and an insulation heat conduction gasket is arranged between the thick-copper PCB and the heat dissipation cold plate. The patch-type power device is welded on the copper blocks, and heat is transmitted by means of high heat conductivity of copper; meanwhile, the peak impact capability can be effectively improved by heat capacity of the thick copper blocks; and the insulation heat conduction gasket is arranged between the thick-copper PCB and the heat dissipation cold plate, and thus, extremely low heat conduction resistance between the power device and the heat dissipation cold plate is achieved.

The invention discloses a fabricated shear wall structure connection system, a design method and vertical seam connection structure of the fabricated shear wall structure connection system. The fabricated shear wall structure connection system comprises precast shear wall units, horizontal seam connection joints and vertical seam connection structures, and the precast shear wall units are assembled into a complete shear wall structure system through the horizontal seam connection joints and the vertical seam connection structures; and a prefabricated concrete structure building of the fabricated shear wall structure connection system can achieve anti-seismic performance of prefabricated buildings or even surpass cast-in-place concrete structure buildings in the prior art. In addition, theinvention further discloses the design method for the fabricated shear wall structure connection system and the vertical seam connection structure for the fabricated shear wall structure connection system.

The invention relates to a reinforced concrete frame column reinforcing structure and method. The problem that in the prior art, a frame column serving as a main bearing component of a house is low instability and shock resistance is solved. According to the reinforced concrete frame column reinforcing structure and method, the reinforced concrete frame column reinforcing structure comprises longitudinal bars penetrating through a frame column, inner stirrups, outer stirrups, a concrete filling area poured in the frame column and an outer wall plate attached to the outer portion of the concrete filling area, wherein the inner stirrups and the outer stirrups are connected to the outer portions of the longitudinal bars in a winding mode. The reinforced concrete frame column reinforcing structure further comprises a built-in bailey frame. According to the reinforced concrete frame column reinforcing structure and method, the frame column integrally uses the X-shaped crossed built-in bailey frame as a core shaft, the longitudinal bars penetrate through the frame column along the axis of the frame column, the inner stirrups and the outer stirrups are connected to the longitudinal barsand the X-shaped crossed built-in bailey frame in a winding mode, the built-in bailey frame is wrapped by the outer bailey frame, and therefore the two bailey frames form a stable triangular structure; and in addition, concrete pouring is conducted, and therefore the supporting force, the bending resistance and the pressure resistance of the frame column are all greatly improved.

The invention provides an anti-seismic bracket and a construction method thereof, and relates to the technical field of underground construction protection. The anti-seismic bracket comprises two baseassemblies, an outer bearing force bracket is jointly connected to the upper surfaces of the two base assemblies, an inner protection bracket is jointly connected to the position, located on the inner side of the outer bearing force bracket, of the upper surfaces of the two base assemblies, a plurality of supporting columns are fixedly connected between the outer bearing force bracket and the inner protection bracket, and connecting columns are arranged between the two adjacent supporting columns. By designing the double-layer arch bracket, a double supporting effect can be achieved for an underground tunnel, the supporting columns and the connecting columns further reinforce the outer bearing force bracket and the inner protection bracket, when the outer bearing force bracket is damagedby external force, the inner protection bracket still has a supporting function, the situation of serious collapse cannot happen, after the occurrence of an irresistible force accident, the damage degree of the whole bracket and the underground tunnel is small, and the safety is greatly improved.

The invention discloses a quakeproof and outage-prevention system of a base station. A first detection unit is used for detecting state of a power system of the base station and generates a detection result; a first processing unit is used for generating a standby power unit starting instruction when the power system is in an abnormal use state; the standby power unit is used for starting a standby power device to supply power to the base station; a second detection unit is used for detecting whether an optical fiber transmission link of the base station is normally used or not; a second processing unit is used for starting a satellite transmission link to conduct communication when the optical fiber transmission link of the base station is detected by the second detection unit to be in the abnormal use state; a quakeproof unit is used for improving the quakeproof grade of the base station. The quakeproof and outage-prevention system achieves the technical effects that many standby power measures are available after the quakeproof and outage-prevention system is powered off, transmission modes are multiple, the system can still be normally used after being powered off, the quakeproof grade is high, and the communication function is ensured.

The invention provides a long-service life vacuum heat insulation ceramic-like decorative plate, which relates to the field of energy conservation. According to the invention, a vacuum bag is a complete-barrier membrane composite chamber/bag, leakage rates of gas and water vapor are extremely low, and a vacuum degree can be maintained for a long time; a material like a ternary graft copolymer (ASA) composed of acrylonitrile (A), styrene (S) and acrylate (A) or a mixed material of the material and inorganic nonmetal is compounded with two surfaces of the chamber/bag via an injection mold by using injection molding technology, one of the two surfaces looks like a ceramic colored glaze and is coated by a maintenance layer, and the other surface is provided with an installation surface for sticking of a ventilation system; the edges of the decorative plate are provided with male and female structural joints and a matching anchoring assembly; a thin-wall inorganic coating material can be inlaid in the decorative plate through injection molding so as to protect a bare vacuum heat insulation plate; so the decorative plate has ASA ceramic-like decoration performance and air permeability needed by a building. Ultra-high weatherability of ASA and the surface maintenance layer enables the decorative plate to contact with the vacuum heat insulation in stages, so the decorative plate has same service life as a building; and the decorative plate is easy and convenient to install, transport and manage and has strong structural capacity and high security.

The invention discloses a high-efficiency and energy-saving decoration system for a green building and relates to the field of green building energy conservation. According to the system, the surface of each adopted decorative sheet is formed by combining thermoplastic resin material such as ternary graft copolymer (ASA) formed by acrylonitrile (A), styrene (S) and acrylate (A) with inorganic nonmetal material in an injection molding mode, or inorganic facing material such as thin-wall stones is embedded in the surface of a vacuum full-obstruction diaphragm cavity/bag; according to the decorative pattern of the system, a plurality of decorative sheets unit patterns are combined into a whole pattern, after installation, a large curtain wall picture is formed in a gathered mode, the system is suitable for construction and installation of different building walls, the building interior and exterior wall heat-preserving system constructed by the vacuum full-obstruction colored glaze decorative sheets is good in decoration effect, the thickness of a wall can also be reduced, building cost is reduced, the self weight of the wall is reduced, and the earthquake resistant level is improved.

The invention discloses a vehicle-mounted charging system and a vehicle with the same. The vehicle-mounted charging system comprises a first resonance circuit module, a second resonance circuit module, a gating circuit module, a conversion circuit module and a control module, wherein the first resonance circuit module is used for carrying out AC-DC conversion processing on an electric signal of afirst half period of power supply; the second resonance circuit module is used for performing alternating current-direct current conversion processing on the electric signal of the second half period;the gating circuit module is used for controlling the first resonance circuit module to be connected with the electric unit or controlling the second resonance circuit module to be connected with theelectric unit; the conversion circuit module is used for performing DC-DC conversion on the input electric signal; the control module is used for controlling the first resonance circuit module in a first half period of power supply or controlling the second resonance circuit module in a second half period of power supply. According to the system and the vehicle, the electrolytic-capacitor-free design is adopted, the cost can be reduced, and the stability is improved.

The invention discloses a fire-fighting equipment module which comprises a module body, the module body comprises a water supply pipeline, a protection assembly and a control assembly, a water inlet of the water supply pipeline forms a module inlet of the module body, and the module inlet is used for being connected with an upstream water supply pipe network so as to introduce water into the water supply pipeline; a water outlet of the water supply pipeline forms a module outlet of the module body and is used for being connected with a downstream spraying pipe network; the protection assembly comprises a filter, and the filter is arranged on the water supply pipeline and used for filtering water in the water supply pipeline; and the control assembly is arranged on the water supply pipeline and used for controlling on-off of the water supply pipeline. According to the method, the workload of construction and installation can be reduced, the risk of nonstandard item setting is reduced, the anti-seismic identification difficulty is effectively reduced, and the overall anti-seismic level is improved.