17 results about "Moving floor" patented technology

The present invention provides a building in which the floor surface can be easily changed according to the intended use of floor F. [Solution] The building 10 of the present invention is configured to include a floor-side recess 12 provided in the floor F, a ceiling-side recess 14 provided in the ceiling C and located above the floor-side recess 12, a movable floor 16 consisting of a plurality of layers 16a to 16f that are stacked vertically, and a drive mechanism 18 that allows each of the plurality of layers 16a to 16f constituting the movable floor 16 to be moved up and down, and positions at least one of the plurality of layers 16a to 16f, layers 12a and 12b, in the ceiling-side recess 14, and the remaining layers 12c to 12f in the floor-side recess 12.

The invention discloses a self-adaptive heavy-load wheeled vehicle for building moving, and mainly relates to the field of building moving. Comprising a vehicle body arranged below a building underpinning beam, the vehicle body comprises a multi-cylinder jack and a lifting barrel base, a plurality of cylinder bodies are arranged in the multi-cylinder jack, piston rods are slidably connected into the cylinder bodies in the vertical direction, an oil inlet nozzle and an oil return nozzle are arranged on the multi-cylinder jack, and a plurality of lifting holes are formed in the positions, corresponding to the piston rods, of the lifting barrel base. Lifting columns are slidably connected into the lifting holes, wheel set supports are arranged at the bottoms of the lifting columns, and rolling wheels are rotatably connected to the wheel set supports. The device has the beneficial effects that the technical problem that a building is easily damaged due to uneven stress of a walking mechanism when the building encounters an uneven or settlement condition in the moving process can be solved, and the downward extending distance of the wheel set bracket and the rollers can be automatically adjusted according to the condition of a walking surface; the stability of vertical supporting force of all positions of the bottom of the building is guaranteed, the building is prevented from being damaged, and the integrity of the building after movement is guaranteed.

A system and method for providing access to inspect and / or clean an underside of a squeegee assembly connected to a mobile floor-cleaning machine. The method includes raising and lowering, via a lifting actuator, the squeegee assembly between a floor-engaged position and a standby position. The method includes pivoting, via a pivoting actuator, the squeegee assembly between the standby position and an inspection position. The method includes controlling, via squeegee position controller, operation of the lifting and pivoting actuators. The method also includes causing, via the squeegee position controller, the pivoting actuator to first lift the squeegee assembly from a floor-engaged position to a standby position and then to pivot the squeegee assembly from the standby position to the inspection position in response a command to move the squeegee assembly from the floor-engaged position to the inspection position.

Disclosed is a pallet sorting system including an overhead conveyor system, a loading assembly, a stacking assembly, and a release assembly. The overhead conveyor system has a conveyor platform and a push rail. The loading assembly configured to provide a pallet to the overhead conveyor system. The loading assembly includes a first feeder coupled with a first elevator, and a second feeder coupled with a second elevator. The first elevator is spaced from the second elevator by a gap. The stacking assembly is located below the conveyor platform. The stacking assembly includes a first chute, a first movable floor, and a first height adjustment mechanism operably coupled to the first movable floor. The release assembly is coupled to a portion of the conveyor platform. The release assembly includes a portion selectively configured to release a pallet into the first chute.

A particle beam treatment apparatus includes an irradiator that has an irradiation nozzle which irradiates an irradiation target with a particle beam and that is capable of moving rotationally in a vicinity of the irradiation target, a moving floor that extends on an annular trajectory surrounding the irradiation target along a rotation circumferential direction of the irradiator and that is movable on the annular trajectory depending on a position of the irradiator, a movable cover that is supported pivotably with respect to the irradiator or the moving floor and that covers a gap between the irradiator and the moving floor, and an adjusting mechanism that adjusts a pivoting position of the movable cover depending on the position of the irradiator such that a gap between the movable cover and the moving floor is covered.

A five-belt mobile floor system disclosed by the present invention comprises a balance system and a floor turntable, the balance system comprises a balance lower plane and a balance upper plane, the balance upper plane is installed on the balance upper plane through a stand column, the balance lower plane is rotatably connected with a bottom driving unit, and the floor turntable is installed on the balance lower plane through a stand column. The floor rotary table is provided with a center belt system, a boundary layer control system and a vehicle lifting device, and the upper plane of the balance is provided with a wheel driving system and a constraint supporting system. The device is characterized in that the device can simulate the ground effect in the actual driving process of a vehicle, improve the flow field quality of a test area, measure the pneumatic six-component force of a whole vehicle / model, cooperate with other functions of a wind tunnel, and can meet the requirements of adjustable length range, adjustable wheelbase range, adjustable wheel tread range and adjustable load under different wind speed working conditions (maximum 250 KM / h). The test requirements of aerodynamic force, surface pressure, internal and external flow fields and internal and external wind noise of the whole vehicle and the model are met.

The present invention relates to a device, column and method for radial separation or reaction, wherein the adsorption chamber (9) has a packing height (H3) that is greater than the height of the distribution channel (6) and the height of the collection channel (8), and the upper wall (2) of the adsorption chamber (9) comprises at least one wash solvent inlet (6).

An aircraft tow vehicle comprises a turntable lifting unit configured to automatically rotate and lift for attachment to a nose landing gear of an aircraft. A gate coupled to the turntable lifting unit automatically unlocks, opens to receive the nose landing gear, closes to secure the nose landing gear, and locks. A sensor system detects the nose landing gear. A controller receives data from the sensor system, processes the data to determine a position of the nose landing gear, and controls the turntable lifting unit while automatically adjusting a position of the tow vehicle relative to the nose landing gear. A moving floor adjusts to accommodate different nose wheel sizes. A nose wheel adapter automatically positions itself to hold down the nose landing gear when weight is detected on the moving floor.

The present invention provides a modular house overall structure and a method for assembling and installing it on site, wherein the modular house overall structure includes a modular frame and a movable floor panel, the modular frame including at least two end frames, beams between the end frames, and a fixed floor panel at the bottom, the movable floor panel being hingedly connected to the fixed floor panel so that the movable floor panel can be flipped along the fixed floor panel. The present invention also includes a method for assembling and installing the modular house on site. The present invention has advantages such as high space utilization, high flexibility, low transportation costs, and easy assembly.

Animal group housing facility (100) for raising poultry, with - a room (102) for housing the poultry, wherein the room (102) has an inlet shaft (101), - at least one guide rail (21) arranged adjacent to the inlet shaft (101) in the room (102), - a sliding floor (2) which can be inserted and removed into the living space (102) via the inlet shaft (101) and placed on the guide rail (21), which in an operating state (B1) placed on the guide rail (21) forms a living area (11) for the poultry, wherein the sliding floor (2) has a first end face (8) which in the operating state (B1) at least partially closes the inlet shaft (101), characterized in that the dwelling area (11) adjacent to the first end face (8) has a chamfer (3) which is designed to make it more difficult for the poultry to stay in the area of ​​the chamfer (3).

A system and method for providing access to inspect and / or clean an underside of a squeegee assembly connected to a mobile floor-cleaning machine. The method includes raising and lowering, via a lifting actuator, the squeegee assembly between a floor-engaged position and a standby position. The method includes pivoting, via a pivoting actuator, the squeegee assembly between the standby position and an inspection position. The method includes controlling, via squeegee position controller, operation of the lifting and pivoting actuators. The method also includes causing, via the squeegee position controller, the pivoting actuator to first lift the squeegee assembly from a floor-engaged position to a standby position and then to pivot the squeegee assembly from the standby position to the inspection position in response a command to move the squeegee assembly from the floor-engaged position to the inspection position.

The invention discloses a constraint supporting system for a five-belt moving floor system, which comprises four groups of constraint supporting units which are symmetrically arranged pairwise, the constraint supporting units are slidably mounted on an XY moving platform, each constraint supporting unit comprises a lifting device, and the lifting devices are connected with a driving system and are driven by the driving system to ascend and descend. The lifting device is provided with a circular grating, the upper end of the lifting device is provided with a skirt edge stand column, a lifting rod of the lifting device is connected with a rivet device integrated in the skirt edge stand column, the lower end of the lifting device is installed on a one-way sensor, and the one-way sensor is installed on an XY moving platform. The device has the advantages that integral lifting, movement and deflection in two directions of different vehicles can be achieved, and the actual position can be monitored in real time.

The invention discloses a center belt system for a five-belt moving floor system, which comprises a moving belt, a driving roller and a driven roller, the driving roller and the driven roller are arranged on an operation frame, the moving belt is sleeved between the driving roller and the driven roller, the driving roller drives the moving belt to move through a driving device, a tensioning deviation correcting device is arranged on the driven roller, and the tensioning deviation correcting device is connected with the driving roller. The tensioning deviation correcting device comprises a guide rod, a hydraulic cylinder and a boundary measuring sensor, the hydraulic cylinder and the boundary measuring sensor are installed on the operation frame, the boundary measuring sensor is located on the side face of the moving belt, one end of the guide rod is connected with a bearing seat on the driven roller, and the other end of the guide rod is connected with a telescopic rod of the hydraulic cylinder. And the boundary measurement sensor and the hydraulic cylinder are connected with the hydraulic servo system. The wind tunnel ground effect simulation device has the characteristics that the influence of a boundary layer is effectively eliminated through the synchronous movement of the moving belt and incoming flow and the synergistic effect of the air flotation adsorption device and the tensioning deviation correction device, and the accuracy of wind tunnel ground effect simulation and the reliability of a test result are greatly improved.

The present disclosure provides a multi-vehicle omnidirectional aircraft maneuvering system comprising a plurality of tow vehicles, each tow vehicle comprising a turntable lifting unit (TLU) configured to capture and secure a portion of an aircraft's landing gear, a control unit configured to communicate with and coordinate the movements of the plurality of tow vehicles, and wherein each TLU comprises an automated turntable, a gate configured to open and close to receive landing gear, and a moving floor configured to support the landing gear. The system enables precise positioning and omnidirectional movement of aircraft through coordinated operation of multiple tow vehicles that simultaneously engage with different landing gear components. Each tow vehicle includes sensors for detecting landing gear position and environmental conditions, while the control unit establishes wireless communication to synchronize lifting operations and coordinate simultaneous movement patterns. The turntable lifting units provide rotational capability while maintaining secure engagement with the aircraft's landing gear, allowing for complex maneuvering operations in confined spaces such as aircraft hangars and maintenance facilities.

For the removal of solid fuels such as wood chips and pellets from a storage facility, screw conveyors, conveyor belts, moving floors, spiral arm conveyors or suction systems are primarily used to date. Discharge systems with spiral arms, given the current state of technology, often prove unsuitable for elongated storage areas. In such spaces, multiple systems must be used in parallel. Push-floor systems, on the other hand, are well-suited for these areas, but have the disadvantage of generating high forces and having essential components hidden beneath the stored goods. This can lead to the entire storage area having to be emptied before the system can be repaired if the equipment fails or malfunctions. The new discharge system is very accessible and can be installed easily and cost-effectively in rooms with two parallel walls, even underground. Removed from the top, the inventive scraper frame transports the substrate fully automatically to a subsequent conveying device.

The application discloses a floor element, comprising a plate body and a connecting structure. The connecting structure comprises a connecting body connected with the plate body; adjacent floor elements form a constraint force through the connecting body, and the adjacent floor elements are connected with each other and can move together under the action of the constraint force; and the floor element is separated from the adjacent floor elements when subjected to a separation force capable of overcoming the constraint force. The connecting body is arranged to form the constraint force between the adjacent floor elements, and the floor elements are combined together under the action of the constraint force to be laid on a walking area and a configuration area, so that a user in a virtual scene can walk in the walking area in a real scene. When the floor element overflowing the configuration area is subjected to the separation force capable of overcoming the constraint force, the floor element is separated from the floor element in the adjacent configuration area, so that the floor element is conveniently disassembled and reconfigured. The application also provides an omnidirectional mobile device, which overcomes the limitation of physical space in the interactive process of the user and realizes omnidirectional movement in a plane.

The invention discloses a wheel driving system for a five-belt moving floor system, which comprises four groups of wheel driving units which are oppositely arranged in pairs, each wheel driving unit comprises a driving roller, a driven roller and a steel belt, the driving roller and the driven roller are mounted on a support frame, the steel belt is sleeved between the driving roller and the driven roller, and the steel belt is mounted on the support frame. The driving roller drives the steel belt to move through a driving device, the driven roller is provided with a tensioning deviation correcting device, the bottom of the steel belt is provided with an air flotation adsorption device, the wheel driving units are installed on the Y-axis moving assemblies through supporting frames of the wheel driving units, and the two sets of wheel driving units on the same side are installed on the same X-axis moving assembly through the corresponding Y-axis moving assemblies. The wind tunnel ground effect simulation device has the advantages that boundary layers are effectively eliminated through the synergistic effect of the steel belt with the same speed as incoming flow, the tensioning deviation correcting device and the air flotation adsorption device, the accuracy of wind tunnel ground effect simulation and the reliability of test results are improved, and the X-axis moving assembly and the Y-axis moving assembly are suitable for vehicle types with different axle distances and wheel distances.