7results about How to "Reduce crowding" patented technology

The application relates to a sickbed and a medical scanning device, the sickbed comprising: a bed frame; a bed plate, which is movably connected with the bed frame; a push chain mechanism, which comprises a driving device and a push chain, the driving device being connected with the push chain, an output end of the push chain being connected with the bed plate, and a pipeline channel being arranged in the push chain; and a functional pipeline, which is arranged in the pipeline channel. When the push chain with the chain dragging function and the bed plate jointly enter a containing cavity, the chain dragging function eliminates the occupation of the scanning space by the chain, thereby releasing more scanning space for a scanning object.

This utility model provides a furnace-front propulsion device for the production and processing of wheel parts, belonging to the field of wheel part manufacturing technology. It includes a frame, with an electric heating furnace fixed to one end of the upper surface of the frame and a fixed frame fixed to the other end. A track for sliding wheel parts is provided between the fixed frame and the bottom of the electric heating furnace. A propulsion cylinder is detachably mounted on the fixed frame, with its piston rod facing the electric heating furnace and a push plate for pushing the wheel parts fixed thereon. A horizontally movable frame is provided on the lower surface of the frame, housing a control box. A vertical rotating cylinder is fixed to the top of the movable frame, with its top end protruding from the upper surface of the frame. This utility model not only solves the problem of high safety hazards associated with manual pushing in existing systems, but also offers flexible installation of the cylinder control box, low space occupancy in the workshop, low risk of damage, and good overall performance.

The present disclosure belongs to the technical field of warehousing, and particularly relates to a material box warehousing system and a climbing robot. The present disclosure provides a material box warehousing system, which comprises a shelf and a climbing robot. The shelf is provided with at least one guide rail extending in a direction perpendicular to a working surface. The climbing robot comprises a main body, only one climbing assembly and a taking and placing box mechanism. The main body travels along the working surface under the action of a walking driving mechanism. The climbing assembly is arranged on the main body and is configured to be connected with one guide rail on the shelf. After being connected, the main body is driven by a climbing driving mechanism to ascend and descend along the guide rail. The taking and placing box mechanism is movably arranged on the main body and is configured to take out a target object from a target storage position or place the target object into the target storage position under the action of a taking driving mechanism. The guide rails are arranged on both sides of each column of material boxes, so as to reduce the occupation of the guide rails on the warehousing space.

The invention provides an elevator structure capable of conveniently transporting super-long objects. The elevator structure comprises a shaft, a car frame arranged in the shaft in a lifting mode and a car arranged on the car frame in a turnover mode. A car door is arranged on one side of the lift car, a movable opening is formed in the bottom of the lift car and provided with a movable door plate capable of being opened and closed, the bottom of the lift car is further connected with a detachable supporting structure, and the supporting structure is located at the bottom of the movable door plate so as to support the movable door plate. The car frame is provided with a turnover mechanism used for driving the car to turn over. Reserved openings are formed in the positions, corresponding to at least two floors, of the shaft on the rear side shaft wall, and the reserved openings are used for providing overturning space for the lift car. The ultra-long objects can be directly fed into the lift car from the movable opening in the bottom of the lift car in the state tending to be horizontal, and interference with the landing door structure is avoided. The reserved opening is formed in the hoistway, the overturning space is provided for the lift car, the reserved opening can be only formed in part of floors, and the occupied building area is small.

This invention relates to the field of smart grid technology and discloses a switchgear discharge fault detection device. The device includes a cabinet with an arc-shaped cover fixedly installed on the outer wall of the bottom end. A detection component is mounted on the cabinet door. This switchgear discharge fault detection device, by setting up the detection component and cooperating with horizontal and vertical linear modules, enables the main asynchronous motor to move along two axes. When the main asynchronous motor is started, the rotating shaft drives the cross plate to rotate vertically. Multiple sets of hydraulic rods extend to extend corresponding detection mechanisms to perform multiple detection methods, improving accuracy and preventing the discharge phenomenon from going undetected due to the failure of a single detection method, thus avoiding more serious consequences and losses. This allows for better discharge fault detection and precise location of the discharge point. Furthermore, the detection component is integrated into the cabinet door, reducing the encroachment on the internal space of the cabinet and facilitating disassembly and maintenance.

Embodiments of the present application provide a battery top cover, a battery having the same and an electric device. The battery top cover of the embodiments of the present application comprises a top cover plate, a pole, an upper plastic and a mortise and tenon piece. The top cover plate has a pole hole, the pole is arranged on the pole hole, the upper plastic is provided with a limiting hole, a part of the pole is arranged in the limiting hole, and a part of the upper plastic is pressed on the pole; the mortise and tenon piece is arranged on the top cover plate and the upper plastic so as to realize the mortise and tenon connection of the upper plastic and the top cover plate. Therefore, the battery top cover according to the embodiments of the present application has the advantages of improving the assembly efficiency, reducing the assembly cost and improving the energy density of the battery cell.

This invention provides an electric drive system housing for a vehicle and a vehicle. The electric drive system housing includes: an upper housing comprising a controller upper housing and an end cover for covering the controller upper housing, the end cover being detachably fixedly connected to the controller upper housing, and a partition provided within the controller upper housing; and a lower housing located below the upper housing, the lower housing comprising at least an integrally formed controller lower housing, a motor housing, and a reducer housing, the controller lower housing being detachably fixedly connected to the controller upper housing to form the controller housing, the partition dividing the controller housing into at least two chambers for mounting various power electronic modules of the vehicle. This invention solves the problem of low integration in existing multi-functional electric drive system housings.