5results about How to "Avoid heavy loads" patented technology

The application provides an air conditioning system, an air conditioner and a control method. The air conditioning system comprises a first refrigeration system and a second refrigeration system, the first refrigeration system and the second refrigeration system are arranged in parallel, a regulating condenser is arranged in parallel with the first refrigeration system and the second refrigeration system, the regulating condenser is communicated with a refrigerant storage device, and the first refrigeration system and the second refrigeration system are respectively communicated with the refrigerant storage device; the refrigerant storage device respectively stores the refrigerant from the first refrigeration system, the second refrigeration system and the regulating condenser, or respectively releases the refrigerant into the first refrigeration system, the second refrigeration system and the regulating condenser. The regulating condenser and the refrigerant storage device are added to the original air conditioning system, the refrigerant storage device can regulate the first refrigeration system and the second refrigeration system with different cold energy requirements respectively, the air conditioning system is effectively protected, the system pressure is regulated, and the system load is prevented from being too heavy.

The present invention relates to a support structure for a high-voltage component of a vehicle. A support structure (10) supports a flat transformer (30) between seats (11L, 11R) arranged in a vehicle width direction, the transformer (30) being supported by a bracket (20) in a horizontal state separated upward from a floor tunnel (13) of a floor in an interior of a vehicle cabin between the seats (11L, 11R), the bracket (20) having a pair of rear leg portions (21RL, 21RR) arranged in the vehicle width direction, the pair of rear leg portions (21RL, 21RR) being formed to be easily bent toward an outer side or an inner side in the vehicle width direction at a middle portion, and when a side collision of the vehicle occurs, a load is applied to the bracket (20) by movement of the seats (11L), so that the pair of rear leg portions (21RL, 21RR) are bent, and the horizontal state of the transformer (30) is destroyed.

The utility model discloses a sulfur-containing sewage gasification device, which relates to the technical field of sewage treatment and comprises a stripping tower, a heat exchanger is arranged on the side surface of the stripping tower, one side of the bottom of the heat exchanger is connected with a steam distribution pipe, and the other side of the bottom of the heat exchanger is connected with an ultrasonic flowmeter through a sewage delivery pipe. Through the arrangement of the steam distribution pipe, the heat exchanger, the steam-water separator, the mixing pipe and the pipeline static mixer, part of steam which originally enters the stripping tower and is used for separating sulfide enters the heat exchanger through the steam distribution pipe, and then the steam exchanges heat with sulfur-containing sewage through the heat exchanger for preheating; the preheated steam enters a steam-water separator to separate condensate water, the separated dry steam and the sulfur-containing sewage are converged in a mixing pipe, and the sulfur-containing sewage and the steam are mixed through a pipeline static mixer; the inside of the pipeline can be cleaned to relieve blockage, the maintenance and replacement interval is prolonged, and the steam stripping separation efficiency can be improved.

This invention relates to the field of ceiling technology and discloses an overall support structure for an aluminum single-panel ceiling under-mount system, comprising: a lifting support mechanism, a suspension synchronization mechanism, a decorative isolation mechanism, and a suspended decorative mechanism. The lifting support mechanism drives the suspension synchronization mechanism to rise and fall, directly transferring the weight of the suspension synchronization mechanism and the suspended decorative mechanism to the wall. The suspension synchronization mechanism is located below the lifting support mechanism to connect with the suspension mechanism. The decorative isolation mechanism is located below the suspension synchronization mechanism to conceal and enclose the lifting support mechanism and the suspension synchronization mechanism. The suspended decorative mechanism is located below the decorative isolation mechanism. This overall support structure for the aluminum single-panel ceiling under-mount system allows the suspended decorative mechanism to bypass the decorative isolation mechanism and be directly installed on the wall during use, thereby avoiding excessive load on the decorative isolation mechanism and improving safety.

The present application belongs to the technical field of tunnel engineering support and waterproof and drainage, and particularly relates to a pressure-releasing waterproof and drainage method suitable for water-rich soft surrounding rock tunnel, comprising the following steps: applying primary support on the surface of water-rich soft surrounding rock of the tunnel after excavation; laying double-layer convex shell type pressure-releasing waterproof and drainage plates on the surface of the primary support; applying secondary lining; forming a drainage space by using the first convex shell drainage layer and the second convex shell drainage layer, and absorbing the deformation pressure between the primary support and the secondary lining by elastic compression of the elastic pressure-releasing component when the surrounding rock deforms. The present application sets the elastic pressure-releasing component between the double-layer convex shell drainage plates, so that the waterproof and drainage plates can actively absorb the deformation pressure between the primary support and the secondary lining while playing the role of drainage. When the surrounding rock deforms greatly, the elastic pressure-releasing component is controllably compressed, which provides pressure-releasing space for the lining structure and avoids the rigid support from bearing excessive load, thereby significantly improving the adaptability and safety of the support system.