6results about How to "Reliable abutment" patented technology

The utility model provides a suspension control arm, a suspension system and a vehicle. The suspension control arm comprises a control arm body, an elastic buffer mechanism is arranged on the control arm body, the elastic buffer mechanism can abut against a vehicle body under wheel jump excitation, and the elastic buffer mechanism comprises a base and an elastic buffer block arranged on the base; the elastic buffering mechanism is fixed to the control arm body through a base and abuts against a vehicle body through an elastic buffering block. According to the suspension control arm, the elastic buffering mechanism composed of the base and the elastic buffering block is arranged on the control arm body, the suspension control arm abuts against a vehicle body through the elastic buffering mechanism under wheel jump excitation, the overlarge wheel jump stroke can be limited, large wheel jump can be avoided, and the service life of the suspension control arm is prolonged. And the driving comfort of the vehicle can be improved.

The invention relates to the field of household appliances, and discloses a weighing mechanism and a kettle. The weighing mechanism cannot be damaged due to overload force, overload protection on the weighing detection assembly is formed, and the measurement precision is ensured. The weighing mechanism comprises a middle shell, a weighing detection assembly and a limiting mechanism, the middle shell is arranged between an outer shell and a bottom plate, the middle shell is connected with the outer shell, the middle shell supports the outer shell, the weighing detection assembly is arranged between the middle shell and the bottom plate, and the weighing detection assembly comprises a first detection part and a second detection part which can relatively deform. One of the first detection part and the second detection part supports the middle shell, the other of the first detection part and the second detection part is fixed with the bottom plate, the limiting mechanism comprises a first limiting mechanism, and the first limiting mechanism is used for limiting the downward moving distance of the first detection part or the second detection part fixed with the bottom plate relative to the middle shell.

The utility model provides a reset mechanism and a rotary switch, and belongs to the technical field of electrical equipment. The reset mechanism comprises a reset pressing rod and an operation shaft. The reset pressing rod is provided with an assembly through hole. When the operation shaft rotates towards the first direction, the reset pressing rod can be driven to rotate towards the first direction, so that the reset pressing rod drives the release to reset. When the operation shaft rotates towards the second direction, the reset pressing rod can be driven to rotate towards the second direction, and the rotating angle of the reset pressing rod towards the second direction is smaller than that of the operation shaft towards the second direction. By arranging the reset mechanism, the reset reliability of the release can be improved. In the process that the operation shaft rotates towards the second direction, the rotating angle of the reset pressing rod towards the second direction under the driving of the operation shaft is smaller than the rotating angle of the operation shaft towards the second direction, so that the sweeping area of the driving part of the reset pressing rod in the process that the operation shaft rotates towards the second direction can be effectively reduced; therefore, the internal space of the shell can be less occupied.

The utility model discloses an energy storage module which comprises a bottom support, a battery assembly, a supporting piece and a top cover, and the bottom support extends in the Y-axis direction; the battery assembly comprises at least two battery modules distributed on the bottom support in the Y-axis direction, end plates are arranged at the two ends of each battery module in the Y-axis direction respectively, and a plurality of insertion channels extending in the Z-axis direction are distributed in the end plates in the X-axis direction; the supporting piece is suitable for being inserted into the inserting channel and extending out of the end plate, and at least partially corresponds to the middle of the battery assembly; the top cover is fixedly connected with the bottom support to form a containing cavity for containing the battery assembly, and the containing cavity is suitable for being supported by the supporting piece. The energy storage module can use the structure of the end plate to set the supporting piece to prevent the top cover from collapsing and deforming, the structure is simple, and the cost is low.

The utility model provides a suspension control arm, a suspension system and a vehicle. The suspension control arm comprises a control arm body. An elastic buffer mechanism is arranged on the control arm body, the elastic buffer mechanism is used for abutting against a vehicle body under wheel jump excitation, and a connecting structure and a limiting structure are arranged between the elastic buffer mechanism and the control arm body; the elastic buffering mechanism is fixed to the control arm body through the connecting structure, and the limiting structure is used for limiting the elastic buffering mechanism when the elastic buffering mechanism is connected with the control arm body. According to the suspension control arm, the elastic buffering mechanism is arranged on the control arm body, the suspension control arm abuts against a vehicle body through the elastic buffering mechanism under wheel jump excitation, the overlarge wheel jump stroke can be limited, large wheel jump of wheels can be avoided, and therefore driving and riding comfort of a vehicle can be improved.

This utility model provides an external wall fixing node and an external wall fixing structure. The external wall fixing node is applied to an external wall structure and includes: a connecting structure forming a first cavity, used for fixing to a wall panel of the external wall structure; a connecting plate including a connecting body and a fixing support plate extending from the connecting body, the fixing support plate extending into the first cavity; and a gasket having a slot, the gasket being fitted onto the outside of the fixing support plate through the slot, and the gasket being located within the first cavity. The gasket includes various types, with each type of gasket having the same size as the first cavity in a first direction, and the spacing between the slot and the edge of the gasket differing in the first direction. This external wall fixing node can meet the spacing requirements of wall panels and walls in different external wall structures and can also reduce the risk of assembly interference.