10results about How to "Compact installation space" patented technology

This invention discloses a waterproof high-voltage distribution box with rapid maintenance capability, relating to the field of high-voltage power distribution equipment. This invention solves the problems of poor space adaptability, inconvenient maintenance, and insufficient protection level of existing high-voltage distribution boxes. The box has a top window and a rear maintenance window, with recessed bosses at the windows. The cover plate has bent edges, and a silicone foam sealing gasket is placed between the two, secured with combination screws. The interior of the box is divided into upper and lower layers by a middle mounting plate, with positive and negative components mounted on the middle and bottom mounting plates respectively. Vulnerable fuses are concentrated at the maintenance windows, and a vent valve is installed on the outer wall of the box. This distribution box is suitable for compact spaces, has good waterproof sealing, and allows for rapid replacement of vulnerable parts, improving electrical safety and making it suitable for power distribution scenarios of new energy equipment.

The utility model discloses a kind of real-time speed measurement motor with anti-suction function, including motor assembly and rear cover, rear cover is connected with anti-suction check valve and rotational speed sensor;The shell of the motor assembly is equipped with oil inlet A and oil return B, and the shell of the rear cover assembly is equipped with oil inlet A and oil return B.The utility model adopts integrated arrangement hydraulic element, installation space is compact, utilizes motor internal oil cavity to reduce pipeline connection, and it is easy to operate.

The utility model discloses a small color code sheet inductance, include: pin, shell, numerical color code sheet, coil, error color code sheet, two place pin is located at shell both ends, and two place pin inboard end goes into shell inboard connection coil both ends, and numerical color code sheet and error color code sheet are located at shell upside, and error color code sheet is located at numerical color code sheet right side, the utility model discloses with color code sheet replaces color ring inductance color ring, and color code mark is clearer, and the clear, and color code sheet can also act as the fin effective improvement heat dissipation, and the lead tin alloy plating of shell can block electromagnetic radiation, and reduce the magnetic leakage, thereby can improve small inductance power, and promote small inductance miniaturization.

The utility model discloses a water tank and a beverage device, the beverage device is provided with a water tank installation position, and the water tank is detachably arranged in the water tank installation position. The water tank comprises a tank body, the tank body is provided with a cavity used for containing liquid, and a groove is formed in the outer side of the tank body; the handle is movably arranged on the box body and located on the outer side of the cavity, and the handle can be switched between a hidden position and a lifting position; when the handle is located at the hidden position, at least part of the handle is contained in the groove. When the handle is located at the lifting position, at least part of the handle is exposed out of the groove so that a user can grasp the handle. The water tank cover can prevent a user from being scratched by the water tank cover or polluting the water tank.

The utility model discloses a double-lead-screw elevator which comprises a machine body, a worm wheel shaft and a first transmission lead screw, the worm wheel shaft is installed in the machine body, and a worm input shaft matched with the worm wheel shaft is installed on the machine body; the top of the machine body is provided with a first fixing nut matched with the first transmission lead screw, the first transmission lead screw penetrates through the machine body and the worm wheel shaft, the first transmission lead screw is a hollow rod, the top of the first transmission lead screw is provided with a second fixing nut, and the second fixing nut is provided with a second transmission lead screw; and one end of the second transmission screw rod extends into the hollow structure of the first transmission screw rod. According to the utility model, when the worm gear rotates in the positive and negative directions, the first transmission screw rod is meshed with the first fixing nut and slides up and down along the key groove direction, and the second transmission screw rod is meshed with the second fixing nut fixed on the first transmission screw rod to ascend while the first transmission screw rod lifts the stroke; and the occasions with larger stroke requirements and relatively compact mounting space are met.

This invention discloses a large compression ratio hexagonal prism elastic telescopic mechanism with a stable structure, comprising two end three-ring telescopic mechanisms and several series-connected hexagonal prism three-ring retraction mechanisms. The two ends of the series-connected hexagonal prism three-ring telescopic mechanisms are connected to the end three-ring telescopic mechanisms. Each end three-ring telescopic mechanism includes a central disc, a type I connecting rod, a wing-shaped joint, a type II connecting rod, a spring, a Y-shaped joint, and a tension spring. The end three-ring telescopic mechanisms are located at both ends of the series-connected hexagonal prism three-ring telescopic mechanisms, while the hexagonal prism telescopic mechanisms are located in the middle section. The number of end three-ring retraction mechanisms can be configured according to requirements. The end three-ring retraction mechanisms share the spring, Y-shaped joint, and tension spring with the hexagonal prism three-ring telescopic mechanisms. This invention features a simple structure, a large expansion ratio, structural stability, and freely designable telescopic stiffness. It can be applied to various fields with compact installation spaces and requirements for large stroke and variable stiffness buffering.

This utility model discloses an elliptical rubber bushing, including an outer bushing tube and an inner bushing tube arranged coaxially. The outer bushing tube is composed of a straight part and a semi-circular part forming an elliptical structure. An integral rubber main spring is vulcanized in the gap between the inner wall of the outer bushing tube and the outer wall of the inner bushing tube. An integral rubber strap is vulcanized on the outer surface of the outer bushing tube. Through a high-temperature vulcanization process, the outer bushing tube, the inner bushing tube, the rubber main spring, and the rubber strap are vulcanized into one piece to form an elliptical rubber bushing. Utilizing its asymmetrical structure, it provides differentiated stiffness in different directions. The higher stiffness in the longitudinal direction ensures support stability, while the larger elastic deformation space in the lateral direction can effectively absorb vibration, achieving independent control of multi-directional stiffness and adapting to compact installation spaces. This solves the technical problems of existing circular bushings having a limited range of adjustable stiffness in a specific direction, making it difficult to meet the dynamic performance requirements under complex working conditions and the limited space in some installation scenarios.

The utility model relates to the technical field of automobile air suspensions, and discloses an air suspension system and a vehicle, which comprise a mechanical module and an electronic central control module. The mechanical module comprises a valve body, an air path, an air supply unit, a pressure sensor and a drying chamber assembly, the air supply unit is connected with the valve body through the air path, and the valve body is provided with various valves and is connected with the filtering chamber assembly. The electronic central control module comprises a central control upper cover, a central control base, a central control PCBA circuit board and a switching electromagnetic valve coil. An electromagnetic valve driving circuit on the circuit board is used for controlling opening and closing of an electromagnetic valve. Air compressed and filtered by the air supply unit enters the valve body through the drying cavity assembly, and then the switching electromagnetic valve set is controlled by the electronic central control module to conduct air supply switching. The system is further provided with an inflation pump, an inflation motor, a plurality of sets of switching electromagnetic valves and an air electromagnetic valve which are used for controlling air supply and air exhaust of different air paths. According to the system, efficient and safe operation of the air suspension is achieved through air path design and electronic control.

The invention provides a packaging structure of a power semiconductor module, which relates to the technical field of semiconductor packaging and comprises a shell, a direct copper-clad ceramic substrate is fixed on the inner wall of the bottom of the shell, and a power semiconductor chip, a signal terminal and a power terminal are welded on the direct copper-clad ceramic substrate; insulating baffles are arranged at the connecting positions of the side faces of the shell, and / or insulating parts are arranged on the outer walls of the two sides of the shell in the width direction respectively. The beneficial effects are that on the premise of being compatible with the original installation environment, the electrical safety and the installation convenience are synchronously improved.

The application relates to the powder filling technical field, and particularly discloses a packaging metering and discharging device, which comprises a material bin, a metering motor, a metering screw rod, stirring fan blades arranged in the material bin, a stirring motor arranged above the material bin, a vertical downward discharge port arranged at the bottom of the material bin, and the metering screw rod is vertically arranged in the discharge port. The technical problem that the powder quantity fluctuates and the metering is not accurate enough is solved by arranging the stirrer in the material bin to enhance the flowability of the oily powder and pressurize the metering screw rod to feed the material.