54results about How to "Reduce the number of assemblies" patented technology

The invention relates to a ball joint having a ball journal (2) comprising a spherical bearing region (3), wherein said ball journal is mounted by means of the bearing region (3) in a slidingly displaceable manner in a ball socket (4) and disposed with same in an opening (5) of a mounting element (6), and a solid body (12) formed by encapsulating the ball socket (4) and the mounting element (6) in a solidifiable material, from which the ball journal (2) extends outward in an axial direction (11), wherein an axial retainer for the ball journal (2), which axially covers the ball socket (4) and is encapsulated by the material, is provided in the solid body (12).

The invention is appropriate for the technical field of motors, and discloses a motor stator and an external rotor motor with the motor stator. The motor stator comprises a stator assembly which comprises a stator iron core with a through hole and a winding winded on the stator iron core. The motor stator further comprises a plastic package body wrapping the stator assembly and a bearing sleeve which is positioned in the through hole and used for mounting of a bearing. The plastic package body comprises a body plastic package part which covers the stator iron core and the winding. The plastic package body limits the bearing sleeve by means of arranging a limiting part integrated with the body plastic package part. The external rotor motor comprises the motor stator arranged in the rotor. The motor stator and the external rotor motor with the motor stator provided by the invention are convenient to assemble, less in production vibration and noise and high in reliability.

The invention discloses a Type-C socket connector. The Type-C socket connector comprises a shell and an inserting component; the inserting component comprises an upper inserting component and a lower inserting component; the upper inserting component comprises an upper insulating body and an upper row of electric conductive terminals integrally formed with the upper insulating body; the lower inserting component comprises a lower insulating body, and a metallic shield sheet and a lower row of electric conductive terminals integrally formed with the lower insulating body; each insulating body is provided with twelve grooves respectively; each row of the electric conductive terminals is provided with eight terminals respectively; the metallic shield sheet is integrally formed with any two terminals in the lower row of the electric conductive terminals; the metallic shield sheet is downwards protruded to form a plate-shaped grounding part; the position of the terminals integrally formed with the metallic shield sheet corresponds to the position of the grounding part; and the grounding part and the metallic shield sheet are located in the different planes. The Type-C socket connector is used for reducing the assembly number of the parts, reducing the tolerance accumulation, satisfying the USB2.0 application, and greatly decreasing the number of the terminals, and is good for the stability of the product.

Disclosed is a vehicle thermal management system which is separately provided with the final heat dissipation unit of a cooling system for cooling electronic components required for the autonomous driving of a vehicle, optimizes the modularization of units, and thereby promotes the reduction of a package. The vehicle thermal management system is configured such that: a first compressor which sucksin and compresses a refrigerant and then discharges same in a high-temperature, high-pressure, gaseous state, a condenser for condensing the refrigerant, a first expansion valve for expanding the refrigerant, and a chiller for subjecting the refrigerant to heat exchange with a coolant so as to absorb heat are sequentially provided on a first refrigerant line; the condenser is configured as a water cooling condenser for subjecting the refrigerant to heat exchange with the coolant so as to dissipate heat; the vehicle thermal management system is provided with a first coolant line, which exchanges heat with electronic components and passes through the chiller, and a second coolant line, to which a low-temperature radiator for performing heat exchange between the coolant and air is connectedand which passes through the water cooling condenser; and the coolant exchanges heat with the chiller of the first coolant line or exchanges heat with air by means of the low-temperature radiator connected to the second coolant line.

The invention mainly belongs to the technical field of rotary guide systems, and particularly relates to a full-rotation hydraulic inward-pushing-type high-build-up-rate rotation guide tool. The full-rotation hydraulic inward-pushing-type high-build-up-rate rotation guide tool adopts a hydraulic system driven by a turbine and a generator set to convert the energy of the pressure mud into the hydraulic energy. By adopting the hydraulic system driven by the turbine and the generator set, the power is provided for a piston through the hydraulic mode, so that the lateral force obtained by a drillbit is larger. Meanwhile, the hinged mode is adopted, so that the optimal steering capability is achieved. As a result, the high build-up rate is easier to achieve. The hydraulic piston pushes againstthe inner wall of a lower rotating sleeve instead of the wall of a well, so that the abrasion can be reduced. At the same time, only one set of pushing piston assemblies is pushed out at the same moment, so that the unnecessary work is reduced. The service life of the piston is prolonged.

The invention discloses a multi-connected integrated assembling valve seat. The multi-connected integrated assembling valve seat comprises a valve seat body, wherein multiple air grooves I, multiple air grooves II, multiple valve nozzle installation holes I and multiple valve nozzle installation holes II are formed in the valve seat body; valve nozzles I and valve nozzles II are arranged in the valve nozzle installation holes I and the valve nozzle installation holes II; one side of each valve nozzle installation hole I is provided with an air inlet passage I which is connected with the corresponding air groove I; the air inlet passages I are connected with input openings I; the valve seat body is provided with an air inlet passage II and an air inlet passage III; the air inlet passage II is connected with an air passage I; an air output opening I of the air passage I is formed in the front end surface of the valve seat body; an air output opening II is formed in the valve seat body; the valve nozzle installation holes I are connected with the air passage I; the air inlet passage III is connected with an input opening II; the air inlet passage III is connected with the air grooves II. According to the multi-connected integrated assembling valve seat disclosed by the invention, by changing a pilot valve seat which is in dispersed installation into an integrated installation structure, the assembling number and the installation space of parts are reduced, the difficulty of a machining technology is reduced, the problems of an existing pilot valve seat that the occupied space is large and the whole weight is heavy are solved, and the multi-connected integrated assembling valve seat is particularly suitable for scale production.