9results about How to "Optimize assembly process" patented technology

This invention provides a sealing structure and assembly method, belonging to the field of mechanical seal technology. It includes: a container body; a cap fixed to the end of the container body, with a predetermined interval between the container body and the cap; a sealing ring fixedly connected to the cap; and a sealing retaining ring fixedly connected to the container body. The end of the sealing retaining ring contacts the end of the sealing ring, and the sealing ring is fixed inside the predetermined interval via the sealing retaining ring. By adopting the technical solution of this invention, the manufacturing difficulty of the cap is reduced, the structural shape of the sidewall connection part of the cap is simplified, assembly is easy, the performance of rotating containers is improved, and good assembly processability, sealing performance, structural stability, and reliability can be achieved simultaneously.

This utility model relates to a damping hinge structure and computer equipment, including a monitor front cover, a damping hinge, and a monitor rear cover. The monitor front cover is assembled with the monitor and detachably connected to the monitor rear cover. The damping hinge includes a central shaft and two cable guide slots. The central shaft is assembled with the monitor front cover, and the two cable guide slots are located at both ends of the central shaft. Each cable guide slot includes a nut mounting slot and a semi-open cylinder for assembling cables. Threaded connecting rods are provided at both ends of the central shaft, passing through the nut mounting slots and connecting to damping adjustment nuts. The cable guide slots are fixedly connected to the monitor bracket, and their semi-open cylinders have cable passage openings. This application, while allowing adjustment of the monitor angle, also enables cable routing within the device and allows the use of thicker cables without increasing the size of the monitor hinge connection. Furthermore, this application improves assembly manufacturability and after-sales maintainability, reducing manufacturing and after-sales costs.

The invention relates to the technical field of vehicle heat management, in particular to a cold and hot channel coupled intelligent heat pump control system which comprises an air conditioning system refrigerant loop, a power cooling loop and a battery heat management loop. The air conditioning system refrigerant loop comprises an external condenser, an external condenser expansion valve, a Chiller expansion valve, a Chiller, an electric compressor, a gas-liquid separator, a refrigerant four-way valve, a throttling valve, an evaporator, an evaporator expansion valve and an internal condenser which are sequentially connected. According to the intelligent heat pump control system with coupled cold and hot channels, a high-temperature and high-pressure gaseous refrigerant is subjected to two refrigerant processes in a heat pump mode, a lower enthalpy value can be achieved, an inlet and an outlet of an external condenser have a larger enthalpy difference, and therefore the heat absorption capacity of the external condenser is improved; and the air outlet temperature of the air conditioning box can be greatly increased through two times of temperature rise.

The utility model relates to a temperature-controlling and temperature-limiting snap-action temperature controller, and belongs to the technical field of snap-action temperature controllers. The temperature control bimetallic disc and the temperature limiting bimetallic disc which are the same in outer diameter are overlapped in the same direction and placed in a cavity of the sealing cover, the outer peripheries of the temperature control bimetallic disc and the temperature limiting bimetallic disc are both in contact connection with the inner periphery of the sealing cover, and the first outward face of the temperature control bimetallic disc is in contact connection with the inward plane of the sealing cover. The lower end part of the push rod is in contact connection with a second inward surface of the temperature-limiting bimetallic disc; and a spring which is sleeved on the outer sleeve wall of the central sleeve is arranged between the second inward surface of the temperature-limiting bimetallic disc and the bottom surface of the inner ring groove of the shell. The temperature controller has an automatic reset temperature control function and a manual reset temperature limiting protection function, the temperature limiting action precision is very high, the temperature limiting protection effect is very good, and meanwhile the temperature controller is simple in structure, convenient to assemble, low in production cost and high in production efficiency.

The invention relates to the technical field of aircraft design, and provides a method for adjusting the connecting sequence of an upper connecting rod and an inclined supporting rod in a connecting structure under the condition that an engine is hoisted under a wing, in particular to the installation of a statically indeterminate structure suspension on the wing, namely the installation of a connecting unit at the joint of a suspension box section and a wing box section. By utilizing the statically indeterminate constraint characteristic adopted by a connecting unit between a hanging box section and a wing box section, a joint in the hanging box section and a joint in the wing box section are pre-assembled; and the assembling sequence of the upper connecting rod and the inclined supporting rod is adjusted by combining the length measurement data of the connecting units such as the upper connecting rod and the inclined supporting rod and the distance measurement data of the hanging joint focus and the wing joint focus corresponding to the connecting units respectively.

This application provides a battery comprising two cell stacks, each cell stack including a first clamping member and at least two cells; the first clamping member is used to constrain each cell within the cell stack; an insulating film is provided to wrap at least a portion of the two cell stacks to constrain the two cell stacks; the electrode groups of the two cell stacks are respectively welded to adapter pieces; wherein, the first clamping member can ensure that the electrode groups are neatly stacked to form electrode groups during the cell stacking process, which facilitates the welding of the electrode groups of the two cell stacks, while avoiding tearing of the welding points due to cell misalignment; the insulating film is used to constrain the relative position of the two cell stacks, which facilitates the assembly of the cell stacks into the casing, and the cell stacks are bound and restrained, but can move independently to a certain extent without pulling on the electrode groups of the other due to their own movement; that is, the reliability of the battery is effectively improved by the synergistic effect of the first clamping member and the insulating film.

This invention relates to a claw-lock structure with load-bearing, anti-rotation, and flexible unlocking functions. During installation, the claw-lock rod is inserted into the housing, aligning with the keyway corresponding to the claw-lock rod. The locking piston is then placed into the thrust piston, followed by the locking plate. A plug is screwed into the thrust piston, ensuring the plug abuts against the locking plate, which in turn abuts against the locking piston. The assembled thrust piston is then placed into the housing, and the cap is screwed into the housing along its external thread, ensuring the cap is firmly against the thrust piston, guaranteeing that the conical surfaces of the four claws of the claw-lock rod are tightly against the conical surfaces of the locking piston. This invention uses a claw-lock rod instead of the locking rod, split nut, and anti-rotation pin found in existing release nuts, reducing the number of parts and simplifying the installation process. It achieves load-bearing separation using a rigid load-bearing and flexible separation method, preventing collisions between structures during operation and resulting in a significant impact response. The entire separation process is smooth, with a significant low-impact separation effect.

The utility model discloses a kind of line passing pivot structure and computer equipment;Line passing pivot structure includes display connecting front and rear cover, damping hinge, pivot connecting piece and damping hinge press plate;Pivot connecting piece includes damping hinge installation slot hole and half open cylinder, and connecting place is equipped with damping hinge disassembly and unfastening process hole;Half open cylinder front end is equipped with line passing port, rear end is equipped with the mounting plate with threaded hole;Display connecting front cover is equipped with damping hinge installation slot;Damping hinge is installed in damping hinge installation slot and damping hinge installation slot hole, left and right each one, symmetrically mounted, and fixed by damping hinge press plate and display connecting front cover compression tight;Cable is laid horizontally into half open cylinder. The present application can also make cable wiring inside equipment under the prerequisite of adjusting the angle of display, and thicker specification cable can be used without increasing the size of display pivot connecting part. Furthermore, the present application also improves the process of assembly and post-sale maintainability, reduces manufacturing and post-sale cost.

The peristaltic pump claimed in the application comprises a shell assembly, a driving assembly and a roller assembly, the shell assembly comprises a motor fixing base, an intermediate partition plate and an upper cover, the intermediate partition plate is pressed and limited on the motor fixing base by the upper cover, wherein a guide column is formed on the motor fixing base, and a positioning convex part is formed on the intermediate partition plate; the driving assembly comprises a motor, a worm and a turbine, the worm is respectively in transmission cooperation with the turbine and the motor, one end of the turbine is in plug-in cooperation with the guide column, the other end of the turbine is in plug-in cooperation with the positioning convex part, and the turbine is limited on the motor fixing base in this way; wherein the upper cover is in clamping and limiting cooperation with the motor fixing base, and the upper cover and the motor fixing base are connected and fixed through a first threaded connecting piece. In this way, the overall assembly process of the peristaltic pump can be effectively simplified, the manual operation steps such as the connection of the first threaded connecting piece are reduced, the assembly process is optimized, the assembly efficiency is improved, and the production and manufacturing are facilitated, which has a significant effect on improving the production efficiency.