8results about How to "Optimize interior space" patented technology

According to the folding sinking type storage seat, when the seat is in an unfolded working state, the cushion framework is horizontally arranged through operation of the cushion angle adjuster assembly and the cushion motor, and then the sliding rail assembly is started to drive the cushion framework to be lifted; the rear backrest assembly is inclined backwards by 5-7 degrees through operation of a backrest angle adjuster assembly and a backrest motor; when the seat is in a folded sinking state, the cushion framework is turned upwards by 95 degrees through operation of the cushion angle adjuster assembly and the cushion motor, the backrest assembly is inclined forwards by 5-7 degrees through operation of the backrest angle adjuster assembly and the backrest motor, and the rear sliding rail assembly is started to drive the cushion framework to sink; the folding and sinking of the whole seat solves the problem of replacement of the space utilization rate of the automobile, an electrically-driven folding and sinking mechanism is adopted, and a user can easily fold and unfold the seat only through a control panel or a remote control device in the automobile.

The utility model discloses a front end base, a front end assembly, an insertion portion and an endoscope, and relates to the field of medical instruments, the front end base is used for the endoscope, an installation cavity is arranged in the front end base, the installation cavity is communicated with the far end face of the front end base, the installation cavity is used for installing a camera module and an illumination module, and the side face of the installation cavity is open. At least one of the camera module and the lighting module is exposed. The camera module and the lighting module are located in the mounting cavity, it is avoided that a plurality of components are arranged in a plurality of cavities respectively, partition plates among the cavities can reduce the volume utilization rate of the front end base, the internal space of the front end base can be optimized due to the fact that the camera module and the lighting module are located in the same mounting cavity, and therefore when the lighting module and the camera module of the same specification are arranged, the volume utilization rate of the front end base is increased. The size of the front-end assembly can be smaller, and the trafficability of the front-end assembly is higher. The front end seat can be provided with a lighting module and a camera module which are larger in size. In addition, installation personnel can install the camera module and the lighting module at the same time, and assembling steps are reduced.

The utility model relates to an alarm clock. The alarm clock comprises a main shell part, an upper shell part, a front shell part, a key part and a display part. The main shell portion includes adjoining front and top surfaces. A first containing cavity of the alarm clock is defined by the main shell part. The upper shell part is arranged on the top surface and comprises a protruding unit protruding away from the top surface. And a second accommodating cavity of the alarm clock is defined by the upper shell part and the top surface. The upper shell part comprises a key opening formed in the side, away from the top surface, of the protruding unit. And the key opening is communicated with the second accommodating cavity. The front shell part is arranged on the front surface and comprises a display opening. The display opening is communicated with the first accommodating cavity. The key part is arranged in the second accommodating cavity and comprises a key unit exposed from the key opening; the display part is arranged in the first containing cavity, abuts against the side, facing the first containing cavity, of the front shell part and is exposed out of the display opening.

The application discloses a kind of wing-body fusion layout unmanned aerial vehicle's aerodynamic shape, it is related to low-altitude economic unmanned aerial vehicle high lift-drag ratio flight technical field, including wing-body part, the rear end of the upper surface of wing-body part is equipped with V-tail, engine is installed between the opposite surface of V-tail, the wing-body part with the V-tail is equipped with control surface part on;The lower surface of wing-body part is equipped with landing gear;The wing-body part includes inner wing and outer wing, the inner wing with the outer wing is symmetrically arranged, the edge of outer wing is equipped with wing tip;The leading edge sweep angle of wing-body part is 20 °, the trailing edge sweep angle of wing-body part is 17 °.The application discloses a kind of wing-body fusion layout unmanned aerial vehicle's aerodynamic shape, has better aerodynamic performance, stronger carrying capacity and lower noise;Appearance is simple, and cruise efficiency is high, suitable for engineering practical application.

The utility model discloses a front end subassembly, insert part and endoscope, relate to medical instrument technical field, front end subassembly includes front end seat, camera module, illumination module and cable, front end seat is provided with illumination cavity and camera cavity, illumination cavity and camera cavity are mutually communicated, camera module is installed in camera cavity, illumination module is installed in illumination cavity, the cable is connected with the camera module, the camera module is installed in the camera cavity. The camera module and the illumination module are electrically connected with the same cable, and the cable is led out from the near end of the front end seat. According to the arrangement, the internal space of the front end seat can be optimized, so that a larger lighting module and a larger camera module can be arranged. In addition, installation personnel can install the camera module and the lighting module at the same time. According to the arrangement, the installation efficiency of the front-end assembly can be improved, and installation operation of the illumination module in a narrow illumination cavity is avoided. The cable can be electrically connected with the camera module and the illumination module at the same time and supply power or transmit signals to the camera module and the illumination module, so that the number of cables and installation steps can be reduced, and the installation efficiency is further improved.

The utility model discloses a box type non-negative pressure water supply device which comprises a water tank, the water tank is formed by combining a plurality of side plates on the periphery, a plurality of top plates and a bottom plate, the side plates in the same vertical direction form a group, a supporting assembly is arranged on the periphery of the outer portion of the water tank, and a hanging assembly is arranged above the top of the water tank. The supporting assembly comprises a plurality of supporting rods which are vertically arranged on the outer portions of the corresponding sets of side plates respectively. Modular design is adopted in structure, the water tank is formed by combining the side plates, the top plate and the bottom plate, the supporting assembly is arranged outside the water tank, the hanging assembly is arranged on the top of the water tank, the supporting rod of the supporting assembly is connected with the side plates through threads, internal supporting is not needed, space is released, stability is improved, modular installation is facilitated, and a transverse frame of the hanging assembly is matched with a hook. The top is reinforced, collapse of the top plate of the water tank is prevented, internal space is optimized, water flow dead angles are reduced, and personnel overhaul and cleaning are facilitated.

This application discloses an electrical connector and connector assembly, relating to the field of electronic products. It includes a housing and a connecting shell fixed to one end of the housing. An insulating body first and an insulating body second are fitted inside the housing near the connecting shell. A second connecting terminal is embedded inside the insulating body second. A hook is provided at the top of the second connecting terminal, and a first connecting terminal is provided at the top of the hook. A dustproof mechanism is provided at the top of the housing, and clamping mechanisms are symmetrically arranged at the end of the housing away from the dustproof mechanism. This application replaces the traditional circuit board-based connection method by directly soldering wires to the soldering ends of the first and second connecting terminals, reducing energy loss during charging or data transmission, improving the efficiency of charging or transmitting current, facilitating the carrying of higher power or more stable signals, and dividing the first connecting terminal into multiple independent pins to achieve synchronous connection of multiple signals or power supplies.

This utility model discloses an FPC and BMS connection structure, a signal acquisition assembly, a battery pack, and a vehicle, relating to the field of battery manufacturing technology. The FPC and BMS connection structure includes an FPC, a battery management circuit board, a first pin header, and an adapter plate. The FPC includes a flexible body and a bent portion. The flexible body is fixedly connected to the bent portion, and the bent portion and the adapter plate are opposite to and spaced apart. The first pin header is fixedly connected between the bent portion and the adapter plate. The adapter plate is disposed on one side of the battery management circuit board and is fixedly connected to the battery management circuit board. The FPC is electrically connected to the battery management circuit board through the first pin header and the adapter plate. The FPC mounting structure of this utility model is simple, low-cost, and occupies little space.