10results about How to "Guaranteed damage" patented technology

The present application belongs to the technical field of transfer bed, and relates to a self-balancing transfer bed suitable for slope terrain. The self-balancing transfer bed comprises a bed frame, four moving legs with rectangular distribution are installed on the bed frame, an upper side of the bed frame is provided with a bed plate, the bed plate is slidably connected with a support frame, the support frame is provided with symmetrically distributed first fixing belts, the support frame is provided with symmetrically distributed second fixing belts, the second fixing belts are used for fixing shoulders of a patient, an adjusting assembly is arranged on the bed frame, a second adjusting assembly and symmetrically distributed first adjusting assemblies are arranged on the support frame. The first fixing belts and the second fixing belts are used for simultaneously applying restrictions to thighs and shoulders of the patient in two directions perpendicular to each other, so that the patient remains stable during the process of transferring the patient, the probability of secondary injury to the spine of the patient due to shaking during the process of transferring is reduced, and the safety of the patient is improved.

This invention provides a semiconductor device and its fabrication method, comprising the following steps: providing a substrate; forming a carbon nanotube layer on the substrate, the carbon nanotube layer having at least one carbon nanotube; forming a defect structure in contact with the carbon nanotube layer, the defect structure containing charged defects, the charged defects acting on the carbon nanotube layer to electrically dope the carbon nanotube layer; wherein, the electrical doping concentration of the carbon nanotubes is controlled by adjusting the density of the charged defects. In this invention, electrical doping of the carbon nanotube layer through the defect structure only changes the electrical properties of the carbon nanotube layer without damaging its physical structure, achieving non-destructive electrical doping. Furthermore, using a high work function metal layer as the source and drain electrodes of the N-type carbon nanotube device simplifies the design rules of carbon nanotube integrated circuits, facilitates the large-scale integrated circuit application of carbon nanotube devices, and enables the matching of N-type and P-type devices.

The present application relates to metal plastic forming equipment technical field, specifically, a kind of cold forging press bottom ejector, comprising: cold forging machine body, the cold forging machine body has workbench, the workbench is used to lay lower die, the cold forging machine body and the workbench are provided with relay type jacking part, according to the characteristics of forging and lower die, first with slow, smooth jacking, with speed-up jacking seamless relay type ejection to forging is forced to eject, that is, ensure not to damage forging, also maximize to improve production efficiency, prevent on the production efficiency of ejection link to produce influence, in the process of completing ejection return stroke, it can be simultaneously cleaned to the inside of lower die cavity, so that the oxide scale scrap and other residual foreign matter produced in the process of forging in lower die cavity is removed, the ejection action and die cleaning function are organically combined, the removal of residual foreign matter in lower die cavity is realized, the cleanliness of lower die cavity is restored, and then the forging quality and die life are guaranteed.

This invention provides a nanoemulsion, its preparation method, and a working fluid system containing it. The nanoemulsion comprises benzenesulfonic acid-based polybutadiene, anionic surfactant, long-chain alkyl compound, monophenyl compound, and water.

The utility model relates to the field of intelligent computing terminals, in particular to an edge intelligent computing terminal for fire protection of a charging station, which comprises a terminal shell and an independent interface module, and the independent interface module is provided with a plurality of interfaces connected with an external plug and a plurality of metal contacts connected with an internal circuit of the terminal shell. The terminal shell is provided with a sealing locking assembly, the independent interface module is provided with a meshing structure matched with the sealing locking assembly, and the independent interface module is installed on the terminal shell to enable the sealing locking assembly and the meshing structure to form sealing connection. A plurality of interfaces of the independent interface module are arranged on the outer surface of the independent interface module, a plurality of metal contacts are arranged at the top of the independent interface module, and the plurality of metal contacts are contacted and electrically connected with metal contacts at corresponding positions in the terminal shell; according to the intelligent computing terminal, the sealing performance can be ensured on the basis that the interface is convenient to disassemble and replace.

The utility model relates to the related technical field of coating liquid, in particular to an automatic coating liquid backflow collecting device which comprises a bottom frame, and an overflow filtering mechanism is arranged at the bottom of a backflow box. According to the automatic coating liquid backflow collecting device, redundant coating liquid flows to the liquid injection opening through the backflow pipeline and the like, the sealing gasket ensures that the backflow box is sealed, and after entering the backflow box, the coating liquid firstly makes contact with the first-stage filter plate made of ceramic fibers, intercepts large-particle impurities and is resistant to high temperature, and then passes through the second-stage filter plate made of stainless steel and the third-stage filter plate made of aluminum plates, and the coating liquid flows back to the liquid injection opening. The power of a self-priming pump of an overflow pipe is adjusted according to the flow, so that the coating liquid stably flows to a connecting port, a first filter layer of activated carbon adsorbs organic volatile matters, a second filter layer of ceramic micropores intercepts tiny impurities, a third filter layer of ion exchange resin removes metal ions, and the coating liquid flows into the connecting port; finally, the pure coating liquid flows into the container bottle, and the device is movable and stable.

The application provides a shearing type unlocking separation device, a dynamic test system and an unlocking force control method. The device comprises an unlocking bolt, a shearing protective sleeve and an auxiliary mechanism. The unlocking bolt comprises a first threaded section, an unlocking separation section and a second threaded section. Two weakening grooves are arranged on the unlocking separation section and extend in the same direction. The two weakening grooves are provided with through holes at the side ends close to each other. The distance between the two through holes is l. The angle between the weakening grooves and the axis of the unlocking separation section is β. The angle between the line connecting the two through holes and the radial line of the unlocking separation section is α. The two weakening grooves penetrate the unlocking separation section. The weakening grooves are filled with high-strength fillers. The shearing protective sleeve is sleeved on the unlocking separation section. The auxiliary mechanism is threadedly connected to the second threaded section. The application can realize rapid response and precise control of unlocking force, and the separation process does not produce harmful gas, and the economic efficiency and environmental benefits are good.

The invention relates to the technical field of ceramic product forming, and discloses a 3D printing head feeding device for manufacturing ceramic products, the 3D printing head feeding device comprises a printer, the top of the printer is fixedly connected with a slurry cylinder, the upper portion of the printer is slidably connected with a spray head, and a hose is fixedly connected between the slurry cylinder and the spray head; a center rod is fixedly connected to the interior of the slurry cylinder; the slurry barrel comprises a feeding barrel, a first separation barrel, a cutting barrel, a second separation barrel and a rotating barrel, the first separation barrel and the second separation barrel are both fixedly connected to the top of the printer, and the cutting barrel is fixedly connected between the first separation barrel and the second separation barrel. According to the 3D printing head feeding device for manufacturing the ceramic products, the problems that in the prior art, slurry particles are agglomerated, so that the fluidity of slurry in the charging barrel becomes poor, the extrusion pressure of the slurry is unstable, the extrusion speed of the slurry is uneven, and the printing continuity and stability of the ceramic products are affected can be effectively solved.

The invention discloses a substrate, a display panel and a preparation method of the display panel, the substrate comprises a display area and a non-display area arranged on the periphery of the display area, and the substrate further comprises a substrate; the array layer is located on one side of the substrate, and the array layer is located in the display area; the circuit layer is located on one side of the substrate, the circuit layer is located in the non-display area, and at least part of film layers in the circuit layer and at least part of film layers in the array layer are arranged on the same layer; the protection layer is arranged on the side, away from the substrate, of the circuit layer, and the protection layer is located in the non-display area. According to the design, the reliability of the display panel can be improved.