5results about How to "Improve operational sensitivity" patented technology

The present invention relates to a panel assembly structure and an electrical appliance, comprising a baffle; a panel, which is matched to a side of the baffle provided with a first matching portion and has an operating portion; a support member, which is matched to a side of the panel facing the baffle in a floating manner in a direction close to or away from the operating portion; a circuit board, which is matched to the support member and is located on an operating path of the operating portion moving toward the baffle along a first direction; the support member is provided with a second matching portion with deformation capability, the second matching portion abuts against the first matching portion and when the operating portion moves along the first direction, the second matching portion is elastically deformed under the squeezing action of the first matching portion, causing the support member to float in a direction close to the panel and causing the circuit board to apply a reverse force to the operating portion. When the operating portion applies a force to the circuit board in the first direction, the second matching portion is elastically deformed, causing the support member to float in a direction close to the panel and causing the circuit board to apply a reverse force to the operating portion, thereby ensuring a close fit between the operating portion of the panel and the circuit board.

The utility model discloses intelligent nitrogen sealing equipment for purified water. Comprising a storage tank, a gas supply pipeline communicated with the storage tank and an external gas supply source, a water supply pipeline communicated with the storage tank and an external water supply source, a water outlet pipeline communicated with the storage tank and an external water consumption point, and a first exhaust pipeline communicated with the water outlet pipeline and external atmosphere and capable of cooperating with the gas supply pipeline to perform nitrogen replacement on the storage tank, the second exhaust pipeline is communicated with the storage tank and the external atmosphere and can perform pressure relief protection on the storage tank; the storage tank, the gas supply pipeline, the water supply pipeline, the water outlet pipeline, the first exhaust pipeline and the second exhaust pipeline are each provided with a detection assembly connected to the controller, and the detection assemblies are selected from at least one of a pressure transmitter, a nitrogen detector and a valve. According to the intelligent nitrogen sealing equipment, the nitrogen sealing state, the water use state and the like of the equipment can be regulated and controlled at high precision, the long-term stability and the use safety of the quality of purified water are guaranteed, and the production requirement of the purified water is met.

The present invention relates to a production process of antibacterial double-layer PU gloves, which comprises: S1, pre-baking and heating the glove core on a hand mold; S2, impregnating the glove core with oily polyurethane glue; S3, first soaking in a coagulant, and then soaking in warm water; S4, baking to solidify the oily polyurethane glue on the surface of the glove core into a glue surface; S5, pre-baking and heating; S6, impregnating the inner lining of the oily PU glove with water-based polyurethane glue; antibacterial agent is dispersed in the water-based polyurethane glue, and the polyurethane molecules in the water-based polyurethane glue are linear molecular polyurethanes; S7, surface treatment: using a surface treatment agent with a coagulant effect for treatment; S8, baking to solidify the water-based polyurethane glue on the surface of the glove into a glue surface, demoulding, and obtaining a finished product. The antibacterial double-layer PU gloves of the present invention have multiple advantages such as good waterproofness, breathability, comfortable wearing, antibacterial, light and flexible, wear-resistant and durable, and sensitive operability.

This utility model relates to an arm mounting structure for unmanned aerial vehicles (UAVs), including a mounting bracket with an auxiliary mounting mechanism on the outside and an angle marking mechanism at the bottom. By providing the auxiliary mounting mechanism, this utility model effectively improves the fastening stability during the installation of the UAV arm and its safety and reliability during use. The nut, limiting washer, locking plate, marking rod, and baffle in the auxiliary mounting mechanism work together to achieve rapid fixing during tightening. Furthermore, the marking mechanism between the marking rod and the display ring enables intuitive identification of displacement. When the position shifts due to loose nuts or changes in force on the UAV arm, the mark left by the marking rod on the display ring provides a real-time warning, facilitating timely maintenance and resetting by the user, effectively avoiding flight abnormalities or even safety risks caused by loosening.

The invention discloses a plastic sealing device for chip sealing and testing, comprising a plastic sealing body, wherein a plastic sealing mechanism is arranged inside the plastic sealing body, wherein the plastic sealing mechanism is composed of a plastic sealing module and a heating component, wherein an electromechanical box is arranged on one side of the front end surface of the plastic sealing body, wherein a touch display screen is inlaid on the surface of the electromechanical box, wherein brackets are arranged on both sides of the top of the touch display screen, wherein the brackets are fixed on the surface of the electromechanical box, and wherein sliding rods are connected between the brackets; the invention realizes sliding assembly of a mounting plate equipped with a rubber scraper on the invention through designed sliding rods and sliding cylinders, thereby ensuring that the mounting plate can be pushed in time to clean the touch display screen, thereby avoiding long-term inability to clean and affecting the sensitivity of operation; and through designed spring steel sheets, the spring steel sheets have good elasticity, thereby applying pressure to the mounting plate, thereby ensuring that the rubber scraper is always in close contact with the surface of the touch display screen during cleaning, and no gaps will appear to cause incomplete cleaning.