112results about How to "Avoid high temperature effects" patented technology

The invention provides a method for manufacturing a touch display panel, and aims to reduce the thickness and the weight of the touch display panel, simplify the manufacturing procedure and reduce the cost of the manufacturing procedure. The method comprises the following steps of: supplying a display panel which comprises a first substrate and a second substrate opposite to the first substrate; thinning the display panel to form a thinned display panel; and forming a touch sensor on the outer side surface of the thinned display panel.

The invention relates to an electronic device comprising a display screen. An ultrasonic module is arranged in that display screen, and the electronic device further comprises a control unit. Each structure located above the ultrasonic module in the display screen can conduct ultrasonic wave. The top surface of the ultrasonic module faces the surface of the display screen for displaying an image,and the ultrasonic module is used for emitting ultrasonic waves and receiving ultrasonic waves reflected from a target under the control of the control unit, and converting the reflected ultrasonic waves into electrical signals. The control unit is used for judging that when the strength of the electric signal is greater than a set threshold value, a target is considered to be close to the electronic device. The electronic device uses ultrasonic wave to detect whether a target is close to the electronic device. Because the ultrasonic wave has the ability to penetrate the material, the short-range sensing function can be realized without opening holes in the electronic device, thereby improving the waterproofing performance of the electronic device.

The invention relates to the technical field of kitchenware used for cooking food in steam and discloses a micropressure steam hotpot which comprises a base and a steamer placed on the base.A steam generator is arranged in the base, the steamer comprises a bottom pot and a pot cover, the steam generator comprises a shell, a steam outlet is arranged at the top of the shell, a pressure control valve blocks the steam outlet, a pressure control valve cover covers the steam outlet and covers the pressure control valve between the steam outlet and the top of the pressure control valve cover, the pressure control valve can move up and down, the pressure control valve cover is provided with steam flow holes, a through hole is formed in the bottom of the bottom pot, and after the steamer is placed on the base, the pressure control valve cover penetrates the through hole to extend into the bottom pot.The steam hotpot has effect of ejecting steam, thereby being conducive to the steamer to be quickly filled with the steam, and heating efficiency is improved.

The invention discloses a closed type circulating water breeding method of hexagrammos otakii. The method includes the steps of selecting a breeding water source, establishing a breeding environment, controlling the breeding density and the breeding water temperature, adjusting the breeding water quality, adjusting and controlling breeding water oxygen dissolution, selecting and putting in breeding bait, managing breeding sub-ponds, and preventing and controlling breeding diseases. An oxygen and water mixer is added to the tail end of a water processing device, an oxygen dissolution probe and an emergency gas chamber are added in a breeding pond, and an ultraviolet lamp box is communicated between a biological pond and the oxygen and water mixer. The breeding environment is controllable, closed type circulating water processing facilities are complete, the continuous optimism of the breeding environment is ensured, the water temperature is controllable, the fluctuation of the breeding water temperature is avoided, matched feed is put in, bait waste is avoided, the bait coefficient is decreased, the breeding economic benefits are improved, fish separating operation is conducted at the right moment according to the breeding conditions, polarization is avoided, the yield is increased, the breeding cycle is shortened, the time to market can be controlled, and economic benefits are improved.

The invention provides a feeding and discharging robot. The feeding and discharging robot comprises a base, a lifting air cylinder, a rotary air cylinder, an air cylinder installation plate, a balanceweight, a horizontal air cylinder, a finger installation plate and pneumatic fingers. The pneumatic fingers are installed on the pneumatic finger installation plate, the finger installation plate isarranged on the horizontal air cylinder, the horizontal air cylinder is installed on the air cylinder installation plate, the balance weight is arranged on the air cylinder installation plate, the aircylinder installation plate is arranged on the rotary air cylinder, the rotary air cylinder is arranged on the lifting air cylinder, and the lifting air cylinder is arranged on the base. The liftingair cylinder, the rotary air cylinder and the horizontal air cylinder independently or synergistically move to control pincers on the pneumatic fingers to complete grabbing and releasing of parts, thewhole process is completely automatic, the production efficiency of feeding and discharging can be improved, and the labor intensity of a worker is reduced.

A display module and a forming method thereof, the forming method comprising: providing a flexible plastic substrate; Forming a device layer on the flexible plastic substrate, the device layer and theflexible plastic substrate for forming an optical sensor; Providing a protective cover plate and a self-luminescent display panel located on the surface of the protective cover plate; oppositely attaching The self-luminescent display panel and the optical senso. A device layer is directly formed on a flexible plastic substrate to form an optical sensor, so as to achieve the purpose of giving consideration to both high yield and small thickness.

The present invention discloses a manufacturing method of a direct-light-type LED backlight. The method comprises: mixing mixed phosphors including quantum dot fluorescent powder with photocuring glue to obtain quantum dot fluorescent glue, coating the quantum dot fluorescent glue at the surface of a LED lens in the LED backlight, and coating a photocuring glue protective layer at the surface of the fluorescent glue after the fluorescent glue is solidified. The manufacturing method of direct-light-type LED backlight is simple in manufacturing technology, and the half-wave width of the quantum dot fluorescent glue made of quantum dot materials is small so as to greatly improve the color gamut value of the LED backlight, the color gamut value of the direct-light-type LED backlight can reach above 97% of NTSC, and the light conversion efficiency of a light source obtained through the technology is high, and the production cost is low. The photocuring glue protective layer can effectively reduce the erosion of moisture and oxygen for the quantum dot materials, can prevent the quantum dot materials from directly contacting a luminous chip, and is not liable to high-temperature influence of the luminous chip so as to improve the reliability of the LED light source.

The invention relates to an external transmission liquid seal type rotary material distribution device which comprises a material distribution unit, a rotating device, a driving mechanism and a rotation liquid seal cover. The rotating device is composed of a rotation disc and a gear disc; the material distribution unit is composed of a material receiving hopper, a seal type movable connection pipe, a forking body, a material guide body and a material discharging body; the gear disc and a driving gear are in meshed transmission so as to drive the rotating device and the whole material distribution unit except for the material receiving hopper to rotate around the center of a furnace opening; an annular liquid seal plate at the edge of the outer side of the rotation liquid seal cover extends into liquid in an annular liquid seal groove to achieve sealing of the furnace opening; and a discharging point adjusting structure is arranged on the rotation disc. The material distribution unit, the rotating device and the driving mechanism of the external transmission liquid seal type rotary material distribution device are all arranged outside a furnace, space in the furnace is not occupied, the external transmission liquid seal type rotary material distribution device is simple and reasonable in structure, stable and reliable in work and convenient to overhaul, and high-temperature influences on the furnace opening can be effectively avoided; and the rotation liquid seal cover is adopted for achieving sealing of the furnace opening during rotary material distribution, and rapid adjustment of a discharging point can be achieved through combination of different types of adjusting connecting plates and discharging bodies.

The invention relates to a movable slagging chute for a smelting furnace. The movable slagging chute comprises a propeller, a push rod, a movable chute, a rotating base, an idler wheel and a rotating shaft frame, wherein the movable chute has an integrated structure; a rotating base is arranged under one end of the movable chute; the idler wheel is arranged under the other end of the movable chute away from the rotating base; the idler wheel is arranged on a chute wheel rail and is capable of driving the movable chute to move on the chute wheel rail under the driving of the push rod; the rotating shaft frame is arranged on the movable chute. The movable slagging chute for the smelting furnace can realize the connection between the propeller and the movable chute by adopting the push rod structure; the influence of high-temperature slag on the propeller is reduced; the problems of high fault rate and low reliability of the movable slagging chute for slagging at a slag port of the smelting furnace are solved; the safe and reliable slagging operation is ensured; the integrated movable chute is adopted, so that the loading capacity of the chute is increased, the service life is prolonged and the motion of the movable chute is benefited.

The invention discloses a die casting conveying device, and relates to a conveying device. The die casting conveying device comprises a frame mounted on the ground, two first rotating shafts rotationally connected to the two ends of the frame, multiple second rotating shafts slidingly connected between the two sides of the frame, multiple chain wheels uniformly distributed on the first rotating shafts and the second rotating shafts, multiple chains engaged with the chain wheels positioned on the same vertical surface, multiple metal strips arranged on all the chains at equal intervals, a motorarranged on one side of the frame and connected with one first rotating shaft through a motor shaft, an air cooling mechanism arranged rightly above the frame and used for accelerating the flowing speed of air on the surfaces of die castings, and a stacking mechanism arranged at the tail end of the frame and used for taking down the die castings from the frame to stack. The die casting conveyingdevice achieves the effect of preventing damage of the conveying device by the die castings with higher temperature.

The invention relates to the field of furniture machining devices, in particular to a safe cutting device suitable for furniture packing. According to the technical scheme, the safe cutting device comprises a rack and an electric heat device arranged on the rack and further comprises an oil spraying device for oiling the electric heat device and a cleaning device for cleaning the electric heat device. The safe cutting device is simple in structure, cuts the furniture packing heated electric heat wires and meanwhile has the automatic oiling function and the automatic electric heat wire cleaning function, efficiency is improved, and operation safety is improved.

The invention belongs to the technical field of kitchen equipment, and particularly relates to an integrated food steaming oven. The integrated food steaming oven comprises a box body and a box cover,and a working space for storing food is formed in the box body; the box cover is connected to the box body through a hinge; a protective cover and a heating device are mounted in the working space inthe box body; a circulating fan is mounted in the protective cover; an air outlet hole is formed in the working space; a steam nozzle is mounted in the working space; a first cavity is formed in theupper portion of the box body; a water tank is fixedly mounted in the first cavity; a second cavity is formed in the rear side of the box body; a steam generator is mounted in the second cavity; a circulating water pump is mounted in the second cavity; the circulating water pump, the steam generator and the water tank are connected through water pipes; the steam generator is connected with the steam nozzle through an air pipe; and a steam discharge pipe is fixedly mounted in the second cavity. The integrated food steaming oven is simple in structure, the water tank and the steam generator canbe cleaned, and residual water is avoided.

The invention discloses a high temperature rod member unloading conveyer. The high temperature rod member unloading conveyer is characterized by comprising high temperature rod member unloading mechanisms, a conveying mechanism and a positioning mechanism. Each unloading mechanism comprises a pedestal, a fixing support, an unloading hydraulic cylinder, a positioning support, a high temperature connecting rod member and an unloading claw. The conveying mechanism comprises a driving sprocket, a driving chain, a discharge hook, two pedestals and a motor. Each positioning mechanism comprises a hydraulic cylinder fixing support, a positioning hydraulic cylinder and a positioning slide block. The high temperature rod member unloading conveyer can cooperate with a robot to automatically unload, the work efficiency can be raised, and the labor force can be saved.

The invention discloses an outdoor box-type energy storage battery power station and a method. The energy storage battery power station comprises a box body; a fresh air exchanger is arranged on one side of the box body, is communicated with a gas compressor through a heat preservation buffer pipe and is communicated with an air supply hose; the fresh air exchanger is further communicated with anair exhaust hose; the interior of the box body is divided into an energy storage chamber, a converter chamber, a power distribution chamber and a control chamber by partition walls; and each working chamber is internally provided with an electric heater. The method comprises the following steps: in the power storage and discharge process of an energy storage battery power station, a gas compressorsends compressed low-temperature gas into a box body through an air supply hose at a high temperature in summer, so that cooling is realized; and in winter, a fresh air exchanger is opened or closedaccording to specific conditions, electric heaters are started, and the temperature in the box body is increased. With the outdoor box-type energy storage battery power station and the method of the invention adopted, a good gas environment in the box body is maintained, the temperature environment in the box body is maintained at a proper temperature suitable for the working of electrical apparatus elements, and working stability is ensured.

The invention provides an automatic temperature control aging device. The automatic temperature control aging device comprises a temperature control box, and a temperature sensor, an air inlet fan, an air exhaust fan and a control panel which are arranged in the temperature control box, an air inlet part and an air outlet part are arranged on the box wall of the temperature control box, an aging cavity and an electric control cavity are formed in the temperature control box, and the air inlet part and the air outlet part are both communicated with the aging cavity; an air duct is arranged in the aging cavity, and the air duct comprises a mounting area for mounting an electronic product; the temperature sensor is arranged in the air duct, the two ends of the air duct are the air inlet end and the air outlet end respectively, the air inlet fan is arranged at the air inlet end, and the exhaust fan is arranged close to the air outlet end. The control panel is arranged in the electric control cavity, and the temperature sensor and the exhaust fan are electrically connected with the control panel; a main air area is formed in the air duct, and a mixed air area is formed between the air duct and the inner wall of the temperature control box. The automatic temperature control aging device is small in size, good in flexibility, modularized, capable of automatically controlling temperature and low in energy consumption.

The invention discloses a packaging method of an intelligent power module and the intelligent power module. The method comprises the steps: carrying out the conductive paste printing on the outer surface of a first resin layer after the intelligent power module completes first resin layer packaging, wherein a power chip in the intelligent power module is arranged in the first resin layer; and carrying out second resin layer packaging on the intelligent power module printed by the conductive paste to obtain a packaged and formed intelligent power module, wherein a driving chip of the intelligent power module is placed in the second resin layer. The technical problems that a traditional intelligent power module is electrically connected in a lead bonding mode, so that stray inductance is high, and the current bearing capacity is insufficient are solved.

The invention discloses a core-pulling mechanism of a hot core box die, which comprises a cylinder support, a cylinder fixed plate arranged on the cylinder support, a cylinder arranged on the cylinder fixed plate, a cylinder arranged on the cylinder fixed plate, and a cylinder connecting shaft the lower end of which passes through the cylinder fixed plate. The core-pulling mechanism of the hot core box die is characterized in that: both sides on the lower part of a core-pulling connecting frame are connected with a core-pulling block respectively by a first core-pulling connecting block and a second core-pulling connecting block; a hoop on the upper part of the core-pulling connecting frame is connected with the lower end of the cylinder connecting shaft; the upper ends of two guide pillars are connected on the cylinder support by end covers, while the lower ends thereof are matched with guide holes on both sides of the core-pulling connecting frame; the core-pulling connecting frame and the core-pulling block connected with the core-pulling connecting frame can slide up and down along the two guide pillars; and the lower end of the core-pulling block is connected with a sand core. The invention has the advantages that the core-pulling mechanism avoids the problem that the cylinder is influenced by high temperature; the sealing component is also not easy to be aged; and the core-pulling mechanism also avoids the phenomenon that the strip core-pulling block is blocked.

The invention discloses a preparation method of embedded printed structural parts. The method comprises the following steps: taking one surface of a case cover plate as a reference surface, confirming frames of a fixing position and a circuit pattern on the reference surface according to a circuit pattern negative plate, leveling the reference surface, then performing insulating treatment on the surface of the case cover plate, forming a heat dissipation insulating layer on the surface of the case cover plate, coating a heat conduction insulating layer on the heat dissipation insulating layer of the reference surface, loading copper foils on the heat conduction insulating layer, manufacturing a circuit pattern on surfaces of the copper foils, then coating a protection layer on the circuit pattern on the surfaces, performing shape processing on the case cover plate, performing surface protection treatment on an exposed surface of the case cover plate, and coating thermal control material on the exposed surface. Heat emitted by the high-power elements connected with a printed circuit is directly conducted to the case cover plate, and then is radiated to external environment through the case cover plate, heat is rapidly emitted to external space, other devices in a case are prevented from being affected by high temperature, and the method provides guarantee for the stable and reliable operation of a complete machine.

The invention discloses a high temperature and high pressure special regulating valve, which comprises a valve body, a valve cover, a valve seat, a valve cage, a valve plug and a valve stem. A built-in space, a valve seat is provided at the lower part of the built-in space; a valve cage is provided between the valve seat and the bonnet, and the valve cage includes an upper valve cage and a lower valve cage arranged from top to bottom, the upper valve cage and the lower valve cage There is an upper seal between them; there is a valve plug inside the cage, the valve plug is set above the valve seat, and a lower seal is provided between the valve plug and the valve seat; there is a valve stem inside the valve plug, the valve plug and The valve stems are connected by pre-positioning and anti-loosening threads. The upper part of the valve stem is installed in the center of the bonnet. There is a graphite packing between the valve stem and the bonnet. The high-temperature and high-pressure special regulating valve of the present invention can effectively improve the sealing performance of the valve at high temperature, withstand high pressure, reliability and versatility; it can be widely used in various automatic high-temperature and high-pressure regulating occasions.

The invention relates to a fast flame-retardant solid combustion particle sampling device and sampling steps thereof. The device comprises a sleeve, a filter cylinder and an air pump, wherein the sleeve is communicated with the filter cylinder and the air pump in sequence, the sleeve consists of multiple layers of pipes, one end of the sleeve is a sampling end provided with a blocking plate, everytwo adjacent pipes are connected by an annular plate at the other end of the sleeve, an interlayer is formed between the adjacent pipes by the blocking plate and the annular plates, each interlayer comprises a first chamber, a second chamber and a third chamber from outside to inside, the first chamber is communicated with the second chamber, and through holes communicated with the third chamberare formed in the inner wall, close to the sampling end, of the innermost pipe; a flame retardant gas inlet, a cooling water inlet and a cooling water outlet are formed in the sleeve. One part of theinterlayer chambers formed between the interlayer sleeve tubes are used for discharging inert gas from the sampling end, and the other part of the interlayer chambers are used for cooling inert gas, so that sample distortion due to oxidation and burning of a sample by air during sampling by the sampling device can be avoided.