590results about How to "Reduce short circuit" patented technology

The invention discloses oil-water separating device and method. The oil-water separating device comprises a swirler and a horizontal type agglutinating oil-water separator, wherein a bottom flow pipe of the swirler is in a U shape; the horizontal type agglutinating oil-water separator has the liquid uniform distributing function; an inlet liquid distributor, a rectifying sieve plate, a stainless steel plate ripple filler, a polypropylene gauze ripple filler, an outlet liquid collector, and the like are sequentially arranged in the horizontal type agglutinating oil-water separator, and the stainless steel plate ripple filler and the polypropylene gauze ripple filler are fixed by a limit grid plate; the U-shaped bottom flow pipe of the swirler and a filter screen arranged in the swirler can filter a small number of solid impurities contained in liquid so as to prevent the blockage of agglutinated fillers; the inlet liquid distributor and the outlet liquid collector ensure that the liquid is uniformly distributed; the rectifying sieve plate reduces the flow rate of the liquid to form lamellar flow; the stainless steel plate ripple filler provides a place for agglutinating and separating oil drops; and the polypropylene gauze ripple filler with an air floating device can further agglutinate and separate residual fine oil drops. The combination simultaneously has the effects of whirl, agglutination and air floatation and can realize the deep separation of oil and water.

The grating type pneumatic triphase fluidizing comprehensive absorption tower includes one housing, one gas inlet channel and gas outlet channel in the top of the tower, one rotary defogging and dewatering unit, one stuffing assembly comprising support boards, hold-down boards and stuffing, one coaxial tubular grating member, one liquid distributor with ring sprinkler pipe, one large caliber reverse sprayer inside the gas inlet channel, and one absorbing slurry pond in the bottom of the tower. It features the special grating structure, the regularly arranged stuffing for cyclic fluidizing, the combined foam absorption and stuffing absorption, etc, and has high absorption efficiency, great gas treating amount and other advantages.

A foam lithium cathode of a lithium metal secondary battery and a method for preparing the same relate to a lithium metal secondary battery cathode and a method for preparing the same. The present invention solves the problems that the prior lithium metal secondary battery cathode material with lithium foil metal as the main material has poor cyclicity and safety. The foam lithium cathode consists of a foam metal substrate and a lithium deposit layer deposited on the surface of the foam metal substrate. The preparation method comprises the following procedures: the surface of the foam metal substrate is treated and then lithium is electrodeposited or plated lithium is vaporized. With the foam lithium material as the cathode of the lithium metal secondary battery, the real area of the cathode is large and the real current density of charge and discharge is small; no dendritic crystal and no dead lithium are produced easily; in a three-dimensional foam structure, the dendritic crystal grows in the inner side of the foam, thereby reducing the occurrence of short circuit and improving the safety and the cyclicity of the lithium metal secondary battery.

An embodiment of the invention provides a gate line drive circuit of an array substrate and a display device, belongs to the technical field of displaying and aims to reduce short circuit of a GOA (gate driver on array) unit caused by ESD (electro-static discharge) and to increase yield of a GOA circuit. The GOA circuit comprises the GOA unit and an STV (vertical start pulse) signal line electrically connected with the GOA unit; the STV signal line comprises a first portion and a second portion; the GOA circuit further comprises a first transparent electrode and an insulting layer arranged between the first transparent electrode and the first portion; the first transparent electrode, the first portion and the insulating layer form a first capacitor. The GOA circuit according to the embodiment is applicable to the technical field of displaying.

The invention relates to a process for manufacturing smooth surface roughened electrolytic copper foil, which comprises a step of pickling, a step of primary smooth surface roughening, a step of secondary smooth surface roughening, a step of primary smooth surface curing, a step of secondary smooth surface curing, a step of double-size anti-oxidization treatment, a step of double side passivation and a step of smooth surface coupling agent treatment, which are accomplished continuously on the same production line. Compared with the prior art, the smooth surface roughened electric copper foil manufactured by the process for manufacturing the smooth surface roughened electrolytic copper foil has the advantages of short copper teeth, easy etching, and high impedance controllability. When the copper foil is used in production of downstream products, the needs of blackening micro corrosion and toughening treatment are obviated, so the manufacturing process is shortened, and the short circuit rate and open circuit rate are lowered; meanwhile, the copper foil manufactured by the process has the same quality as the conventional high-precision or double-side toughened electrolytic copper foil, is produced at low cost and is more suitable for manufacturing the inner layers of high-precision multilayer plates and high-density fine line printed circuit boards (PCBs).

The invention provides a grid electrode driving circuit and a display device. The grid electrode driving circuit comprises a plurality of grid electrode driving units, wherein each grid electrode driving unit is respectively connected with a pulse signal input end, a time sequence signal input end and at least two adjacent grid electrode scanning lines, and is used for sequentially providing pulse signals input from the pulse signal input end to at least two adjacent grid electrode scanning lines connected with the grid electrode driving unit under the control of the time sequence control signals input by the time sequence control signal input end, the pulse signal input end is connected with a grid electrode driver, and the grid electrode driver outputs the pulse signals according to the number of the grid electrode scanning lines corresponding to the grid electrode driving units. The grid electrode driving circuit and the display device provided by the invention have the advantages that one pulse signal input end can control the opening and the closing of at least two lines of pixel TFT (thin film transistor) arrays, and the number of the pulse signal input ends is reduced.

The invention discloses a TFT array structure, which comprises a substrate; a gate line and a gate electrode; a first insulating layer, a semi-conductive layer and an ohmic contact layer which are covered in order on the gate line and the gate electrode; a thin film transistor (TFT) groove; a second insulating layer formed on the ohmic contact layer; a source/drain electrode through hole formed on the second insulating layer; data lines and a source electrode integrated with the data lines and connected with the ohmic contact layer on the gate electrode; a drain electrode connected with the ohmic contact layer on the gate electrode; a passivation layer formed on the data lines, the source electrode and the drain electrode; a pixel electrode formed on the second insulating layer and partially lapped on the drain electrode; and a groove formed on the gate line between the data lines to cut off the ohmic contact layer on the gate line. The invention also discloses a fabrication method of the array structure. The inventive array structure and the fabrication method thereof shorten the production cycle of the TFT array and reduce the production cost.

The invention relates to the technical field of mobile terminals, and provides a mobile terminal, and a USB interface mode control method and device thereof. The mode control method comprises the following steps: judging whether an identifying switch switching on control signal is received or not; if the identifying switch switching on control signal is not received, keeping the identification pin of a USB interface in a non-electrified state; if the identifying switch switching on control signal is received, actuating the operation of electrifying the identification pin of the USB interface, and judging whether the identification pin inputs low electric potential or not; if the identification pin inputs low electric potential, actuating the operation of indentifying the access of OTB equipment and communication with the OTB equipment; if the identification pin inputs no low electric potential, controlling the electrifying state of the data pin of the USB interface according to the state of the power supply pin of the USB interface, and setting the state of the USB interface of the mobile terminal to ensure that the identification pin and the data pin of the USB interface are in non-electrified states. An interface power supply is shut off to reduce the corrosion degree of the USB interface, so that short circuit phenomena caused by highly corrosion on the pins of the USB interface are reduced.

The invention provides a method for eliminating flow field vortexes in a tubular electrode electrolytic machining interval. The method comprises the following steps that the lateral face of a tubular electrode is punched through a laser punching process; the punched tubular electrode is subjected to corresponding insulating treatment; electrolyte flows downwards in the tubular electrode during electrolytic machining and is sprayed outwards from an outlet in the lower end of the tubular electrode; the electrolyte beam sprayed out of the outlet of the tubular electrode impacts an electrolytic machining area; part of electrolyte is sprayed out of a hole in the lateral face of the tubular electrode; under the impact and disturbance function of the electrolyte sprayed out of the hole in the lateral face, a vortex area of the electrolyte of the machining area is eliminated, and electrolysate is discharged out of the machining area in time in the circular flowing of the electrolyte; and meanwhile, under the function of reactive force when the electrolyte impacts, the amplitude of vibration of the tubular electrode caused by flowing of the electrolyte is reduced. The occurrence of short circuit in the machining process can be effectively reduced by eliminating the electrolysate discharged out of the vortex area and reducing the amplitude of vibration of the tubular electrode, and the process stability of the electrolytic machining of the tubular electrode is improved.

The invention provides conductive substrate, an electrode, an energy storing device and a preparation method thereof. The conductive substrate comprises a non-conductive substrate layer and a conductive layer which is arranged on the non-conductive substrate layer; the non-conductive substrate layer is plastic or rubber state polymer film layer or composite polymer film layer with the thickness of 0.1 to 100 micrometer, the porosity being 40% to 60%, good flexibility, has self-supporting property and is high temperature and corrosion resistant; the particle diameter of the conductive layer is a nanoscale conductive material layer; the thickness of the conductive layer is 1 to 300 micrometers. The conductive substrate comprises a flexible non-conductive substrate layer and the conductive layer and a purpose of improving the electrode flexibility is achieved by increasing the substrate flexibility due to covering of the conductive layer on the flexible non-conductive substrate layer.

The invention discloses a wall socket which comprises an insulating socket shell and a panel, wherein the socket shell is internally provided with at least one independent insertion chamber unit, the insertion chamber unit is provided with a plurality of mutually isolated insertion chambers, the panel is provided with at least one jack group with a plurality of jacks, the insertion chamber unit and the jack group are in one-to-one correspondence, the insertion chambers of each of the insertion chamber units and the jacks of the corresponding jack group are in one-to-one correspondence, the insertion chambers of each of the insertion chamber units at least comprise a live line insertion chamber used for connecting a live line and a zero line insertion chamber used for connecting a zero line, and the bottom surfaces of the live line insertion chamber and the zero line insertion chamber are provided with drain holes which penetrate through the insertion chamber unit and are used for draining water, thereby being capable of preventing water or other conductive liquid from getting into the insertion chamber unit from jacks in the panel to cause short circuit. In addition, water in the insertion chamber can be drained timely through the drain holes, thereby further reducing the probability of short circuit and preventing an electric shock accident caused by being contacted with a wall socket with water, and effectively improving the safety of the wall socket.

The invention relates to an LED (Light Emitting Diode) headlamp for a motor vehicle. The LED headlamp for the motor vehicle overcomes the defects that in the prior art, beams between a dipped headlight and a headlight on full beam in the vehicle shelter from each other, the most brilliant central light emitting point of the LED lamps light directly forward to cause dazzle, the brightness of beams lighting forward is nonuniform, and a reflector has a light receiving dead angle and the like. The key points of the technical scheme are that the LED headlamp for the motor vehicle comprises a lamp cup body, a reflector, a transmitting lens, LED lamps, an LED driving circuit board and a radiator assembled and matched correspondingly. The LED headlamp for the motor vehicle is characterized in that the inner cavity of the lamp cup body is divided into an upper part and a lower part separated by a partition board in a horizontal state. A dipped headlight reflector is arranged on the inner wall face on the upper part, and the lower part is divided into a left part and a right part by a partition board. Headlights on full beam are respectively arranged on the inner wall faces of the left and right parts. LED lamps are respectively arranged on the partition boards in the upper, left and right parts. The directions of the central light emitting points of the LED lamps are vertical to the partition boards and the LED lamps directly light the dipped headlight reflector or the reflector of the headlight on full beam, respectively.

The invention mainly relates to a backlight module device, in particular to a backboard structure of a backlight module. The backboard structure comprises a framework, a backboard, a driving circuit board, a first fixing element and a second fixing element, wherein the backboard is arranged in the framework and provided with at least one penetrated positioning hole and one positioning part; the driving circuit board is provided with a fixing hole at a position opposite to the positioning part of the backboard; and the first fixing element and the second fixing element respectively correspond to the backboard, the positioning hole and the positioning part of the driving circuit board so as to ensure that the backboard and the driving circuit board are combined and fixed in the framework. The backboard structure can improve the insulating effect of the driving circuit board, reduce the occurrence frequency of short circuit of electronic elements and reduce the cost and assembly working hours.

The invention discloses an AMOLED (active matrix organic light emitting diode) display apparatus. The display apparatus comprises a substrate, and a positive electrode, a display unit and a negative electrode which are laminated on the substrate in sequence, wherein a gate in panel (GIP) circuit and a driving voltage negative electrode line are arranged on the periphery of the display unit towards the substrate in sequence; the display apparatus also comprises positive electrode metal; the positive electrode metal crosses over the GIP circuit to be connected with the driving voltage negative electrode line and the negative electrode; the part, overlapped with the projection of the GIP circuit, of the positive electrode metal in a direction perpendicular to the substrate is hollow-out. According to the display apparatus, the positive electrode metal above the GIP circuit is hollow-out, so that the most of the GIP circuit can be exposed, and only a small area of the GIP circuit is covered with the positive electrode metal; therefore, the GIP circuit can be seen clearly from both of the front surface and the back surface, so that disqualification analysis and test can be carried out conveniently; and meanwhile, the condition of short circuit between the negative electrode and the GIP circuit is effectively reduced.

The invention relates to low-temperature cured conductive silver paste and a preparation method and use thereof. The conductive silver paste is composed of the following components in percentage by weight: 40-45% of silver powder, 9-12% of polymer resin carrier, 42-48% of dimethyl nylon acid, 0.8-2% of water-soluble polyurethane curing agent, and 0.01-0.2% of white carbon black, wherein the average grain diameter of the silver powder is 5.5-10 mu m; the specific surface area is 1.9-2.20 m<2>/g; the silver purity is more than or equal to 99.5 wt%; and the polymer resin carrier is composed of polyethylene glycol terephthalate and chloric vinegar resin in a mass ratio of 1:(1-1.2) or composed of polyurethane resin and chloric vinegar resin in a mass ratio of 1:(1-1.2). Compared with the original like products, the conductive silver paste in the invention has the advantages of low curing temperature, low production cost and the like.

A battery anode includes the set fluid and the anode material coated on the set fluid; the anode includes the anode material perforation through the set fluid and coating the set fluid, in which the said perforation total area is 0.5-50% of the set fluid area, and the said perforation is irregular. During the anode preparation process, through the perforation on the anode which perforated irregularly, the invention makes the capacity rate of the anode and cathode less than 1, to avoid the lithium dendrites formation on the cathode, therefore reducing battery internal short circuit rate, and increasing the overcharge security of the lithium secondary battery of the anode; in addition, the anode of the invention is beneficial the heat radiation of the batteries, making lithium secondary batteries normal storage and work in the high temperature environment, thereby expanding the lithium secondary batteries' application environment scope.

The invention discloses an ammoniation two-stage upstream exhaust treatment device and a method thereof, which take volatile ammonia as raw materials and recover acid waste gas as useful products, the innovative essence thereof lies in that the invention provides two-stage independent absorption liquid circulating systems with ammonification and without ammonification, comprising independent two-stage absorption liquid spray devices arranged in a reaction tower to facilitate the method of the invention to comprise seven continuous steps including primary and secondary treatment, in particular to optimize the internal structure and relative size of the reaction tower as well as the size of an absorption liquid circulating tube and circulating load of absorption liquid, therefore, the operating gas-liquid ratio is set as 70-195. Compared with the prior art, the invention has the characteristics of greatly increased stability and reliability in the operation of the device, more effective control of loss due to ammonia escape, low energy consumption, simple structure of the device, reduced scarring and obstruction of the device and saved investment and operating cost, and has obvious application prospect in the field of exhaust purification such as boilers and the like.

A miniature light emitting diode includes an epitaxial layer, an insulating layer, a first electrode, and a second electrode. The insulating layer is located on the surface of the epitaxial layer andhas a first consistent hole and a second through hole. The first electrode is electrically connected to the first type semiconductor layer of the epitaxial layer via the first uniform hole, and has aplurality of first electrode plateau portions. These first electrode platforms have different horizontal heights with respect to the epitaxial layer, respectively. The second electrode is electricallyconnected to the second type semiconductor layer of the epitaxial layer via the second through hole, and has a plurality of second electrode platforms. These second electrode platforms have differenthorizontal heights with respect to the epitaxial layer. In addition, a display panel is also proposed.