32results about How to "Normal conduction" patented technology

The present invention provides an analog signal sampling circuit capable of enabling the circuit to have high linearity, meanwhile, the processing of signal less than the minimum voltage in the circuit can be implemented. The analog signal sampling circuit can generate the constant voltage by arranging the voltage constant module as a voltage between gate source poles when the PMOSFET tube of the switch tube is conductive, the voltage between the grid and the source pole can be kept constant without changing with the variation of the input signal when the PMSFET tube is in the conducting state, the conductive electric resistance of the PMOSFET tube can not change following with the variation of the input signal, at last the PMOSFET has constant conductive electric resistance, the signal distortion through the PMOSFET tube is smaller, the high linearity sampling can be implemented. The invention also provides a switch capacitance circuit.

The invention provides a device for a breakdown diode to initiatively trigger a bypass of a thyristor valve string. The device comprises a plurality of thyristor valves connected in series and accessories thereof. A breakdown diode (BOD) is connected in a position between the gate pole and the positive pole of each thyristor valve. When faults such as short circuit happen in the electrical system and a valve-based electronics (VBE) does not receive trigger signal of the thyristor valve string sent by a control and protection unit, the voltage at two ends of the thyristor valve string increases dramatically; when the forward voltage reaches the setting valve of breakdown voltage of the whole string of the breakdown diode (BOD), the breakdown diode (BOD) is converted to an on-state and sends trigger signal to the door poles of the thyristor valves depending on a sudden short circuit effect, the thyristor valves are in an on-state, and the valve-based electronics (VBE) automatically supplies trigger signals of the whole thyristor valve string according to a plurality of detected protection signals of the breakdown diode, so as to ensure that the thyristor valve string is in normal on-state for a period of time. The resistances and the capacitances connected in series arranged between the positive pole and the negative pole of each thyristor valve form a damp absorption circuit, and the resistances and the capacitances connected in parallel between the door pole and the negative pole of each thyristor valve form a circuit preventing the fault triggering of the thyristor. The limitation level of short circuit current is decided by the operation voltage of the breakdown diode. The damp absorption circuit restrains overvoltage in the closing process of the thyristor valves.

A downlink level shifting circuit includes a high side input network, a common gate voltage-withstanding structure and a low side latch circuit; the high side input network consists of two parallel PMOS devices of a common source structure, and transmits an input signal to the common gate voltage-withstanding structure; the common gate voltage-withstanding circuit includes a pair of common gate PMOS transistors, a pair of common gate NMOS transistors and two clamp diodes; and the low side latch circuit includes two pairs of NMOS transistors used as linear resistors and a latch structure formedby a pair of cross-coupled NMOS devices, and enables a high-side signal to be transmitted to a low-voltage region when a high-side voltage difference is very small.

The invention relates to a pressing and breakover process of a circuit board, comprising an inner-layer board and an outer-layer board which are made through blanking. The machining process mainly comprises the following steps of: making an inner-layer board circuit, pressing the outer-layer board, drilling, electroplating, printing, laminating boards, pressing laminating boards, making an outer-layer board circuit and printing with preventing weld paint; and then performing word printing, surface processing and shape machining for the obtained circuit board to obtain a finished product. The laminating board structure of the circuit board comprises a basal board which is formed by machining the inner-layer board and the outer-layer board through the steps, the upper surface and the under surface of the basal board are respectively provided with a layer of steel board, and the upper surface and the under surface of the steel board are respectively provided with a layer of kraft paper. Compared with the prior art, the invention has the characteristics that printing is connected with breakover, and the printing laminating boards are coherent together; relative to a laser blinding hole drilling process, the cost of the process is lower; and the laser blinding hole drilling process is changed into a pressing process subjected to printing, and normal breakover can be achieved after connection.

The application discloses a display panel. The display panel comprises a first connecting part on which a first pin part is arranged; a second connecting part on which a second pin part is arranged; aglue line arranged between the first connecting part and the second connecting part, wherein the conductive glue line at least completely covers at least one in the first pin part or the second pin part, and at least a part of the glue line is conductive adhesive. By adopting above structures, at least majority area of the first pin part and the second pin is covered by the glue line; even if theelectronic device is located in a moist environment and even the moisture is existent, trace liquid can only attach to the glue line but not directly contact with the first pin part or the second pinpart, thereby reducing the probability that the moisture enters the display panel to cause the short-circuit of the first pin part or the second pin part, and guaranteeing the normal work of the display panel. The invention further provides an electronic device including the above display panel.

The invention relates to the field of display, and in particular relates to a display panel, a manufacturing method thereof and a display device. The problem that a planarization layer is destroyed inan anode etching process in the prior art is solved. According to the structure of the display panel, an etch barrier layer is formed on the planarization layer; a conductive film layer is formed onthe etch barrier layer; the conductive film layer is processed by a photolithography process to form a patterned anode; and the etch barrier layer is used to prevent the planarization layer from beingcorroded by an ashing material used when the patterned anode is formed. According to the technical scheme provided by the invention, the planarization layer is protected by the etch barrier layer; the planarization layer is prevented from being corroded by the ashing material used when the anode is etched during the anode etching process; and the problems of inaccurate position of a evaporation luminescent layer and poor display performance, which are caused by uneven thickness of a pixel defining layer formed on the planarization layer, are prevented.

The invention provides a cascaded light-emitting diode light string with low power consumption, which includes a main light string and at least one sub-light string, wherein the main light string receives a carrier light-emitting signal to control a light-emitting diode module to emit light; the sub-light string is cascaded with the main light string; a signal intensifier of the sub-light string enhances the carrier light-emitting signal to drive the light-emitting diode module to emit light; and when the voltage of the carrier light-emitting signal is lower than the low level voltage, the light-emitting diode module enters a low power consumption mode.

The invention belongs to the field of electronic equipment and in particular to a binding post comprising a male connector, a female connector, a plug and a socket, wherein the plug is mounted on thelower end of the male connector; the female connector is provided therein with the socket; the plug has a shape like a circular truncated cone having a wide top and a narrow bottom; the outer surfaceof the plug is provided with elastic rings in the same shape; soft magnets are disposed in the elastic rings; the bottom of the socket is provided with a strong magnet; the plug and the socket are provided therein with locking structures; when the plug moves to the bottom of the socket, a snap ring disposed on the socket cooperates with a snap slot disposed on the plug so that the socket locks andfixes the plug; a Na(OH) solution is arranged inside the plug and flows into a gap between the plug and the socket through a flow channel on a first screw groove to realize electrical conduction between the plug and the socket; the male and female connectors are provided with the locking mechanism so that the plug and the socket are closely attached to each other to solve the virtual connection of the binding post caused by the poor contact between the plug and the socket.

The invention relates to the technical field of nursery stocks, in particular to a lithium ion battery cathode material lithium ferric manganese phosphate material and preparation processing equipment thereof.The lithium ion battery cathode material lithium ferric manganese phosphate material is prepared from 70-100 parts of lithium iron phosphate, 5-10 parts of conductive material, 5-10 parts of binder, 5-10 parts of modified silver powder, 25-50 parts of deionized water, 1-3 parts of metal oxide, 2-5 parts of dispersing agent and 1-3 parts of low-temperature resistance material; the conductive material comprises a carbon conductive agent and a metal ion conductive agent, the ratio of the carbon conductive agent to the metal ion conductive agent is 1: 1, and the carbon conductive agent comprises one or more of carbon black, amorphous carbon, carbon nanotubes, carbon nanowires, carbon gel and graphene. The lithium iron phosphate battery has the beneficial effects that when the battery is used in a low-temperature environment, the resistance value of the low-temperature resistance material is increased due to temperature reduction, so that the calorific value of the lithium battery is increased, the lithium ion battery can be normally conductive due to temperature rise, and the lithium iron phosphate battery can continue to work.

The invention relates to a control circuit and a control method for an outdoor resistance training device, and solves the problems that a magnet is demagnetized and damaged while resistance is provided by large current backflow generated by a permanent magnet self-generator in fast movement through the design of the control circuit and the control method; and the current change caused by the change of the movement speed changes the resistance and deviates from the resistance level set value. The control circuit comprises a permanent magnet self-generator, a rectifying and filtering unit, a backflow adjusting unit, a sampling and digitizing unit and a central control unit, wherein the permanent magnet self-generator, the rectifying and filtering unit and the backflow adjusting unit are electrically connected in sequence and then are connected to the central control unit; and the input end of the sampling and digitizing unit is electrically connected with the backflow adjusting unit, and the output end of the sampling and digitizing unit is connected to the central control unit.

The invention discloses a voltage division proportion adjusting circuit, a switch control circuit and a cooking utensil. The voltage division proportion adjusting circuit comprises: an oscillation loop, wherein a first end of the oscillation loop is used for being connected with a power supply, and a second end of the oscillation loop is used for being connected with a resonance end of an I GBT module; a first voltage detection end which is connected with the first end of the oscillation circuit through a first resistor; and a second voltage detection end which is connected with the second end of the oscillation circuit through a second resistor; The voltage division proportion adjusting circuit further comprises: a first adjustable resistor, wherein one end of the first adjustable resistor is connected with the first voltage detection end, and the other end of the first adjustable resistor is grounded; and/or a second adjustable resistor, wherein one end of the second adjustable resistor is connected with the second voltage detection end, and the other end of the second adjustable resistor is grounded. Thus, when the voltage of the mains supply is low or high, the resistance value of the first adjustable resistor or the resistance value of the second adjustable resistor is adjusted, so that the I GBT module can be normally conducted.

The invention relates to a compression-resistant cable which comprises a secondary cable and a primary cable. The primary cable comprises a first wire harness and a primary port, the primary port is connected with the first wire harness, the secondary cable comprises a second wire harness and a secondary port, the secondary port is connected with the second wire harness, the second wire harness comprises hollow insulating tubes and core wires, and the core wires are penetratingly arranged in the insulating tubes and are used for delivering media. The compression-resistant cable is characterized in that a compression-resistant tube is arranged on the outer sides of the insulating tubes, three arc-shaped grooves are uniformly formed in the inner side of the compression-resistant tube, circlecenter angles of the arc-shaped grooves are 270 degrees, a first cotton weaving protective layer is arranged on the outer side of the compression-resistant tube, a flame-retardant layer made from ceramic fiber materials is arranged on the outer side of the first cotton weaving protective layer, balls made from elastic materials are arranged between the flame-retardant layer and the cotton weavingprotective layer and are annularly uniformly distributed, and an insulating outer sheath which wraps the flame-retardant layer is arranged on the outer side of the flame-retardant layer. The compression-resistant cable has the advantages that external pressures can be effectively cushioned, accordingly, normal electric conduction can be assuredly carried out by cores of the compression-resistantcable, and the problem of core breakage can be solved.

The invention discloses a Zhuang nationality medicine for preventing and curing post-stroke depression and a preparation method thereof. The composition is prepared from five raw materials including desmodium triquetrum, tuber fleeceflower stem, millettia pulchra(Dunn)Kurz var.laxior(Dunn)Z.Wei, kadsura heteroclita(Roxb.)Craib and white paeony root. The invention further provides a preparation method of the Zhuang nationality medicine for preventing and curing post-stroke depression. The Zhuang nationality medicine provided by the invention has the effects of clearing away heat and toxic materials, dispelling wind and eliminating dampness, and activating and harmonizing qi and blood, so as to ensure dragon road smoothness and normal conduction and achieve a physiological status of qi-blood reconciling and three-qi synchronization. The Zhuang nationality medicine has a significant effect of preventing and curing the post-stroke depression.

The invention discloses a lithium battery positive paste leak-proof structure. The structure comprises a battery body, a fixed plate and a conductor rod; a positive end of the battery body is fixedlyconnected with the fixed plate through a bolt, the middle part of one end, far away from the battery body, of the fixed plate is connected with a connecting pipe in hollow arrangement; a first fixingring and a second fixing ring are uniformly clamped at the external of the connecting pipe; the end part, close to the positive electrode, in the fixed plate is connected with a screwed joint, multiple damping springs are uniformly connected between the external of the screwed joint and the inner wall of the fixed plate; the end parts of the damping springs are connected with sleeved in the sleeving manner; one end of each sleeve is fixedly connected with an inner wall of the fixed plate. The positive end is more firm and hard to crack, the internal paste cannot leak, and the security performance is good. The stabilization performance is improved in the use, the positive electrode of the battery can be changed, the structure can be suitable for different demands in the use, and the conducting is uniform and stable. The positive end is hard to damage, and the battery can maintain good strength after falling off from the height or being impacted by other objects.

The invention discloses a high-compression-resistance cable, which comprises a cable core and an insulating layer, wherein the cable core is arranged in a protective shell, the protective shell is ofa hexagonal structure, a buffer elastic layer is arranged on the outer circumferential surface of the protective shell, a cotton woven protective layer is arranged on the outer circumferential surfaceof the buffer elastic layer, an air bag protective layer is arranged between the insulating layer and the cotton woven protective layer, an elastic protective layer is arranged on the peripheral surface of the insulating layer, a damping assembly is arranged between the insulating layer and the elastic protective layer, and the damping assembly comprises a top column, a convex top and an elasticpiece. When the elastic protective layer is pressed, the top column is driven to slide relatively, the convex top abuts against the elastic piece to absorb pressure, when the pressure is too large andthe insulation layer deforms, the air bag protective layer and the buffer elastic layer ensure that external pressure can be effectively buffered, and the hexagonal protective shell is high in structural strength when being subjected to external force. Therefore, the wire core can conduct electricity normally, and the phenomenon of wire core breakage is avoided.

The invention discloses a power supply monitoring circuit and a switching power supply, and the power supply monitoring circuit comprises a core sampling control module which is used for outputting a first control signal with a first logic level according to the level state of a power supply voltage; the charge pump is used for generating corresponding reference voltages according to the effective level states of different reset indication signals; the logic level conversion module is used for converting the logic level of the first control signal according to the reference voltage so as to output a second control signal with a second logic level; and the output module comprises at least one switch tube, a grid electrode receives the second control signal, the switch tube is used for outputting an effective reset indication signal at a drain electrode when the switch tube is switched on, and the switch tube is a depletion type transistor. The circuit can work normally when the power supply voltage is 0V, and is small in occupied area and high in stability and accuracy.

The invention discloses a connecting line structure, the connecting line structure is provided with at least two paths of wires, the reliability of the connecting line structure is higher, and after one path of wire between two intersection points is broken, at least one path of wire is conductive. In actual use, as long as all the leads between the two intersection points are not fractured completely, the connecting line structure can still be conducted normally.