35results about How to "Short circuit will not" patented technology

The electric connector is composed of socket and plug. Wire out port of the socket is connected to back shell body of the socket, and unlocking sheath is connected to releasing gear. The unlocking sheath via sidestep pulls movement of front shell body of the socket. Connecting rod connected to insulator module in middle of socket is setup on the unlocking sheath. Through the connecting rod, the unlocking sheath drives axial motion of the insulator to turn signal inside the socket on/off. After unlocking, through water inlet troughs on plug and socket, water enters into insertion face of the connector in order to realize balance between inner and outer hydraulic pressures. The plug with two jacks is installed in insulator module. One end of the plug is always contacted to connector pins, and the other end is assorted to connector pins to implement turning electric signal on/off. With simple structure, the invented electric connector prevents short circuit reliably.

The invention relates to a driving controller of an electric eddy current brake and a control method thereof, wherein the controller comprises a control unit, a driving circuit and an insulated gate bipolar transistor IGBT with large current and high pressure resistance electrically connected in sequence, and a rectification unit, a transformer T1 and a power input thereof connected with an IGBT output grid electrode in sequence. The control method comprises the steps that the control unit controls the pulse width thereof according to the input gear to modulate the duty ratio of the PWM output under the condition of normal circuit detection, or else turns off the output or restricts the duty ratio of the PWM output; the driving circuit receives the PWM output and drives the IGBT output according to the PWM output. The driving controller of the electric eddy current brake and the control method thereof has the high pressure resistance of 300V, and basically avoids the over-voltage failure used on cars, the controller can not be failed under various abnormal conditions combining a detection and protection circuit, thereby greatly enhancing the reliability, and solving the industrial problem of poor reliability of electronic control mode in the electric eddy current brake industry.

The present invention relates to a high-current battery system (1) in which a high operating current flows, in particular for vehicle drives. The high-current battery system (1) has a battery system monitoring electronics unit (12) and a plurality of battery modules (4), each module including at least one rechargeable battery cell (10) and being electrically connected in series by means of an operating current line (5) such that an operating current flows through the operating current line (5) during operation. At least one of the battery modules (4) is designed as a bypass battery module (6) which comprises a bypass switch (7) and a bypass line (8), which are designed and disposed such that the battery module (6) is electrically bridged by the bypass line (8) after the bypass switch (7) is switched from a normal operating position into a bypass position, so that the operating current flows through the bypass line (8). For each bypass battery module (6), the battery system monitoring electronics unit (12) incorporates a module monitoring unit (11) which monitors the associated battery module (6) and detects a fault state of the module (6). Upon detection of a fault state of a battery module (6) by one of the module monitoring units (11), the battery system monitoring electronics unit (12) measures the current flow in the operating current line (5) and switches the bypass switch (7) of the battery module (6) in question from the normal operating position into the bypass position at a time at which the current flow in the operating current line (5) is less than a predetermined limit value.

The invention provides a probe short-circuit prevention structure which is an insulated separation structure; each separation structure can be embedded in a probe body or a corresponding position of a probe seat, which is at the interval of the probes, thus causing each probe to have the efficacy of mutual separation when in use.

The invention discloses a waterproof method for a USB interface. A control circuit is arranged between the USB interface and a mainboard chip of a mobile terminal, and the control circuit is used for controlling a connected state of a channel between a working interface of the USB interface and a working interface of the mainboard chip. When an equipment connection event is judged to occur, the control circuit makes the channel between the working interface of the USB interface and the working interface of the mainboard chip conductive; when an equipment pull-out event is judged to occur, the control circuit cuts off the channel between the working interface of the USB interface and the working interface of the mainboard chip. When no equipment is connected, the channel between the working interface of the USB interface and the working interface of the mainboard chip is cut off, so that even if conducting liquid enters, the working interface of the USB has short circuit, and the conduction of the whole power circuit of the mobile terminal cannot occur to cause short circuit of the power circuit.

The invention discloses a flat plate type X-ray image sensor. Due to the fact that protective pixels are arranged on a pixel array, when a large current which is caused by static electricity passes through a data line, short-circuit of a data line and public electrode wires which are located on two sides of the data line can be avoided. The flat plate type X-ray image sensor comprises the pixel array which is formed in a base plate and a public electrode bus which is located on the periphery of the pixel array. The pixel array comprises a plurality of data lines, scanning lines which cross with the plurality of data lines and pixel units which are located in an area of the scanning lines and the data lines. The pixel array further comprises at least one line of protective pixels, each protective pixel comprises a public electrode, and the public electrode is electrically connected with the public electrode bus through a conducting layer.

Provided is a radiation detector that prevents shorting of electrical wirings that intersect with an inter-layer insulating layer there between, and wherein the occurrence of detector element failure is suppressed. By means of the present configuration, an amorphous selenium layer (1) and the electrical wiring of an active matrix substrate (4) are contrived in a manner so as to not short. Namely, the electrical wiring is provided to the position at which the layer thickness of the amorphous selenium layer (1) is covered by a thick central portion. As a result, the electrical wiring is reliably isolated from an electrode layer, and so it is possible to provide a radiation detector that can withstand long-term use.

The invention discloses a pixel structure and a maintenance method thereof, which relates to the technical field of liquid crystal display and solves the problems of complex maintenance progress and necessary maintenance device replacement for the traditional pixel structure. The invention embodiment is provided with a light shading part corresponding to data scanning lines on a grid and a grid layer of grid scanning lines. The light shading part is of a sealed structure and is connected to the grid scanning lines. The invention embodiment is mainly applied to the liquid crystal display, in particular to the liquid crystal display adopting TFT manufacture technology.

This terminal mounting structure is provided with: a plurality of recipient-side terminals (19) extending from respective distal ends of electrical leads (171); a mount (42) having an electrically insulating base material (43) and a plurality of supply-side conductive bars (44) that are disposed at an interval from one another and extend through the base material; a plurality of screws (48) that are screwed into screw holes formed in ends of the supply-side conductive bars through the recipient-side terminals in a direction intersecting with the direction of extension of the recipient-side terminals, thus fixedly contacting each of the recipient-side terminals to the respective corresponding supply-side conductive bars; and a contact prevention mechanism (46) that is provided to the mount and prevents contact between adjacent recipient-side terminals.

The invention discloses a multi-adaptive electric fusion welding device which comprises a cylindrical shell and is characterized in that a rain sheltering mechanism is arranged at the top of the cylindrical shell, a cleaning mechanism is installed on one side of the cylindrical shell, welding mechanisms are arranged on the two sides of the cylindrical shell, short circuit prevention mechanisms are arranged in gaps between the two sides of the cylindrical shell and the welding mechanisms, a deformation bag is connected into each welding mechanisms through a bearing, four first air cylinders are evenly arranged on the periphery of each deformation bag, first pistons are slidably connected into the four first air cylinders in a sleeved mode, a connecting rod is welded to one side of the first piston, a push rod is welded to the top end of each connecting rod, an elastic pipeline is installed on the other side of each first piston, an extrusion plate is welded to the top end of each elastic pipeline, and four contacts are arranged on the periphery of each welding mechanism. The multi-adaptive electric fusion welding device has the functions of automatically welding breakpoints and preventing mosquitoes and has the characteristic of resisting various severe weathers.

An liquid crystal display capable of preventing short circuit comprises a first display component, a second display component, a sealing element, a liquid crystal filling body and a driving module. Inthe actual application of the liquid crystal display capable of preventing short circuit, a first output end of the driving module outputs a first voltage to a first conductive portion, a second output end of the driving module outputs a second voltage to a second conductive portion, and the first conductive portion is electrically connected with the first display component, the second conductiveportion is electrically connected with the second display component, and the first conductive portion and the second conductive portion are separated by an insulating sealant portion, the first conductive portion and the second conductive portion are not shorted by the sealant portion, that is, no short circuit occurs, so that the first voltage can be stably input into the first display component, the second voltage can be stably input into the second display component, and the first display component and the second display component stably exist voltage difference to form an internal electric field to cause the liquid crystal filling body to rotate.

The invention relates to a lithium ion battery preparation method and a lithium ion battery thereof. The lithium ion battery preparation method comprises the following steps: coating a cathode activematerial mixture on the A surface of an aluminum foil, and coating an insulating layer on the B surface of the aluminum foil; electroplating metal lithium on the surface A of the copper foil, and coating the insulating layer on the surface B of the copper foil; arranging a diaphragm between the positive plate and the negative plate, and oppositely arranging the surface A of the positive plate andthe surface B of the negative plate or oppositely arranging the surface A of the negative plate and the surface B of the positive plate; and carrying out winding operation on the battery cell groups or stacking a plurality of battery cell groups. According to the preparation method of the lithium ion battery, the positive plate with the single-sided active material and the negative plate with thelithium metal as the anode are arranged, the insulating layers are arranged on the positive plate and the negative plate, so that the generated lithium dendrites can be blocked, and the lithium dendrites are prevented from being in contact with the positive plate to cause short circuit.