133 results about "Single electrode" patented technology

The invention relates to the technical field of automotive electronics, and provides a capacitive single-electrode-based steering wheel hand separation detection implementation device which comprises a main control unit, a capacitive sensor and a heating control circuit. Wherein the heating control circuit comprises a steering wheel heating wire, the steering wheel heating wire is reused as an induction electrode of the capacitive sensor, and the main control unit is electrically connected with the heating control circuit and controls the current of the steering wheel heating wire; the main control unit is electrically connected with the capacitive sensor and receives a capacitance change signal of an induction electrode of the capacitive sensor; and judging whether capacitance drift exists or not according to the capacitance change signal at a first moment when the hand-leaving detection is started, adjusting a judgment threshold value of the hand-leaving detection, and turning off the heating control circuit, and at the second moment when the hand-off detection is closed and the heating instruction exists, whether the real-time temperature reaches a preset temperature threshold value or not is judged according to the capacitance change signal, and the heating control circuit is controlled to be switched on to execute heating and turn-off of the hand-off detection.

The utility model provides a semiconductor device comprising a trench capacitor structure and a forming method thereof. Using a multi-electrode connection including the use of conductive sidewall layers, the interconnect structure may be connected with a plurality of vertically arranged electrode layers of the trench capacitor structure. The connection of a plurality of vertically arranged electrode layers can increase the effective thickness of the connection pad for the interconnect structure compared to the connection using a single electrode layer. The increased effective thickness can reduce the likelihood that vertical interconnect access is generated in the metal structure of the trench capacitor structure to induce metal island corrosion defects.

The utility model belongs to the inductance technical field discloses a kind of electrode sheet for copper iron co-fired inductance, including positioning frame and multiple electrode sheet main parts, positioning frame includes main part and multiple branch parts, branch part is integrally formed piece with main part;Electrode sheet main part is set one-to-one with branch part, electrode sheet main part is U-shaped, the both ends of U-shaped electrode sheet main part are connected with the end of corresponding branch part away from main part, and branch part is provided with pre-break slot at the connecting place with electrode sheet main part.Through the positioning frame, avoid the problem of single electrode sheet deviation, improve the feeding efficiency and pressing efficiency of the magnetic core, while reducing the cost of equipment layout and production cost.

A resistance calculation device includes: a characteristic calculation portion configured to calculate a shrinkage rate for each single electrode based on a capacity shift amount of a positive electrode of a deteriorated secondary battery, a capacity shift amount of a negative electrode of the deteriorated secondary battery, a deterioration amount of the positive electrode, and a deterioration amount of the negative electrode, and to calculate a curve representing characteristics of a state of charge and an open circuit voltage of an equivalent circuit of the deteriorated secondary battery by deforming an opening end potential curve for each single electrode before deterioration of the deteriorated secondary battery by the shrinkage rate for each single electrode based on a fixed point; a change amount calculation portion configured to calculate an amount of change in the open circuit voltage of the equivalent circuit based on a difference between the opening end potential curve for each single electrode before the deterioration and the curve representing the characteristics of the state of charge and the open circuit voltage of the equivalent circuit; and a resistance calculation portion configured to calculate a DC resistance of the equivalent circuit by dividing a result of addition of an amount of change in a DC voltage of the equivalent circuit to which a pulse current is applied and the amount of change in the open circuit voltage of the equivalent circuit by a current value when the pulse current is applied to the equivalent circuit.

The invention discloses an electrolysis circuit with an exchange electrode, which belongs to the technical field of electrolysis water production and comprises a switching power supply, a constant current source module, an MCU (Microprogrammed Control Unit), a first electrode, a second electrode and an electrode switching module, the output end of the switching power supply is electrically connected with the input end of the constant current source module; the electrode switching module comprises a relay assembly, the reverse pole control output end of the MCU is electrically connected with the output end of the switching power supply through a coil of the relay assembly, and the positive pole output end and the negative pole output end of the constant current source module are electrically connected with a first electrode through a normally-closed contact and a normally-open contact of a first contact set respectively. The negative electrode output end and the positive electrode output end of the constant current source module are electrically connected with the second electrode through a normally-closed contact and a normally-open contact of the second contact set respectively. The electrolytic circuit with the exchange electrode solves the problem that scale is formed due to the fact that a single electrode uses direct current with the same polarity for a long time.

The utility model relates to the field of fuel cell electrode signal leading-out, and discloses a fuel cell electrode signal leading-out structure, which comprises a flexible printed circuit (FPC), the FPC is of a multi-layer structure, the FPC adopts a bending wiring mode, and a redundant circuit is arranged on the FPC. An elastic conductive material is used as a connecting medium between the FPC and the electrode, and the elastic conductive material is mounted at a connecting pin of the FPC; a circuit on the FPC is connected with a single electrode of the fuel cell stack through a contact point, and the joint is sealed; the FPC is connected with an external control system through a special FPC connector; the FPC adopts electromagnetic shielding and is provided with a protection device. The scheme can solve the problems of complex wiring, low reliability, high cost and the like in the prior art.

The utility model relates to an electrode column machine tool feeding device which comprises a machine frame installed on one side of a machine tool, a vibration disc is fixedly installed on the machine frame, and a feeding device used for feeding electrode column blanks into the machine tool is arranged on one side of the vibration disc. A pushing assembly used for pushing the electrode column blanks into the feeding device from the vibration disc is arranged between the feeding device and the vibration disc. And the vibrating disc conveys the electrode column blanks to a discharge hole of the vibrating disc one by one. And then the pushing assembly feeds the single electrode column blank into the feeding device, and the feeding device feeds the single electrode column blank into the machine tool and pushes the electrode column blank into a chuck of the machine tool. And the rear feeding device returns to the initial state. And after machining of the machine tool is completed, the feeding device carries out next-time feeding.

The invention discloses an echelon utilization lithium ion battery pack capable of losslessly replacing internal batteries. The echelon utilization lithium ion battery pack comprises a battery pack shell, a top cover, a battery limiting plate, a first electric connecting plate, a second electric connecting plate and an air duct structure, the battery limiting plates sleeve the single battery cells and are bonded with the inner wall of the shell through heat-conducting glue to limit the horizontal displacement of the battery cells; the first electric connecting plate and the second electric connecting plate are respectively propped against two ends of the battery cell and are matched with two types of battery cells, namely single-end single-electrode and single-end double-electrode; air ducts are arranged on the top cover and the bottom plate of the shell and matched with ventilation holes of the electric connecting plate and the limiting plate, and forced convection heat dissipation is achieved under the action of the exhaust device. According to the invention, the failed battery cell can be replaced without damage, the echelon utilization value is improved, the battery cell is compatible with various types, the heat dissipation is efficient, and the adaptability is strong.

The invention discloses a PFA combined electrode one-stop ablation catheter and system, and relates to the medical instrument technology. The electrode ring is arranged at the head end of the catheter body part, a plurality of annular electrodes are arranged on the electrode ring, and each annular electrode comprises a fixed electrode fixedly installed at a set position of the electrode ring; the active displacement electrode can move back and forth along the electrode ring based on the electrode moving sliding groove on the basis of the operation of the control handle; the passive displacement electrode moves between the fixed electrode and the active displacement electrode along with the movement of the active displacement electrode; the control handle is connected with the near end of the catheter body part, and the electrode ring is switched between a single-electrode sequential state and a combined electrode state by controlling the electrode form of the electrode ring. On the basis that the tissue attaching quality is improved, the homogeneity and the treatment effect of ablation of the target tissue are improved.

The invention discloses a double-top-electrode 4H-SiC position detector and a preparation method and application thereof. The double-top-electrode 4H-SiC position detector comprises a 4H-SiC substrate, a first electrode, a second electrode and a third electrode, the first and second top electrodes are arranged on the silicon surface of the substrate and are separated from each other; the bottom electrode is arranged on the carbon surface of the substrate. According to the detector, high-precision linear detection of the incident light position is realized in a single 4H-SiC material system by using a discrete double-top-electrode structure, and the problem that a traditional single-electrode structure cannot perform position sensing is solved; meanwhile, the problem of a heterogeneous material interface is fundamentally avoided through the full 4H-SiC-based monolithic structure, so that the long-term stability and reliability in extreme environments such as high temperature and intense radiation are remarkably improved by virtue of the excellent wide-band gap characteristic of the 4H-SiC material and the intrinsic stability of the structure while the high position detection precision is maintained; the problem that an existing position detector with a complex structure is insufficient in environment tolerance is solved.

The utility model relates to an environment-friendly portable water quality detector in the field of water quality detection, which comprises a shell, an electrode interface, a display screen, a main control board, a battery and a control key, the upper end of the shell is provided with two electrode interfaces, one electrode interface is a composite electrode interface, the other electrode interface is a single electrode interface, the composite electrode interface is connected with a composite electrode, and the single electrode interface is connected with a single electrode; detection of a plurality of sensors is carried out through the two electrode interfaces; the composite electrode interface is provided with a multifunctional adapter, so that setting of various sensors is completed, the functions of automatic identification of various types of sensors, reading and storage of measured data, sensor calibration and the like can be set through the multifunctional adapter, and detection of various test indexes is completed.

The invention relates to the field of photovoltaic cells, in particular to a two-end laminated photovoltaic cell which is composed of two single three-end laminated cells with complementary polarities, the first three-end laminated photovoltaic cell is formed by laminating a first bottom cell and a first top cell, and the second three-end laminated photovoltaic cell is formed by laminating a second bottom cell and a second top cell. Wherein the first bottom battery and the first top battery share a negative electrode for connection, and the second bottom battery and the second top battery share a positive electrode for connection; the first single electrode of the bottom cell of the three-terminal laminated photovoltaic cell I is connected with the second single electrode of the top cell of the three-terminal laminated photovoltaic cell II; the first single electrode of the top cell of the second three-terminal laminated photovoltaic cell is connected with the second single electrode of the bottom cell of the first three-terminal laminated photovoltaic cell; through the structure, two three-terminal laminated photovoltaic cells are converted into one two-terminal laminated photovoltaic cell pack, and the two-terminal laminated photovoltaic cell pack has the advantages of the two-terminal laminated photovoltaic cell and the three-terminal laminated photovoltaic cell at the same time.

A transfer-print component structure comprises a component having a component first side and an opposing component second side, and a single electrode disposed on the component first side. The single electrode is the only electrode disposed on the component first side. One or more stabilizing connection posts are disposed on the first side and extend away from the component. Each of the one or more stabilizing connection posts is electrically conductive and is electrically connected in common to the single electrode. In some embodiments, the one or more stabilizing connection posts comprise at least three distal portions disposed at three spatially separated locations that are not in a common line. A printed structure comprises a destination substrate with a contact pad with at least one stabilizing connection post is in electrical contact the contact pad.

This invention discloses a method for screening catalysts for the oxygen evolution reaction based on electrochemiluminescence quenching. The catalyst to be tested is loaded onto the working electrode, and then Ru(bpy)3 is added. 2+ In the electrolyte of / Hepes, applying an anodic potential to excite ECL accelerates the OER to generate O2, and O2 quenches the ECL signal. The signal intensity is negatively correlated with the catalytic activity. This method can be used for parallel detection on a single-electrode imaging array, achieving high throughput, visualization, and quantitative screening. It is applicable to various OER catalysts such as polyoxometalates and oxides, and has the advantages of being fast, low-cost, and easy to operate.

Information from sense channels connected to multiple electrodes, in addition to information from a sense channel connected to a single electrode, provides additional functionality to the connected device. [Solution] The computer implementation method includes measuring a first electrode impedance signal associated with a first electrode using a first sense channel. The method further includes measuring a second electrode impedance signal associated with at least a second electrode and a third electrode using a second sense channel, wherein the second and third electrodes are electrically connected to each other but not to the first electrode. The method further evaluates tissue contact / proximity based on the first electrode impedance signal and the second electrode impedance signal.

The application discloses a kind of all ferroelectric neural-paradigm units and preparation methods thereof.A kind of all ferroelectric neural-paradigm unit, the all ferroelectric neural-paradigm unit structure includes the upper electrode array, ferroelectric layer and lower electrode array sequentially arranged from top to bottom;The single electrode shape of the upper electrode array and the lower electrode array is rectangle, the width of single electrode is 1nm~10 μm respectively, the spacing between adjacent electrodes is 10nm~50 μm;The width ratio of the single electrode of the upper electrode array and the single electrode of the lower electrode array is 0.001~1000;The upper electrode array and the lower electrode array electrode staggered arrangement, the angle range of staggered angle is 0~180°.The application can efficiently simulate neuron firing, synaptic plasticity and other behaviors by fine changing electric field loading conditions to regulate polarization, shielding, space charge dynamics in ferroelectric functional layer, can also realize the simulation of neuron and synapse simultaneously, to build all ferroelectric brain network.

The invention relates to an ablation guide structure and an ablation device, and the ablation guide structure comprises a spiral extension part which is used as a treatment part, is made of a deformable material, and is movably inserted into a blood vessel during use; the electric conductors are distributed along the spiral extension part at intervals, are combined with the spiral extension part and are electrically connected with a power supply for ablation treatment. Due to the arrangement of the spiral catheter / guide wire far-end structure and the multiple electrodes, the action range of ablation treatment is greatly widened; compared with an existing mainstream micro catheter (with a linear type and a single electrode mostly), the spiral far-section structure can be matched with multiple electrodes at different positions to cooperate to form an ellipsoidal damage range during ablation, the ablation range is greatly widened, and effective damage can be caused to target myocardial cells; the spiral guide wire structure is suitable for blood vessels which are narrower and have more complex passages, and the surgical range is greatly widened.

The invention provides a miniaturized multi-electrode spray head structure and a control method, and relates to the technical field of electrohydrodynamic printing. By introducing a multi-electrode printing electrode group consisting of a focusing electrode, an accelerating electrode and a deflecting electrode, independent and fine regulation and control on formation, acceleration and deflection of ink droplets are realized. Constant voltage is applied to the focusing electrode, ink can be promoted to stably form a Taylor cone at an outlet of the nozzle, and the problem that the Taylor cone is formed unstably due to uneven electric field distribution of an existing single-electrode nozzle is solved. The accelerating electrode applies a preset pulse electric field, liquid at the tip of the Taylor cone can be stretched into jet flow and broken into submicron liquid drops, kinetic energy is provided for the liquid drops at the same time, and the submicron printing resolution is achieved. The deflection electrode applies a transverse electrostatic field, the spraying direction of the liquid drops can be independently changed, and the problems that an existing single-electrode sprayer is single in electric field control means, the deposition track of the liquid drops cannot be independently regulated and controlled, and consequently the flight track of the liquid drops is unstable and the positioning error is large are solved.

The present invention refers to an atmospheric pressure plasma jet device for disinfecting and coating a dental implant. The device comprises a gas supply and a nozzle for providing a gas to a tip of the nozzle wherein the nozzle is a single electrode nozzle having a first electrode. The device comprises further a precursor supply for providing a coating precursor to the nozzle, a second electrode and a connector for electronically connecting the second electrode with the dental implant. In another aspect the present invention refers to a system for disinfecting and coating.

This application discloses an electrode tab, an electrochemical device, and an electrical device, belonging to the field of electrochemical energy storage technology. The electrode tab includes a first aluminum layer, a conductive interlayer, and a second aluminum layer, with a thickness ratio of (5~10):(5~10):1 for the first aluminum layer, the second aluminum layer, and the conductive interlayer. This application uses a thickness gradient design for the first aluminum layer, the second aluminum layer, and the conductive interlayer to match the difference in thermal expansion coefficients between the aluminum layer and the conductive interlayer, avoiding thermal stress delamination, improving mechanical reliability, and enhancing the electrode tab's bending resistance. This application uses a single electrode tab design instead of multiple electrodes in parallel, which can reduce the volume ratio of the electrode tab region in the electrochemical device. This application introduces carboxylated carbon nanotubes or titanium nitride-coated carbon nanotubes as conductive agents in the conductive interlayer, which can effectively reduce the internal resistance of the electrochemical device's core, reduce the heat generated during charging and discharging, and improve the cycle performance of the electrochemical device.

The invention relates to the technical field of brain-computer interfaces, and discloses a dry and wet electrode dual-purpose electroencephalogram impedance detection device and method. The device comprises an electroencephalogram electrode interface, a multi-path 2: 1 analog switch circuit, a 10: 1 analog switch circuit, a multi-path buffer drive circuit, an impedance measurement circuit, an impedance measurement interface and an electroencephalogram transmission interface. The 2: 1 analog switch circuit is used for realizing switching of a single electrode signal between an impedance channel and an electroencephalogram channel, the 10: 1 analog switch circuit is used for realizing time-sharing switching output of multiple paths of impedance signals, and the impedance measurement circuit is used for completing impedance calibration and electrode-scalp contact impedance measurement. The buffer drive circuit is used for driving and conditioning the high-internal-resistance electroencephalogram signals, and the impedance measurement interface and the electroencephalogram transmission interface are used for realizing connection and signal transmission between the device and external electroencephalogram acquisition equipment. According to the invention, random combination of the electroencephalogram cap and the amplifier is realized, and the use cost of electroencephalogram acquisition equipment is greatly reduced.

The utility model discloses a tearable trocar and an implantation system, and belongs to the technical field of medical instruments. The trocar is used for allowing an electrode wire to penetrate through, the trocar is provided with a first end and a second end, the electrode wire penetrates into the trocar from the first end and penetrates out of the trocar from the second end, the trocar comprises a main body and a separation belt which are arranged in the circumferential direction, a tearing line is arranged at the joint of the main body and the separation belt, and the separation belt can be torn off from the main body so that a notch can be formed in the main body; and the notch is communicated with the outside at the first end. According to the tearable trocar and the implanting system, the implanting of a single electrode lead and a plurality of branched electrode leads can be met, and the trocar is convenient to withdraw.

This invention relates to an electrosurgical resection tool for cutting, coagulating, and ablating biological tissue. The electrosurgical resection tool has an instrument tip including a first jaw and a second jaw; wherein the second jaw is movable relative to the first jaw between a closed position and an open position. The first jaw includes a first pair of electrodes electrically isolated from each other, the first pair of electrodes including an inner electrode and an outer electrode, and the second jaw includes a single electrode. The first pair of electrodes is operable as an active electrode and a return electrode for delivering RF EM energy, and the single electrode is operable as an active electrode when the inner electrode of the first jaw is operable as a return electrode, or the single electrode is operable as a return electrode when the inner electrode of the first jaw is operable as an active electrode. The instrument tip is also operable as a microwave field emission structure for emitting microwave EM energy.

1. The name of the design product: monopolar high-voltage generator (SAXG1601A). 2. The use of the design product: for industrial monopolar high-voltage generator, used to provide high voltage to X-ray source when detecting X-ray source. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The application belongs to the field of electrochemical biosensors, and discloses a preparation method of an electrochemical biosensor for multi-modal sweat detection, and specifically proposes a single-electrode multi-functional arrangement method in a three-electrode system. The preparation method comprises the selection and modification of electrode materials, the assembly of sensors, and the integration of a signal acquisition and analysis system, by preparing a sensor material with high sensitivity and high selectivity, and then printing and assembling the sensor material into a portable device through screen printing to realize the simultaneous detection of multiple biomarkers in sweat. Through innovative material design and process optimization, the sensor can not only obtain real-time information of multiple biomarkers in sweat, but also provide reliable data analysis, and has excellent long-term stability and anti-interference ability in actual application. The technology provides an effective and reliable solution for real-time health monitoring.

The invention discloses a glucose concentration continuous monitoring method based on a multi-working electrode system, which comprises the following steps: acquiring a first current value for characterizing the glucose concentration of a host by adopting a first working electrode, and acquiring a second current value for characterizing the glucose concentration of the host by adopting a second working electrode; wherein the first working electrode and the second working electrode are independently arranged on the same substrate, the first working electrode comprises a first parameter, and the second working electrode comprises a second parameter; and determining the target glucose concentration according to the first current value, the first parameter and / or the second parameter and the second current value. Wherein the first parameter is determined based on the second parameter and the second current value. By using the first working electrode and the second working electrode, measurement errors caused by a single electrode are reduced, the accuracy of glucose concentration monitoring is improved, and monitoring result deviation caused by electrode difference is reduced.

The present invention comprises: a first supply unit for supplying a first mixed powder; a first rolling unit for forming a first electrode sheet by rolling the first mixed powder; a second supply unit for supplying a second mixed powder; and a second rolling unit for forming a second electrode sheet by rolling the second mixed powder. In addition, the present invention relates to a secondary battery electrode manufacturing device comprising a lamination rolling unit for laminating the first electrode sheet and the second electrode sheet and rolling same. The electrode manufacturing device can implement a single electrode sheet in which the interface is removed through the independent formation and lamination rolling of electrode sheets. Therefore, both the thickness and density of an electrode can be ensured, and loading of the active materials per unit area can be increased.

The utility model discloses an alternate multi-stage electrolytic degreasing device for diamond wires, which relates to the technical field of electrolytic degreasing and comprises a closed bin and an electrolytic mechanism arranged in the closed bin. The electrolysis mechanism comprises an electrolytic tank and a partition plate, the partition plate is fixed in the electrolytic tank, a solution cavity is formed between the lower side of the partition plate and the electrolytic tank, an overflow cavity is formed between the upper side of the partition plate and the electrolytic tank, at least two enclosure frames are fixed to the upper side of the partition plate, and the partition plate forms a plurality of electrolysis cavities for temporarily storing electrolyte on the upper side of the partition plate by fixing the enclosure frames; the electrolysis cavity is communicated with the solution cavity, and two overflow ports are formed in the enclosure frame so that electrolyte can overflow into the overflow cavity; compared with traditional fixed single electrode electrolytic degreasing, the bus to be subjected to electrolytic degreasing can be used as positive and negative electrolytic electrodes alternately, multi-line parallel degreasing is achieved, the degreasing capacity is greatly improved, and meanwhile the production line efficiency is improved; and impurities such as oil stains generated in the electrolyte can be removed, and reminding can be carried out during blockage.

The application discloses a PFA combined electrode one-stop ablation catheter and system, relates to the technical field of medical devices, and comprises a catheter body, an electrode ring arranged at the head end of the catheter body, and a plurality of annular electrodes arranged on the electrode ring. The annular electrodes comprise fixed electrodes fixedly installed at fixed positions of the electrode ring, active displacement electrodes capable of moving back and forth along the electrode ring based on electrode moving grooves based on the operation of a control handle, and passive displacement electrodes capable of moving between the fixed electrodes and the active displacement electrodes along with the movement of the active displacement electrodes. The control handle is connected to the proximal end of the catheter body, the electrode form of the electrode ring is controlled, and the electrode ring is switched between a single electrode sequential state and a combined electrode state. The application improves the homogeneity and treatment effect of target tissue ablation on the basis of improving the tissue abutting quality.

The application discloses a transverse feedback excitation device with high shunt impedance and horizontal light extraction, and belongs to the technical field of particle accelerators. The device comprises a beam position probe (BPM), an RF front end, an ADC module, a digital signal processing module, a DAC module, a power divider, a power amplifier, a low-pass filter, an exciter (Kicker) and a matching load. The exciter Kicker has four electrode strips located on both sides of the beam center line and parallel to each other, two electrode strips on the same side are connected in parallel, the characteristic impedance of a single electrode strip is 100Ω, and the equivalent total characteristic impedance after parallel connection is 50Ω; the four electrode strips are distributed in a quadrangular symmetry in the cross section of the vacuum chamber and avoid the horizontal median plane, so as to form an open light path channel. The application improves the shunt impedance of the exciter, reduces the radio frequency power demand, realizes impedance matching with a standard 50Ω system, and guarantees the horizontal unobstructed extraction of the synchrotron radiation light.