217 results about "Conductive fluid" patented technology

An electromechanical joint provides rotational movement in at least two dimensions while conducting electrical power between orthogonal hubs. The joint, shaped as a cross, has four conical shafts positioned orthogonally and apart from each other within an interior of a housing. Apexes of the conical shafts face each other proximate a centroid of the housing. A conductive fluid, such as Galinstan, fills recesses between the conical shafts. Separate yokes attached to pairs of the hubs may impart forces on the shafts, causing the shafts to rotate within the conductive fluid around orthogonal axes. The conductive fluid provides simultaneous conduction of electrical power between the hubs. The yokes may be affixed respectively to a current collector and conductive arms of a work machine for improved movement and power conduction without the need for additional components.

The invention relates to the technical field of oil field reservoir research, in particular to a fracturing fracture imaging physical simulation method and system combined with non-uniform contact electrodes, and the method comprises the steps: carrying out the resistance modal detection at the current time step through a low-frequency excitation signal in the fracture propagation simulation process, and obtaining a corresponding electric signal; obtaining a conductive fluid distribution result of the rock core fracturing test piece at the current time step by using the conductive fluid distribution inversion model; and fitting and comparing the electric field distribution result of the current time step with the conductive fluid distribution result of the current time step, and outputting the fracture parameters and the conductive fluid distribution result of the rock core fracturing test piece at the current time step based on the fitting and comparison result. According to the method, the electrical property change caused by the natural fracture and the fluid contained in the natural fracture is directly sensed in situ, the electrical signal is acquired, the response delay is reduced, the conductive fluid distribution inversion model is constructed by combining prior knowledge and deep learning, and the precision and reliability of conductive fluid distribution inversion are effectively improved.

According to the high-frequency corrosion-resistant pipeline type electromagnetic flowmeter, a first installation area used for installing a high-frequency magnetic field generation assembly is formed between the inner wall of a conductive outer pipe and the outer wall of an insulating inner pipe, and the high-frequency magnetic field generation assembly is not attached to the conductive outer pipe and the insulating inner pipe; when the wear-resistant lining and the insulating inner pipe are damaged to cause seepage of a corrosive medium, the high-frequency magnetic field generation assembly can be prevented from being corroded by the seeping corrosive medium; an isolation shell is arranged in the second installation area, a groove is formed in the end, facing the measurement channel, of the isolation shell, a through hole is formed in the bottom wall of the groove, a ceramic membrane used for sealing the through hole is arranged in the groove, the surface, facing the measurement channel, of the ceramic membrane is flush with the inner wall of the corrosion-resistant lining, and inert conductive liquid is arranged in the isolation shell. The electrode assembly comprises two measuring electrodes which are correspondingly soaked in the isolation shell, and the ceramic membrane prevents a corrosive medium in the to-be-measured liquid from entering the isolation shell, so that the measuring electrodes are prevented from being corroded.

The invention relates to the technical field of carbon nanomaterials, and discloses a water-based high-dispersion carbon nanotube-graphene composite conductive liquid and a low-temperature curing process thereof, the process comprises pre-dispersion, fine dispersion, conductive liquid preparation, curing treatment, low-temperature curing and post-treatment, and by optimizing the composite dispersion process and a surface modification method, the conductive liquid is prepared. The agglomeration phenomenon of nano materials is inhibited, uniform and stable dispersion of the carbon nanotubes and graphene in a high-water-based medium is realized, and the storage stability and applicability of the conductive liquid are improved; by designing a multi-stage low-temperature cross-linking mechanism, the curing temperature is reduced, the process time is shortened, and damage of high temperature to a heat-sensitive base material is avoided; through the synergistic effect of the graphene and the carbon nanotubes and the application of an interface enhancement technology, a continuous and stable three-dimensional conductive path is formed in a low-temperature film forming process, and the conductivity, the mechanical strength and the environmental stability of the conductive film are improved.

The invention belongs to the technical field of silicone rubber, and particularly discloses hydrophobic conductive liquid silicone rubber and a preparation method thereof. The liquid silicone rubber comprises a component A and a component B, the component A comprises addition type liquid silicone rubber base rubber and a platinum catalyst, and the component B comprises vinyl silicone oil, hydrogen-containing silicone oil, an inhibitor, a Nafion solution and fibrous silver-coated glass powder. According to the invention, fibrous silver coated glass powder is introduced into the component B as a conductive filler, and a Nafion solution is used for surface modification of the conductive filler, so that a conductive network with high efficiency and low percolation threshold is constructed, and the interfacial compatibility of the filler and a silicone rubber matrix is also significantly improved; the perfluorosulfonic acid structure of Nafion not only enhances the interaction with the silver surface, but also endows the surface of the material with the low-energy characteristic, and synergistically realizes high conductivity and high hydrophobicity. The hydrophobic conductive liquid silicone rubber disclosed by the invention not only has excellent hydrophobicity and conductivity, but also has excellent mechanical properties.

A wearable monitoring and therapeutic device includes at least two sensing electrodes. Each sensing electrode includes a metallic surface integrated in a garment. The device includes at least two therapy electrodes. Each of the at least two therapy electrodes includes a receptacle, and each receptacle includes at least one dose of conductive fluid. The device includes the garment. The garment includes a fabric that is stretchable and that is breathable and / or moisture wicking, and conductive wiring configured to at least partially electrically connect that at least two sensing electrodes to at least one defibrillator component. The device includes the at least one defibrillator component. The at least two therapy electrodes are configured to provide an electric shock to the subject. Prior to the application of the electric shock, each receptacle is configured to release the conductive fluid from the receptacle.

The invention provides a trapped person position state analysis method and system, and relates to the field of data processing. According to the method, building structure distribution, conductive fluid flow channels and metal component distribution in a disaster target area are constructed to form a background entropy flow ground state, and noise intensity probability distribution, a channel joint fluctuation relation and a time stability index are counted to generate a background entropy flow field. In the search and rescue stage, a background entropy flow field is converted into a controlled mode through active disturbance, multi-physical channel noise responses before and after disturbance are collected through a multi-field passive sensor network, and a multi-dimensional local entropy response vector is constructed. And combining the consistency, directivity and duration of the multi-noise channel to identify an initial suspected region and extract an entropy anomaly core region, finally inferring metabolic activity and posture limitation conditions according to a local entropy response cooperative relationship in different disturbance modes, and outputting a position state result of the trapped person. By implementing the technical scheme provided by the invention, the position state of the trapped person can be accurately identified.

An ultrapure water single-phase immersion cooling tank includes a container, a liquid sensing element, a liquid control valve, an oxygen content detector, an exhaust valve, a nitrogen gas filling valve, an electronic pressure gauge, an electronic gas pressure detector, and a pressure analysis module. The container accommodates a non-conductive liquid for immersing an electronic device. The liquid control valve and the liquid sensing element convey or discharge the non-conductive liquid. The oxygen content detector performs oxygen content detection in the space not immersed in the non-conductive liquid. The exhaust valve exhausts a gas mixture of oxygen and nitrogen in the space. The nitrogen gas filling valve conveys nitrogen gas into the space. The electronic pressure gauge, the electronic gas pressure detector, and the pressure analysis module obtain a precise pressure value inside the container to determine activation of the nitrogen gas filling valve.

The application discloses a preparation method of transparent conductive adhesive film, and particularly relates to the technical field of conductive adhesive film preparation, which comprises the following specific steps: S1, preparing conductive liquid, which can be prepared by adding 30-50 parts of metal oxide powder and 20-30 parts of polyanion in a π conjugated system conductive polymer into a blender; S2, mixing materials; S3, cleaning a mold; S4, injection molding; S5, secondary conductive film coating; S6, vacuum molding; S7, film cutting molding. The application can fully extrude and mix various conductive materials by injecting the mixed materials into a molding mold, pulling the upper mold of the molding mold upward, adding the other half of the conductive liquid into a centrifugal machine, and placing the secondary transparent conductive film into a vacuum molding machine for film pressing, so that the gaps between the conductive materials are reduced and the compactness is improved, and thus the conductivity is better.

The invention relates to the technical field of conductive liquid, in particular to anti-sedimentation agglomeration conductive liquid preparation equipment which comprises a preparation tank, a stirring mechanism is arranged in the preparation tank and used for stirring and mixing conductive liquid raw materials, a controller is installed on the front face of the preparation tank, and a power plug is fixedly connected to the back face of the preparation tank. The device comprises a preparation tank, the top of the preparation tank is fixedly connected with a feeding hopper, the center of the top of the preparation tank is fixedly connected with a stirring motor, and the interior of the preparation tank is fixedly connected with an ultrasonic transmitter. The problems that when existing preparation equipment is used, stirring blades in the equipment can only conduct stirring in the horizontal direction, the scattering degree of the raw materials is insufficient, the raw materials are prone to agglomeration and sedimentation, and the preparation effect is affected are solved.

The present disclosure is directed to ablative devices comprising biocompatible materials in the form of a mesh to provide porosity to allow for the conveyance of conductive fluid to target tissue to be ablated. The mesh also increases the durability of the biocompatible material, reducing the amount of biocompatible material needed for both reusable devices and disposable ablative devices, such as ablative forceps and ablative probes.

The utility model relates to the technical field of fluid mechanics measurement, and discloses an electromagnetic flowmeter which comprises a bent pipe, an octagonal lining is fixedly connected to the interior of the bent pipe, reserved holes are formed in the left side and the right side of the interior of the octagonal lining, and a shell is fixedly connected to the outer wall of the front side of the bent pipe. Flat-top electrodes are fixedly connected to the left side and the right side of the interior of the shell, the adjacent ends of the two flat-top electrodes penetrate through the left side and the right side of the bent pipe and are slidably connected with the interiors of the corresponding reserved holes, a plurality of coils are fixedly connected to the inner wall of the shell at equal intervals, and a connecting pipe is fixedly connected to the top of the shell; the top of the connecting pipe is fixedly connected with a converter. According to the electromagnetic flowmeter, the flow velocity fluctuation is reduced by the conductive fluid flowing through the elbow and the octagonal lining, the flat-top electrode is in contact with the fluid through the preformed hole, and the flow field fluctuation near the electrode is reduced, so that the measurement precision of the electromagnetic flowmeter is remarkably improved, and the measurement error is effectively reduced.

The application relates to a control method and device of a massage instrument, the massage instrument and a storage medium. The massage instrument comprises an electrode assembly for outputting an electric pulse signal and a liquid storage device for storing conductive liquid, and the electrode assembly comprises at least one group of micro-porous electrode pairs; the method comprises the following steps: detecting a wearing state of the massage instrument; when the massage instrument is in the wearing state, the conductive liquid stored in the liquid storage device is introduced into the electrode assembly, and the conductive liquid is exuded through the micro-pores on the micro-porous electrode pairs in the electrode assembly. The scheme provided in the application can increase the contact area between the skin of a user and the electrode assembly, reduce the impedance value of the electrode assembly, and improve the use experience of the user.

An ohmic heater for the heating of a conductive fluid is comprised of a number of selectable electrodes, arrayed in such a way as to form a single pass-through from inlet to outlet. A series of flow conduits are provided to direct the flow across the faces of adjacent electrodes. The flow conduits are further configured such that the flow path makes multiple passes across the same adjacent set of electrode faces.

The invention relates to the technical field of metal material pressure processing, and discloses a production method for a hot-rolled ribbed steel bar steel wire rod, which comprises the steps of billet heating and hot rolling, and a high-temperature ribbed steel bar leaving a last finishing mill is guided into a magnetofluid coupling treatment system filled with a conductive liquid metal medium. In the system, firstly, under the action of a steady-state and axial direct-current magnetic field, the conductive liquid metal medium is used for conducting non-oxidation ultrafast uniform cooling on the steel bars; and then, under the action of an adjacent high-frequency pulse multi-pole radial magnetic field, the reinforcing steel bar which is still in a high-temperature plastic state is subjected to online dynamic diameter shaping and rib line sharpening through the medium. The multiple functions of cooling, anti-oxidation, size finishing, surface enhancement and the like are integrated into a single process, the problems that in the prior art, oxidation burning loss is serious, cooling is uneven, and size precision is difficult to control are solved, and the surface quality, geometric precision and performance uniformity of the steel wire rod are remarkably improved.

The present disclosure provides a system (100) for operating a valve in an apparatus for dispensing heated conductive liquid and, more specifically, for implementing an automated safety shut off mechanism in the valve the moment that the liquid comes into contact with a user's body. The system operates by coupling a sensor (104) to a control element (106) such as a button that operates the liquid dispensing apparatus, and also introducing an electric current into the flow of liquid. When a user holds the button and comes into contact with the flow of heated liquid, the sensor detects the current from the flow and a controller shuts off the valve (108).

The application discloses a total station device and relates to the technical field of measuring devices, which comprises a mounting table, a total station arranged at the top of the mounting table, a tilting detection mechanism and a tilting protection mechanism, wherein the tilting detection mechanism comprises a mounting cylinder and a detection cylinder, the mounting cylinder is arranged at the top of a fixing cover, and the detection cylinder is arranged in the mounting cylinder. The conductive liquid in the detection cylinder is tilted along with the device when the device tilts, the conductive liquid contacts the detection block when the tilting angle is too large, the lower conductive sheet is in conduction with the upper conductive sheet, the electric push rod is started to drive the clamping plate to be opened, the first protection leg and the second protection leg are unfolded during the tilting of the device to protect the device, the impact intensity is reduced through the first protection leg and the second protection leg, and the safety of the total station device is improved.

A latent heat thermal energy storage (LHTES) unit can include a shell, a tube, a phase change material (PCM), a first electrode, and a second electrode. The shell may be an outer housing, and the tube may extend through an interior of the shell. The PCM may be located between the shell and the tube. The first electrode may be located on the shell, and the second electrode may be located on the tube. The first electrode and the second electrode may be arranged to apply an electric potential from the tube to the shell and across the PCM, and the second electrode may be arranged to inject unipolar charge into the PCM to induce electrohydrodynamic (EHD) flow within the PCM.

The present disclosure provides a fluid detection system that includes a pipe coupling member having a perforated portion having one or more openings formed in the perforated portion. A conductive fluid sensor is disposed over the openings and an electronics module is configured to apply a charging voltage to the fluid sensor and measure a discharge time of a capacitance when fluid couples the fluid sensor to a pipe.

A battery case shaping apparatus and method shape a pouch-shaped battery case. The battery case shaping apparatus includes a conductive liquid and positive and negative electrodes each configured to generate electric discharge in the conductive liquid in order to prevent a laminate sheet for battery cases from being damaged by friction between a punch and a die and to allow the entirety of the laminate sheet to be elongated.

The application discloses a hanging neck type massage instrument, which comprises a machine body, a liquid storage tank, electrode pieces, a pipeline component and a control piece. Each of the electrode pieces is provided with a liquid outlet hole. The pipeline component comprises a first branch pipeline and a second branch pipeline. The first branch pipeline is connected with the liquid storage cavity and the liquid outlet hole of one of the electrode pieces, and the second branch pipeline is connected with the liquid storage cavity and the liquid outlet hole of the other electrode piece. In the first working state, the control piece cuts off the liquid flow in the first branch pipeline and / or the second branch pipeline, and makes the conductive liquid discharged from the electrode piece connected with the first branch pipeline and the conductive liquid discharged from the electrode piece connected with the second branch pipeline be insulated from each other. In the second working state, the conductive liquid in the liquid storage cavity is discharged from the corresponding liquid outlet holes through the first branch pipeline and the second branch pipeline. The hanging neck type massage instrument can effectively eliminate the stinging feeling caused by the excessive local current.

The invention discloses a traction wheel for manufacturing a diamond fretsaw and a manufacturing method, and relates to the technical field of electroplating, the traction wheel comprises a rack, a conveying mechanism, a traction wheel mechanism and a take-up mechanism, the rack is provided with the conveying mechanism, the traction wheel mechanism and the take-up mechanism; by arranging the conveying mechanism, wires can be automatically conveyed, base lines can be limited, and wire jumping is prevented; the conductive impeller and the traction wheel are designed in a split mode so that the conductive impeller can be replaced and overhauled conveniently, conductive liquid can be stirred through rotation of the conductive impeller, components in the conductive liquid can be effectively and evenly dispersed, and the precipitation and layering phenomena are prevented; the universal traction wheel mechanism is matched with the take-up mechanism, so that electroplated wires can be automatically wound.

A pump has a housing, a driving assembly, a recycling assembly, a guiding assembly, and a heat-dissipating assembly. The housing has a driving chamber adapted for containing non-conductive liquid inside and having a top opening, a recycling chamber for containing coolant being adjacent to the driving chamber and having a bottom opening, and a top cap attached to a top of the housing to close the top opening of the driving chamber. The driving assembly is held in the driving chamber. The cycling assembly is held in the recycling chamber. The guiding assembly is held in the recycling chamber. The heat-dissipating assembly is attached to a bottom of the housing to close the bottom opening of the recycling chamber.

To provide an electromagnetic transducer intended to measure two-dimensional velocity components of flow of a conductive fluid.SOLUTION: An electromagnetic transducer 10 intended to measure two-dimensional velocity components of flow of a conductive fluid, the electromagnetic transducer 10 comprises: a cylindrical metal tube 11 forming a core with high magnetic permeability, which tube extends along a central axis Z, including a central portion and two end portions, on either side of the central portion, the two end portions of the cylindrical metal tube 11, each including two protrusions 13.1 to 13.4, opposed to one another relative to the central axis Z and each delimiting a flat surface, parallel to the central axis Z; an electric coil 12 called primary coil and wound around the central portion of the tube; four electric coils 14.1 to 14.4 called receiving coils and each wound around one of the flat surfaces, or four Hall effect sensors each arranged on one of the flat surfaces.SELECTED DRAWING: Figure 13

A power system for an autonomous vehicle is disclosed where the power system comprises a first power source, at least one power supply electrically coupled to the first power source, at least one overvoltage protection circuit, and a first conductive fluid subsystem. Each at least one overvoltage protection circuit is electrically coupled between one at least one power supply and the first conductive fluid subsystem. The first conductive fluid subsystem is connected to ground.

transistor (110) comprising: a canal region (112); and a gate structure (113) adjacent to the canal region (112) and encompassing: a reservoir (114) configured to contain a conductive fluid (116); and at least one gate electrode (118, 118a, 118b, 118a) 1-n , 118b 1-n , 618) at a fixed location within the reservoir (114), wherein an orientation of the channel region (112) relative to an upper surface (119) of the conducting fluid (116) depends on a movement of the transistor (110) and wherein a contact between the at least one gate electrode (118, 118a, 118b, 118a 1-n , 118b 1-n , 618) and the conducting fluid (116) depends on the orientation of the channel region (112) relative to the upper surface (119) of the conducting fluid (116).

This invention discloses an integrated wet discharge, filtration, and drying device for waste batteries, comprising a rotating drum, a drive mechanism, a tilting mechanism, a discharge mechanism, and a housing. The housing has a feed inlet communicating with the interior of the housing. One end of the rotating drum is connected to the drive mechanism, allowing the drum to rotate within the housing under the drive of the drive mechanism. A cavity structure exists between the rotating drum and the inner wall of the housing. The rotating drum has filter holes for separating the battery from the conductive liquid. The tilting mechanism drives the drum to rotate after discharging the waste batteries located inside, causing the waste batteries to pour out; otherwise, it keeps the waste batteries in a position where they are not easily rolled out. The device also includes a discharge mechanism, a clean water inlet, and an air inlet. This device can achieve waste battery discharge, conductive liquid separation, washing, and battery drying in the same unit, improving production efficiency and reducing the overall size of the equipment.

This invention provides an electromagnetic shielding device for a microwave transmitter, belonging to the field of microwave shielding technology. The device comprises: a microwave absorbing component that absorbs microwaves from the microwave transmitter and converts them into heat through a conductive liquid; the microwave absorbing component is connected to a heat dissipation and cooling system for heat dissipation; the microwave absorbing component includes: several conductive liquid pipes arranged regularly and tightly attached to the microwave transmitting antenna; a fixing frame for supporting the conductive liquid pipes; a water pump; and a flow pipe; the heat dissipation and cooling system includes: a liquid storage cavity and a cooling fan; the flow pipe connects the liquid storage cavity and the conductive liquid pipes, and the water pump circulates the conductive liquid between the conductive liquid pipes and the liquid storage cavity; the cooling fan is arranged on the liquid storage cavity to dissipate heat from the conductive liquid within the cavity. By absorbing microwaves from the microwave transmitter and converting them into heat through the conductive liquid, and then having the heat carried away by the cooling fan, the electromagnetic shielding effect of the microwave transmitter is achieved.

The application belongs to the technical field of circuit boards, and discloses a preparation method of a graphene conductive liquid for a circuit board hole metallization process, which takes an environment-friendly graphene as a core material, does not add toxic chemical reagents in a preparation process, realizes hole wall conductive layer construction through electrostatic adsorption in application, does not involve harmful chemical reactions, and eliminates environmental pollution from the source; meanwhile, the process does not need a palladium catalyst, and graphene raw materials can be prepared at low cost based on natural flaky graphite, are matched with the characteristics of solution stability and easy maintenance (not stratified for months in natural storage), greatly reduce reagent replacement and equipment maintenance frequency, reduce comprehensive production cost, meet global environmental protection policy requirements, and create economic value for enterprises; through hierarchical airflow-wet method collaborative crushing, the number of graphene layers is accurately controlled, and in combination with a 'gradient magnetic field-ultrasonic auxiliary impurity removal' to improve purity, so that the conductive basic performance is guaranteed.

The utility model relates to portable computer equipment technical field especially, a kind of automatic motion trajectory planning device, including portable computer main body, electromagnetic shielding layer for carrying out electromagnetic shielding to electromagnetic signal, antenna component for receiving and transmitting communication information and electric field driving mechanism for applying voltage to conductive liquid metal;Wherein, the electromagnetic shielding layer includes normal shielding layer and liquid metal shielding layer;The liquid metal shielding layer includes micro flow channel and the conductive liquid metal and electrolyte of being arranged in the micro flow channel inside, form conductive medium in the electrolyte by the conductive liquid metal, by controlling the filling or emptying of conductive medium in the micro flow channel, to make electromagnetic shielding layer switch between shielding state and communication state.