135results about How to "Improve the coupling effect" patented technology

The invention relates to a high-performance composite board prepared from waste wind power blades and a preparation method of the high-performance composite board. The high-performance composite board contains a large amount of waste wind power blade powder and waste wind power blade degraded glass fibers, so that the manufacturing cost of the high-performance composite board can be reduced; in addition, powder made of waste wind power blades and regenerated glass fibers obtained through a chemical degradation method can be recycled, resource utilization of the retired wind power blades is achieved, and the resource utilization problem of the retired wind power blades is effectively solved. Besides, the coupling effect of the waste wind power blade powder and the waste wind power blade degraded glass fiber with the thermoplastic resin is good, and under the synergistic effect of the compatilizer, the wood flour, the filler, the lubricant and other materials, the mixing and stirring effect can be improved, and the service life of the material is prolonged. Waste wind power blade powder and waste wind power blade degraded glass fibers can be uniformly dispersed in the high-performance composite board, and the physical properties of tensile resistance, bending resistance and compression resistance of the composite board can be improved.

The invention relates to an unmanned aerial vehicle covert communication resource optimization method based on intelligent reflecting surface assistance, which constructs a covert communication scene in which an intelligent reflecting surface and an unmanned aerial vehicle cooperate, and establishes an unmanned aerial vehicle covert communication model for maximizing the maximum average rate of a legal user on the premise of meeting the minimum detection probability of an eavesdropper. Initializing configuration information of a legal user, an eavesdropper, a jammer and an unmanned aerial vehicle; an eavesdropper detection probability model is constructed; initializing and calculating the trajectory of the unmanned aerial vehicle and the initial phase of the intelligent reflecting surface; the phase shift of the reflecting element of the reconfigurable intelligent reflecting surface and the track of the unmanned aerial vehicle are optimized; if the target function converges, the maximum average rate, the optimal phase shift and the optimal unmanned aerial vehicle trajectory of the user are obtained, and otherwise, one is added to the number of iterations, and all the variables continue to be optimized. According to the method, the maneuverability of the unmanned aerial vehicle and the mobility of the reconfigurable intelligent reflecting surface are fully considered, and the jammer is arranged to influence detection of legal signals by an eavesdropper so as to improve the average information rate of a user.

The invention relates to a transformer substation flood prevention case text classification method and device, equipment and a medium, belongs to the field of natural language processing text classification, and is used for carrying out multi-label classification on transformer substation flood prevention case texts to be predicted based on a completely trained improved BERT model to obtain disaster cause labels of the flood prevention case texts. The improved BERT model comprises an embedded layer, an encoder layer, a TextCNN (Convolutional Neural Network) layer and a Seq2Seq layer; the transformer substation flood prevention case text classification method comprises the steps of extracting a text vector of a to-be-predicted transformer substation flood prevention case text based on an embedded layer, and compressing the text vector by adopting a lightweight strategy; extracting global semantic features of the compressed text vector based on an encoder layer; performing feature extraction on the global semantic features based on a TextCNN layer to obtain feature vectors; the feature vector is coded and decoded based on the Seq2Seq layer, the disaster-causing cause label of the flood prevention case text is obtained, the overall classification performance is enhanced, and the accuracy of the single cause label is improved.

The invention provides a universal data management system and method based on a multi-modal agent, electronic equipment, a storage medium and a program product. The universal data management method based on the multi-modal intelligent agent comprises the following steps: S1, defining and realizing data acquisition, data cleaning, data labeling and a data storage tool set; s2, designing a task Prompt and inputting the task Prompt into the multi-mode intelligent agent; and S3, the multi-modal agent generates a treatment plan according to the treatment task and requirements and comprehensively uses the tool chain to complete the data treatment task. Through the data governance system and the data governance method, the working process is simplified; each team only needs to pay attention to development and maintenance of own tools and does not need to pay attention to the complexity of the whole process, so that task decoupling is realized; the multi-modal intelligent agent can flexibly select and switch different tools, and the more the tools are, the stronger the problem solving capability of the system is; the method is suitable for various data governance scenes, is not limited by specific industries and applications, and has high universality.

The invention belongs to the technical field of unmanned aerial vehicle endurance, and particularly relates to an unmanned aerial vehicle magnetic coupling resonant wireless power transmission system which comprises a magnetic coupling mechanism, a coupling mechanism anti-offset characteristic, design of a circuit compensation structure, circuit design and simulation analysis and a system closed-loop control strategy. According to the coupling mechanism, a receiving coil is wound on a U-shaped frame on one side of the unmanned aerial vehicle, a transmitting coil is arranged in the charging station, the height of the receiving coil is H1, the length of the receiving coil is L2, the value is fixed and equal to the length of a rack, the length of the transmitting coil is L1, the width of the transmitting coil is W1, the length of a magnetic core in the middle of the transmitting coil is L3, the width of the magnetic core in the middle of the transmitting coil is W3, and the coupling coefficient is k. A bipolar transmitting device is adopted, a U-shaped ferrite iron core is arranged at a receiving end to guide magnetic flux, a transmitting coil adopts a double-D-shaped coil, and the coil at the receiving end is uniformly wound at a landing leg of the unmanned aerial vehicle in multiple turns, so that the distance between coupling coils is effectively reduced, and the system coupling capability is enhanced.

The utility model belongs to the technical field of mechanical transmission, and particularly relates to an assembly type planetary gear transmission assembly. The utility model provides an assembly type planetary gear transmission assembly. The assembly type planetary gear transmission assembly comprises a fixing frame, a gear ring elastically installed in the fixing frame, a sun gear coaxial with the gear ring and a plurality of planetary gears connected between the gear ring and the sun gear in a meshed mode. The planet gear is rotationally arranged on the planet carrier, the planet carrier is a first power connecting end, and the sun gear is a second power connecting end; clamping structures are formed on the inner side of the fixing frame and the outer side of the gear ring, and an elastic gasket is connected between the inner side of the fixing frame and the outer side of the gear ring in a clamped mode. According to the assembly type planetary gear transmission assembly, balanced distribution of torque of the planetary gear can be achieved, vibration, noise and tooth surface abrasion generated by meshing of the planetary gear and the gear ring are effectively reduced, and therefore the transmission efficiency is improved, and the service life is prolonged.

The invention discloses a GaN-based photoelectric refractive index sensor integrated with a guided-mode resonant grating and a preparation method of the GaN-based photoelectric refractive index sensor, and relates to the technical field of semiconductor photoelectric sensors. The LED light source comprises a substrate layer, a silicon dioxide bonding layer is formed above the substrate layer, an LED structure and a light detector structure are formed on the upper portion of the silicon dioxide layer, and an electric isolation area is arranged between the LED structure and the light detector structure. The gallium nitride buffer layer and the undoped gallium nitride layer are removed by adopting the inductive coupling plasma etching technology, the n-type gallium nitride layer is further etched and thinned, and finally the grating structure is formed by etching, so that the integration of the thinning process and the grating optimizes the light propagation path, improves the light extraction efficiency, enhances the coupling effect between the light and the medium to be detected, and improves the detection accuracy. In addition, monolithic integration of the light emission function and the light detection function is achieved, a system-level sensor chip can be achieved by combining the driving circuit and the signal processing circuit, and the integration level of the system is improved.

The invention relates to a preparation method of TiZrVNbAl alloy powder with high fine powder yield, and belongs to the technical field of alloy powder materials. The diameter of the flow guide pipe in the gas atomization powder preparation process is designed. High-temperature fine fluid is obtained by properly reducing the diameter of the flow guide pipe and increasing the heating power of the bottom of the crucible; meanwhile, the geometrical shape and the position of the nozzle in the gas atomization powder making process are designed, and the annular nozzle is adopted to enhance the coupling effect between the annular nozzle and fluid flowing out of the flow guide pipe. The hole of the annular nozzle is adjusted to be matched with the diameter of the flow guide pipe, the fluid flowing resistance is reduced, and the interaction between the gas and the fluid is further enhanced. And the relative position and angle between the nozzle and the flow guide pipe are adjusted, so that atomized gas can be in better contact with fluid, the fluid can be more effectively atomized by the gas, finer liquid drops are formed, and the fine powder rate is improved.

The invention provides a compact low-loss grating coupler with a bottom reflector, which sequentially comprises a silicon substrate layer, a distributed Bragg reflector, a buried oxide layer, a top silicon layer and a top cladding from bottom to top, and is characterized in that the distributed Bragg reflector is formed by laminating silicon and silicon dioxide; the top silicon layer is composed of a focusing type grating waveguide structure and a strip-shaped waveguide structure connected with the focusing type grating waveguide structure, the focusing type grating waveguide structure is composed of a shallow etching area and a full-height waveguide, optimization design is conducted by evaluating the influence rule of physical parameters, and finally efficient transmission of optical signals in an integrated photoelectric system can be achieved. According to the invention, the substrate loss is reduced, and the efficiency of the grating coupler is improved.

The invention discloses a heat supply, cold supply and air compression equipment coupling control system and a control method thereof. The heat supply, cold supply and air compression equipment coupling control system comprises a heat energy recoverer; the hot water return side of the heat user is sequentially connected with the low-temperature side of the heat energy recoverer and the heat storage device and returns to the hot water inlet side of the heat user; the air compressor is connected with the high-temperature side of the heat energy recoverer to form a circulation loop; a water inlet on the hot water side of the combined cooling and heating unit is connected with the hot water return side of the heat user; a water outlet on the hot water side is connected to the high-temperature side of the heat energy recoverer; the cold user is connected with the chilled water side of the combined cooling and heating unit to form a circulation loop; the cold user is connected with a water chilling unit in parallel. The problems that energy consumption of an existing enterprise lacks effective integration, waste heat and waste energy are greatly wasted, and the energy cost is high are solved.

The invention belongs to the technical field of gravity dam stress detection, and particularly relates to stress detection equipment for a concrete gravity dam, which comprises a detection main body, an auxiliary cleaning assembly arranged on the detection main body, a movable fitting type ultrasonic stress detection mechanism and a dry type dam body surface leveling mechanism, the movable fitting type ultrasonic stress detection mechanism is arranged at the lower end of the detection main body, the dry type dam body surface leveling mechanism is arranged at the lower end of the detection main body, and the dry type dam body surface leveling mechanism is arranged on one side of the movable fitting type ultrasonic stress detection mechanism; according to the stress detection equipment for the concrete gravity dam provided by the invention, the surface of the dam body is firstly flattened and cleaned through the drying type dam body surface flattening mechanism, and then a colloid coupling agent is smeared, so that a uniform and compact contact layer between the ultrasonic detection head and the dam body is ensured, and the stress detection precision is improved.

The invention relates to the technical field of insulated wires, in particular to a three-layer wrapping type insulated wire and a production process thereof, and aims to solve the problems that an existing insulated wire is insufficient in insulation performance in high-end application and a multi-layer film wrapping wire production process is tedious. Uniform and tight wrapping of the three insulating layers is achieved through the three-station wrapping machine, the conductor is preferably made of monofilament tinned copper or monofilament enameled stranded wires, the three insulating layers are transparent PPS / PET adhesive tape, pink PPS / PET adhesive tape and transparent PPS / PET adhesive tape respectively, the total thickness ranges from 18 micrometers to 25 micrometers, and any two layers can bear pulse high voltage not smaller than 3 KV. The production process comprises the steps of raw material detection, paying-off and conveying, rubber coating operation (including tension adjustment), heating treatment, strict inspection, wire storage, meter counting and the like. Wherein the rubber coating operation adopts an S-direction / Z-direction alternate winding mode, the heating treatment temperature is flexibly adjusted according to the specification and the wire speed of the insulated wire, and the three-layer lapped insulated wire has excellent insulating performance and application prospects.

The invention provides an electrical isolation structure, a manufacturing method thereof and a multi-die packaging structure. The manufacturing method of the electrical isolation structure comprises the following steps: forming a first isolation structure, a second isolation structure and a bonding layer; forming the first isolation structure: forming a first connecting layer on a first surface of a first glass substrate; and forming a first conductive layer on the first connecting layer. The forming of the second isolation structure comprises the following steps: forming a second connecting layer on the first surface of the second glass substrate; a second conducting layer is formed on the second connecting layer, the bonding layer is located between the first glass substrate and the second conducting layer, and at least one of the first conducting layer and the second conducting layer forms at least one of an isolation inductor, an isolation capacitor and an isolation transformer. The conductive layers are formed on one surface of the glass substrate by adopting a single-sided process to form the isolation structures, the two isolation structures are stacked, and the glass substrate is clamped between the two conductive layers to form the electrical isolation structure, so that the voltage resistance of the electrical isolation structure is improved.

The invention belongs to the technical field of comprehensive energy park evaluation, and particularly relates to a comprehensive energy system evaluation method considering park multi-energy complementation. Aiming at the defect that the existing comprehensive energy system evaluation method is not comprehensive and accurate enough, the invention adopts the following technical scheme: the comprehensive energy system evaluation method considering park multi-energy complementation comprises the following steps: establishing a multi-level index system comprising multiple dimensions; related basic data of the target park are collected, and calculation of indexes of all levels is completed; completing the construction of a composite index evaluation system according to an analytic hierarchy process and an expert evaluation method; according to a scoring standard, performing score evaluation on each level of index of the target park, and determining a membership degree and a fuzzy comprehensive evaluation matrix; and according to the weight of the composite index evaluation system, calculating an evaluation score of the target park, and determining an evaluation grade. The method has the beneficial effects that a more comprehensive, accurate and reliable comprehensive evaluation result can be obtained, and powerful guidance is provided for subsequent improvement of the park.

The present invention provides an automatic telescopic geophone, which is mainly composed of a geophone body and a geophone tail cone. The geophone body is composed of a geophone body housing, a servo motor, a large gear, a small gear, a support plate, and a support shaft. The servo motor provides power for the gear transmission, and the small gear drives the large gear to provide a large torque. The geophone tail cone is mainly composed of a cylindrical housing, a central shaft, a bearing seat, an impeller, a fixing pin, a latch, a telescopic auxiliary tail cone, a guide sleeve, a tail cone sleeve, a blade-shaped tail cone, and a bearing end cover. The telescopic auxiliary tail cone of the geophone reciprocates in the impeller through the latch, and the telescopic auxiliary tail cone is inserted into the soil under the push of the impeller. The blade-shaped tail cone is obtained by cutting 7 grooves. The telescopic auxiliary tail cone and the blade-shaped tail cone both increase the contact area between the tail cone and the soil, so that the coupling effect of the geophone tail cone and the earth is better.

The invention provides a semiconductor device and a manufacturing method thereof, and a memory system, and the semiconductor device comprises a plurality of semiconductor columns which extend along a first direction, and each semiconductor column comprises a first end and a second end which are opposite to each other in the first direction; the bit lines are located on one side of the semiconductor columns in the first direction and connected with the first ends of the semiconductor columns respectively, the bit lines extend in the second direction and are arranged at intervals in the third direction, and any two of the first direction, the second direction and the third direction intersect with each other; the insulating layer is located on the multiple bit lines and located among the multiple semiconductor columns, the interior of the insulating layer comprises air gaps defined by the inner surface of the insulating layer, the air gaps are arranged between every two adjacent bit lines, the air gaps comprise first air gaps, the first top surfaces of the first air gaps extend in the second direction and the third direction, and the second top surfaces of the second air gaps extend in the third direction. The first top surface is on a side of the first end away from the second end.

The utility model discloses a kind of adaptive control circuit of heating body, including MCU temperature control circuit, temperature control circuit, temperature feedback device, current detection circuit, voltage detection circuit, protection detection circuit and temperature display device.The control circuit can automatically identify the heating core type connected, according to the deviation of set temperature and actual temperature output PWM control signal, drive temperature control circuit to carry out temperature rising or cooling adjustment;Temperature, current, voltage are monitored in real time by a variety of detection circuits, and protection mechanism is started under abnormal state, simultaneously, working state is fed back in real time by display device.The control circuit is strong in adaptability, safe and reliable, and is applicable to a variety of heating application scenarios.

The utility model provides a high and low frequency digital television antenna array structure, belongs to the technical field of antenna arrays, mainly aims to solve the problem that a traditional antenna array is prone to signal instability, and provides the following technical scheme: the high and low frequency digital television antenna array structure comprises a PCB (printed circuit board), the top of the PCB is provided with a VHF low-frequency signal receiving assembly and a UHF high-frequency signal receiving assembly, the VHF low-frequency signal receiving assembly comprises a VHF pull rod array, the UHF high-frequency signal receiving assembly comprises a UHF array, and the top of the PCB is provided with a VHF pull rod array and a UHF array; according to the antenna array, the VHF pull rod array and the UHF array are arranged and are responsible for receiving high-frequency signals and low-frequency signals respectively, compatibility of high-frequency and low-frequency band signals is achieved, it can be ensured that stable signal receiving quality can be obtained under different frequency bands, the problem that a traditional antenna array is prone to signal instability is solved, and the use experience of people is improved.

The invention relates to the technical field of medical apparatus and instruments, and discloses a medical ultrasonic detection device, which comprises a host machine as a power source of the whole device and used for providing power for a detection mechanism and processing returned information; the supporting mechanism communicates with the main machine through a cable and is used for supporting the mechanical arm; the mechanical arm is fixedly connected to one side of the outer wall of the supporting mechanism and used for regulating and controlling the conversion mechanism and the liquid supply mechanism; the conversion mechanism is fixedly connected to one side of the mechanical arm and used for converting the high-frequency electric pulse signals sent by the host; and the liquid supply mechanism is fixedly connected to one side of the outer wall of the conversion mechanism and is used for providing a coupling agent required during detection. Through the synergistic effect of the host, the supporting mechanism, the mechanical arm, the switching mechanism, the liquid supply mechanism and the mechanical arm operating system, automatic positioning and moving of the probe are achieved, the probe does not need to be held by hand, the detection efficiency and accuracy are improved, and the problem that the probe needs to be held by hand is solved.

The invention discloses an electrode structure in a flow battery, and particularly relates to an electrode structure with bionic fish gill design in the flow battery, and an electrode main body forms a gill cavity-like structure; the flow channel I is used for allowing electrolyte to flow into the gill-cavity-like structure; the flow channel II is used for the electrolyte in the gill-cavity-like structure to flow out; a gill arch-like structure is arranged in the gill cavity-like structure and is used for guiding electrolyte convection; the gill filament-like structure is used for diffusion and mass transfer of reactants; and the gill-like small sheet structure is used for providing a large number of electrochemical reaction sites. The technical problems that the 3D printing integrated electrode structure design integrates the structure and functional characteristics of a bipolar plate and a porous electrode in a traditional flow battery, the packaging difficulty and the contact resistance of an electric pile unit in the flow battery are reduced, and the power density and the energy efficiency of the flow battery are improved are solved. The electrode structure is simpler and more efficient to manufacture, large-scale production is facilitated, and the production cost is reduced.

The invention discloses a coil supporting system, a transformer, a coil mounting method and a smelting cabinet, and relates to the technical field of transformers. The outer auxiliary frame and the inner auxiliary frame are additionally arranged on the basis of the outer supporting frame and the inner supporting frame, the primary winding coil is independently installed through the outer supporting frame and the inner supporting frame, and the secondary winding coil is independently installed through the outer auxiliary frame and the inner auxiliary frame, so that the installed secondary winding coil and the primary winding coil are arranged in an inside-outside staggered mode; therefore, the primary winding coil and the secondary winding coil are arranged in a double-layer mode, even if the coils are spaced, the number of turns of the coils can be increased, the problem that after the coils are spaced, the number of turns of the coils can be reduced, and the number of turns of the coils can be reduced can be solved. Therefore, the conversion efficiency of the transformer is influenced.

The application discloses an optical fiber sound sensor, which comprises a support, a mandrel installed on the support, and a sound-measuring optical fiber wound on the outer peripheral wall of the mandrel, wherein the outer peripheral wall of the mandrel is provided with a sensitivity-enhancing protrusion protruding towards the radial outside of the mandrel, the maximum distance of the sensitivity-enhancing protrusion to the axis of the mandrel is L1, the minimum radius of the mandrel is L2, and the following condition is met: 0.2mm<=L1-L2<=5mm. The optical fiber sound sensor can effectively enhance the coupling capacity between sound waves and the sound-measuring optical fiber by arranging the sensitivity-enhancing protrusion on the outer peripheral wall of the mandrel and limiting the difference between the maximum distance of the sensitivity-enhancing protrusion to the axis of the mandrel and the minimum radius of the mandrel, thereby improving the sensitivity of the optical fiber sound sensor in detecting sound wave signals.

The present invention relates to the technical field of electronic materials, and in particular to a metal complex and an organic electroluminescent device. The metal complex provided by the present invention has a structure as shown in Formula I: The metal complex provided by the present invention can reduce device roll-off, which is conducive to the preparation of a metal complex of a high-stability OLED device, and the metal complex is applied to an organic electroluminescent device, and the luminescent color can be adjusted and the luminescent efficiency is high.

The invention discloses a novel light pressure-resistant multifunctional metamaterial pipeline silencer system. The novel light pressure-resistant multifunctional metamaterial pipeline silencer system comprises an expansion section, a base section and a transition section, the two ends of the expansion section are connected with the base sections through the transition sections respectively. The inner diameter of the expansion section is larger than the outer diameter of the base sections. The expansion section comprises at least one metamaterial base ring of an annular structure, the metamaterial base ring comprises a plurality of anisotropic metamaterial shell units which are sequentially connected in the annular direction, and each anisotropic metamaterial shell unit comprises a rigid supporting framework and a flexible supporting material; holes are formed in the rigid supporting frameworks, and the flexible supporting materials are filled in the holes of the rigid supporting frameworks and between every two adjacent rigid supporting frameworks. The invention relates to the field of pipeline noise treatment, can effectively solve the problem of how to realize the integrated design of a low-frequency broadband silencer system of a pipeline system under the conditions of high pressure resistance and small size, and provides a solution with a good application prospect for the design of the pipeline system widely applied to the fields of aviation and navigation engineering and mechanical engineering.

The invention provides a wireless charging trolley of a new energy automobile and a charging demodulation system of the wireless charging trolley, and belongs to the technical field of wireless charging. The wireless charging trolley comprises a trolley body, an omni-directional moving chassis is rotationally arranged at the bottom of the trolley body, universal wheel lifting mechanisms are uniformly arranged at the bottom of the omni-directional moving chassis in the circumferential direction, and coil outer covers are arranged at the lifting ends of the universal wheel lifting mechanisms; a grooved wheel is rotatably arranged at the bottom of an inner cavity of the coil outer cover, a roller is slidably arranged at the bottom of the inner cavity of the coil outer cover, a signal is transmitted to the grooved wheel according to the coupling condition of a magnetic induction line where the coil is located, so that the grooved wheel rotates, the roller is stressed to slide in a through groove along with rotation of the grooved wheel, and the moving roller drives a hinged connecting rod to move; the other end of the connecting rod drives the hinged contracting and expanding piece to be diffused in the circumferential direction, so that the area of the transmitting end coil is adjusted, the coupling capacity between wireless charging coils is improved by adjusting the diameter of the transmitting end coil to be increased and decreased, and the charging efficiency of an automobile is improved.

Embodiments of the present application disclose a virtual game processing method and device, a storage medium and a computer device. The method comprises: in a process in which a virtual character of a player user participates in a first game play of a virtual game, in response to a triggering operation on a target interface in the virtual game, opening the target interface, and displaying the opened target interface through a graphical user interface; if it is detected that a game triggering control of a second game play on the target interface is triggered, after a current round of the first game play ends, controlling the virtual character to participate in the second game play, and switching to a game interface of the second game play. In the embodiments of the present application, automatic switching between different game plays can be completed, the coupling between different game plays in the virtual game is improved, the human-computer interaction efficiency is improved, and the game experience is improved.

The present invention belongs to the technical field of fine chemical synthesis, and discloses a method for synthesizing patulin hapten, comprising the following steps: S1, synthesis of compound 01→S2, synthesis of compound 02→S3, synthesis of compound 03→S4, synthesis of compound 04→S5, synthesis of compound 05→S6, synthesis of compound a→S7, synthesis of compound 06. In this scheme, an artificial patulin hapten molecule with immunogenicity is designed and synthesized by a chemical synthesis method, thereby inducing the production of antibodies with strong specificity, high immunity and high sensitivity, providing more options for the synthesis method of patulin hapten, and the present invention can obtain a hapten with a higher degree of overlap with patulin in structure, thereby improving the coupling effect of the hapten and the protein, and the obtained patulin hapten can be used as a precursor of a complete antigen in an enzyme-linked immunosorbent assay method, and has a high use value.

The present disclosure provides a multi-die package structure and a chip thereof, the multi-die package structure comprising: a first die at least comprising a second conductive layer; a second die; the isolation structure is located on the first tube core and electrically connected with the second tube core, and the isolation structure comprises an insulating dielectric layer; the first conducting layer is positioned above the insulating dielectric layer; at least one of a first conductive layer in the isolation structure and a second conductive layer in the first tube core forms at least one of an isolation inductor, an isolation capacitor and an isolation transformer. The isolation structure electrically connected with the second tube core is arranged on the first tube core, and the first conductive layer in the isolation structure is separated from the second conductive layer in the first tube core through the insulating dielectric layer in the isolation structure, so that the connection and isolation requirements among the multiple tube cores are met, and the isolation voltage-resistant performance of each tube core is improved.

The utility model discloses a joint type ultrasonic wave probe device, include: hand held pole, probe, it includes casing, piezoelectric wafer, cable, joint subassembly, it includes a pair of through -hole, its corresponding setting is on the lateral wall of casing, shaft pipe, it is through a pair of through -hole and is set in the casing, filler, it fills around the shaft pipe in the casing, elastic ring, it is the open ring of one end, and the opening of one end of elastic ring's two arms is rotatable and is clamped into two ends of the shaft pipe, the connecting piece is one long strip shape piece body, and one end of connecting piece is connected to the front end of hand held pole, and the other end of connecting piece is connected with the other end of elastic ring and sets up. The utility model provides joint type ultrasonic wave probe device, through hand held pole and sends to the probe of the surface to be detected, through joint subassembly can be adaptive surface to be detected's position and angle, make the detection can be reliably carried out, and then effectively improve the coupling effect of flaw detection contact surface and surface to be detected.

The invention provides a terminal module of an orthogonal connector and the orthogonal connector, and belongs to the field of electric connectors. The terminal module of the orthogonal connector comprises a differential pair, a grounding terminal, a shielding sheet and a grounding contact, the differential pair comprises two signal terminals, each signal terminal comprises a terminal body, a signal contact and a vertical bending structure connected between the terminal body and the signal contact, and the vertical bending structures are aligned in a second direction. The grounding contact is integrally connected to the shielding sheet, and the shielding sheet is conductively connected with the grounding terminal, or the grounding contact is conductively connected with the grounding terminal, or the grounding contact is conductively connected with the grounding terminal through an adapter. The orthogonal connector comprises a shell and the terminal module of the orthogonal connector. According to the terminal module, the grounding contact and the grounding terminal are arranged in a split mode, under the condition that the size of the whole terminal module in the second direction is not changed, the vertical bending structures are aligned in the second direction, and the signal transmission quality is improved.