43 results about "Signal Induction" patented technology

The invention discloses an untrained neural rehabilitation system combining peripheral visual stimulation and motor imagery and a use method thereof. The system comprises a stimulation module, an SSVEP data acquisition module, an SSVEP classification and recognition module, a motor imagery data acquisition module, a motor imagery decoding model training module, a comparison module and a motor imagery recognition accuracy statistical module. The system adopts peripheral visual stimulation as an SSVEP signal induction paradigm, after each visual stimulation, SSVEP signal classification identification is carried out, a classification result is converted into a rehabilitation equipment control command to drive limb training, an active motor imagery task is carried out within 5 seconds later, motor imagery data is collected, the SSVEP signal classification result is used as a training sample label, and the training sample label is used as a training sample label. And after the motor imagery data meets the training sample scale, training a motor imagery decoding model, evaluating the recognition performance of the model on the motor intention, and gradually reducing the dependence on peripheral visual stimulation.

The invention relates to the technical field of lighting control systems, in particular to an intelligent lighting control method based on signal induction, which comprises the following steps: independently controlling emergency lighting lamps in a recovery area and recording the emergency lighting lamps as independent lamps, and adopting wireless communication between the independent lamps, determining a dangerous point location in the stoping area based on the abnormal working state and the abnormal communication state of the independent lamp, and after the dangerous point location is determined, marking the corresponding stoping area as a target area, and marking other stoping areas as non-target areas; when the independent lamp belongs to the target area, marking the independent lamp with the operator nearby as a target lamp, screening out a preferred route, and constructing an independent lamp lightening set based on the preferred route, the independent lamp lightening set comprising the target lamp and a plurality of independent lamps around the target lamp; and controlling the independent lamps in the independent lamp lightening set to be lightened, and adjusting the guide direction and the signal light color based on the optimal route.

The invention provides a non-contact electrostatic sensor and an installation position determination method, the non-contact electrostatic sensor comprises an electric field signal induction part and a circuit board solidified with a signal processing part, the electric field signal induction part comprises a sensitive structure and a driving assembly, the sensitive structure at least comprises a first induction assembly and a second induction assembly which are connected and arranged up and down, the first induction assembly comprises a first shielding blade and a first induction assembly, the second induction assembly comprises a second shielding blade and a second induction assembly, and the first shielding blade and the second shielding blade synchronously rotate under the driving of the driving signal; the first sensing component and the second sensing component generate a first current signal and a second current signal with a signal difference value; the signal processing part obtains the installation distance value of the electrostatic sensor according to the first current signal and the second current signal so as to determine the installation position. According to the invention, the installation position of the electrostatic sensor in the current electric field environment or relative to the measured object can be accurately determined, and measurement errors are avoided.

The invention belongs to the technical field of ovens, and particularly relates to an electromagnetic wire production oven which comprises an oven body, a guide rail groove is formed in the bottom of an inner cavity of the oven body, an electric control guide rail extending outwards is fixedly connected to the inner wall of the guide rail groove, and a motor forklift is arranged on the outer wall of one side of the electric control guide rail. A limiting stop lever is fixedly connected between the two forklift goods shelves, the outer wall of one side of the limiting stop lever is movably attached to the outer wall of one side of an electromagnetic wire winding frame, a limiting base is arranged below the electromagnetic wire winding frame, two grooves are formed in the outer wall of the top of the limiting base, and infrared induction belts are fixedly installed on the inner walls of the grooves. The outer walls of the bottoms of the two forklift goods shelves are each fixedly provided with two infrared probes, the infrared probes are in signal connection with infrared induction belts, the approximate position of the motor forklift can be judged through signal induction triggering of the infrared induction belts and the infrared probes, the placement accuracy and stability of the motor forklift are improved, and machining safety is guaranteed.

The invention relates to application of lentinan in preparation of a medicine for enhancing Kukuzhou cell immune function, and belongs to the technical field of immunopharmacology. The invention discloses a mechanism and application of lentinan LNT (Lentinan) based on a TLR2 (Toll-Liver Receptor 2) signal channel for enhancing the immune function of liver cumness cells and promoting lysosome maturation. By constructing an LNT fluorescence labeling system, a Kuptake cell in-vivo tracing model and a TLR2 function intervention model, it is proved that LNT can be directly combined with TLR2 and activate a TLR2 / MyD88 / NF-kappa B signal axis, and therefore the phagocytosis and immune response capacity of Kuptake cells is enhanced. Meanwhile, TLR2 signal-induced reactive oxygen species (ROS) up-regulation can promote TFEB dephosphorylation and nuclear translocation, lysosome maturation is driven, and degradation metabolism of LNT is accelerated. The invention provides a TLR2-based immune enhancement mechanism of the LNT, and provides a theoretical basis and an application basis for developing immunomodulatory targeted drugs.

The utility model relates to a refrigerator with a wireless power supply lighting device, which is characterized in that a lighting lamp is arranged on a shelf of the refrigerator, the lighting lamp is provided with a wireless electric energy receiving device, and the wireless electric energy receiving device is electrically connected with a power supply access end of the lighting lamp; a wireless electric energy transmitting device for transmitting wireless electric energy to the wireless electric energy receiving device is arranged on the side wall of the refrigerator storage cabinet; a signal generation module is carried in the wireless electric energy receiving device; a signal induction switch for triggering the wireless electric energy transmitting device to transmit electric energy to the outside is carried in the wireless electric energy transmitting device; when the wireless electric energy transmitting device and the wireless electric energy receiving device approach each other, the signal generation module triggers the signal induction switch. According to the scheme, power is supplied to the illuminating lamp of the shelf in the refrigerator in a wireless power supply mode, the circuit wiring difficulty in the refrigerator is lowered, the refrigerator is more convenient to install, the situation that wires of the illuminating lamp are damaged when the refrigerator is disassembled and maintained is effectively avoided, and it can be ensured that the wireless power supply process of the illuminating lamp is stable.

The invention discloses a crawler-type unmanned grooving machine which comprises a frame assembly, crawler power assemblies are arranged on the front side and the rear side of the frame assembly, and the crawler-type unmanned grooving machine is characterized in that an overturning plate is hinged to the frame assembly, and a grooving assembly for grooving the ground is arranged on the overturning plate; a plurality of magnetic conduction assemblies are fixedly arranged on the lower side of the turnover plate and the bottom of the frame assembly and used for establishing signal induction with magnetic wires arranged on the ground, so that a groove is machined in the ground through the grooving assembly while the crawler power assembly drives equipment to operate; according to the equipment, the crawler belt power assembly, the grooving assembly, the crawler belt and the magnetic conduction assembly are arranged, a temporary magnetic wire is arranged on the ground, the equipment can cut and machine grooves at equal intervals along the magnetic wire, the grooves are used for containing the magnetic wire used for a long time, the equipment working process can be automatically completed without manual operation, and high efficiency is achieved.

The invention provides a flowing liquid monitoring system, and belongs to the technical field of electrochemical detection. The flowing liquid monitoring system comprises a reaction device and a detection management unit, the reaction device comprises a reaction cavity, the reaction cavity is internally provided with a containing cavity, the reaction cavity comprises a liquid inlet and a liquid outlet which are communicated with the containing cavity, continuously flowing liquid to be detected flows into the containing cavity through the liquid inlet and flows out of the liquid inlet through the liquid outlet, and the liquid to be detected is blood or body fluid of a human body; the at least one reaction module is arranged in the accommodating cavity and is used for reacting with a first marker in the liquid to be detected so as to generate a target reactant; the signal sensing unit is used for sensing a target reactant and / or a second marker in the liquid to be detected and generating a corresponding electric signal; the monitoring management unit is connected with the signal induction unit and used for storing and analyzing the electric signals of the signal induction unit. According to the flowing liquid monitoring system, physiological parameters for effectively guiding disease symptom prediction and prevention can be obtained.

The utility model discloses a high-precision pneumatic switch sensor circuit based on an MEMS thermal flow chip, which relates to the technical field of thermal pneumatic switch sensing and comprises a power supply unit, a signal sensing unit and a data processing unit. The signal induction unit comprises an MEMS thermal flow chip, and the MEMS thermal flow chip is used for detecting gas flow and generating a differential voltage signal; the data processing unit converts the differential voltage signal generated by the signal induction unit into a digital quantity after A / D conversion and operation processing, a target flow value is obtained, and analog voltage is output through a DAC; the power supply unit supplies power to the signal induction unit and the data processing unit. The pneumatic switch sensor corresponding to the circuit has the advantages of small size, low power consumption, low cost, high reliability, long service life and the like by using an analog front end of the MEMS technology, and the MCU performs data processing and is convenient to access an application system of a client.

This invention discloses a training-free neurorehabilitation system combining peripheral visual stimulation and motor imagery, and its usage method. The system includes: a stimulation module, an SSVEP data acquisition module, an SSVEP classification and recognition module, a motor imagery data acquisition module, a motor imagery decoding model training module, a comparison module, and a motor imagery recognition accuracy statistics module. The system uses peripheral visual stimulation as the SSVEP signal induction paradigm. After each visual stimulus, SSVEP signal classification and recognition are performed, and the classification results are converted into control commands for rehabilitation equipment to drive limb training. Within 5 seconds thereafter, an active motor imagery task is performed, while motor imagery data is collected. The SSVEP signal classification results are used as training sample labels. Once the motor imagery data meets the training sample size, the motor imagery decoding model is trained, and the model's performance in recognizing motor intentions is evaluated, gradually reducing its dependence on peripheral visual stimulation.

The utility model discloses a drive-by-wire electronic brake pedal with a hysteresis effect. The drive-by-wire electronic brake pedal comprises a base, a pedal connecting rod, a rotating shaft, a hysteresis mechanism and a signal induction unit. The pedal connecting rod is rotationally connected with the base through a rotating shaft. The delaying mechanism is arranged between the base and the pedal connecting rod and comprises a supporting rotating shaft, a spring sliding block, a first supporting sliding block, a second supporting sliding block, a first elastic element and a second elastic element. The signal induction unit is used for transmitting a rotation angle signal of the brake pedal into an electric signal and outputting the electric signal to the control unit for brake control. The pedal is provided with the delaying mechanism, and when the pedal works, the delaying mechanism generates a delaying effect, so that a driver can well control the position of the pedal, an electric signal is stably output, the driving comfort is improved, and the fatigue feeling of feet of the driver is reduced.

The invention provides an equipment group for testing human body response time, which comprises an external stimulation device, a signal collection device and a central signal processor, the external stimulation device comprises a stimulation signal releaser and a first signal induction control device which is arranged on the peripheral side of the stimulation signal releaser and used for inducting the time when the stimulation signal releaser releases the signal source. The signal collection device further comprises a second signal induction control device which is fixed to a human body execution part and automatically collects human body neural signal change time, and the first signal induction control device and the second signal induction control device transmit signal induction time to the central signal processor. The method has the effects of more accurately reflecting the real reaction condition of the human body of the subject, and being accurate in data and extremely small in error.

The invention discloses a signal induction control method, which comprises the steps of predicting an optimal decision point of each phase of a current intersection through a global induction model based on the number of parked vehicles, the number of coming vehicles and the number of departed vehicles at the current intersection; adjusting the optimal decision point based on a flow direction comparison result between a current phase of the current intersection and a lap joint phase; and phase switching is executed according to the adjusted optimal decision point, so that the problem of long-time idle release of the signal lamp is solved.

The utility model relates to the related technical field of grate cooler limiting, in particular to a grate cooler with a limiting switch, which comprises a grate bed body and further comprises two gaskets connected below the grate bed body, and induction sheets are arranged on the two gaskets. The mounting plate is arranged below the grate bed body, a switch body is arranged on the mounting plate, the sensing end of the switch body faces the grate bed body, and the axis of the sensing end of the switch body is perpendicular to the surface of the mounting plate; according to the self-adaptive mechanism arranged below the grate bed body and connected with the mounting plate, the self-adaptive mechanism used for mounting the switch body is arranged below the grate bed, so that the mounting plate can vibrate up and down along with the vibration of the grate bed, and the distance between the switch body and the induction sheet is always fixed at the moment; the distance between the induction sheet and the switch body is not influenced by the vertical vibration of the grate bed, so that the induction precision of the induction end of the switch body is prevented from being influenced, and the timeliness of signal induction is ensured.

The application discloses a kind of based on otolith resonance and artificial intelligence's Pseudosciaena crocea parent selective fishing method and system, comprising: the resonance frequency of otolith of different body length Pseudosciaena crocea is determined by experiment, and "body length-resonance frequency" mapping model is established;By analyzing the difference of otolith resonance frequency of different body length Pseudosciaena crocea, adjustable frequency acoustic signal is designed;According to adjustable frequency acoustic signal induction target parent fish, and through underwater acoustic sensor, optical sensor and environmental parameter detection, fish school dynamics and environmental noise are monitored in real time;Real-time analysis fish school feedback signal using deep learning model, identify fish length and distribution, optimize acoustic parameters;Combining acoustic induction and light induction technology, guide parent fish to concentrate in target area after starting mechanical net, complete fishing.The application realizes the efficient, selective fishing of Pseudosciaena crocea parent, significantly reduces the mis-capture rate of juvenile fish, improves fishing efficiency and parent survival rate.

The invention discloses an anti-crawler method and system based on dynamic request frequency modulation and pseudo signal interference, and relates to the technical field of network security. According to the method, the request time interval is adjusted in real time through the nonlinear function, and the dynamic performance of protection is enhanced; a pseudo signal is injected to induce crawler response, and automatic behaviors are actively recognized; the crawler detection precision is greatly improved by combining dual verification of the time interval and the pseudo signal response; a protection strategy is dynamically adjusted according to network-server data, so that high adaptability of the system is ensured, and the protection effect is improved; through a lightweight mathematical model and pseudo signal injection, an efficient anti-crawler capability is provided, and the method is suitable for a high-concurrency scene.

The present invention provides a safety locking prompt device and method for a lifting arm of a two-column lift. The device includes a fixing component, an inductive proximity switch group, and a chip. The inductive proximity switch group is arranged on the fixing component. The inductive proximity switch group includes a plurality of inductive proximity switches. Each inductive proximity switch is respectively connected to an input pin of the chip. The chip is a NAND gate chip. The output pin of the chip is connected to an amplifying circuit, and an indicator is arranged on the amplifying circuit. The method includes: (1) signal induction; (2) signal collection and processing; (3) automatic control and prompt. Using the present invention, it avoids the misjudgment of the operator on the sound of the safety lock being locked, effectively prevents safety accidents such as unilateral locking and tipping of the lifting arm of the lift; reduces mechanical collision, improves the mechanical life; and has stable performance, accurate resolution, good sensitivity, fast response speed, and strong versatility.

The invention relates to the technical field of geotechnical engineering, in particular to an MICP inverse gradient regulation and control device and method. The device comprises a container, a channel unit, an annular sealing piece, a heat preservation cover, a driving piece and a pressure regulation and control device. Wherein the annular sealing piece sleeves the periphery of the channel unit and rotates to close the through hole through the driving piece, the pressure regulation and control device adjusts the pressure of the container, the container and the channel unit are filled with an immobilization matrix, the immobilization matrix adsorbs an immobilization solution, and the chemotactic plant is planted on the immobilization matrix in the container. The chemotactic plant releases a chemotactic signal through root exudates so as to directionally attract MICP functional microorganisms. According to the scheme provided by the invention, MICP functional microorganisms can be directionally attracted through the chemotactic signal induction module, directional migration and efficient immobilization of the microorganisms are realized in combination with through hole opening and closing control of the annular sealing element and pressure regulation of the pressure regulation and control device, and meanwhile, the stability of the internal environment is ensured by virtue of the heat preservation cover and the filter supporting layer; and the application efficiency of the MICP technology is effectively improved.

An electronic filter for filtering multiple signals including a signal of interest and an other spectral content induces a desired frequency selective limiter response with activator signals. The activator signals have an approximately 180-degree phase difference and effectively cancel in a final combiner, leaving only the desired filter response.

The utility model relates to a human body and object movement induction control fan, which comprises a fan base, a fan head, a microwave radar inductor, an infrared inductor and a main controller, the fan head is arranged above the fan base, a battery, a motor and fan blades are arranged in the fan head, the battery provides electric energy, the motor drives the fan blades to rotate, and the main controller is connected with the microwave radar inductor. The microwave radar sensor is used for emitting microwaves to detect whether a person or an object in front of the fan enters a microwave signal sensing range, the infrared sensor is used for emitting infrared rays to detect whether a person or an object in front of the fan enters an infrared signal sensing range, and the microwave radar sensor and the infrared sensor perform double detection, so that the detection precision is good; and the main controller controls the motor to start or stop according to the detection signal, so that the use is very flexible and convenient, the practicability is high, and energy and electricity are saved.

The invention provides a silo slip form control device and a construction method.The silo slip form control device comprises a plurality of supporting rods distributed in the circumferential direction of a silo, jacks movably connected with the supporting rods and a control part used for controlling the jacks to climb and further comprises a perpendicularity detection mechanism; the laser receiving part comprises a laser emitting part arranged in the silo and a laser receiving part in signal induction with the laser emitting part, each laser receiving part is connected with the corresponding jack to detect the height deviation of the jack, and the laser receiving part is in communication connection with the control part. According to the silo slip form construction method, the laser emitting part emits laser to establish a reference plane, the multiple laser receiving parts conduct synchronous induction and transmit detected height deviation signals to the control part, and the control part adjusts the climbing speed of the corresponding jack according to the height deviation signals. The system has the beneficial effects that the lifting state of each jack can be monitored and adjusted in real time, the silo construction quality and progress are improved, and the construction safety is improved.

The application belongs to the technical field of ovens, and particularly relates to an oven for electromagnetic wire production, which comprises an oven, a guide rail groove is formed in the bottom of the inner cavity of the oven, an electric control guide rail extending to the outside is fixedly connected to the inner wall of the guide rail groove, a motorized forklift is arranged on one side of the outer wall of the electric control guide rail, a limiting baffle is fixedly connected between the two forklift racks, the outer wall of one side of the limiting baffle is movably attached to the outer wall of one side of an electromagnetic wire reel, a limiting base is arranged below the electromagnetic wire reel, two recesses are formed in the top outer wall of the limiting base, an infrared induction strip is fixedly installed on the inner wall of the recess, two infrared probes are fixedly installed on the bottom outer wall of each of the two forklift racks, the infrared probes are signal connected to the infrared induction strip, the approximate position of the motorized forklift can be determined through signal induction and triggering of the infrared induction strip and the infrared probes, the placement accuracy and stability of the motorized forklift are improved, and the machining safety is ensured.

The utility model provides a waterproof device of a cleaning machine optoelectronic switch, comprising a mounting plate, the surface of the mounting plate is detachably connected with a support, and the side portion of the support is detachably connected with an optoelectronic switch read head through a clamping assembly; a plurality of upwards inclined insertion holes are formed in the surface of the mounting plate, and an air blowing pipe is inserted into each insertion hole; each air blowing pipe is communicated with the output end of high-pressure clean air through a communication head, and the photoelectric switch reading head is dried through the high-pressure clean air. According to the utility model, the photoelectric switch read head is blown and dried by high-pressure clean air, and the dryness of the read head is ensured, so that the accuracy of signal induction is ensured, water is prevented from entering the photoelectric switch read head, the service life is prolonged, the replacement frequency is reduced, and the operation rate of a production line is improved. The photoelectric switch reading head is connected with the support through a clamping assembly, the support is detachably connected with the mounting plate, and the mounting plate is detachably connected with the cleaning machine, so that local replacement and adjustment of the position of the whole device are facilitated.

The circuit is mainly used in the technical field of electronic circuits. The utility model provides a signal induction circuit, an induction device and an intelligent bracelet. The signal induction circuit comprises a signal input end, a signal output end, an amplification module and a switch module, the amplification module is used for carrying out signal amplification processing on the signal; the switch module is connected with the amplification module and used for controlling the amplification module to amplify a signal input through the signal input end and outputting the amplified signal through the signal output end when the switch module is in a first state, or controlling the amplification module to amplify the signal input through the signal input end and output the amplified signal through the signal output end when the switch module is in a second state. And the signal is output through the signal output end. According to the utility model, the response speed of the intelligent bracelet to the wake-up signal can be improved, and the intelligent bracelet is accelerated to be awakened from the sleep mode.

The present invention discloses a reverse running detection system and method for a vertical circulating elevator. The main design concept of the present invention is to propose to use four metal induction devices and arrange them evenly in a circle outside the sprocket, and corresponding to the metal components fixed on the sprocket, to realize signal induction of the rotation direction of the sprocket, so as to accurately detect the running position of the elevator sprocket, and then determine whether the elevator is running forward or backward. Once it is detected that the elevator sprocket rotates in reverse, the elevator can be controlled to brake and stop immediately, and an alarm signal is output. Whether the reverse rotation is caused by electrical reasons, or by reasons such as overweight overload and mechanical slipping, the present invention can quickly detect the reverse running state of the elevator, trigger the original mechanism to brake, and timely control the elevator to stop falling.

The invention relates to a PHA nerve scaffold based on degradable biological activity, a preparation method and application, polyhydroxyalkanoate is added into an organic solvent, and electrospinning is carried out after dissolution to obtain the PHA nerve scaffold based on degradable biological activity. In addition, mixing of other types of polymers is further introduced in the spinning process, so that the comprehensive performance is enhanced. Compared with the prior art, the PHA fiber material is obtained by controlling the viscosity of the polyhydroxyalkanoate solution, the injection speed and the rotating speed of a receiver, has a physical signal induction effect on the growth of nerve cells, can promote the growth of the nerve cells and the extension of axons when the material is degraded, and is beneficial to the regeneration of peripheral nerve injury. Meanwhile, other types of polymers are introduced, so that the fiber structure can be further changed, or the adaptability of the fiber to nerve cells can be enhanced. In addition, the preparation method provided by the invention is simple, convenient to operate and suitable for industrial production.

The utility model provides a signal induction coil winding pipe type water treatment instrument which comprises a case, the case is connected with an induction coil through a connecting line, the induction coil is wound on the surface of a pipeline to be treated, the surface of the pipeline to be treated located at the induction coil is sleeved with a protective cover, and the induction coil is wrapped in the protective cover. The interiors of the two sides of the protective cover are fixedly connected with sealing rings, the sealing rings are connected with the surface of a to-be-treated pipeline in an attached mode, and notches used for leading out connecting wires are formed in the sealing rings. The case is connected with the induction coil, control of the water treatment instrument during use is facilitated, the water treatment instrument can be installed at different positions according to the field environment by arranging the side supports and the bottom support, the induction coil is limited and wrapped by the protective cover, and the sealing rings are arranged on the two sides of the protective cover and used for protecting the induction coil, so that the water treatment instrument is convenient to use. The problem that water stains on the surface of the pipeline make contact with the induction coil is avoided, safety in the using process is ensured, and the using performance of the water treatment instrument is improved.

The utility model discloses a high-precision pneumatic switch sensor based on an MEMS thermal principle, which relates to the technical field of thermal pneumatic switch sensing and comprises a signal sensing unit, a signal processing unit, a shell component and a power management unit. The signal sensing unit is connected with the information processing unit and the power supply unit; the signal sensing unit is used for outputting a voltage signal by the thermal conductive chip caused by gas flow; the signal processing unit is used for amplifying a voltage signal output by the thermal conductive chip of the signal induction unit and carrying out algorithm processing to obtain gas flow information; the power supply management unit provides a power supply for the signal induction unit and the signal processing unit; the shell component is used for placing and fixing the signal induction unit, the signal processing unit and the power management unit circuit board. The sensor has the advantages of being capable of providing accurate measurement under the conditions of pulsating flow and low flow, high in sensitivity, extremely low in failure rate, low in cost and simple in structure.

The utility model discloses a multi-layer detection unit multi-speed chain automatic conveying device which comprises a rack body, a multi-speed chain assembly is arranged at the upper end of the rack body, a tray is connected to the upper end of the multi-speed chain assembly in a sliding mode, and a plurality of containing disc bodies are connected to the upper end of the tray in an inserted mode. According to the multi-layer detection unit speed chain automatic conveying device, through signal induction of the signal induction devices, the mechanical arm can be driven to always grab and move the containing disc body at the uppermost end through the grabbing holes, the containing disc body is arranged at the lower end of the mechanical arm, and the conveying assembly is arranged at the lower end of the containing disc body. And the manual intervention in the whole conveying process is avoided, and the working efficiency and accuracy of on-site cargo circulation are improved.