56 results about "Sensory control" patented technology

Apparatus for actuating a valve includes a support frame and at least one valve driving linkage arm, one end of which is rotatably connected to a valve stem of the valve and the other end of which is rotatably connected to a screw block. A motor connected to the frame is operatively connected to a motor driven shaft which is in threaded screw driving relationship with the screw block. The motor rotates the motor driven shaft which drives translational movement of the screw block which drives rotatable movement of the valve driving linkage arm which drives translational movement of the valve stem. The valve actuator may further include a sensory control element disposed in operative relationship with the valve stem, the sensory control element being adapted to provide control over the position of the valve stem by at least sensing the travel and/or position of the valve stem.

The invention relates to a layer-by-layer speed governing spinning device for a spinning machine. The invention comprises a forming cam, a lifting oscillating arm, a lifting chain, a ring bar, a ratchet wheel cascade ascent mechanism, a winding chain wheel, a control unit, a display input unit, a transducer, an electric motor, a sensory control unit, a display screen, a transducer, an electric motor, encoders and so on, wherein, the encoders are arranged on the forming cam, the winding chain wheel and the electric motors; a speed governing curve according to set spinning tensile forces can be obtained by input of set spinning varieties and technological parameters through the display screen, and constant-tension spinning is realized. The layer-by-layer speed governing spinning device reduces broken ends for spinning, reduces the amount of labor, improves the output and increases the economic benefit.

The invention discloses a somatic sensory controlled upper limb exoskeleton mirrored rehabilitation robot. The robot comprises a Kinect sensor, a main control computer, a three degree-of-freedom exoskeleton wearable mechanical arm and a somatic sensory controlled system for the mechanical arm. The Kinect sensor is used for collecting information about a joint angle of the upper limb on the uninjured side of the human body; the exoskeleton wearable mechanical arm comprises an elbow bend and stretch structure, a shoulder flexion and extension structure and a shoulder abduction and adduction structure. The robot has the characteristic of being directly controlled by the somatic sensory, no signal collection device needs to be worn, and the robot is convenient to operate; the injured limb of a patient can be driven by the movement of the health limb of the patient to carry on novel bilateral mirrored synchronous rehabilitation training with the assistance of the robot, and in addition, master-slave type rehabilitation training can be carried out through the movement of the limb, on the same side of the injured limb of the patient, of a physical therapist.

A driver's feeling control apparatus which includes: a steering detection unit which detects the amount of steering operation by a driver; a seat in which the driver sits, and which has a movable part displaceable in a perpendicular direction with respect to the longitudinal direction of a vehicle, or in a yaw direction; and a control unit which determines the amount of the displacement of the movable part in response to the amount of steering operation.

The invention discloses an upper limb rehabilitation training method based on photoelectric multimode feedback of mirror image therapy. The method comprises the following steps: collecting an uninjured side hand image of a patient and performing spatial imagination assessment on the upper limb according to the hand image; collecting finger kinematic parameters of the patient in the upper limb rehabilitation training process in real time and performing hand kinematic assessment on the upper limb according to the finger kinematic parameters; adjusting the training method according to the result of the spatial imagination assessment and the result of the hand kinematic assessment. According to the method provided by the invention, the combination of visual mirror image, multisensory feedback technique and space sensory control technique is adopted for directly performing central stimulation on the patient, activating brain motion and feeling cortex, so that the hand functional rehabilitation therapeutic effect is enhanced, the resource shortage is relieved and the defects of domestic and overseas hand functional rehabilitation can be technically overcome.

Audio signal processing apparatus is disclosed. The audio signal processing apparatus includes a first audio signal extracting section, a second audio signal extracting section, a sense-of-depth controlling section, a sense-of-sound-expansion controlling section, a control signal generating section, and a mixing section. The first audio signal extracting section extracts a main audio signal. The second audio signal extracting section extracts a sub audio signal. The sense-of-depth controlling section processes the extracted main audio signal to control a sense of depth. The sense-of-sound-expansion controlling section processes the extracted sub audio signal to vary a sense of sound expansion. The control signal generating section generates a first control signal with which the sense-of-depth controlling section is controlled and a second control signal with which the sense-of-sound-expansion controlling section is controlled. The mixing section mixes an output audio signal of the sense-of-depth controlling section and an output audio signal of the sense-of-sound-expansion controlling section.

The invention discloses an automatic board unloader for an electroplating device. The automatic board unloader comprises a rack, a linear driving device, a transfer device, a suction cup device, an inductive control device and a board unloading sensory control device, wherein the linear driving device, the transfer device, the suction cup device, the inductive control device and the board unloading sensory control device are installed on the rack. The linear driving device can drive the transfer device to make linear movement between a taking position close to a board unloading position and a discharging position close to a board loading position. The suction cup device is provided with a rotary motor, a first cylinder, a second cylinder, a suction cup and a suction cup driving mechanism. According to the automatic board unloader for the electroplating device, a PCB which stops at the board unloading position can be automatically taken down from a clamp of the electroplating device and sent to the board loading position of a conveying face of an electroplating post treatment device; full-automatic operation can be conducted without manpower; and accordingly, the PCB production and processing efficiency is improved, manpower is reduced, and the cost is lowered.

The invention discloses a movable docking stereo connected elevator, which is composed of an elevator system, a track system and an internal power system. The elevator system is composed of a center compartment, a sub-compartment system, a ropeway, an inductive magnetic gate, an infrared sensor, a hoisting machine, a control cabinet, and a machine room. Specifically, the invention discloses an elevator which adopts multiple docked and connected compartments capable of moving independently and carrying out stereo transmission, it belongs to the field of elevator manufacturing. According to the movable docking stereo connected elevator provided by the invention, the advantages are that the elevator has multiple compartments, the compartments can be butt jointed movably so as to finish transfer work of passengers among compartments; the center compartment has two doors, crowd is avoided and time is saved; positioning and sensory control for the internal compartments are realized through the infrared sensor signal sensing technology, magnetic attraction is utilized to realize more effective docking, so that the security is increased, and meanwhile, magnetic drive enables the sub-compartments to move flexibly.

The invention relates to the roof accumulated snow removing technology, in particular to a roof energy-saving automatic melted snow collecting system. The roof energy-saving automatic melted snow collecting system solves the problems that an existing roof accumulated snow removing device is low in snow removing efficiency, poor in work reliability, poor in environmental protection property and low in automation degree. The roof energy-saving automatic melted snow collecting system comprises a main house portion, a roof snow removing portion, a melt water collecting portion and a sensory control portion. The roof snow removing portion comprises a first rail, a second rail, a first bearing seat, a second bearing seat, a third bearing seat, a fourth bearing seat, a first pulley shaft, a second pulley shaft, a first fixed pulley, a second fixed pulley, a third fixed pulley, a fourth fixed pulley, a first steel wire rope ring, a second steel wire rope ring, a snow removing brush, a first idler wheel, a second idler wheel, a two-way motor, a pinion, a large gear and a mica heating board. The roof energy-saving automatic melted snow collecting system is suitable for houses with plane roofs or roofs close to planes and with the snow removing brush convenient to install.

It is an object of the present invention to discover that a perfume can change a person's temperature sense and humidity sense, to identify a perfume component that can change temperature sense, and to provide a perfume composition for controlling temperature sense that contains this perfume component, and to a sense control method or sense control article such as an aromatic or a cosmetic that is beneficial for controlling temperature sense, and to a perfume map for selecting a perfume suited to controlling temperature sense. [The perfume composition] is characterized in that a perfume component that changes the temperature subjectively sensed by a person (temperature sense) is contained, and that the perfume component that changes the temperature sense is a perfume component identified on the basis of a temperature image obtained from test subject assessment.

The invention relates to an outdoor intelligent cabinet, in particular to an outdoor intelligent cabinet multifunctional curtain board device applied in an intelligent substation. The device comprises a support (1), wherein the support (1) is connected with a curtain board (2) through an electric turn-over mechanism (3), a solar cell panel (4) is installed on one face of the curtain board (2) and connected with a storage battery (7) in the outdoor intelligent cabinet for supplying power, a temperature and humidity sensor (5) and a controller (6) are further arranged on the portion, on the same side of the solar cell panel, of the curtain board (2), the electric turn-over mechanism (3) is connected to the storage battery (7) through the controller (6), and a binding post of the temperature and humidity sensor (5) is connected to a sensory control binding post of the controller (6). Due to the outdoor intelligent cabinet multifunctional curtain board device applied in the intelligent substation, sunlight can not directly irradiate the outdoor intelligent cabinet, the temperature of the outdoor intelligent cabinet is greatly lowered, and daily operation of maintaining devices in the cabinet is maintained through solar power supply. According to the outdoor intelligent cabinet multifunctional curtain board device applied in the intelligent substation, no air conditioner needs to be additionally installed, no extra power supply is needed, operation cost is reduced, effective handling can also be performed in rain and snow weather, and the outdoor intelligent cabinet multifunctional curtain board device applied in the intelligent substation is economical, practical and suitable for wide-range application and popularization in electric power systems.

The invention discloses linkage supply-type rail spike conveying equipment. The linkage supply-type rail spike conveying equipment comprises a rail spike feeding line, a stepped feeding machine, a discharging mechanism and an orderly feeding control detection system. The rail spike feeding line is used for conveying rail spikes onto the stepped feeding machine, and the stepped feeding machine feeds the rail spikes onto the discharging mechanism in a stepped feeding mode. The discharging mechanism comprises a discharging channel communicating with a tilted channel upper discharging opening. A material control device is arranged on the discharging channel and further comprises two material control units which are arranged on the discharging channel in a spaced mode in the conveying directionof the discharging channel. The orderly feeding control detection system comprises a center control processor and a sensory control mechanism arranged at the position of the discharging channel. By adoption of the linkage supply-type rail spike conveying equipment, automated linkage supply is realized, the rail spikes can be discharged in an orderly mode, and the material jamming phenomenon is reduced.

The invention relates to an intelligent composite stone needle energy field generator based on a new concept. The intelligent composite stone needle energy field generator is characterized by comprising an intelligent human meridian and acupoint measuring and controlling device, a far infrared composite stone needle energy field generator and an ultrasonic pulse composite stone needle energy field generator at least, wherein the intelligent human meridian and acupoint measuring and controlling device is connected with the far infrared composite stone needle energy field generator and the ultrasonic pulse composite stone needle energy field generator respectively; human meridian and acupoint biological electric field signals are collected by a meridian and acupoint biological electric field signal detection sensor of the intelligent human meridian and acupoint measuring and controlling device in real time, firstly sent to a meridian and acupoint biological electric field signal CPU to be processed, and then sent to a meridian and acupoint biological electric field balance controller to be modulated into feedback signals, the feedback signals are used for controlling the far infrared composite stone needle energy field generator and the ultrasonic pulse composite stone needle energy field generator respectively, and therefore synchronous sensory control over detection and balance of the human meridian and acupoint biological electric field signals is achieved. According to the intelligent composite stone needle energy field generator, real-time measuring and controlling means having the characteristic that treatment is carried out according to symptoms are combined with efficient treatment means organically, so that therapeutic effects of common physiotherapeutic massagers are improved obviously.

The invention relates to a method and a device for controlling a Hall sensor switch, and belongs to the technical field of sensory control. The method comprises the following steps of: acquiring voltage U1 through a diode W1 and a resistor R1 when a Hall element is under an initial condition, wherein the Hall element is under a working condition when a magnetic conductor passes through a permanent magnet; acquiring voltage U2 through a diode W2 and the resistor R1, and converting detected magnetic field intensity change signals of the permanent magnet into electric signals which are transmitted to a circuit board by the Hall element; and outputting signal conversion switching signals transmitted by the Hall element through a connecting socket by the circuit board. The device comprises the permanent magnet and the like, wherein the permanent magnet, the Hall element and the circuit board are arranged inside an outer housing; the Hall element is connected with the circuit board; the circuit board is connected with the connecting socket; one end of a radiator is connected with the circuit board, and the other end of the radiator is earthed; and a sealing ring is arranged between the connecting socket and the outer housing. The invention discloses the method for controlling the Hall sensor switch so as to achieve the purpose of accurate sensing. The problems of pitting of contact and mechanical wear of a vehicle switch are solved, and the service life of the vehicle switch is prolonged.

Provided is a neural electronic interface (NEI) device for motor and sensory controls of a human body, into which wireless technology, a smart micro-sensor, and a nano probe pin device (PPD) are integrated and which is implanted into a brain of a patient having abnormal motor and sensory functions to monitor activities of a cerebral nerve or stimulate a cerebral nerve. The NEI device includes: a deep brain monitoring and stimulation (DBMS) module which is implanted through a skull to contact the cerebral nerve of the patient; and a hat module which is installed at a hat put on a head of the patient, wirelessly supplies power to the DBMS module, and performs a wireless communication with the DBMS module to transmit a control signal to control the DBMS module according to nervous system data monitored and fed back from the DBMS module.

The invention relates to a sensory control type motor lock. The sensory control type motor lock comprises a lock case. The lock case is internally provided with a motor, a transmission mechanism, a lock tongue and a control panel. The side face of the lock case is provided with a through hole for the lock tongue to get in and out. The transmission mechanism comprises a pushing slice which is in transmission connection with the motor, and the pushing slice is fixedly connected with the lock tongue. The control panel is provided with a controller and a set of sensors, and the signal output endsof the sensors are connected with the signal input end of the controller. The pushing slice is provided with a detection slice matched with the sensors. The controlled end of the motor is connected with the control end of the controller. According to the sensory control type motor lock, the position state of the lock tongue can be effectively detected, and then normal running of the motor lock isensured.