280results about How to "Sensitive control" patented technology

The invention relates to a medical probe signal generator. More particularly, it relates to a medical probe signal generator architecture. The present invention further relates to a medical probe signal generator having an automatic probe type detector, a user interface and operational parameter settings automatically configured according to a type of medical probe connected to the generator.

The invention relates to a method for the production of a nanoelement field effect transistor, a nanoelement field effect transistor and a nanoelement arrangement. According to the method for the production of a nanoelement field effect transistor, a nanoelement is formed, a first and a second source-/drain area is coupled to the nanoelement, a surface area of a substrate is removed, such that a region of the nanoelement is exposed, and a gate-insulating structure and a gate structure are formed in a covered manner fully encompassing the nanoelement.

A balancing valve for the engineering machine with 8-50 tons of lifting weight is composed of main valve and pilot valve. The said main valve consists of cylindrical valve body and main valve core. The said pilot valve is positioned in the main valve core. The core of pilot valve is linked to main valve core via springs. The main valve core is linked to valve body via more springs with different spriral directions and rigidities. Its advantages include correct, sensitive and reliable control, and preventing the burble dropping down of load.

Ta₂O₅ and Al₂O₃ thin films were fabricated by pulsed plasma-enhanced chemical vapor deposition (PECVD) with simultaneous delivery of O₂ and the metal precursor. By appropriately controlling the gas-phase environment self-limiting deposition at controllable rates (˜1 Å/pulse) was obtained. The process was insensitive to substrate temperature, with a constant deposition rate observed from 90-350° C. As-deposited Ta₂O₅ films under these conditions displayed good dielectric properties. Performance improvements correlate strongly with film density and composition as measured by spectroscopic ellipsometry and Fourier transform infrared spectroscopy. Pulsed PECVD eliminates the need for gas actuation and inert purge steps required by atomic layer deposition.

A control system for the automobile using mixed power features that its controller for multiple energy sources, motor controller, accumulator managing unit, engine managing unit, ABS controllr and TCU controller are connected via CAN bus, and said controller for multiple energy sources is serially connected between electronic throttle pedal and electronic air throttle for controlling both engine and electric motor.

The invention discloses a multi-combination independent alcohol-water hydrogen generation fuel cell car. The multi-combination independent alcohol-water hydrogen generation fuel cell car comprises a methanol water storage vessel, at least two groups of methanol water reforming hydrogen generation and power generation modules, a car motor and at least two conveying pumps, wherein the methanol water reforming hydrogen generation and power generation modules are integrated with a reforming device and a fuel cell, a reforming chamber and a hydrogen purifying device are arranged in the reforming device, the temperature in the reforming chamber is 300 to 570 DEG C, methanol and water have the reforming hydrogen generation reaction in the reforming chamber to prepare hydrogen-containing gas, the hydrogen-containing gas is purified by the hydrogen purifying device to obtain hydrogen, and obtained hydrogen is supplied to the fuel cell; the fuel cell is used for generating electric power which is used for powering the car motor; the car motor is used for driving a car axle to rotate so as to enable a car to run. According to the invention, the speed for converting methanol and water raw materials into hydrogen is high, the methanol conversion efficiency is high, the utilization rate of methanol is high, and the hydrogen-containing gas is easy to purify; the reforming device is easy to start, the stability is good, the vibration quantity is small, parameters such as the hydrogen generation temperature are sensitive to control, the safety is high, and the reliability is high.

The invention discloses a volume variable additional air chamber of air spring. The outer part of the volume variable additional air chamber is a cylindrical air storage barrel, the inner cavity of the air storage barrel is circumferentially divided into eight equal sector cylindrical cells by the same partition boards, one side of each partition board is fixed on the inner wall of the air storage barrel, and the other side of each partition board stretches towards the center of the air storage barrel to form a closed cylindrical empty cavity tightly matched with a piston; the top end of the piston stretches out of the air storage barrel and is connected with a stepping motor through a screw rod; an altitude sensor is fixedly arranged on the top end face of the piston; the lower part of the air storage barrel is a lower sealing cover board, and a lower closed empty cavity is formed from the air storage barrel, the piston and the lower sealing cover board; a connecting hole communicated with a main air chamber is arranged in the center of the lower sealing cover board; and eight small holes communicated with the eight sector cylindrical cells in sequence are arranged on the side wall face of the cylindrical empty cavity, and the eight small holes are axially distributed along the cylindrical empty cavity from bottom to top in equal altitude difference. The volume of the additional air chamber can be rapidly changed so as to stabilize the air pressure of the main additional air chamber.

A biosensor with a dual gate structure is disclosed herein. The biosensor comprises: a transistor, a sensing pad, and a plurality of nanostructures. The sensing pad has a conductive area working as another gate and neighboring to the channel layer of the transistor, and a sensing area extended outward from the conductive area to be far away from the channel layer of the transistor, wherein the gate and the conductive area of the sensing pad are separated from each other by the channel layer. The plurality of nanostructures are utilized to bind a first protein to generate a drain current value, when the first protein is combined with the target protein and another drain current value is generated, whereby a variation between the two drain current values is calculated to obtain the concentration of the target protein in the protein solution.

The invention discloses a control device for preventing children from taking an elevator alone. The control device comprises a control circuit and two human body heat-sensing detectors connected with the control circuit, wherein the two human body heat-sensing detectors are installed on the inner side of an elevator door, and the detection ranges of the two human body heat-sensing detectors are not mutually overlapped in a vertical direction; and the two human body heat-sensing detectors are connected to the control circuit through conducting wires. When a child enters the elevator, only the human body heat-sensing detector installed in a lower position detects a human body to send a signal, the control circuit controls the elevator door not to be closed at once and then controls the elevator to stop running. When an adult enters the elevator, both the two human body heat-sensing detectors detect the human body to send a signal, and the control circuit controls the elevator to normally run. The control device for preventing children from taking the elevator alone adopts the two human body heat-sensing detectors to effectively prevent the child from taking the elevator alone and ensure the living safety of people, and the control device has the advantages of convenience in installation, sensitivity in control and the like.

The invention belongs to the technical field of waste water treatment and particularly relates to a garbage leachate treating device. By virtue of the garbage leachate treating device, an adsorption-coagulation-nitrosation-anaerobic ammonium oxidation-aerobic treatment-membrane bioreactor combined process can be applied to the treatment of garbage leachate. The garbage leachate treating device comprises the following three parts: a. a pretreatment part which is formed by means of sequentially connecting an adsorption tank, a coagulation tank and a sedimentation tank; b. a denitrification part which is formed by a nitrosation reactor and an anaerobic ammonium oxidation reactor; and c. a main body treatment part which is formed by an aerobiotic tank and a membrane tank. Aiming at the water quality characteristics of the garbage leachate, the garbage leachate treating device organically combines a physicochemical treatment unit and a biological treatment unit; simultaneously the treating device is transformed reasonably and has the advantages of short and compact technological process, high treatment efficiency, low energy consumption, long membrane-component service life, and the like.

The invention provides an earth pressure balance control system of a rectangular shield tunneling machine, which is used for the rectangular shield tunneling machine equipped with dual spiral conveyors to perform earth pressure balance control. The earth pressure balance control system comprises interaction operation equipment, a computer PLC (programmable logic controller) master station, a hydraulic pump station and an earth pressure sensor; the computer PLC master station is connected with the interaction operation equipment; the earth pressure sensor is arranged at an earth bin of the shield tunneling machine; the computer PLC master station controls the operation of the two spiral conveyors by the hydraulic pump station according to the data sent from the earth pressure sensor. According to the earth pressure balance control system, on one hand, the earth pressure condition of the earth bin is subjected to feedback control in real time by using the information transmission between the earth pressure sensor and the computer PLC master station, on the other hand, for the control on the rotary speed of the spiral conveyors, the combined use of the computer PLC master station and the hydraulic pump station is introduced, the technology of controlling a variable pump by a hydraulic driving hydraulic proportional valve is applied, and the control on the earth pressure is more sensible, faster and more reliable.

The invention discloses a rapid characterization method for a residual-sludge alkaline anaerobic fermentation process and for products of the fermentation process. The method is characterized by combining flow cytometry and three-dimensional fluorescence spectrum. By utilization of the flow cytometry, cell state changes in sludge during the residual-sludge alkaline anaerobic fermentation process are rapidly characterized, and main sources of soluble substances are determined. By utilization of the three-dimensional fluorescence spectrum, content changes of main soluble organic substances (carbohydrates, proteins, etc.) in alkaline fermentation broth are rapidly characterized. By combining the two technologies, a simple, rapid, and effective characterization method for residual sludge alkaline anaerobic processes is provided. According to the invention, for residual sludge alkaline anaerobic fermentation processes which are aimed at recycling soluble organic substances as denitrifying carbon sources, test processes can be accurately, dynamically and efficiently controlled.

The invention relates to a die cushion device (50) for a forming press (51) for generating a blank retaining force (F53) between a bottom die (5) and a top die (3). Said die cushion device (50) comprises at least one hybrid drive unit (52) which acts upon at least one blank holder (4) of the bottom die (5) and is formed by at least one first drive unit and at least one second drive unit. The first drive unit and the second drive unit form a die cushion module (9) that encompasses a part, by means of which the blank holder (4) can be moved upward and downward by at least one of the drive units. A downward pressure that can be transmitted from the top die (3) to said part and causes a descending movement can be blocked or decelerated only by the first drive unit in order to prevent the second drive unit from being overloaded, the part being disconnectable from the second drive unit during the descending movement.

The invention relates to an intelligent wearing equipment interface switching control method based on infrared induction, relates to the technical field of intelligent wearing equipment and provides a method for judging a gesture action direction through a time sequence of the occurrence of infrared reflection signals. Three infrared light emitting diodes, an infrared sensor and a core processor are arranged in the intelligent wearing equipment; the positions of the three infrared light emitting diodes form a triangle; infrared signals are emitted by the three infrared light emitting diodes; when a gesture action for controlling interface switching occurs, three paths of the infrared reflection signals are detected by the infrared sensor; a gesture target action direction is judged by the core processor according to wave peak movements of the three paths of the infrared reflection signals, so that the switching of a display interface is controlled. A hole for mounting a key does not need to be formed in the surface of the equipment so that the waterproof performance of the equipment is enhanced; a touch screen for navigating a user interface does not need to be added on the surface of the equipment so that the wrong triggering possibility is reduced; the triggering of the infrared induction is more sensitive and the operation is more convenient.

The invention discloses an intelligent trolley of an autonomous navigation robot control system based on an ROS, and the method comprises the steps: carrying a laser radar, a camera and a gravity acceleration sensor on a trolley, and obtaining the current position, distance information and environment information of the trolley through the laser radar; creating a grid map based on a robot operating system, and constructing a three-dimensional point cloud map by utilizing an SLAM algorithm and depth camera visual fusion; performing environment perception on the distance information and a visual odometer of an RGB-D depth camera by using the robot operating system to generate the three-dimensional point cloud map by the trolley ; and correcting the three-dimensional point cloud map according to the GPS when a path forms a loop by the robot operating system, and calculates the path of the trolley to avoid obstacles. According to the invention, the motion ability and robustness of the robot are enhanced to a great extent, and more accurate positioning is realized on odometer and encoder data, so that the positioning is more accurate.

The invention discloses a roller brush lifting device. The roller brush lifting device comprises a roller brush, a roller brush lifting rotating shaft and an electric push rod; the electric push rod is connected with a bracket which is vertically and fixedly connected to the middle of the roller brush lifting rotating shaft; roller brush brackets are arranged on two sides of the roller brush lifting rotating shaft; the roller brush brackets are connected with an axle center of the roller brush; each roller brush bracket consists of two connecting rod brackets which are connected; and a hexagonal bolt is arranged at the connection point of the two connecting rod brackets. The invention adopts a simple and convenient method for lifting or descending the roller brush through the electric push rod and the control is sensitive. In order to conveniently change the roller brush, movable connection is adopted for the connecting rod brackets, so that the roller brush can be conveniently disassembled.

Closure system for a children's drinking bottle or a children's drinking cup comprising

• • a sealing ring which has on an external periphery a fastening means for sealingly and releasably connecting to a container edge of a container of the children's drinking bottle or the children's drinking cup, an aperture for receiving a mouthpiece and/or a blind lid and an internal thread, which borders the aperture and is arranged at a distance from the aperture and the fastening means and
  • a fixing insert with a through aperture and an external thread which may be screwed into the internal thread of the sealing ring in order to clamp sealingly a fastening attachment of the mouthpiece and/or the blind lid between the fixing insert and the sealing ring.

The invention relates to an intelligent wearing equipment interface switching control method based on infrared induction and relates to the technical field of intelligent wearing equipment. One set of infrared light emitting diodes and an infrared sensor are arranged in the intelligent wearing equipment; infrared signals are emitted by the infrared light emitting diodes in real time; when a gesture action for controlling interface switching occurs, an infrared reflection signal reflected by a gesture target is detected by the infrared sensor and position data of one group of gesture targets at different time points are calculated and obtained; furthermore, an action direction of the gestures of a user is resolved by a core processor so that the switching of a display interface is controlled. An infrared induction control manner is adopted and a hole for mounting a key does not need to be formed in the surface of the equipment so that the waterproof performance of the equipment is enhanced; a touch screen for navigating a user interface does not need to be added on the surface of the equipment either so that the wrong triggering possibility is reduced; the triggering of the infrared induction is more sensitive and the operation is convenient; the problems that an existing interface switching method is not sensitive, the wrong triggering is easy to cause and the waterproof performance is poor are solved.