201results about How to "Fast sampling speed" patented technology

The invention discloses a multifunctional intelligent clothing care machine. The machine is characterized by comprising a box body, wherein an air exhaust port is formed in the top part of the box body; a water tank and a water draining box which intercommunicate are arranged at the bottom part of the box body; a recognizing module, a washing module, a drying ironing or hanging ironing module provided with an intelligent algorithm system, and a caring module are arranged in the box body and are connected to an information storing and control module. According to the multifunctional intelligent clothing care machine, proper clothing stain removing program, washing program, drying program, ironing or hanging ironing program and casing program are accurately set; the clothing information recognizing and the stain type recognizing are intelligently combined; the care efficiency can be increased based on washing protecting models and intelligently-matched caring program, and meanwhile, the damage to the clothing appearance and physical and chemical performances can be decreased to the maximum. Therefore, common clothing and high-level clothing can be handled, and moreover, some clothing to be subjected to dry cleaning can be handled. The machine is high in automation degree; after a use puts clothing into the machine, the machine can automatically perform all tasks such as washing, drying, ironing and caring.

The invention discloses a method for establishing a measurement data-based simple and convenient irradiation source model of a medical linear accelerator. The method is characterized by comprising the following steps of: supposing that an irradiation source of the medical linear accelerator is on the part of the bottommost end of an MLC (Multi-leaf Collimator); measuring a flux pattern of data inversion from the accelerator through adjustment; and realizing simulation of the irradiation source of the medical linear accelerator by using a method of combining weight of outgoing particles and flux strength by combining the position of the outgaining particles with the flux distribution. Dose distribution in a template is obtained by using geometric description of a particle transport model of classic monte carlo program EGSnrc and a model of DOSXYZnrc. The method is established based on measurement data of the medical linear accelerator, so that the dependence of the conventional full accelerator simulation on the technical detail of the structure of the accelerator and heavy calculation task brought by need of sectional re-simulation in each modification process of the simulation parameter are avoided. The model can be used as an irradiation source model for an accurate monte carlo dosage calculation tool in a human body and can also be used for providing a source model for a dosage verification tool in a treatment planning system and an analytical dosage calculation tool of a treatment scheme optimization algorithm.

An embodiment of the invention discloses a touch display screen frame, system and calculating method based on infrared image pick-up; the system comprises a computer, a touch display screen, and an infrared image pick-up device and a control circuit board installed on the touch display screen frame, wherein the infrared image pick-up device comprises two high-resolution infrared cameras respectively at two ipsilateral angles of one rim of the touch display screen, infrared transmitting tubes installed at the tops or sides of the infrared cameras, and infrared refractive strips installed at the inner sides of the other three rims of the touch display screen; the four rims of the touch display screen are movably connected, and can be disassembled or folded from the touch display screen; the touch display screen frame can be independently and flexible configured, and the touch system can improve system resolution factor and computational accuracy of touch recognition point coordinates.

The invention discloses a sampling holding circuit applied to a high-speed high-precision circuit. The sampling holding circuit comprises a full-differential type operational amplifier, two sampling capacitors Cs, two sampling switches S1 and five selective switches and a low-pass filter circuit formed by a resistor R1 and a capacitor C1. The full-differential type operational amplifier is a gain enhancement folding cascade full-differential type operational amplifier, a sampling switch S1 is a grid voltage bootstrap switch, connected structures of the positive end and the negative end of the full-differential type operational amplifier are completely same, and a signal input end passes through the low-pass filter circuit to be connected with a lower pole plate of the sampling capacitors Cs through the sampling switches S1. A selective switch S3 is connected with the lower pole plate of the sampling capacitors Cs and the output end of the full-differential type operational amplifier. An upper pole plate of the sampling capacitors Cs is connected with the input end of the full-differential type operational amplifier, a selective switch S4 is connected with upper pole plates of the two sampling capacitors Cs, and a selective switch S2 is connected with the input end and the output end of the full-differential type operational amplifier. The sampling holding circuit can achieve sampling holding of the input signals in the high-speed high-precision circuit.

A sampling and holding circuit includes an amplifier (A) that amplifies a signal, a holding capacitor (Ch) that stores the signal, and a switch (S) connected between an output terminal of the amplifier and the holding capacitor. In a state in which the switch is on, the amplifier amplifies the signal with a first signal bandwidth, and subsequently, in a state in which the switch is on, the amplifier amplifies the signal with a second signal bandwidth, which is narrower than the first signal bandwidth, and subsequently the switch is turned off while the amplifier still amplifies the signal with the second signal bandwidth.

The invention provides an automatic sampling mechanism of an analytical instrument, comprising a rack; the rack is provided with a first stepped motor, a pipette drive device and a liquid collecting box, wherein, the output shaft of the first stepped motor is provided with a rotary table; a plurality of test tube fixing holes are evenly arranged on the edge of the rotary table; the pipette drive device is provided with a pipette which is connected with a liquid sucking pump through a conduit; the liquid collecting box is provided with a detection cup transmission device which is provided with a plurality of detection cups; a reagent filling tube and a measuring electrode are arranged above the liquid collecting box; the reagent filling tube is connected with a reagent container through a liquid adding pump; and the bottom of the liquid collecting box is provided with a water outlet which is connected with a waste liquor collecting tank through a pipeline. The automatic sampling mechanism provided by the invention has the advantages of high operation precision, rapid sampling speed, simple structure and low cost.

The invention relates to locust plague minimum altitude early-warning system and field locust automatic identification method. It includes cross-country car, unmanned vehicle, auto navigation control system, video camera or camera, communication system, and signal processing system. The method includes the following steps: real time or fixed point taking ground locust image respectively by digital video camera or camera fixed on vehicle bottom bracket; transmitting the image information to the signal processing computer by communication system or DV tape; processing and analyzing the input image by computer.

The invention relates to a cotton sample sampling manipulator used in cotton bale inspection. The cotton sample sampling manipulator comprises a cotton bale sampling manipulator and a cotton bale clamping device and a cotton bale limiting device, wherein the cotton bale sampling manipulator is used for carrying out full-automatic cotton skin and cotton sample sampling operation on a cotton bale sampling position; the cotton bale clamping device is used for fixing cotton bales positioned on a cotton bale conveying rollaway nest; and the cotton bale limiting device is used for limiting the cotton bales when the cotton bales on the conveying rollaway nest arrive at a sampling point. The cotton sample sampling manipulator can be used for carrying out random sampling inspection on a cotton bale inspection production line, carrying out full-automatic cotton sampling operation, solving the problem of randomness of traditional manual sampling and improving the cotton bale sampling efficiency and authority.

The invention discloses a microscopy device for a controlled high-speed chromatography phase position. The microscopy device comprises a two-dimension scanning system, a first 4f system, a sample, a second 4f system, a piezoelectric ceramic control reflecting mirror, an optical path difference, a second polarization splitting prism, a polarizing film and a CCD (charge coupled device), wherein the two-dimension scanning system, the first 4f system, the sample and the second 4f system are successively arranged along a sample light path; the piezoelectric ceramic control reflecting mirror is arranged on a reference light path, and the optical path difference is used for changing the sample light path and the reference light path; the second polarization splitting prism is used for enabling the sample light and the reference light to become a bundle; the polarizing film and the CCD are successively arranged along an emergent light path of the polarization splitting prism. The invention also discloses a microscopy method of the controlled high-speed chromatography phase position. The microscopy device provided by the invention has the advantages that the system stability is high, the controllability is strong, the economy is good, the complicated angle scanning is realized, and the speed of a chromatography phase position microscopy system is increased by more than 4 times.

The invention provides a novel hydraulic fixing type sampler and a sampling method thereof. The sampler comprises the following components from up to bottom in order: a drill pipe joint, an annular sealing cap, a vacuum inner pipe, an annular piston, a cylinder, a piston rod, a fixing pipe, a fixing ring, a top board and a sampling pipe; a cylinder is internally distributed with a pressure releasehole and a drain hole; a hydraulic transmission system is connected with a sampler at the upper part of the drill pipe joint through a drill pipe. The novel hydraulic fixing type sampler has the advantages of simple structure, rapid sampling speed, simple operation, high sampling quality, and low sampling cost; and a prospecting tool for civil engineering ground investigation.

The invention discloses an automatic sampling mechanism for a blood analyzer in a clinical laboratory of a hospital. The mechanism comprises two support plates, wherein a placement plate is welded atthe tops of the two support plates; a first rotary hole is formed in the top of the placement plate; a first rotary shaft is rotationally mounted in the first rotary hole; the top of the first rotaryshaft extends above the placement plate; a rotary plate is welded at the top of the first rotary shaft; a plurality of test tube grooves are formed in the top of the rotary plate; test tubes are placed in the test tube grooves; a first mounting groove and a push hole are formed in the sides, close to each other, of the two support plates; a first push rod motor is mounted in the first mounting groove; and a first push plate is welded on an output shaft of the first push rod motor. The mechanism is high in practicability; air-borne pathogenic bacteria contaminated on pipettes are convenient toclear due to movement plates and first ultraviolet disinfection lamps; due to the pipettes and the test tubes, blood in the two test tubes can be sucked at one time; and the sampling speed is effectively increased.

The invention is concerned with manipulator technology field, involving a kind of sampling and transfer manipulator. It relates to outer cavity, holding unit, metal piece, iron block, engine button, magnetism jar, metal ripple pipe fixed on the wall of vacuum room. The outer cavity enters into the vacuum room through the metal ripple pipe and it moves at random direction for the pipe is soft. The holding unit can carry portrait movement depending on magnetism jar and the force of magnetic field to iron block along the metal outer cavity. So it can transfer the sample from a work unit to another work unit at plane and vertical direction. During the movement, the engine button can keep the holding unit to hold the sample all along and it enhances the success of sampling and work efficiency. It is fit for sample and transfer in high vacuum system with easy structure, small weight and quick speed and convenience for moving sample.

The invention relates to a sampling device and particularly relates to an environment-friendly movable sampling device for industrial wastewater. The environment-friendly movable sampling device for the industrial wastewater has the beneficial effects that the sampling effect is good, the sampling speed is high, and the sampling is accurate. The environment-friendly movable sampling device for the industrial wastewater comprises a base, a left side plate, a speed reduction motor, a first slide rail, a top plate, a third slide rail, a first transverse plate, a second transverse plate, a first gear, a first side block, a placement frame and the like, wherein the top plate, the third slide rail, the first transverse plate and the second transverse plate are sequentially arranged on the right side of the left side plate from top to bottom, the first gear is connected to the rear side of the speed reduction motor, and the first slide block is connected to the first slide rail in a sliding manner. According to the environment-friendly movable sampling device, fan-shaped stirring blades are adopted, multiple first holes are formed in a stirring rod, and an electromagnet, an iron block, a second spring and a rubber pad are arranged in a placement platform.

A solid-phase nano extraction device includes an extraction tube whose inner surface has a nanostructure for a large contact area with object to be detected. The nanostructure can adsorb objects in an extremely short reaction time. A driving structure is designed for the solid-phase micro extraction device. The extraction tube is connected to the driving structure for the objects to enter the fiber under the force of concentration gradient, pressure difference, or capillary force, thereby being adsorbed onto the nanostructure.

The invention discloses a novel hydraulic piston sampling machine tool. A piston drill bit is in screwed connection with the lower end of a hollow core rod. The upper end of the hollow core rod is in screwed connection with the lower end of an upper piston. The upper end of the upper piston is in screwed connection with the lower end of a main shaft. The main shaft is of a driving drill pipe structure which is in a hexagonal prism shape or flat. A torque transmission connector is arranged on the main shaft in a sleeved mode and can move in the axial direction of the main shaft relative to the main shaft. The torque transmission connector and the main shaft rotate synchronously together. The lower end of the torque transmission connector is in screwed connection with the upper end of a hydraulic cylinder body. The inner diameter of the torque transmission connector is larger than that of the hydraulic cylinder body. An inner cavity of the cylinder body is matched with the upper piston in a sliding and sealing mode. The lower end of the cylinder body is in screwed connection with the upper end of a movable piston. The lower end of the movable piston is in spline fit with the upper end of a taper sleeve, connected and limited through screws. The lower end of the taper sleeve is in spline fit with the upper end of an outer tube and connected and limited through screws. The lower end of the outer tube is in screwed connection with an outer drill bit. Static pressure sampling, static pressure + rotation sampling and impact sampling are achieved. The pumping effect of the bottom of a hole when a drill tool is lifted is eliminated. Hidden danger of dropping of samples when the drill tool is lifted is eliminated, and the novel hydraulic piston sampling machine tool has the advantages of being high in reliability of sampling and high in adaptability to formation conditions.

The invention discloses a cyclone type jetting drill bit. The drill bit comprises a drill bit body with a hollow cavity, wherein the middle of the end part of the drill bit body is provided with a sampling port communicated with the hollow cavity, the end part of the drill bit body is provided with a cutting tool bit used for drilling and sampling, the position on the wall of the drill bit body, which is close to the cutting tool bit, is provided with an eddy-flow jetting hole communicated with the hollow cavity, and the central line of the eddy-flow jetting hole and the axis of the drill bit body are mutually staggered in the space. According to the cyclone type jetting drill bit disclosed by the invention, coal dust is pressed into a sampling passage by jetting out rotary compressed air so as to achieve the aim of quickly and accurately carrying out the operation of sampling; and moreover, the sampling time can be saved, the sampling time is reduced to about 2 to 5 minutes, the increase of the sampling depth reaches more than 100 meters, the working efficiency and the safety of the sampling of a coal mine are enhanced, and the disaster accident of gas is lowered.

A method and system for locating subsurface ore bodies. Samples of near surface soil are collected over a predetermined geographical area. The samples are analysed to discover any chemical anomalies in the dust particles as a way of identifying possible subcropping mineralization. A tine (22) and collection tube (24) engage into subsurface soil and samples are drawn up the tube into a dust collection module (12). Sub 5 micron particles are captured on an electrostatically charged tape (40). Consecutive samples are indexed on the tape e.g. with a barcode. Collected dust samples are ablated by a laser ablation cell (72) and the ablated sample analysed by a mass spectrometer for presence of ions indicating presence of a resource body, such as a body of ore, minerals or hydrocarbons.

The invention relates to sampling equipment, in particular to distributed sampling equipment for industrial sewage. The distributed sampling equipment for the industrial sewage aims at achieving the technical purposes that the speed of sampling the sewage is high, and a user conveniently samples the sewage in different positions. The distributed sampling equipment for the industrial sewage comprises a base plate, a bracket, a top plate, a first fixing sleeve, a first sliding rail, a first sliding block, a rack, a first connecting rod, a second connecting rod, a first cylinder body, a first piston and the like; the bracket is arranged at the left side of the top of the base plate, the top plate is connected to the top of the bracket, the first fixing sleeve is connected to the right side ofthe bottom of the top plate, and the first sliding rail is arranged at the left side of the top of the base plate. The distributed sampling equipment for the industrial sewage has the advantages thatthe speed of sampling the sewage is high, and the user conveniently samples the sewage in different positions; through the arrangement of a first hose and a second hose, the user can be farther awayfrom a sewage pool, and the hands are prevented from being stained by the sewage.

The invention discloses a seawater suspended matter sampling device and method. The device comprises a submersible pump (10), a filter (20) and a connecting pipeline (30), wherein the submersible pump (10) can be placed into seawater; the filter (20) can be fixed on a ship's rail and comprises a filter bag (28) for separating the seawater and suspended matter, the suspended matter is retained in the filter bag (28) during sampling, and the bore diameter of the filter bag (28) is set according to experiment requirements; the connecting pipeline (30) is used for connecting the submersible pump (10) with the filter (20). The seawater suspended matter sampling device has the advantages that the seawater and the suspended matter can be separated continuously, sampling efficiency is increased, manpower and material resources are saved, the minimum particle size of the to-be-collected seawater suspended matter can be selected freely due to the fact that the bore diameter of the filter bag is set according to the experiment requirements, the sampling speed of the seawater suspended matter is increased greatly, and sample representativeness can be guaranteed at the same time.