100results about How to "Ensure repeatability" patented technology

The head / disk tester of the invention has a housing 43 that houses spindle 44 that rotatingly supports a magnetic disk 31. The housing supports a moveable carriage 30 that, in turn, supports a magnetic head 32. Positioning means 39 and 41 are used to move the carriage and the magnetic head across the magnetic disk. These positioning means include stepper motors that realize coarse positioning of the magnetic head, and a piezo actuator 37 that is used for fine positioning. Linear encoders 40 and 42 located at both sides of the carriage provide feedback information to a closed-loop positioning system that controls the piezo actuator. A set of special signals ("servo bursts") pre-written at a given track of the magnetic disk is used as an additional source of feedback information for the same closed-loop positioning system. This positioning system includes a servo analyzer 45 that reads and processes servo burst signals from the magnetic disk, and a position controller 49 that controls the piezo actuator. The controller contains two control loops: a proportional-integral-derivative (PID) loop and an additional servo burst loop. During any movement of the magnetic head to a prescribed command position, the servo burst feedback is turned off, and feedback from linear encoders is used by the PID loop to move the head. When the magnetic head reaches the prescribed command position, servo burst loop is turned on; it changes the command position of the PID loop in a way to keep the ratio of pre-written burst signals constant. As a result, the position of the magnetic head with respect to the data track remains the same for as long as necessary, even in unstable temperature conditions.

The invention is generally directed to an accessing system for a patient's coronary sinus which includes a tubular support member with a distal extremity extending into the right atrium of the patient's heart. A guide member is disposed within a first lumen of the tubular support member and advanced out an angled distal tip, through the patient's coronary sinus ostium and into the coronary sinus. A stabilizing member, similar to a conventional intravascular guidewire, is disposed within a second lumen of the tubular support member and extends into the right ventricle of the patient and is seated in the apex thereof. To advance the guide member into the CS ostium, the position of the distal extremity of the tubular support member is adjusted within the atrial chamber by moving longitudinally along or rotating about (or both) the stabilizing member and the guide member is advanced into the CS ostium. These steps may be repeated in a predetermined pattern in order to pass into the coronary sinus ostium.

A method for deploying software includes selecting one or more pre-defined business models applicable to a business entity in which the software is being deployed. The business models are associated with particular business functions. The method further includes creating an entity model using the one or more selected business models. In addition, the method includes gathering information from the entity relevant to the selected business models and inputting the information into the entity model. The method further includes specifying functional requirements of the entity using a business modeling tool and configuring the entity model using the specified functional requirements. Moreover, the method includes automatically generating one or more specification files according to the configured entity model. The specification files identify the data to be input to the software after the software is deployed.

A traditional Chinese medicine pulse-taking sensor device comprises a pulse-taking array sensor, and the sensor array position is designed according to the gold standard of diagnosis of the portion above the wrist end, the wrist end, the processus styloideus radii, the elbow end and the portion below the elbow end.The traditional Chinese medicine pulse-taking sensor device comprises a difference closed-loop sampling system, a pulse-taking instrument, a traditional Chinese medicine pulse-taking diagnosis and treatment system and a traditional Chinese medicine pulse-taking system health service platform.The health service platform comprises a cloud storage and cloud processing platform, is used for conducting cloud storage on detection results, and matches later-period diseases and selecting treatment schemes by using cloud computing.Stability and repeatability of taking patient pulses are ensured through mechanical design, pulse data of a patient is collected more objectively and accurately through the difference closed-loop sampling system, traditional Chinese medicine resources are optimally configured through an Internet of Things implementing scheme, and the cognition degree of people to traditional Chinese medicine is improved.The 25-point array is set according to the portion above the wrist end, the wrist end, the processus styloideus radii, the elbow end and the portion below the elbow end, and array arranging space with a good diagnosis and treatment effect is obtained.

A method for producing energy from nuclear reactions between hydrogen and a metal, includes a) production of a determined quantity of micro / nanometric clusters of a transition metal, b) bringing hydrogen into contact with the clusters and controlling its pressure and speed; c) creating an active core for the reactions by heating the clusters up to a temperature that is higher than the Debye temperature TD of the metal; d) triggering the reactions by a mechanical, thermal, ultrasonic, electric or magnetic impulse on the active core, causing the atoms of the metal to capture the hydrogen ions, with liberation of heat; and e)removing the heat maintaining the temperature above TD.

This invention concerns alignment of parts of a multi-part component such as an Intermediate Pressure Compressor (IPC) or High Pressure Compressor (HPC) casing. First and second sections (124,126) of a component (114) are provided with flanges (128,130) having contact surfaces (138,140) provided with corresponding surface profiles formed using smooth radius curves to limit the relative locations of the first and second sections (124,126).

A microfluidic, chip-based assay device has been developed for measuring physical properties of an analyte (particularly, whole blood or whole blood derivatives). The technologies can be applied to measure clotting times of whole blood or blood derivatives, determine the effects of anticoagulant drugs on the kinetics of clotting / coagulation, as well as evaluate the effect of anticoagulant reversal agents. These technologies can additionally be used to optimize the dosage of anticoagulation drugs and / or their reversal agents. The assay is independent of the presence of anticoagulant; clotting is activated by exposure of the blood sample in the device to a glass (or other negatively charged material such as oxidized silicon) surface, which activates the intrinsic pathway and can be further hastened by the application of shear flow across the activating materials surface. The absence of chemical activating agents and highly controlled and reproducible micro-environment yields a point of care universal clotting assay.

A force sensor apparatus and method of forming the same. The apparatus includes a force sense element that can be attached to a substrate. An actuator disposed in a hole formed within the cap is operably coupled to the force sense element for transferring force to the sense element in response to receiving a force from an external source. The force sense element is configured to sense the external force and generate an output signal representing the force. Preferably, one or more bond pads, associated with the force sense element and the substrate, can be electrically connected via wire bonding. A cover associated with an integrated flexible membrane can be mounted on the substrate in order to protect internal components associated with the force sensor apparatus from an external environment.

A force sensor apparatus and method of forming the same. The apparatus includes a force sense element that can be attached to a substrate. An actuator disposed in a hole formed within the cap is operably coupled to the force sense element for transferring force to the sense element in response to receiving a force from an external source. The force sense element is configured to sense the external force and generate an output signal representing the force. Preferably, one or more bond pads, associated with the force sense element and the substrate, can be electrically connected via wire bonding. A cover associated with an integrated flexible membrane can be mounted on the substrate in order to protect internal components associated with the force sensor apparatus from an external environment.

The invention discloses a CIGS (copper indium gallium selenium) thin film solar cell and a preparation method thereof, and belongs to the technical field of the solar cell. The solar cell is formed by successively connecting a substrate, a metal anode, a light absorption layer, a buffer layer, a window layer, a transparent electrode layer and a grid-shaped metal cathode, wherein the light absorption layer consists of at least two layers of CIGS thin films of different energy gaps; and each CIGS single layer of the light adsorption layer is directly formed into the film by regulating the magnetron sputtering pressure, the temperature range and the power density, or a prefabricated layer is prepared by magnetron sputtering; and then, the prefabricated layer is subjected to selenylation processing to obtain the CIGS thin film at the temperature of 400-500DEG C under the protection of argon or nitrogen. Each single layer of CIGS thin film disclosed by the invention has different energy gaps, the shape of the energy band of the light absorption layer can be regulated in a combined mode, the collection and light spectrum response curve of a carrier can be both considered, and the absorption efficiency of the light absorption layer is improved by 30-50%. The CIGS thin film solar cell and the preparation method disclosed by the invention have the advantages of high cell photoelectric conversion efficiency, simple technology, simple required equipment and easiness in realizing mass production.

An apparatus and methods for chlorine dioxide generation. The chlorine dioxide apparatus may comprise a plurality of metering pumps for delivering a plurality of reactant chemicals. The reactant chemicals are preferably delivered to a reaction column through inlet ports where the reactants are mixed to form the desired reactants. A synchronizer may control the metering pump action to provide synchronized delivery of the plurality of reactant chemicals to the reaction column.

The invention relates to a method for measuring the parameter of an omega welding seam defect, in particular to a method for measuring the parameter of an omega welding seam defect, which is applied to a control rod drive mechanism of a nuclear power plant. The method adopts a welding technique estimation test piece of the omega welding seam to manufacture a contrast test block, adopts an automatic detection device containing an ultrasonic detection method and a vortex detection method to measure the parameter of the defect and judges the parameter of the defect integrally. The method can effectively measure the parameter of the omega welding seam defect of the control rod drive mechanism of the nuclear power plant accurately, provides data support for the preventive maintenance of the control rod drive mechanism, provides guarantee for the nuclear safety and is suitable for detecting the parameter of the welding seam defect in nuclear industry system.

The invention discloses a matching test paper for a glucose tester and a preparation method thereof, which pertain to the technical field of bio-sensor. The substrate of the test paper is printed with a working electrode, a reference electrode and an electrical circuit; one end of the substrate is printed with a conducting wire connected with a read-out instrument; the working electrode and the reference electrode are carbon coatings which are printed on the substrate at once and printed with biological enzyme, a medium and an adhesive. The method adopts bio-sensor and electrochemical principle, produces the test paper by screen printing which is not restricted to a conductive circuit as well as prints relatively sensitive bio-components directly on an electrode holder; screen printing area is fully controlled by a screen printing machine. The encapsulation of the test paper adopts siphon encapsulation which limits reaction space. Once the test paper of the invention contacts human blood, a limited quantity of blood is sucked into a reaction tank and accurate results can be obtained conveniently and visually from a corresponding matching testing instrument. The glucose test paper has the advantages of simple production method, high accuracy and low cost and is convenient for later process and encapsulation and good for scale production.

An apparatus for positioning a substrate support within a processing chamber is provided. In one embodiment, an apparatus for positioning a substrate support includes a yoke comprising a curved surface with a first slot formed therethrough, a base comprising a first surface adapted to support the substrate support and a curved second surface, wherein the curved second surface mates with the curved surface of the yoke and a first slot is formed through the curved second surface of the base, and a first threaded member disposed through the first slot in the yoke and the first slot in the base.

The method for calibrating an inspection instrument coupled with acoustic transducers disposed at circumferential positions distributed around a surface of an elongated object to inspect generally has the steps of: for each one of the circumferential positions, measuring a first and a second received signal using two acoustic transducers disposed at two axial positions along the object, the received signals resulting from the propagation of an acoustic guided wave signal along the object; identifying an acoustic mode according to the first received and the second received signals using a known period of time associated with the propagation of the acoustic guided wave signal between the two axial positions along the object; and determining a coupling coefficient associated with the acoustic mode, the coupling coefficient being indicative of the coupling of the acoustic transducers on the object; and calibrating the inspection instrument coupled to the object based on the coupling coefficients.

The invention discloses a multifunctional friction wear testing device. The device comprises a workbench, a variable loading assembly, an upper friction pair assembly, a reciprocating type lower friction pair assembly, a pin disc type lower friction pair assembly, a crank disc and a spindle motor; a loading rod is fixed in the middle of a cross beam of the workbench; a roller wheel is connected tothe bottom of the loading rod; the upper friction pair component abutting against the roller wheel is arranged below the roller wheel; the upper friction pair assembly is fixed on a side surface stand column and is provided with an upper clamp used for fixing an upper sample piece; and the reciprocating type lower friction pair assembly or the pin disc type lower friction pair assembly is detachably fixed on the workbench below the upper friction pair assembly and is provided with a lower clamp used for fixing a lower sample piece. The two lower friction pair assemblies can be driven by the spindle motor and the crank disc, so that the utilization rate of equipment components is improved, and the overall cost of equipment is reduced; and multiple different friction tests can be realized,a load can be periodically changed, and a roller wheel balancing device ensures that external loading force is radially downward and acts on the upper sample piece.

The invention provides a blood glucose testing instrument and the producing method thereof, which belongs to the field of bio-sensor technology. The substrate of the testing paper is printed with working electrode, reference electrode and electrical circuit which are formed by carbon-coating, one end of the substrate is printed with wire connected with readout instrument, the working electrode and reference electrode are respectively printed on carbon-coating above substrate conductive silver layer, the working electrode is also printed with enzyme, medium and adhesive. According to bio-sensor and electrochemical principle, the testing paper is made through silk-screen process, not only conductive circuit is printed, but also sensitive bio-element is directly printed on electrode supporter, the print amount of the print material and print area are totally and exactly controlled by computer. Once the testing paper contacts human body fluid, the testing result can be easily and directly read out on corresponding matching instrument, the producing method is easy, and has high precision, low cost, which is convenient for later process and encapsulation, and is good for large-scale production.

The present invention refers to an apparatus for dispensing capsules, preferably single-use, disposable capsules for the production of beverages, brews and the like, intended for use in connection with automatic food-product vending machines. The inventive capsule dispensing apparatus includes a plurality of receptacles adapted to accommodate capsules in a stacked arrangement, at least a rotary pick-up device provided with two or more compartments distributed about the axis of rotation thereof for removing the capsules from the receptacles, and a conveyor. The capsule dispensing apparatus is characterized in that between the at least a pick-up device and the conveyor there is arranged a distribution tray including a plurality of guide partitions adapted to enable the capsules to undergo a rotary motion.

The invention provides a simulation and evaluation method and system for an under-salt dolomite water-rock reaction. The method comprises analyzing stratum water of a research area; stratum water classification is carried out by using a Sulin method; formulating experimental fluids, preparation of dolomite core sample, dolomite water rock reaction test is performed; the dolomite water-rock reaction is judged to reach chemical equilibrium; the method comprises the following steps: determining the fluid flow rate of the dolomite water rock reaction, carrying out the under-salt dolomite water rock reaction by using the prepared experimental fluid and a dolomite rock core sample, analyzing and calculating the changes of mineral components, corrosion and precipitation, and quantitatively evaluating the influence of the under-salt dolomite formation water on the corrosion and precipitation of the dolomite. According to the method, the quantitative evaluation of the reaction between the dolomite and the corresponding formation water under the geological background of the subsalt dolomite reservoir can be realized; the specific influence of stratum water attributes in the dolomite water-rock reaction process can be analyzed, control factors beneficial to formation and storage of under-salt dolomite pores are defined, and an analysis basis is provided for large-scale and efficient under-salt dolomite reservoir distribution and prediction.

A clamp assembly includes a rail configured to receive a first fluidic assembly, and a carriage slidably mounted to the rail and configured to receive a second fluidic assembly. The carriage is operable to establish a first fluid tight seal between the first fluidic assembly and a chromatography column received within the clamp assembly, and to establish a second fluid tight seal between the second fluidic assembly and the chromatography column.

A device and method for collecting sphygmus information; it includes a sensor component, said sensor component incorporates a electric machine fixed in the casing, a screw fixed with said electric machine, a lifting structure setting outside said screw, and a sensor probe fixed in the base of said lifting structure, said electric machine drives said screw to revolve when rotating, further makes said lifting structure ascended or descended relatively to said screw. The pulse signal collection can be automatically achieved, and limited protecting structure is employed in the collecting process.

The invention relates to a safety valve for a cryogenic insulated gas cylinder, which comprises a valve body, and the valve body further comprises a gas inlet flow channel, a valve seat, a slide way, a valve core and a spring, a gas inlet connecting thread and an adjusting nut. An adjusting nut exhaust hole set on said adjusting nut, a spring set between the said adjusting nut and a spring bracket with an exhaust hole. A valve assembly further comprises the valve core, a plurality of guide rings, a positioning steel ball and a valve flap, a valve core exhaust hole is provided in the valve core. The safety valve has high stability in discharge pressure and return pressure, high repeatability and good sealing performance, and is firm in structure, difficult to be damaged and high in safety.

The invention discloses an acrosome reaction kit, which comprises tissue slide preserving fluid, a fluorescent conjugate and a fluorescent sealing solid liquid, wherein each 100 ml of the tissue slide preserving fluid contains 0.5ml of glutaraldehyde, 5ml of methanol, 2ml of ethanol, 0.2g of polyvinylpyrrolidone (PVP), 1ml of formalin and the balance of purified water. The kit can carry out a sperm-induced acrosome reaction and detection; and if calcium ion induction is not carried out, the kit can carry out the acrosome reaction condition evaluation and the acrosome integrity determination. By the tissue slide preserving fluid, the test process for the sperm-induced acrosome reaction and detection is carried out by two parts, samples and test results which are obtained in the first part can be preserved and the final test result cannot be influenced if the operations of the second part are carried out in the subsequent 72 hours, so that the work intensity can be relieved. The fluorescence of a fluorescent staining system is strong and cannot be attenuated after being stabilized for 15 days, so that the detection result is more stable and is easy to interprete and the repeatability of the result can be ensured. The kit and a determination method can be clinically applied and popularized.

The invention provides a method for detecting suction resistance of a cigar, which can accurately detect the suction resistance of a cigar without destruction and is suitable for detecting cigar samples in different appearance specifications. The invention also provides a method for calculating air flow rate in the suction resistance detection process. The method for detecting the suction resistance of a cigar is characterized by comprising the following steps: a, preparing a cigar sample; b, preparing a cigar test head; c, calculating the air flow rate; and d, detecting the suction resistance of the cigar. By using the method, related operations for suction resistance detection of the cigar are specified, and accuracy, repeatability and reproducibility of the suction resistance detectingresults of the cigar are well guaranteed.