45results about How to "Guaranteed not to interfere with each other" patented technology

The invention provides an electrochemical uric acid test strip comprising an insulating substrate (1), a working electrode (2) and a counter electrode (3), wherein the working electrode (2) and the counter electrode (3) are arranged at a first end of the insulating substrate (1) side by side at an interval; the working electrode (2) is provided with an anti-interference reagent layer; the components of the reagent layer comprise an ascorbic acid oxidase, a macromolecular compound and a buffering solution; and the components of the working electrode (2) comprise a non-aqueous redox electron transfer mediator. The invention further provides a manufacturing method of the electrochemical uric acid test strip. The test strip provided by the invention utilizes the non-water-soluble electron transfer mediator and combines an interference-removing enzyme layer, so that the effect of removing ascorbic acid is obvious. In a test, the interference of the ascorbic acid on uric acid test is very small.

The invention discloses a portable gardening special fan which comprises a vehicle, a shell obliquely arranged on the vehicle, a second chamber, a transition section, a first chamber, a plurality of air inlets, a motor, a wind wheel and a wind guide ring. The second chamber, the transition section and the first chamber are formed from one end of the shell to the other end of the shell. The air inlets are evenly distributed on the end face of the other end of the shell in an annular shape. The motor and the wind wheel are coaxially arranged in the second chamber. The wind guide ring is an annular plate and is in an arc shape in the radial direction, and an arc opening faces the first chamber. The large ring end of the wind guide ring is fixedly arranged on the side wall close to the other end of the shell, the small ring end of the wind guide ring is arranged by extending towards the tail end of the motor, and the radial length of the wind guide ring is smaller than one sixth of the cross section diameter of the second chamber. By adoption of the portable gardening special fan, fallen leaves can be rapidly collected, labor intensity is relieved, and during use of the portable gardening special fan, a motor of an axial flow fan is synchronously cooled in real time, and the service life of the axial flow fan is prolonged.

The invention provides an intrinsic safe two-dimensional intelligent control arc voltage increaser. The two-dimensional intelligent control arc voltage increaser comprises a numerical control cutting system, an increaser, a horizontal moving controller and an executing mechanism. The intrinsic safe two-dimensional intelligent control arc voltage increaser provided by the invention has the advantages as follows: when the vertical height of a cutting torch is controlled, a horizontal moving speed adjusting scale factor is provided through a fuzzy analysis calculator C2 in a main control single chip in the increaser, so that the horizontal moving speed of the cutting torch can be controlled so as to ensure machining quality; as break-overs of field-effect transistors of two upper arms of an H-bridge are respectively controlled by using two control voltage sources, and two lower arms of the H-bridge share a control voltage source, no interference between control power supply potentials is ensured, so that control signals can be correctly and safely executed; and through interlocked bridge arm control circuits, a fault that a power supply is short-circuited to damage the control chip is avoided.

The present invention discloses a multiple insulation sample partial discharge test electrode device which comprises an earth electrode, a high pressure electrode and a conductive rod connected with the high pressure electrode. The invention also comprises a high pressure electrode plate, a supporting insulator and an insulating base plate. One end of the supporting insulator is permanently connected with the high pressure electrode plate and the other end is permanently connected with the insulating base plate. One end of the conductive rod is permanently connected with the high pressure electrode plate and is conducted, and the other end is connected with the high pressure electrode and is conducted. The high pressure electrode is arranged at the upper part of the insulator to be measured. The insulator to be measured contacts the earth electrode. The number of conductive rods, high pressure electrodes and earth electrodes are at least two respectively and these components are arranged at the circumference of the supporting insulator with one-to-one correspondence. The invention can simulate various typical single defect or mixed defect at the inner part of the high pressure electric power equipment. The characteristics of partial discharge signals which are generated simultaneously by a plurality of insulation samples or a plurality of insulation defects are obtained. The reliability and objectivity for on-line monitoring the inner insulation defect of the electric power device is increased.

The present invention provides a detection protein with red fluorescent activity and its application, characterized in that the detection protein includes a streptococcal protein G (SPG) fragment and a fluorescent protein, and the streptococcal protein G (SPG) fragment is C3 of SPG segment, the fluorescent protein is an optimized red fluorescent protein, and the detection protein has dual activities of fluorescent activity and binding to antibodies of different species. The detection protein disclosed by the present invention can broadly bind human and various animal total IgG and IgG of different subclasses. High protein binding molecules.

The invention provides a gray level publishing method and equipment. The gray level publishing method comprises the following steps: according to the execution progress of the gray level publishing task of each server and the distribution batch of each gray level publishing task, selecting an optimal task execution path from all candidate task execution paths as revised metadata, and sending the optimal task execution path to a corresponding server. By use of the gray level publishing method, an effect that a plurality of task execution paths can simultaneously and concurrently carry out gray level publishing, i.e., a new gray level publishing request can be added when one or a plurality of gray level publishing tasks are executed can be realized, the optimal task execution path can be selected according to the distribution batch, meanwhile, tasks are free from mutual interference, and distribution configuration speed is greatly improved.

The apparatus includes apparatus of coating powder and apparatus of baking powder (ABP). ABP includes cavity of baking powder, and heating system outside the cavity. Power tube with powder slurry being coated is positioned in rotation mechanism inside the cavity. The rotation mechanism drives rotation of power tube. The heating system possesses air duct passing through the cavity to inside from outside. The method includes coating procedure and baking procedure. The baking procedure includes steps: (1) positioning step: positioning power tube to the rotation mechanism; (2) operating step: rotation mechanism drives rotation of power tube; through air duct, the heating system whiffs hot air to power tube in order to dry powder slurry, and make powder slurry attach to inner wall of the powertube. The heating system is separated from the cavity. Features are: simple structure of ABP, controlling temperature of ABP accurately, quick drying speed, and even thickness of powder slurry.

The present invention proposes a satellite communication transceiver polarization switching control device, which includes a switching housing, and the four sides of the switching housing are respectively equipped with LNB waveguide interfaces and BUC waveguide interfaces on opposite sides, and mutually opposite The horizontally polarized waveguide interface and the vertically polarized waveguide interface on the side; the LNB waveguide interface is connected to the down-conversion power amplifier LNB, the BUC waveguide interface is connected to the up-conversion power amplifier BUC, and the horizontally polarized waveguide interface is connected to the vertical The polarized waveguide interfaces are respectively connected to the antenna; the switching housing is provided with a first polarization channel and a second polarization channel; the satellite communication transceiver polarization switching control device also includes a switch, the switch is connected to the first The polarization channel is connected to the second polarization channel, and the connection between the first polarization channel and the second polarization channel and the horizontal polarization waveguide interface, the vertical polarization waveguide interface, the LNB waveguide interface and the BUC waveguide interface is realized by switching the switch. Thus switching between polarization modes is realized.

The invention discloses a quantum key distribution method, device and system, including sending instructions to each first quantum secret key management service terminal connected in communication, and controlling each first quantum secret key management service terminal to send the quantum secret key to the corresponding Among the second quantum secret key management service terminals connected by communication, each first quantum secret key management service terminal and each second quantum secret key management service terminal use the same ID to store the same quantum secret key, so that each first quantum secret key During the communication process, the secret key management service terminal or each second quantum secret key management service terminal obtains the quantum secret key with the same ID to encrypt and decrypt the business data; sends a destruction command to each communication-connected first quantum secret key management The service terminal makes each communication-connected first quantum key management service terminal destroy the distributed quantum key. The invention provides quantum keys for services in different security areas based on a quantum key distribution network, which greatly reduces the cost of network construction and operation and maintenance.

The present invention provides a transmission method, equipment, and system. The transmission method includes: a terminal receives a first downlink control channel, determines a first frequency domain resource according to the first downlink control channel, and transmits a first frequency domain resource on the first frequency domain resource. An uplink shared channel; the terminal determines the sequence length of the pilot of the terminal based on the size of the first frequency domain resource and the mapping interval or density of each element in the pilot sequence in the frequency domain or the pilot reuse factor, and generates a sequence length of the pilot sequence; the terminal determines the frequency domain starting position of the pilot sequence on the first frequency domain resource, and maps the pilot sequence to the first frequency domain resource according to the frequency domain starting position and mapping interval or density or pilot multiplexing factor Transmission is carried out on one frequency domain resource to solve the problem of mutual interference when multiple TTIs share the DMRS time domain position.