41results about How to "Meet the needs of different levels" patented technology

The invention relates to a riemerella anatipestifer antibody indirect ELISA method detection kit and an application thereof; the kit comprises: a) an antibody detection plate, b) enzyme conjugate working fluid, c) a positive control, d) a negative control, e) a sample diluent, f) 10X concentrated washing liquid, g) a substrate coloured solution A, h) a substrate coloured solution B, and i) a stopping solution; the beneficial and positive effects of the invention are that: the kit is simple in operation; the requirements for apparatuses needed are not high; the kit can be operated by everyone, can meet the requirements with different levels such as epidemic disease monitoring, hygienic epidemic prevention, intensive culture, and individual culture, is suitable for large-scope popularization and application, and has wide market prospects.

The invention relates to a charging method based on a user experience quality strategy in a next generation network, comprising the following processing steps: (1) when a user uses network service, applying for a higher service level if the user does not satisfy the service quality in the present period or needs higher service quality; (2) after QoS substitutes QB to receive a resource application of a user terminal QC of the QoS, transmitting a QoS message with higher service quality to a network resource control functional entity NRCFE; (3) feeding back an usability checking result of a QoS resource to the QB by the NRCTE; (4) receiving a resource applying reply of the QB by the QC to experience; (5) before a specified physical examination period delta t is finished, determining whether the user satisfies the level service or not by the QC; (6) transmitting a user service flow, and controlling the user by the QB through using the executed strategy; (7) after the user service is finished, releasing the network resource by the QB; (8) releasing the network resource by the QB through the NRCFE, and transmitting a QoE charging message of the user to a BF system.

The invention provides an intelligent body examination instrument based on face recognition and a body examination method based on the face recognition. The intelligent body examination instrument comprises a support, a controller arranged in the support, a face acquisition module used for acquiring face data, a human body data detection module used for detecting human body data, and a display screen. The face acquisition module,, the human body data detection module and the display screen are all mounted on the support and connected with the controller. The face acquisition module is used foracquiring the current face data of users, the current face data of the users is bound with the current human body data obtained after body examination, each user is uniquely authenticated through theface recognition technology, operation steps for the users to use the intelligent body examination instrument for the second time can be effectively simplified, then the requirements of different customers on different levels are met, and the user experience is improved.

The invention discloses ether energy and a preparation method and application thereof. The preparation method comprises the following steps of: adding water to dissolve monosaccharide, oligosaccharide or sugar alcohol of monosaccharide or oligosaccharide serving as raw materials in a solid state; and adding a catalyst of which the mole number is 1 to 3 times that of free hydroxyl groups in sugar or sugar alcohol and an etherification reagent of which the mole number is 1 to 3 times that of free hydroxyl groups in sugar or sugar alcohol, performing reaction with stirring at the temperature of between 80 and 160 DEG C, and separating and purifying to obtain an ether compound of sugar or sugar alcohol. The preparation method has obvious advantages and simple and rapid process. The ethers obtained after the reaction are convenient to separate from alkali liquor on the lower layer due to automatic demixing. The residual alkali liquor after separation can be reused. The preparation method has low discharge of waste and waste liquor and is environmental-friendly. The ether energy obtained by the preparation method can be easier to burn, has low solidifying point and is favorable for being used in the low temperature environment.

The invention discloses a bilateral control intelligent monitoring power distribution system. The bilateral control intelligent monitoring power distribution system is characterized by comprising a monitoring host and a control center. The monitoring host and the control center are connected to an industrial Ethernet switch through a communication cable in parallel. The industrial Ethernet switch is connected with a human-machine interface, a communication controller and a communication gateway through a communication cable in parallel. The human-machine interface, the communication controller and the communication gateway are connected in parallel. The monitoring host and the control center are additionally arranged, the state of the power distribution system can be operated, monitored and controlled remotely, and adjustment can be made in time. By means of the additionally-arranged human-machine interface, a user can monitor and control the power distribution system used by the user, and the user can carry out selection flexibly to meet demands in different levels. The human-machine interface is further connected with a microprocessor protection device and a temperature and humidity controller, the using risk is reduced for the user, and the safety performance in the using process is guaranteed.

The invention discloses a preparation method of high purity quartz, and a quartz tube for a low temperature heat exchanger and a preparation method thereof. The preparation method of the high purity quartz provided by the invention mainly comprises the following steps: preparing a quartz powder with particle not more than 40 mesh; adding sodium nitrate into the quartz powder and mixing; conducting high temperature calcination on the quartz powder and soaking the quartz powder with mixed acid; cleaning and drying; adding aluminum nitrate or a hydrate thereof in the quartz powder; and then conducting high temperature calcination, cleaning with mixed acid and drying. The preparation method of the quartz tube for low temperature heat exchanger is as below: adding a binder into the high purity quartz prepared by the above preparation method, mixing, melting at high temperature, and drawing and cutting into a quartz tube. Comparing with the prior art, the high purity quartz prepared by the invention has greatly improved corrosion resistance especially acid resistance, and the quartz tube prepared by the invention gains strengthened corrosion resistance, acid resistance and mechanical strength, and is especially suitable for the low temperature heat exchanger.

The invention provides a wool felt-resistant two-component water-based paint and a preparation method thereof. The raw materials comprise component A: acrylic resin I, acrylic resin II, polyurethane resin, a base material wetting agent, an antifoaming agent, a dispersing agent, a delustering agent, a coalescing agent, a leveling agent, a wear-resistant additive, deionized water, water-based resin-free color paste and a thickener; and component B: aliphatic isocyanate. The preparation method comprises the following steps: uniformly dispersing the acrylic resin I, the acrylic resin II and the polyurethane resin, adding the base material wetting agent, the defoamer, the dispersant, the coalescing agent and the deionized water, uniformly dispersing, adding the delustering agent, dispersing until the fineness is qualified, adding the leveling agent, the deionized water, the wear-resistant aid, the thickener and the color paste, and uniformly dispersing; and discharging to obtain the component A, and uniformly mixing the component A with the component B aliphatic isocyanate to obtain the wool felt-resistant double-component water-based paint. The preparation method is simple, and the coating has excellent wear resistance, chemical resistance and the like.

The invention discloses a desliming double-reverse flotation method for reducing the impurity content of phosphorite. The desliming double-reverse flotation method comprises the steps that crushed phosphorite is firstly subjected to wet screening, and oversize materials enter a flotation section after being ground to the qualified particle size; undersize materials are subjected to grading and tailing pre-discarding, and graded coarse-particle-size materials are subjected to ore grinding or flotation operation according to conditions. And the flotation operation can be performed by firstly performing magnesium and iron removal reverse flotation and then performing silicon and aluminum removal reverse flotation on the product in the tank, or can be performed by firstly performing silicon and aluminum removal reverse flotation and then performing magnesium and iron removal reverse flotation on the obtained silicon and aluminum removal rough concentrate to obtain the flotation concentrate. According to the method, different process routes are selected according to the properties of selected ores by reasonably utilizing the difference of physicochemical properties of gangue minerals and phosphorite minerals, and the desliming operation with lower cost is combined with the reverse flotation silicon and aluminum removal operation with stronger adaptability and the reverse flotation magnesium and iron removal operation, so that the magnesium and iron impurities can be efficiently removed; and meanwhile, a cation flocculation reverse flotation process is introduced to solve the problems of foam fluidity and ore adaptability in a desilicication and aluminum reverse flotation operation section. Phosphorus concentrate products of different grades can be produced, and different levels of requirements of downstream phosphorus chemical industry are met.

The invention discloses an automatic packing unit for an injection molding machine. The unit comprises a four-axis robot packing device, a detection device, an injection molding machine body, a workpiece storage box and an unqualified workpiece storage box, wherein the four-axis robot packing device is located at the side edge of the injection molding machine body, the defection device is fixed atthe side edge of a conveying sliding rail, and is parallel to the conveying sliding rail, and the storage box is located below a four-axis robot, and is used for receiving a working conveyed by the four-axis robot. Compared with the prior art, the automatic packing unit for the injection molding machine can be fully automatically connected to the injection molding machine and a product full-automatic assembly line through the AGV trolley, can scan the workpiece in a packing process, obtain actual data of the workpiece, compare the actual data with preset data, detect a defect of the workpiece, and determine a quality level of the workpiece, quality inspection and packing processes are organically combined, so that the working efficiency is improved, and by detecting a superior product rate in the workpiece storage box in real time, placement of workpieces with different quality grades is controlled.

The invention discloses ether energy and a preparation method and application thereof. The preparation method comprises the following steps of: adding water to dissolve monosaccharide, oligosaccharide or sugar alcohol of monosaccharide or oligosaccharide serving as raw materials in a solid state; and adding a catalyst of which the mole number is 1 to 3 times that of free hydroxyl groups in sugar or sugar alcohol and an etherification reagent of which the mole number is 1 to 3 times that of free hydroxyl groups in sugar or sugar alcohol, performing reaction with stirring at the temperature of between 80 and 160 DEG C, and separating and purifying to obtain an ether compound of sugar or sugar alcohol. The preparation method has obvious advantages and simple and rapid process. The ethers obtained after the reaction are convenient to separate from alkali liquor on the lower layer due to automatic demixing. The residual alkali liquor after separation can be reused. The preparation method has low discharge of waste and waste liquor and is environmental-friendly. The ether energy obtained by the preparation method can be easier to burn, has low solidifying point and is favorable for being used in the low temperature environment.

A monitoring system comprises: a WEB service module which relays the contents inputted by a monitoring party to a first conversion module, and converts the equipment data of a monitored terminal from a third conversion module into information with predetermined format and sends the information to a WEB interface; the first conversion module which converts the contents from the WEB service module into corresponding instruction information, and converts the instruction information into short messages and sends the instruction information in form of short messages to the second conversion module through a short message network system; the second conversion module which reduces the instruction information in form of short messages into the instruction information and sends the reduced instruction information to the monitored terminal, and converts the equipment data generated by the monitored terminal according to the instruction information into the equipment data in form of short messages and sends the equipment data in form of short messages to the third conversion module through the short message network system; and the third conversion module which reduces the equipment data in form of short messages into the equipment data and sends the reduced equipment data to the WEB service module.

The present invention provides an imaging device, communication peripherals, imaging equipment, and driving recorder, including: a main control module, used to control signal sending and receiving and function configuration; a detection module, which is controlled by the main control module, and used to send The identity detection signal and the identity signal fed back are connected to the main control module; and the configuration module, which is controlled by the main control module, is used to configure the function of the camera device according to the identity signal, and is connected to the main control module. The invention can save user cost and meet different needs of users.

The present invention is a vehicle-mounted noise generating device, which includes a vehicle-mounted noise collection unit, an acoustic-electric conversion unit and an electric energy storage unit, wherein: different arrangements and collection devices are adopted according to the noise and structural characteristics of different parts of the vehicle. The main structure of the device includes: the noise collector and the acoustic waveguide in the vehicle noise collection unit, the sound pressure amplifier and the acoustic-electric converter in the acoustic-electric conversion unit, and the current conditioning circuit, electric energy storage and vehicle battery in the electric energy storage unit . The invention achieves the purpose of converting the noise energy of the automobile into usable electric energy without affecting the normal driving performance of the automobile, and realizes the reuse of wasted energy. The invention also has the advantages of high power generation efficiency, simple structure, convenient installation, high feasibility, small occupied volume, good reliability and the like.

The invention relates to a riemerella anatipestifer antibody indirect ELISA method detection kit and an application thereof; the kit comprises: a) an antibody detection plate, b) enzyme conjugate working fluid, c) a positive control, d) a negative control, e) a sample diluent, f) 10X concentrated washing liquid, g) a substrate coloured solution A, h) a substrate coloured solution B, and i) a stopping solution; the beneficial and positive effects of the invention are that: the kit is simple in operation; the requirements for apparatuses needed are not high; the kit can be operated by everyone, can meet the requirements with different levels such as epidemic disease monitoring, hygienic epidemic prevention, intensive culture, and individual culture, is suitable for large-scope popularization and application, and has wide market prospects.

The invention discloses a preparation method of high purity quartz, and a quartz tube for a low temperature heat exchanger and a preparation method thereof. The preparation method of the high purity quartz provided by the invention mainly comprises the following steps: preparing a quartz powder with particle not more than 40 mesh; adding sodium nitrate into the quartz powder and mixing; conducting high temperature calcination on the quartz powder and soaking the quartz powder with mixed acid; cleaning and drying; adding aluminum nitrate or a hydrate thereof in the quartz powder; and then conducting high temperature calcination, cleaning with mixed acid and drying. The preparation method of the quartz tube for low temperature heat exchanger is as below: adding a binder into the high purity quartz prepared by the above preparation method, mixing, melting at high temperature, and drawing and cutting into a quartz tube. Comparing with the prior art, the high purity quartz prepared by the invention has greatly improved corrosion resistance especially acid resistance, and the quartz tube prepared by the invention gains strengthened corrosion resistance, acid resistance and mechanical strength, and is especially suitable for the low temperature heat exchanger.