352results about How to "Simplify the difficulty of operation" patented technology

The invention discloses immunofluorescence chromatography test paper for CRP (C-reaction protein) / SAA (Serum amyloid A protein) quantitative combined detection, aiming at providing a test strip capable of realizing quantitative combined detection on the content of CRP / SAA in human peripheral blood and quantitative combined detection on the content of CRP / SAA in venous blood. The immunofluorescence chromatography test paper is technically characterized by comprising a box with a cover, wherein a detection test strip and a blood diluent bottle are arranged in the box, the detection test strip comprises a bottom lining, the bottom lining is provided with a nitrocellulose membrane, one end of the nitrocellulose membrane is connected with a fluorescent microsphere marked antibody fixation pad, the fluorescent microsphere marked antibody fixation pad is connected with a sample pad, the other end of the nitrocellulose membrane is connected with an absorption pad, the fluorescent microsphere marked antibody fixation pad is coated by a CRP monoclonal antibody and an SAA monoclonal antibody, a CRP detection line coated by a CRP monoclonal antibody, an SAA detection line coated by an SAA monoclonal antibody, and a quality control line coated by a goat-anti-mouse IgG polyclonal antibody are arranged on the nitrocellulose membrane in parallel. The immunofluorescence chromatography test paper belongs to the technical field of biological medicines.

The invention belongs to the technical field of nuclear reactors and discloses a heating pipe-type dual-mode space nuclear reactor core. The reactor core comprises a reactor core active zone, a reactor core cylinder, a radial reflection layer, an axial reflection layer and a control drum. The reactor core active zone is located in the reactor core cylinder. The axial reflection layer is located above the reactor core active zone. The axial reflection layer is a hollow cylindrical structure. The reactor core active zone, the axial reflection layer and a heating pipe are located in the cavity ofthe radial reflection layer. The reactor core can effectively prevent the heat pipe overheating and has the beneficial effects of safety and reliability such as passive and non-single point failure.

The invention provides a physical modeling experiment device for a multifunctional high-speed remote landslide dynamic process. The physical modeling experiment device comprises a support base, an upper sliding section, a transition section and a lower sliding section, wherein the upper sliding section, the transition section and the lower sliding section are successively connected with each other; the support base is arranged as a height adjusting mechanism; the top end of the height adjusting mechanism is connected with the lower surface of the inlet end of the upper sliding section; the upper sliding section comprises an upper sliding slot, a baffle and a rotating connector; the baffle is mounted in the upper sliding slot; the transition section is arranged as an arc-shaped slide slot matched with the rotating connector; the transition section is hinged with the rotating connector; the lower sliding section comprises a lower sliding slot and an adjusting module; one slot wall of the lower sliding section is hinged with the transition section while the other slot wall is connected with the transition section through the adjusting module. The device provided by the invention can be used for implementing a physical modeling experiment for the multifunctional high-speed remote landslide dynamic process; the three factors of landslide height, landslide volume and topographic condition are mainly contained; the topographic condition factor includes gradient, base and sliding path direction; the reciprocating test can be performed according to different topographic conditions.

The present invention provides a music similarity processing method which comprises the following steps: after inputting first characteristic information of multimedia information of first music or the multimedia information of first music, extracting first characteristic information from the multimedia information of first piece of music; decomposing the first characteristic information to a plurality of information segments which start from a random starting point and have a certain length; after inputting the second characteristic information of multimedia information of second piece of music or inputting the multimedia information of second piece of music, extracting the second characteristic information from the multimedia information of second piece of music; calculating the information similarity data of a random segment of a plurality of information segments and a random segment in the second characteristic information; selecting a maximum value of similarity from the similarity data; and determining whether the maximum value of similarity exceeds the preset threshold. If the preset threshold is exceeded, high similarity between the first piece of music and the second piece of music is determined, and otherwise low similarity between the first piece of music and the second piece of music is determined.

The invention provides an unread message processing method and a mobile terminal. The unread message processing method comprises the steps of obtaining a first application icon which has an application of an unread message if a first touch operation which is input by a user and is used for controlling displaying of the unread message is received; displaying the first application icon at a first preset position, wherein identifier information of the unread message is displayed on the first application icon; and if a second touch operation aiming at a first target application icon is received, performing corresponding treatment on the second touch operation for the unread message which corresponds to the first target application icon, wherein the target application icon is one or multiple ofthe first application icons. As all the first application icons having unread messages are placed at the first position for displaying through the first touch operation, the unread message can be subjected to corresponding processing through detecting the second touch operation input by the user. Therefore, the embodiment can simplify the operational difficulty in processing the unread messages.

The invention relates to a customized shoe making method and a customized shoe making system based on image recognition and three-dimensional modeling technologies, wherein the customized shoe making method comprises the following steps: acquiring foot images; collecting source data by virtue of a network; conducting image recognition; conducting three-dimensional modeling; and making shoes in accordance with three-dimensional models of feet. The customized shoe making system comprises a data acquisition device, a data collecting and summarizing device, an image recognition device, a three-dimensional modeling device and a shoe making device. According to the customized shoe making method and the customized shoe making system provided by the invention, a user's demand on foot health can be met; user's operations are time-saving and convenient; a shoe making efficiency can be improved; and foot correction can be achieved.

The invention provides an automatic modeling method based on oblique photography, and a system and an auxiliary device thereof. The automatic modeling method comprises following steps: planning of a shortest route of an aerial survey region of interest is carried out based on preset route height and overlapping degree information; equipment state information of an unmanned plane and oblique photography equipment of the unmanned plane in aerial survey based on the route is detected; screening of plotting missed areas is carried out based on the equipment state information, replanning of the route is carried out, and aerial survey is carried out until effective aerial survey data covering the aerial survey region of interest is obtained; the aerial survey data is subjected to image correction, texture characteristic matching, per pixel grade dense matching, and aerial triangulation, and a three dimensional plotting model is generated. The automatic modeling method is capable of solving problems such as complex operation process and low intelligent degree in the prior art which are induced because of misunderstanding on the working states of each other.

The invention discloses a composite tectorial support of random orientation bending for intracavity insulating therapy of human pathology vessel, which consists of several intermediate tectorial support units and a tail tectorial support unit, wherein each tectorial support unit contains tubular tectorial unit and support unit fixed on the tectorial unit by suture, wherein the support unit concludes several sealing column structure of alloying filament fabrication. There is an overlapping part between adjacent tectorial support units, which stitches by the suture. The invention overcomes the directional defect of congeneric product with the advantages of the following: steady structure, random orientation bending, smooth inwall and so on, which is applied in the human pathology therapy of artery, vein or other lumen, especially in the pathology therapy of aorta-vessel.

The invention provides a cell membrane specific capacitance detection system comprising a pair of intersect channels, wherein the first channel of the intersect channels is in the first direction, and the second channel is in the second direction intersecting with the first direction; when a cell is driven by a driver and travels a cell travel compressed channel through a cell inflow path, an impedance measuring module records the impedance changes between electrodes, and a cell electricity equivalent model can calculate so as to obtain the cell membrane specific capacitance. In addition, the invention also provides a cell membrane specific capacitance detection method; the detection system can effectively improve the cell membrane specific capacitance detection flux without using optics detection and image analysis, thus effectively reducing cost, simplifying operations, easily carrying out parallelization expansion, and further improving flux on the single channel basis.

The invention relates to a correction shoe making method and a correction shoe making system based on image recognition and three-dimensional modeling technique, wherein the correction shoe making method comprises the following steps: acquiring a foot image and other health data; collecting source data through network; conducting image recognition; conducting three-dimensional modeling; correcting a three-dimensional model; and making shoes in accordance with the corrected three-dimensional model. The correction shoe making system comprises a data acquisition device, a data collection and summarization device, an image recognition device, a three-dimensional modeling device and a shoe making device. The correction shoe making method and the correction shoe making system provided by the invention can meet users' demands of guaranteeing foot health; users can conduct operations conveniently in a time-saving mode; a shoe making efficiency is improved; and foot correction is achieved.

The invention relates to a separation process for magnetic red mixed ore based on iron material disseminated particle size treatment. The process comprises the operation of feeding the mixed ore withthe grade of 27%-29% and with magnetite as a main raw material into first-section closed circuit ore grinding operation to obtain a primary grading overflow product, and is characterized by further comprising first-section weak magnetic and strong magnetic operation, fine screening operation, first-section magnetic separation and first-section washing magnetic separation operation, second-sectionclosed circuits ore grinding operation, second-section weak magnetic strong magnetic operation, second-section magnetic separation and washing magnetic separation operation, third-section closed circuit ore grinding, third-section weak magnetic strong magnetic operation and reverse flotation operation. The final concentrate with the grade of 66%-66.5% is obtained through the operation. Compared with the prior art, the separation process has the advantages that 1) an efficient separation process which is characterized in that the concentrate can be obtained once dissociation is achieved and segmented ore grinding, segmented concentrate taking and segmented tailings discharging are achieved is provided for the magnetic red mixed ore with the non-uniform iron material disseminated particle sizes, so that overgrinding is reduced, and energy conservation and consumption reduction are achieved; 2) magnetic separation equipment is adopted for upgrading, and three sections of ore grinding is carried out by adopting vertical mills; and 3) the process is simple in structure, free of middling circulation, easy to implement on site and easy to produce and manage.

The invention discloses a multimedia information sharing method, which comprises the following steps of: verifying a multimedia file in multimedia information uploaded by a client and a description text for describing the multimedia file; uploading the multimedia file passing the verification to a file server, and uploading the description text to a data base; downloading and verifying the description text and the multimedia information respectively from the data base and the file server; and sending the verified multimedia information to the client. In the invention, the multimedia information and the description text are stored separately, and the multimedia information is verified at the time of uploading and downloading, which guarantees the atomicity and the integrity of the multimedia information and simplifies the operation difficulty at the client and the maintenance of multimedia information base.

The invention relates to a manufacturing method and system for custom shoes based on pressure imaging and three-dimensional modeling technologies. The manufacturing method for the custom shoes comprises the steps of collecting foot pressure data; collecting source data by using a network; carrying out three-dimensional modeling; and manufacturing the shoes according to a three-dimensional model of the feet. The manufacturing system for the custom shoes comprises a data collection system, a data collecting and gathering device, a three-dimensional modeling device and a shoe manufacturing device. The manufacturing method and system can meet the foot health requirements of a user, operation of the user is time-saving and convenient, the shoe manufacturing efficiency is high and foot orthopaedics can be achieved.

The invention discloses a method and equipment for pressing and forming building blocks. The equipment comprises a machine frame, a forming die box, an upper pressure head, a support plate mechanism, and a material arranging vehicle and a brick receiver which are oppositely arranged on the two sides of the machine frame, wherein a horizontal worktable is arranged at the bottom end of the machine frame; the upper pressure head is arranged above the forming die box; the upper part of the upper pressure head is connected with an oil cylinder of the upper pressure head; the equipment is characterized in that: the support plate mechanism comprises a support plate which is movably superposed on the horizontal worktable below the forming die box and can close the bottom of the forming die box and a reciprocating plate-delivering oil cylinder which is arranged below the material arranging vehicle and used for horizontally pushing and pulling the support plate; and the support plate is connected with the piston head of the plate-delivering oil cylinder. In the equipment, with only one support plate, the plate-delivering oil cylinder horizontally pushes and pulls the support plate in a reciprocating way so that the support plate can go in and out between the horizontal worktable and the forming die box; and compared with the prior art, the method saves the complicated process of manually arranging the support plate for the plate delivering machine as well as a large amount of support plates, greatly improves the production efficiency and reduces the production cost.

The invention discloses a pillarless sublevel caving method based extraction technology used under the condition of gently inclined ore bodies. A series of problems of the pillarless sublevel caving method under the condition of gently inclined ore bodies such as efficient extraction of sublevel hanging wall and footwall triangle ore bodies, sublevel transition ore quantity, efficient recovery of footwall residual ores, timely supplementing and caving realization and the like are solved by the technical measures such as vertical partitioning, combined ore drawing, timely supplementing and caving, footwall residue full covering and the like. By designing the new pillarless sublevel caving method based vertical partitioning and combined ore drawing extraction scheme suitable for the condition of gently inclined ore bodies, the loss and dilution indexes when the pillarless sublevel caving method is applied under the condition of gently inclined ore bodies can be substantially reduced and the technical and economic benefits of mining can be increased.

The invention relates to an orthopedic shoe manufacturing method and system based on pressure imaging and three-dimensional modeling technologies. The orthopedic shoe manufacturing method comprises the steps of collecting foot pressure data and other health data of a patient; collecting source data by using a network; carrying out three-dimensional modeling; carrying out model modification; and manufacturing a shoe according to a modified three-dimensional model. The orthopedic shoe manufacturing system comprises a data collection device, a data collection and summarization device three-dimensional modeling device and a shoe manufacturing device. The orthopedic shoe manufacturing method and system meet the foot heath requirements of a user, operation of the user is time-saving and convenient; the shoe manufacturing efficiency is high and foot orthopedics can be achieved.

The invention relates to a manufacturing method and a manufacturing system for customized shoes. The manufacturing method for the customized shoes comprises the following steps: acquiring foot data, collecting foot data by using a network, performing three-dimensional modeling by using the collected foot data and forming foot three-dimensional models consistent or nearly consistent with the actual foot parts in shape, and manufacturing the shoes according to the foot three-dimensional models to enable the innersoles of the shoes to completely fit with the actual soles. The manufacturing system for the customized shoes comprises a data acquisition device, a data collecting and gathering device, a three-dimensional modeling device and a shoe manufacturing device. According to the manufacturing method and the manufacturing device for the customized shoes, the foot health requirement of a user can be met, user operation is time-saving, convenient and rapid, the shoe manufacturing efficiency is high, and foot correction can be realized.

The invention relates to an automatic frequency conversion pulping system in a household paper manufacturing process. The automatic frequency conversion pulping system comprises field equipment, system control hardware, control program software and a running program; the field equipment is connected with the system control hardware; the system control hardware is controlled by the control program software and the running program to run; and the field equipment comprises equipment in a water adding process, equipment in a material charging process, equipment in a pulping process and equipment in a pulp pumping process. The newly designed system is an energy-saving operation system based on automatic operation, and can effectively overcome the defects that high difficulty in controlling technological parameters, high labor intensity of an operator, waste of energy sources and the like caused by a low automatic program, and the complex control processes are realized by a programmable logic controller (PLC), so that operation difficulty is simplified and automation degree is improved.

The invention relates to an orthopedic shoe making method and system. The orthopedic shoe making method comprises the steps of collecting foot data and other health data of a patient; collecting the foot data by using a network; performing three-dimensional modeling by using the collected foot data and forming a foot three-dimensional model which is the same as or close to a real foot in shape; correcting the foot three-dimensional model; making a shoe according to the corrected three-dimensional model. The orthopedic shoe making system comprises a data collection device, a data collection converging device, a three-dimensional modeling device and a shoe making device. The method and the system can meet foot health requirements of users, can be operated by users conveniently with less time and can be used for foot orthotics; the shoe making efficiency is high.

The invention discloses a mobile terminal and data maintenance method thereof, which pertains to the mobile terminals. In the inventive method, users initiates a data maintenance request through a mobile terminal browser, the mobile terminal performs enquiry or updating operations to the corresponding application module according to the request types, and returns the operation result back to the users. The present invention also discloses a mobile terminal. The technical scheme of the invention facilitates familiarity and comprehension of users, simplifies the operation difficulty of the complexity interface; for developers of mobile phones, the technical scheme of the invention simplifies the workload of UI design and development, in addition, the technical scheme of the invention has very high universality, and has more humanized operations interface compared with UI depending on the specific platform, thereby being capable of completing operations of data increasing, deleting, altering, enquiring and the like; and enhancing the availability and practicability.

The invention discloses a large-scale ring rolling machine proportion servo-control system which belongs to the technical field of high-precision electrohydraulic servo control. The large-scale ring rolling machine proportion servo-control system comprises a five-axle control system which is formed by a radial rolling control system, an axial rolling control system, a follow-up stand control system, a centering roller rolling control system and a conical roller rotate speed control system; through the theoretical position setting and the actual position detection of radial rolling, axial rolling, a follow-up stand, a centering roller, and the like, a five-axle closed-loop position control system is formed by taking the theoretical sizes of an outer circle, an inner circle and the height of a ring member and the linear velocity of the outer circle of the loop member as target values and the detection values of the core roller position, the conical roller position, the follow-up stand position, the centering roller position and the conical roller rotate speed as feedback, therefore, five axles after being controlled can be debugged in a relatively independent way, thereby the safety and reliability of the system is increased, the rolling working of the control systems is stable, and the control precision is high.

The invention provides a machine woven artificial trachea. The machine woven artificial trachea is characterized by comprising an inner trachea wall and an outer trachea wall, wherein double-layer tissues or double-weft tissues are adopted by the inner trachea wall and the outer trachea wall. Through the machine woven artificial trachea, the radial supporting performance of the machine woven artificial trachea is guaranteed, the design and operating difficulty of the prior art is simplified, and a differentiable machine woven artificial trachea can be quickly and conveniently obtained by varying different binding tissues and basic tissues.

The invention discloses an automatic driving system of a tower crane and the tower crane. The automatic driving system of the tower crane comprises a tower crane electromechanical mechanism, an on-tower cab, a ground control station and a wireless communication module, the tower crane electromechanical mechanism comprises a traveling mechanism, a swing mechanism, a luffing mechanism and a hoisting mechanism, the on-tower cab is provided with an unmanned automatic control system, the on-tower cab comprises an on-tower controller, the on-tower controller is in signal connection with a series of sensors in the tower crane electromechanical mechanism and a motor of a working mechanism, the ground control station comprises a ground controller, and the on-tower controller is in remote signal connection with the ground controller through the wireless communication module. According to the automatic driving system of the tower crane and the tower crane, the use of GPS or GNSS positioning system equipment is omitted, all tower crane electromechanical mechanisms are self-driven in a fixed route according to a path and a control command specified by the system by virtue of all the sensors which are distributed in the prior art, and automatic driving in the fixed route is realized, so that a tower crane lifting hook reciprocates between a material point and a construction point, and the working efficiency and reliability of the tower crane are improved.

The invention is used in the source device and destination device having blue tooth series port. The source device has at least one source series port using module, and the destination device has a destination series port using module corresponding to the one in the source device. The method includes: firstly an identifier is allocated to each source series port using module, and a coincidence relation table is built between the identifier and the destination series port using module; when the destination device receives the information showing the local blue tooth series port is at connection state, it gets the identifier allocated by source series port using module; in term of the coincidence relation table, starting up the destination series port using module corresponding to the source series port using module; finally the blue tooth series port is opened to make communication.

The present invention relates to an oil pumping device with a pumping rod, including a motor (15), a reducer (17) connected with the motor, an underground oil pumping mechanism and an electric control cabinet (11). The present invention is characterized in that a roller lifting mechanism is added and connected between the reducer (17) and the underground oil pumping mechanism; the roller lifting mechanism includes a double-roller winch (10), an oil-pumping end steel rope (7), a counterweight end steel rope (7-1), a pulley bracket (9), a well mouth pulley (8), a bend pulley (12), a counterweight movable pulley (13), a counterweight (14) and a counterweight well (24). The oil pumping device with a pumping rod provided by the present invention, particularly suitable for a deep oil well, a dense oil well and a high wax content oil well, has the advantages of simple and reasonable structure, long stroke distance, convenient regulation, reliable operation and long service life, thus greatly decreasing the production cost and the material consumption and increasing the yield of crude oil when reducing the energy consumption.

The invention relates to a detection system and a detection method for cracks in a bridge undersurface. The detection system comprises cable towing tractors traveling on the two sides of the bridge floor and a crack detection car located below a bridge, wherein each cable towing tractor is provided with a cable drum, a cable drum motor and a cable controller; the crack detection car is provided with a linear guide rail, a camera motor, pressing wheels, encoders, laser distance sensors and a detection controller, the linear guide rail is arranged on the upper surface of the crack detection car,an industrial camera is glidingly fixed on the linear guide rail, the crack detection car is glidingly fixed on a bearing cable through the pressing wheels on the two sides, the pressing wheels rotate to drive the encoder to rotate and count, and the laser distance sensor is arranged on the upper surface of the crack detection car and used for detecting distance between the crack detection car and the bridge undersurface. The detection system adapts to undersurface crack detection of a large wide-body bridge, and detection safety, detection precision and detection efficiency are improved. Automatic detection can be realized, the number of detection workers can be substantially reduced, operation difficulty is reduced, and detection cost is reduced.

The invention discloses a device, method and application for extracting uranium from uranium-containing wastewater or seawater, and the device for extracting the uranium comprises a photo-anode, a cathode reaction piece and a photocatalytic light source. The photo-anode comprises an anode reaction piece and a photocatalyst layer arranged on the surface of the anode reaction piece. The cathode reaction piece is connected with the anode reaction piece through a wire. The photocatalytic light source adopts ultraviolet light, visible light or infrared light. When a photocatalytic fuel cell is usedfor extracting the uranium from the uranium-containing wastewater and seawater, an external power source is not needed, a proton exchange membrane and an oxide inhibitor do not need to be added, meanwhile, inert gas atmosphere protection is not needed, and operation can be conducted in the air atmosphere. Hexavalent uranyl ions in the wastewater and seawater can be efficiently reduced into tetravalent uranium which is low in toxicity and almost insoluble in water, the tetravalent uranium is gathered onto a cathode, uranium is desorbed from the surface of a photocatalyst without acid picklingor air purging reoxidation, uranium can be efficiently recycled by regularly replacing a cathode material, uranium reduction products are easy and convenient to collect, and continuous operation of asystem is not influenced.

The invention disclose a remote-control toy battle VR platform which comprises a VR helmet, a tank body and a turret. Traveling mechanisms are mounted on two sides of the tank body. The tank body is provided with a control circuit board and a wireless transceiver. A plurality of cameras are mounted on the turret. Each traveling mechanism comprises a track, a power transmission unit driving the track and a motor, wherein the power transmission unit comprises a drive gear, a driven gear, a plurality of regulating gears and a plurality of transmission gears, the drive gear and the driven gear are respectively rotatably arranged at two ends of the lateral wall of the tank body, and the regulating gears and the transmission gears are arranged between the drive gear and the driven gear in a staggered manner. The cameras mounted on the turret collects image data in real time, and the image data spliced by a display terminal in real time to form a panoramic view screen. When multiple players participate in a game, the players can remotely experience the real-time conditions of toy tanks and observe by using the toy tanks as the first perspective, and the fun and interactivity of the toy tanks are increased.

The invention discloses an automatic polishing machine for a flange surface of a rotary body, and is suitable for carrying out grinding and polishing treatment on the flange surface of the large rotary body. The large rotary body is provided with a guide rail which is arranged around the rotary center line of the large rotary body. The automatic polishing machine for the flange surface of the large rotary body comprises a machine frame, a grinding assembly, a polishing assembly, a grinding and polishing driving assembly, a travel driving assembly and a travel driven assembly, wherein the grinding assembly and the polishing assembly are respectively arranged on the machine frame and are respectively opposite to the flange surface, the grinding and polishing driving assembly is arranged on the machine frame and is used for providing the driving power for the grinding assembly and the polishing assembly, the travel driving assembly and the travel driven assembly are sequentially arranged on the machine frame along the grinding assembly and the polishing assembly, and are respectively supported between the machine frame and the guide rail, and the travel driving assembly drives the machine frame to move along the guide rail, so as to improve the grinding and polishing efficiency and the grinding and polishing quality.

The invention provides a voice skill game editing method, a voice skill game editing device, equipment and a readable storage medium. The method comprises the steps of displaying a plurality of node elements with a hierarchical relationship and a cascading element for connecting a parent node and a child node in a node editing area of a user editing interface; when it is determined that the node element is in an activated state, obtaining the voice plot information configured for the node element by a user in an element configuration area of the node element; when it is determined that the cascading element is in the activated state, obtaining the voice skill control information configured to the cascading element by a user in an element configuration area of the cascading element; according to the hierarchical relationship corresponding to each node element and the voice skill control information configured by each level of connection element, determining the game logic among the voice plot information, and realizing the non-programming game editing function. Meanwhile, the independent editing of plot and game logic control is achieved through independent editing of the node element and the cascade element, and the efficiency of voice skill game editing is improved.