175results about How to "Achieve innovation" patented technology

The invention relates to a gas shielded welding method and device of a narrow gap or a super-narrow gap impulse jet current consumable electrode controlled by electromagnetic of the heavy section part with middle and high strength. The invention uses a magnetic coil (3) to provide excitation current processed by an excitation source, which can generate an extra magnetic field. Under the conditions of narrow gap or super-narrow gap, high feed rate, fused drop spray transfer and impulse welding current, the process of the gas shielded welding of the rotating jet current consumable electrode with high-melting frequency pulse that is controlled by the electromagnetic for the heavy section part with middle and high strength can be realized. The device of the invention comprises the excitation source, excitation equipment, auxiliary equipment and a water cooling system. The excitation equipment is the magnetic coil (3) with or without a conducting core (5). The excitation equipment is fixed on a welding burner (6), which is positioned above a work piece (9). The excitation current provided by the excitation source (10) produces stationary or time-varying electromagnetic mixing magnetic field that has the combination control over the processes of arc welding, wire burn-off, drop transfer, melting bath flow and welding line coagulation, which finally forms the welding line of good quality.

The invention relates to a method for producing lactic acid drink, which comprises that 1, preparing milk phase; 2, adding carbon dioxide gas; 3, packing, disinfecting to obtain the lactic acid drink. Compared with general method, the invention can reduce the pollution of microbe, improve the quality and widen the application.

The invention discloses a wellhole and wellshutter security alarming system for power telecom engineering, relating to the technical field of security alarming systems of the power telecom engineering. The wellhole and wellshutter security alarming system for the power telecom engineering consists of a wellshutter probe and a GSM (Global System for Mobile Communications) alarming host, wherein the wellshutter probe is fixed on a well wall and connected with the GSM alarming host to monitor in real time through a wireless signal; and a master control/branch control centre is established when the plurality of roads and the wellshutters in a large area are concentrated to monitor and manage. By adopting flexible monitoring terminals, the system can select a mobile phone for monitoring less quantity of wellshutters as a terminal according to small road sections and small areas, can be also suitable for large-area construction in a mode of an alarming centre, or adopts the mobile phone to monitor and then uses a mode of a monitoring centre after integration so as to realize high cost performance of the anti-theft technology of the wellshutter.

The invention relates to a manufacturing process of a sculpture sample, in particular to a digitized simple shaping manufacturing process of the sculpture sample, which solves the problems that the traditional manual realistic sculpture technique can not precisely grasp the space structure and the positions of the characteristics of the archetype of a sculpture, and the existing fast shaping art can not be directly applied to the sculpture field, and comprises the following steps that: 1. collecting the three-dimensional data of the sculpture archetype; 2. building a three-dimensional digital model of the sculpture archetype through the three-dimensional data obtained from step 1; 3. conducting a layered cutting process to the three-dimensional digital model obtained from step 2; 4. conducting a complanation process to the three-dimensional contour line data obtained from step 3, then generating a plane profile graphics file; 5. conducting an entity ply process and a structural combination process to the plane profile graphics file obtained from step 4; 6. shaping a plastic sculpture sample. The process steps of the invention are compact, reasonable, scientific and practical; equipment adopted by the manufacturing process is mature, the production costs are lower, the application range is wide, and the development potential is huge.

The invention discloses a professional skill training auxiliary teaching system with closed-loop deviation rectification control of deviation automatic feedback data and an auxiliary teaching method.The system comprises an intelligent training teaching material, a special facility for skill training, a field information acquisition device, a system server and an auxiliary teaching terminal. The method, with the intelligent training teaching material as a navigation, obtains resources of a related subject training or determines an operation track process of a training subject by scanning or touching a different ID identity in the teaching material. The method subdivides a skill training process into a recognizable track data acquisition point, and generates deviation feedback information by comparing similarities of the subdivided operation data of a learner and a demonstrator, thereby realizing a closed-loop derivation rectification control process of data with the ID identity as a link: "starting subject training - acquiring data in a training process - comparing similarities of template data - tracking and evaluating the training process - pushing a suggestion for deviationrectification - acquiring learning and observation material associated with ID - restarting the subject training".

Provided is a variable-focus optical lens system, comprising transparent elastic or flexible ion conductors, and a transparent or partly transparent dielectric elastomer film. The ion conductors and the dielectric elastomer film are combined according to sequence of the ion conductor/the dielectric elastomer film/the ion conductor, so as to form a sandwich structure. The invention also provides a corresponding preparation method. The variable-focus optical lens system is characterized by light weight, good performance, wide material selection, simple preparation process, and convenient business integration. The system is very fast in electric field response speed (theoretical response time is 1-10 ms), and large in operating temperature interval (-100 DEG C to 300 DEG C). The system has excellent mechanical, optical, and electric performance, uses all-solid-state design, and prevents defects of image distortion caused by gravity brought about by a liquid state imaging system, and potential leakage and short circuit risks, and has optical zooming capability superior to human eyes.

The invention relates to an intelligent floor sweeping garbage can. The intelligent floor sweeping garbage can comprises a can body, and a can cover arranged on the can body; and the can body includes an inner can and an outer can. The intelligent floor sweeping garbage can is characterized in that a first walking mechanism provided with a first driving part, a sweeping mechanism provided with a dust collecting box and a second driving part and a floor mopping mechanism provided with a lifting part are mounted at the bottom of the can body; the upper end of the dust collecting box is communicated with the inner can of the can body through a garbage transportation pipe; a dust absorbing mechanism is arranged on the garbage transportation pipe; a camera is mounted on the outer side surface of the garbage can, and is connected with user equipment through a wireless communication module; a controller is mounted on the garbage can; an input end of the controller is connected with the user equipment through the wireless communication module; and an output end of the controller is respectively connected with the first driving part, the second driving part, the camera, the lifting part and the dust absorbing mechanism through circuits. Compared with the prior art, the intelligent floor sweeping garbage can has the characteristics of automatic transfer of garbage to the garbage can, patrol monitoring and high intelligent automation.

The invention discloses a cooperative interaction control system for a craniotomy robot. The cooperative interaction control system comprises a motion limiting module, a doctor-robot interaction module, a robot-patient interaction module and a solver. The motion limiting module is used for tracking the position of the robot in real time and is compared with a limited area, so that the robot is limited within a certain area for movement. The doctor-robot interaction module is used for completing real-time speed control over the robot by doctors. In the skull milling process, the robot-patient interaction module is used for keeping a certain contact force between the tail end of a milling cutter and the bottom face of a skull and further keeping a certain drilling force in the skull drilling process. The solver is used for completing inverse kinematics resolving of the robot and further used for inputting and outputting robot motion and joint motion speeds separately so as to drive the robot to move. According to the cooperative interaction control system, the advantages that the flexibility of the doctors is high and the precision of the robot is high are integrated, operation efficiency and quality can be improved while operation safety is improved, and the craniotomy fatigue degree of the doctors is lowered.

The invention discloses an electromagnetic direct-drive high-speed three-wire magnetic-field compound flux copper-gasket submerged arc welding device and a method thereof. The device comprises a wire feed system, a welding power source, a magnetic field power source, a copper gasket system, a torch system, an electromagnetic compound system and a numerical control system, wherein the wire feed system is formed by integrating the rotor of the electromagnetic direct-drive rotating servomotor and the main wire feed rolls into an integral body; the torch system comprises an eccentric current contact nozzle which is divided into an upper part and a lower part; the electromagnetic compound system is integrated with the nozzle of the torch system and a water cooling system into an integral body; and the copper gasket system is an air-pressure copper-gasket one-side-welding double-side one-step molding system, the back side of which uses flux. The invention can cancel the mechanical transmission link between the traditional motor and the wire feed rolls, greatly enhances the wire feed stability and the control response precision, and eliminates the noise, oil sludge and vibration, thereby realizing the three-wire high-speed electromagnetic compound submerged arc welding one-side-welding double-side molding high-efficiency welding method. The method has the advantages of simple structure, small size, high stability and reliability, and precise numerical control, and can be used for welding huge and thick plates.

The invention discloses a sewage treatment process for realizing sludge reduction by taking elemental sulfur as the medium. The sewage treatment process comprises the following steps: allowing the sewage to be treated to flow into a sulfur reduction reactor for anaerobic biological treatment, removing the organic matters in the sewage during the sulfur reduction process to produce a minus bivalence sulfide, introducing the minus bivalence sulfide into a sulfur oxidation reactor inoculated with sulfur oxidizing bacteria for reoxidizing the minus bivalence sulfide into elemental sulfur, and then allowing the elemental sulfur to reversely flow to the sulfur reduction reactor. The sulfur reducing bacteria are first applied to the field of water treatment to form various sewage treatment processes with less sludge production, thereby realizing the innovation of the sewage treatment method; in the traditional anaerobic sulfate sewage treatment process, the sulfate is used as the electron acceptor during the COD (chemical oxygen demand) mineralization, however, the process utilizes the elemental sulfur for replacing the sulfate and sulfite; and in the whole process, the equipment is simple, the energy consumption is low, and the cost is saved.

The invention discloses a construction external scaffold deformation monitoring method. The method comprises the following steps that: the BIM model of a scaffold is established according to a scaffold installation drawing; holographic three-dimensional laser scanning is performed on a mounted scaffold, and the three-dimensional point cloud data of the scaffold are acquired; the three-dimensionalpoint cloud data are processed through point cloud data processing software, so that a complete scaffold point cloud model is obtained; and fitting and analysis are performed on the scaffold point cloud model and the BIM model, so that the deviation data of the scaffold point cloud model and the BIM model can be obtained. According to the prior art, when a total station and other measuring instruments are used, two persons or a plurality of persons are required to perform pilot testing on measurement point positions, and certain measurement errors can be caused by multiple times of pilot testing, however, with the construction external scaffold deformation monitoring method of the invention adopted, the above defects in the prior art can be eliminated. When the total station and other measuring instruments are used to perform monitoring, the workload of field operation is large, monitoring cannot be realized under conditions of adverse weather, night and the like, while, a three-dimensional laser scanner is adopted to collect scaffold data in the method of the invention, and therefore, the above problem can be solved.

The invention discloses an electromagnetic direct-drive high-speed double-wire magnetic-field compound flux copper-gasket submerged arc welding device and a method thereof. The device comprises a wire feed system, a welding power source, a magnetic field power source, a copper gasket system, a torch system, an electromagnetic compound system and a numerical control system, wherein the wire feed system is formed by integrating the rotor of the electromagnetic direct-drive rotating servomotor and the main wire feed rolls into an integral body; the torch system comprises an eccentric current contact nozzle which is divided into an upper part and a lower part; the electromagnetic compound system is integrated with the nozzle of the torch system and a water cooling system into an integral body; and the copper gasket system is an air-pressure copper-gasket one-side-welding double-side one-step molding system, and the back side uses flux. The invention can cancel the mechanical transmission link between the traditional motor and the wire feed rolls, greatly enhances the wire feed stability and the control response precision, and eliminates the noise, oil sludge and vibration, thereby realizing the double-wire high-speed electromagnetic compound submerged arc welding one-side-welding double-side molding high-efficiency welding method. The method has the advantages of simple structure, small size, high stability and reliability, and precise numerical control, and can be used for welding huge and thick plates.

The invention relates to a foreign affairs information management and release system. The system comprises the following aspects: (1) database design comprising (1a) database table design and (1b) storage procedure design; (2) system structure design comprising (2a) a data layer, (2b) a service logic layer and (2c) a user layer; (3) system function setting comprising (3a) user group management, (3b) security management, (3c), data management, (3d) data query and (3e) data backup; (4) system page module designing comprising (5a) database establishment and (5b) system development. The system can properly and rapidly realize foreign affairs development and innovation, realizes foreign affairs information management and release through a network under the support of Asp.net technology, and provides a comprehensive information sharing platform comprising foreign affairs information browsing, query and printing functions for foreign affairs management personnel, thereby playing an important role in providing decision aid information service for foreign affairs management organizations to realize colleges foreign affairs innovation and development.

The invention discloses a vehicle component detection model compression method and system based on Faster R-CNN, and aims at reducing the occupancy rate of the vehicle component detection model in thememory space and reducing the model detection time. The method comprises the steps that the basic vehicle component detection model is trained, model channel pruning is performed and the model is quantified. In the compression process of the vehicle component detection model, the basic vehicle component detection model M1 is trained firstly, then the redundant channels in the M1 are identified and deleted so as to obtain M2, and finally parameter quantification of M2 is performed so as to obtain M3. The problem of low speed of vehicle component detection by using the Faster R-CNN algorithm can be effectively solved and the occupancy rate of the model in the memory space can be reduced.

The invention discloses high-strength spherical glucomannan tannin composite absorption material and a preparation method of the composite absorption material. The preparation method comprises the following steps: swelling glucomannan into alkaline mixed solvents of dispersing agents, controlling the temperature within the scope of 20-50 DEG C, carrying out deacetylation reaction for 1-3 hours, filtering and washing the dispersing agent and the excessive alkaline and drying for 5-12 hours at the temperature of 50-70 DEG C to obtain deacetyled glucomannan; dispersing the deacetyled glucomannan in tannin-containing aqueous solution, carrying out absorption reaction for 3-12 hours and filtering and washing to obtain deacetyled glucomannan tannin absorption material; dispersing the deacetyled glucomannan tannin absorption material into the 20-100 percent of dispersing agents, adding alkaline and the cross-linking agent, carrying out cross-linking reaction for 3-24 hours under the mechanical agitation, filtering and washing and drying for 5-12 hours at the temperature of 50-90 DEG C to prepare the high-strength spherical glucomannan tannin composite absorption material.

The invention provides a product modeling method based on a behavior flow spatial sequence coloring Petri network. The method at least comprises the following steps of: I, encoding parts related to a product and connecting relations among the parts; II, establishing a semantic network of a behavior flow spatial sequence in the product on the basis of the encoding; III, establishing a behavior flow spatial connecting relation predicate matrix on the basis of the establishment of the semantic network for expressing the connecting relations among product structural units, wherein rows and columns are structural unit codes related to the product parts, and data in the matrix are connecting relation codes; and IV, converting the behavior flow spatial connecting relation predicate matrix into a coloring Petri network model of a spatial sequence. A more intelligent behavior flow product modeling method is adopted, and display expression of flow is performed through the establishment of the semantic network of the behavior flow spatial sequence and Petri network modeling, so that a transmitting sequence of a spatial structure state in a behavior flow modeling process is obtained.

The invention discloses benign paroxysmal positional vertigo intelligent diagnosis and treatment equipment. The equipment comprises a correction host, a nystagmus recorder and an operation bench, wherein the correction host is used for carrying out a nystagmus induction test and reset treatment on a patient; the nystagmus recorder is used for collecting nystagmus video information of the patient during a nystagmus induction test process; the operation bench includes an upper computer system and a main control module; and the upper computer system includes a nystagmus video module, a diagnosistest module, a reset treatment module, a real-time navigation module and a system parameter configuration module. In the invention, automatic and intelligent diagnosis and treatment of vertigo are realized; an accurate diagnosis and treatment scheme of semicircular canal real-time navigation can be provided for a special patient, and breakthrough and innovation of a technology are realized; and domestic related industry development can be effectively promoted and a growing healthy development demand is satisfied.

The invention discloses a method of producing a solid organic carbon fertilizer and relates to a method of producing an organic fertilizer by using a fermenting technology. The method comprises the following steps: adding concentrated liquor of biological organic wastewater which accounts for 15% of the weight of a main ingredient which is prepared from biological crushed aggregates and has a moisture content of 45-55%; then adding zymophyte powder which accounts for 0.5% of the total weight of the materials and sufficiently mixing; directly piling up to form a material fermenting pile which is 1.0-1.2m high and not turning over the pile within 6-8 days; cooling the pile; spreading out the pile and spraying the concentrated liquor of biological organic wastewater which accounts for 18-25% of the weight of the main ingredient; adding the zymophyte powder according to the last dosage and uniformly mixing; piling up to from a material fermenting pile, not turning the pile within 6-8 days, and cooling the pile; then transferring the pile and building up a braising dry pile which is 2.5-3.0m high, not turning over the pile within 20-30 days and spreading out when the pile is slowly cooled and the moisture content of the fermented materials in the pile is reduced to 30%; and crushing and packaging the fermented materials. The zymophyte powder is biologic humic acid bacterial powder or straw composting powder.

The invention discloses a preparation method of a superabsorbent proton exchange membrane. The preparation method of the superabsorbent proton exchange membrane comprises the following steps: (1) stirring for mixing hollow mesoporous silica microspheres with fluorous perfluorinated sulfonic acid polymers according to a mass ratio of 1 to (9-99) to obtain a mixture; (2) adding the mixture obtained in the step (1) into an extruder for melting and extruding so as to form a membrane under the conditions that the temperature of the head of a membrane casting machine is 180-200 DEG C, the rotation speed of a screw rod is 20-35r/min and the linear speed of a roller press is 60-100cm/min; (3) putting the membrane obtained in the step (2) into 0.1-1wt% sodium hydroxide solution for soaking at the temperature of 60-80 DEG C for 4-12 hours so as to obtain a sodium perfluorinated sulfonic acid membrane; (4) putting the sodium perfluorinated sulfonic acid membrane obtained in the step (3) into 0.1-1wt% hydrochloric acid for soaking at the temperature of 20-30 DEG C for 1-6 hours, then washing the membrane with deionized water so as to obtain the superabsorbent proton exchange membrane. Compared with a membrane prepared by adopting a casting method using the solution, the superabsorbent proton exchange membrane prepared by adopting the method has higher conductivity and mechanical strength.

The invention discloses a method and a device for cooperative flue gas desulfurization and sewage organic matter degradation and denitrification. Flue gas is subjected to desulfuration and purification through a spraying tower, and desulfurized waste liquid and sewage flow into a sulfite reduction reactor to be subjected to anaerobic biological treatment, so that organic matters in the sewage are degraded, and meanwhile sulfite is reduced; then the sewage and a reflux liquid in a nitration reactor are mixed, and flow into a denitrification reactor, nitrate in the sewage is reduced into nitrogen gas to realize nitrogen element removal, and sulfide in the sewage is oxidized into sulfate or elemental sulfur in an oxygen deficiency manner to realize part desulfuration; then the sewage flows into the nitration reactor again, organic matters in the sewage is further degraded, meanwhile ammonia nitrogen is oxidized into nitrate, and is removed after flowing back into the denitrification reactor; the rest sulfide is completely oxidized into sulfate, and the sewage is purified, and can be directly discharged. The average removal rate of the organic matters in the sewage is 95%, the ammonia nitrogen removal rate is 90%, the total nitrogen removal rate is above 70%, and the sulfide removal rate is 99.9%. The flue gas-sewage cooperative treatment process capable of realizing efficient flue gas desulfuration, sewage decarbonization and denitrogenation at the same time is established, flue gas desulfurized waste liquid is treated, and sewage is purified.

The invention discloses an automatic unmanned plane system for garbage transportation. The system includes an unmanned plane system, a control device and a user terminal. The control device is arranged inside the unmanned plane system, and a mechanical hand is arranged on the unmanned plane system. The user terminal is equipped with a garbage placement region and an RFID electronic tag. The garbage placement region is arranged on a balcony, and the RFID electronic tag is arranged on the garbage placement region. Through arranging a GPS positioning module, an altitude height sensor, a GPRS data reception device, a camera and an RFID ultra-high frequency card reader in the unmanned plane, functions of the unmanned plane are improved, and the whole working process and operation are very simple. Automated and intelligent garbage processing is realized, so that the problem of garbage processing is solved, environment protection is largely improved, great contribution is made to the society, safety problems caused by thrown garbage are avoided, and thus user requirements are better satisfied.