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32results about How to "Reduced professionalism requirements" patented technology

Calculation method of bearing capacity of reinforced wall plate

The invention provides a calculation method of the bearing capacity of a reinforced wall plate and belongs to the field of strength analysis of aircraft structures. According to the technical scheme, the calculation method is an axial compression loading action based calculation method of the effective width of buckling of a skin. Stiffness reduction is performed through modification of the cross section area and the moment of inertia of a stringer in a finite element model which is formed by plate beam units after the buckling of the skin is produced, stress analysis of a structure is performed by a linear iteration solution method of load loading steps, comparison is performed on the working stress of the stringer in a calculation result and the allowable limiting stress of a stringer and skin combined structure, the allowable limiting stress serves as a damage standard and is solved based on an engineering method, and accordingly the bearing capacity of the structure is obtained. Compared with the traditional full housing model, a calculation method model is a plate beam unit model, the geometric nonlinearity and contact problem solution which is large in time consumption and difficult to converge is replaced by the linear solution, and accordingly the modeling time consumption is small, the calculation speed is high, and the requirements for the professional quality of the computer hardware and analysis staff are low.
Owner:CHINA AIRPLANT STRENGTH RES INST

SPC (statistical process control)-based linkage control method and system

The invention provides a SPC (statistical process control)-based linkage control method and system. The method includes the following steps that: in an SPC system, abnormality judgment data, data algorithm graphs, and abnormality judgment rules are configured through a configuration module, and control graphs on actual business which require control are configured based on the configured abnormality judgment data, data algorithm graphs, and abnormality judgment rules; in the SPC system, early warning notification objects and early warning modes are configured through an early warning module; and in a production process, a data acquisition device transmits data in real time to the SPC system one by one, wherein the data are collected when a product is subject to processing procedures, and the SPC system immediately performs statistical judgment according to the configuration result of the configuration module, if the SPC system judges that the product is an unqualified product, the SPCsystem triggers early warning, the early warning module issues early warnings according to the configured early warning notification objects and the early warning modes. According to the SPC (statistical process control)-based linkage control method and system of the present invention adopted, the collected data are combined with the SPC system, each collected datum is judged in real time; if a judgment result indicates that a product is unqualified, an early warning is triggered, feedback can be immediately sent to a current production line, and therefore, production costs can be reduced.
Owner:福建摩尔软件有限公司

Glass deep processing connection line control method

The invention discloses a glass deep processing connection line control method. According to the glass deep processing connection line control method, an ERP system is integrated with a cutting optimization module or can receive cutting optimization information of cutting optimization software, the ERP system transmits instructions to an original sheet storage, coding equipment and/or cutting equipment according to the cutting optimization information, and controls the machining process of the equipment; after passing through each or several sets of processing equipment in the coding equipmentand subsequent processing equipment, code reading information is updated in a whole production line database through scanning identification codes on glass sheets; and the ERP system receives whole production line database information, and controls each set of processing equipment in a glass deep processing production line according to the whole production line database information. The glass deep processing connection line control method utilizes the ERP to manage and control the processing equipment in working procedures of the glass deep processing production line, stores processing stateinformation of glass, glass information and code reading number information in the whole production line database, updates the whole production line database through adopting a code reading method, and realizes the automatic glass deep processing production line from orders to products.
Owner:LUOYANG LANDGLASS TECH CO LTD

Preparation method of bipolar membrane

The invention discloses a preparation method of a bipolar membrane. The method comprises the following steps: 1, preparing an oxide coating liquid: weighing an oxide, dispersing the oxide in an organic solvent, heating and stirring the oxide and the organic solvent, and carrying out high-temperature sterilization to obtain the oxide coating liquid; 2, preparing a cation exchange membrane: selecting a polyetherketone membrane as a base membrane, taking polypropylene glycol, adding the polypropylene glycol into an aqueous CMC solution or an aqueous SA solution to obtain an aqueous PVA-SA solution or an aqueous PVA-CMC solution, adding the oxide coating solution, performing stirring and mixing, and spin-coating the surface of the base membrane of the cation exchange membrane with the obtainedsolution; 3, preparing an anion exchange membrane: taking a mixture as a base membrane base material of the anion exchange membrane, adding glutaraldehyde to prepare a viscous membrane solution, tape-casting the other side of the cation exchange membrane base membrane with the viscous membrane solution through a tape casting technology, drying the coated base membrane, and spin-coating the surface of the anion exchange membrane base membrane with the oxide coating liquid to prepare the bipolar membrane; and 4, washing the bipolar membrane with water for several times, and then soaking the bipolar membrane in a hydrogen peroxide solution for 20-25 hours.
Owner:陕西易莱德新材料科技有限公司

Fault diagnosis method for interaction between elevator system and machine passenger, readable storage medium, electronic equipment and fault diagnosis system

The invention provides a fault diagnosis method for interaction between an elevator system and a machine passenger, a readable storage medium, electronic equipment and a fault diagnosis system. The fault diagnosis method is used for diagnosing faults generated when machine passengers interact with an elevator system through an interaction management device and comprises the steps that diagnosis information is obtained from the elevator system and the interaction management device; an interaction process of the machine passenger with the elevator system is simulated via the interaction management device based on the acquired diagnostic information; and the type of interaction failure of the machine passenger with the elevator system is determined based on the simulated interaction process. According to the fault diagnosis method, for maintenance personnel, a relatively standardized maintenance process is provided, operation is convenient, and the requirement for professional quality is reduced; and for clients, the maintenance process consumes less time, the diagnosis result is accurate, and the fault point in the interaction process of the two sets of products can be rapidly and efficiently determined, so that targeted processing measures are provided, and product maintenance is rapidly completed.
Owner:OTIS ELEVATOR CO

Modularized/standardized production method of spatial optical system

InactiveCN110119035ARealize the division of labor and modular productionEnsure consistencyMountingsComputer moduleEngineering
The invention discloses a modularized/standardized production method of a spatial optical system. The method comprises the steps of dividing the spatial optical system into a plurality of structural modules; selecting an adapted cage system accessory for each structural module; determining the mounting sequence and position of each optical element in the structural modules, and marking on a guiderod; mounting the optical elements on the marked positions of the guide rod; carrying out optical path test on the structural modules; determining and marking the mounting position of each structuralmodule on a fixed bottom plate according to the size and position of each structural module; and mounting the structural modules on the marked positions of the fixed bottom plate. According to the method, positioning and marking are carried out on the basis of the guide rod of the cage system accessory, so that the modularized and standardized production of spatial optical products can be realized; and the positioning and marking of the fixed bottom plate is combined, so that the quality consistency of the whole product production can be realized, the requirement for the professional levels ofthe builders or operators is low, the production process is simpler, and the production cost is low.
Owner:ANHUI QASKY QUANTUM SCI & TECH CO LTD

Potential safety risk monitoring system and method in power grid infrastructure construction

The invention discloses a system and a method for monitoring potential safety risks in power grid infrastructure construction. The method comprises the following steps: identifying and tracking an operation site target and acquiring data; performing data matching, target detection, identification classification, region segmentation and field personnel identity and behavior identification on the acquired data to form target data, and performing data comparison with a risk decision library; according to the information of the data comparison, operation site risk judgment, sound-light alarm and risk plan execution are carried out; judging whether the risk of the operation site is relieved or not and transmitting judgment information; receiving the judgment information and carrying out sound-light alarm; a work log is remotely received and monitored; according to the invention, on-site management and control are carried out by artificial intelligence software and hardware technical means, the on-site operation personnel are autonomously supervised and reminded of behavior specifications, the fundamental purposes of timely controlling on-site variables and eliminating construction safety risks are achieved by monitoring on-site main risk control conditions, and artificial intelligence assisted power grid construction management is realized.
Owner:毕马智能科技(上海)有限公司

Closed multi-bait termite trap-killing and alarming integrated device

The invention discloses a closed multi-bait termite trap-killing and alarming integrated device which comprises a bottom box, a middle cover for sealing an opening of the bottom box, a top cover positioned on the other side of the middle cover and an alarm positioned in the top cover. A switch of the alarm penetrates the top cover and the middle cover to extend into the bottom box, a supporting block eatable for termites and jacking and turning off the switch is arranged in the bottom box, a first through hole communicated with an inner cavity is formed in the outer wall of the bottom box, anda killing agent and a plurality of attractants are arranged in the bottom box. Bait and the agent are directly sealed in the bottom box to trap-kill the termites, and the supporting block eatable forthe termites are adopted to jack and turn off the switch of the alarm to form an automatic alarming device and does not alarm when not being damaged by the termites, so that professional quality requirements on termite killing personnel can be lowered effectively, and workload can be reduced greatly; by combining with an alarming information collecting system, termite damage situation can be known in a global digitalized manner, and Internet of Things management of termite prevention and control can be realized.
Owner:浙江益康白蚁防治有限公司

Simple and efficient method for separating and purifying unicellular algae

The invention discloses a simple and efficient unicellular algae separation and purification method, which comprises the following steps: accurately measuring the unicellular algae cell density of an algae solution to be separated and purified by using a blood cell counting plate under an optical microscope, diluting the algae solution to the unicellular algae cell density of 20-30 cells/mL by using sterilized sand filtration seawater, sucking 1-3 drops of diluted algae liquid according to the quantity of miscellaneous algae cells and harmful organisms in the algae liquid to be separated and purified, dripping the diluted algae liquid into a glass test tube filled with a unicellular algae culture solution, culturing for 10-15 days in a place with sufficient illumination and without direct sunlight, and carrying out microscopic examination and screening to obtain purified unicellular algae without miscellaneous algae cells and harmful organisms. The method disclosed by the invention is simple to operate, extremely low in requirement on professional degree of operators, wide in application place, suitable for laboratories with good conditions and farms with simple conditions, and capable of ensuring pure culture and long-term storage of the unicellular algae, and the success rate of separation and purification reaches 100%.
Owner:GUANGDONG OCEAN UNIVERSITY +1
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