16results about How to "Eliminate cumbersomeness" patented technology

The present application relates to a kind of preparation methods of gypsum keel, the method is in the scheduling, monitoring of joint operation center with two production lines according to different technical routes to produce the gypsum keel of same quality.Solve the problem of the easy rust corrosion of light steel keel, steel plate rib web, the difficulty of marking bar, the insufficient strength, pressure resistance and impact resistance of column body in the spray construction type composite wall.

The present invention relates to the field of public institution energy consumption evaluation, and in particular to a public institution energy consumption evaluation method and system, including collecting energy use data of public institutions through sensors and monitoring equipment, and performing data preprocessing; combining the preprocessed public institution energy data, establishing a public institution energy consumption identification neural network model, and performing energy consumption identification based on deep learning training neural network model; evaluating the energy efficiency of public institutions according to the energy consumption identification analysis results, introducing an energy efficiency evaluation model, and providing support for energy management decisions of public institutions; comprehensively evaluating the overall energy consumption of public institutions in combination with the public institution energy efficiency evaluation results; providing energy-saving suggestions and measures for public institutions based on the results of energy consumption analysis and comprehensive evaluation, and formulating effective energy management strategies. The present invention realizes a comprehensive evaluation of the energy consumption of public institutions and provides decision-making support for energy conservation and environmental protection.

The invention discloses a batch CFD data analysis method and device and a storage medium, and belongs to the technical field of computer-aided engineering. According to the method, based on a preset standardized naming rule, standardized naming is conducted on model components and boundary conditions of a geometric model, and the geometric model obtained after standardized naming is exported as a grid file capable of being recognized by a CFD solver; obtaining a CFD solving macro command template containing replaceable variables, dynamically modifying template variables according to the grid file and naming of the grid file, generating a special macro command, performing batch calculation, and exporting a result file according to a set format; and automatically reading all result files, summarizing and analyzing the data according to a naming analysis model and working condition information, and automatically generating a visual chart and an analysis report. According to the method, through standardized naming and scripted control, unattended operation automation of the whole process from the geometric model to the analysis report is achieved, and CFD simulation efficiency and traceability are remarkably improved.

The invention discloses a somatosensory dance game method and device for generating a virtual character based on user biological characteristics and a computer readable storage medium, and the method comprises the steps: sending a reading request for reading a specified text to a user when the virtual character of the somatosensory dance game is created; collecting voice data of reading the specified text by the user; predicting biological characteristics of the user according to the voice data and a pre-trained machine learning model; and establishing a virtual character matched with the user according to the biological characteristics. The somatosensory dance game method for generating the virtual character based on the biological characteristics of the user has the advantage of intelligently and individually creating the virtual character.

The utility model discloses a novel electric vehicle controller and circuit board structure, which relates to the technical field of electric vehicles, and comprises a circuit board device in control connection with an electric vehicle, and the circuit board device is used for controlling the operation of the electric vehicle; the shell assembly is used for placing the circuit board device; the circuit board device comprises a circuit board body, an MOS tube and a dial switch, the dial switch is welded on the circuit board body, and the MOS tube is connected with the circuit board body in a pasting welding mode; the shell assembly comprises a plastic shell and a die-casting shell, the circuit board device is arranged on the top surface of the die-casting shell, an upward concave cavity is formed in the plastic shell, the cavity is used for placing the circuit board device, and the plastic shell is buckled with the die-casting shell. The controller of the structure is good in heat dissipation characteristic, simple in production process, capable of reducing manual participation and suitable for automatic flow line production.

The utility model relates to cantilever beam impact testing machine technical field discloses a new -type cantilever beam impact testing machine, including shell one, the fixed plate is fixedly connected with the shell one inner wall, the fixed plate outer wall is fixedly connected with the pivot, the pivot one end is fixedly connected with the swing bar, the buckle no.

The invention discloses a preparation method of a (1-arylmethyl-3-aryl-1-trifluoromethyl propyl) aromatic hydrocarbon compound, which comprises the following steps: in an inert gas atmosphere, sequentially adding 2-aryl-3, 3, 3-trifluoropropene, bromomethyl aromatic hydrocarbon, manganese powder, a nickel catalyst and a ligand into a solvent to obtain a mixture; and in an inert gas atmosphere, carrying out a reaction on the mixture at-10 DEG C to 0 DEG C, and collecting the (1-arylmethyl-3-aryl-1-trifluoromethyl propyl) aromatic hydrocarbon compound from a reaction solution. The preparation method of the (1-arylmethyl-3-aryl-1-trifluoromethyl propyl) aromatic hydrocarbon compound disclosed by the invention has the advantages that the reaction can be carried out at the temperature of-10 to 0 DEG C, the reaction condition is mild, the adopted raw materials are simple and easy to obtain, and the cost is low.

A double input structure juicing module includes a juicing cylinder in which a mesh body is accommodated, and which is coupled to an upper end of a main body, wherein an upper portion of the juicing cylinder is coupled with a cover into which a juicing object is input, and a screw is installed inside the mesh body to rotate with respect to a screw rotation axis, the screw having a spiral rib formed on an outer circumferential surface and receiving and crushing the juicing object from the cover, wherein the screw includes a support surface formed in a direction intersecting the screw rotation axis to support the juicing object input into the cover, and a crushing portion formed on the upper end to intersect the support surface and cut the juicing object, and wherein the cover includes an inlet into which the juicing object is input, the inlet guiding the juicing object to the spiral rib or the support surface.

The invention relates to the technical field of computer graphics and images, in particular to a building outer wall outer side positioning method, system and device and a storage medium, and the method comprises the steps: responding to a wall drawing request of a user in building calculation software, starting an outer side identification state, and recording an initial drawing position of a wall; the outer side edge of the wall body is automatically created at the position, and the display effect of the outer side edge is dynamically updated with the moving track of the mouse as the reference; wall body direction adjustment and outer side setting are carried out, switching of the outer side on the two sides of the wall body is achieved based on the default left outer side, and outer side setting is carried out through an outer wall outer side editing method; after wall drawing and outer side setting are completed, responding to the requirement of a user, and starting the function of automatically recognizing the outer side boundary of the outer wall; establishing a relative position relationship in response to a binding request of the outer side data of the outer wall and the outer wall model to realize real-time linkage; the problem that a user needs to carry out secondary operation in the prior art can be solved, so that the operation complexity and the error risk are reduced.

This invention belongs to the field of recombinant protein and its application technology, specifically relating to an SA-Tim4 protein, its preparation method, and its application in exosome isolation. Its amino acid sequence is shown in SEQ ID NO.1. This invention provides an SA-Tim4 protein, its preparation method, and its application in exosome isolation, enabling efficient preparation of SA-Tim4, overcoming the high production cost problem of existing separation technologies, and breaking through the limitations of traditional exosome isolation technologies, such as time consumption, high requirements for equipment and reaction conditions, and difficulty in large-scale separation.

This utility model discloses a rocket-assisted unmanned aerial vehicle (UAV) launch device, relating to the technical field of UAV launch equipment. The device includes a base, a launch pad, and a constant-force release mechanism. The base achieves 360° heading adjustment via a rotating gear. The base support is hinged to the launch pad. An adjustment component can adjust the launch pad's pitch angle. An inverted T-shaped slide rail on the launch pad cooperates with the UAV's slider. The constant-force release mechanism ensures the UAV is released when the rocket thrust reaches the specified level. This device offers flexible heading adjustment, precise pitch angle adjustment, and stable and reliable launch and release, effectively improving the efficiency and safety of UAV launches.

The invention discloses a household energy storage high-voltage system for connection state detection and communication address automatic distribution and a composite method. A detection resistor MR1 is arranged at the tail end of a master control unit, and a detection resistor SRn is arranged at the tail end of each slave control unit; wherein the voltage at two ends of the detection resistor MR1 is used for detecting whether the connection of the master control unit is normal, and the voltage at two ends of the detection resistor SRn is used for detecting whether the connection of the slave control unit is normal; and when the main control unit is normally connected, the main control unit is also used for broadcasting the positive voltage of the detection resistor MR1 to each slave control unit, and the slave control units are also used for calculating and setting own communication addresses after receiving the positive voltage of the detection resistor MR1. The method can be integrated in an existing one-master multi-slave framework, and automatic address allocation, real-time monitoring and accurate positioning of the connection state and automatic system topology identification are achieved.

The application provides a high-temperature solid oxide battery multilevel bidirectional test control method and system, relates to the solid oxide battery test technical field, and the method comprises the following steps: obtaining a measured object parameter; obtaining a test resource capability set; establishing a resource compatibility matrix, judging the matching relationship of interfaces, media, ranges, response times and safety boundaries, determining the matching state between each measured object port and test resource port; generating an initial resource control parameter set; generating a control instruction sequence; executing the control instruction sequence and synchronously collecting process data and safety states; calculating a risk level, online reconstructing the control instruction sequence, obtaining a corrected control instruction sequence and submitting the corrected control instruction sequence to a bottom layer for execution; forming an evaluation vector and feeding back a corrected subsequent test strategy. The closed-loop control architecture constructed by the application can upgrade the test from an artificial preset process to intelligent control of controller autonomous adaptation, arrangement, reconstruction and feedback, and improve universality and safety.

The utility model relates to a medicinal material cooking type fumigator, which is used for preventing steam with excessive pressure and heat from being directly transmitted to a user side through a cooking chamber and enabling the steam generated in a steam generating chamber to be subjected to a reverse circulation process again, so that the steam can be indirectly transmitted and supplied to the user side. The steam generator comprises a steam generation chamber which heats water supplied by a water supply part and generates steam; and a cooking chamber which receives the steam of the steam generation chamber and cooks the medicinal material therein, and which can discharge and supply the steam passing through the medicinal material to the outside, the steam generation chamber further comprising: a shielding film which has an open part toward the upper side, is integrally erected on the bottom surface inside the chamber, and forms a double-wall structure inside the steam generation chamber; a sheath heater for heating water supplied to a room outside the shielding film; and a steam discharge port which is formed at the bottom of the interior of the shielding film and discharges the steam flowing into the interior of the shielding film to the outside.

The invention discloses an integrated porous transmission layer structure for pure water electrolysis and application, and belongs to the technical field of proton exchange membrane water electrolysis. The composite material is formed by compounding net-shaped structures with uncertain layers, and is sintered and molded by adopting a vacuum sintering process after being pressed. The gas-liquid two-phase opposite flow resistance of the porous transmission layer is reduced along with the reduction of the mesh number of the mesh structure and the increase of the mesh feature size, and compared with a porous transmission layer with a single pore channel structure, the porous transmission layer is more beneficial to gas-liquid transmission, so that the reaction efficiency is favorably improved. Compared with a non-integrated transmission layer structure, the integrated transmission layer structure has the advantage of being convenient to install, after the pressing process, the mesh wires deform, so that the problems that the contact area between the mesh wires is increased, the size of the mesh structure is unstable and contact is poor can be effectively solved, and convenience is provided for design and assembly of other parts of the electrolytic cell.