49results about How to "High commercial promotion value" patented technology

The invention provides a biomass energy IGCC technology which is characterized in that the technology comprises the following steps that: (1) the biomass raw material is gasified to be converted into the combustible gas which is dedusted and decoked as well as purified and is sent to a gas internal-combustion engine to generate electricity; (2) the biomass raw material or the clinker generated in the gasification and power generation process in the step 1 or the mixture of the two is sent to a steam boiler to be burnt in order to generate the superheated steam; the exhaust heat of the gas internal-combustion engine of the step 1 is inlet to an exhaust-heat boiler to generate the superheated steam; (3) the superheated steam generated by the steam boiler and the exhaust-heat boiler of the step 2 is sent to a turbonator set. The biomass energy IGCC technology takes full advantage of the heat energy and the product generated by each processing step in the biomass energy gasification and power generation process and generates electricity circularly, thereby greatly raising the power generation efficiency, taking full advantage of waste materials and lowering the running cost. The invention also discloses a power generation system for realizing the biomass energy IGCC technology.

The invention discloses a game vibration sense control method, a terminal and a computer readable storage medium. The method comprises the following steps: when receiving a detection instruction, acquiring an audio signal to be detected in real time when a terminal game is in operation; extracting a characteristic vector of the audio signal to be detected and synchronously inputting into a neuralnetwork model; judging whether the audio signal to be detected is a target signal needing to be vibrated or not by utilizing the neural network model; if so, controlling a motor of a terminal to vibrate; if not, controlling the motor of the terminal to stop vibrate or keep a non-vibration state. The neural network model is obtained by modeling according to the following manner in advance: acquiring audio data to be analyzed, which needs to be vibrated; carrying out deep learning on the audio data to be analyzed by utilizing a neural network algorithm, so as to obtain the neural network model.The invention further discloses the terminal and the computer readable storage medium; by implementing the scheme provided by the invention, 4D vibration sense synchronous feedback in a game process is realized, and the scheme has high recognition accuracy and relatively high commercial popularization value.

The invention discloses a projection touch control internet of things rescue system applied to an elevator. A fault detection processing module, a health checking module, an emergency rescue module, an advertisement push module and an elevator internet of things projection system are included. The fault detection processing module, the health checking module, the emergency rescue module and the advertisement push module are integrated in the elevator internet of things projection system, and the elevator internet of things projection system is used for obtaining, displaying and feeding back corresponding information or instructions. The elevator internet of things projection system conducts interior processing on the information or instruction data and then conducts displaying or the information or instruction data are sent to the cloud through a wired network or wireless network, software analysis is conducted, and then a result is sent to the elevator internet of things projection system to be received and displayed. By means of the projection touch control internet of things rescue system, elevator internet of things automatic fault detection processing, health checking, emergency rescue and advertisement push are achieved, and elevator artificial intelligence is achieved in cooperation with APP software.

The invention relates to a solar cell panel and especially a cellular solar cell panel. The cellular solar cell panel comprises an electric appliance function box and thin-film solar cell layers and is characterized in that a transparent substrate (7) in a profiled corrugated shape is disposed on a supporting frames (6) in shapes of connected hexagons, that the two sides of the substrate (7) are covered with the thin-film solar cell layers, that a base plate (5) is disposed on the bottoms of the supporting frames (6) and is equipped with a thin-film solar cell layer, that a frame (2) is disposed around the supporting frames (6) in shapes of connected hexagons, and that top of the frame is covered with a light-transparent plate (1). On this account, a photovoltaic effect generated by the cell layer absorbing top photoemission is enhanced and a cellular three-dimensional light-absorbing area of the profiled corrugated substrate is enlarged. Light absorption conversion ratio is over 39 percent. The cellular solar cell panel is easy to assemble, repair, and integrally replace and may achieve local replacement. In addition, the cellular solar cell panel is convenient to use and has high commercial popularizing value.

The invention discloses a zinc oxide coating-hydroxyapatite coating with biological activity and antibacterial property as well as a preparation method and an application thereof. The zinc oxide coating-hydroxyapatite coating comprises an alkaline zinc oxide coating and a hydroxyapatite coating, the alkaline zinc oxide coating is excited by ultraviolet light to generate .OH on the surface to form a zinc oxide coating-hydroxyapatite coating with the hydroxyapatite coating; and the preparation method comprises the following steps: exciting the surface of the alkaline zinc oxide coating to generate. OH, and reacting with SBF simulated body fluid to form the zinc oxide coating-hydroxyapatite coating. The zinc oxide coating-hydroxyapatite coating is used for preparing an orthopedic implant. The method is low in cost, high in efficiency, simple and easy to implement and environmentally friendly, and the zinc oxide coating-hydroxyapatite coating prepared through the method has good biological activity and antibacterial performance and has high commercial popularization value.

The invention discloses an individualized ticket manufacturing method. The method comprises the steps of displaying all ticket information on a current interface when an individualized ticket manufacturing instruction triggered by a user is received and ticket information to be drawn exists in user account information; receiving information of at least one ticket selected by the user, displaying multiple buttons on the current interface, and obtaining images of the user when an instruction of triggering the buttons by the user is received; calling individualized ticket templates, matching theimages of the user with each template and displaying the images; receiving an instruction of selecting a matching result by the user according to the displayed matching result, displaying the templatecorresponding to the matching result, and matching the images of the user with the selected template; judging whether an instruction for correcting the relative position of the images of the user isreceived within a preset time duration or not; if not, generating an individualized ticket. By means of the individualized ticket manufacturing method, the requirement of the user for manufacturing the individualized ticket can be met, the manufacturing process is simple, and the method can be popularized on a large scale.

The invention relates to a method for preparing a zinc-doped calcium phosphorus coating on a magnesium alloy surface by using a one-step hydrothermal method. The method comprises the following steps:firstly preparing coating solution, respectively preparing Ca<2+> water solution, Zn<2+> water solution and PO4<3-> water solution, dropwise adding the Zn<2+> water solution and the PO4<3-> water solution into the Ca<2+> water solution, adjusting a pH value of mixed solution to 4-6 by using diluted acid; placing the coating solution in a reaction kettle, soaking a preprocessed magnesium alloy sample in the coating solution, heat-insulating at 130-150 DEG C, cooling to a room temperature along with an oven, taking out the magnesium alloy sample covered with the coating, washing, and drying, toobtain a magnesium alloy of which the surface is the zinc-doped calcium phosphorus coating. The zinc-doped calcium phosphorus coating on the magnesium alloy surface is a compact flower-like structure.The method is simple, easy to operate, and short in consumed time. The uniform zinc-doped calcium phosphorus coating can be prepared on the surface of the magnesium alloy samples in any shapes and sizes; the coating has the remarkable corrosion resistance and the good biological activity.

The invention relates to an establishing method of a corrected geological risk evaluation model and a trap evaluation method. The establishing method comprises the steps of dividing traps into a successful type and a failed type; evaluating the pollution factor of a corresponding sub-factor according to an initial value of the corresponding sub-factor before drilling of different traps, and then calculating the weight coefficient of the corresponding sub-factor; calculating the pollution coefficient of a corresponding parent factor according to an initial value of the corresponding parent factor before drilling of different traps, and then calculating the weight coefficient of the corresponding parent factor; and finally establishing the geological risk evaluation model. Furthermore, trap evaluation is performed according to the corrected model, thereby generating a positive effect on a trap evaluation result, ensuring high exploration accuracy and reducing probability of evaluation errors.

The invention relates to a rolling mill used in a lab, in particular to a rolling mill with a correction device. The rolling mill comprises a power device, an upper roller, a lower roller and a protection sleeve, wherein the upper roller and the lower roller are arranged in a parallel and up-down mode, the protection cover is used for containing roller sleeves at the end portions of the rollers, and a hand wheel which can adjust operation positions of the upper roller and the lower roller is arranged on the protection cover. The rolling mill is further provided with a support platform, wherein the correction device is arranged on the support platform which is mainly composed of a fixed clamping board and a movable clamping board both of which can be buckled in a mutually stagger mode, the fixed clamping board is fixed on the support platform, and the fixed clamping board and the moveable clamping board which are buckled to form a correction section of the working areas of the upper roller and the lower roller. The space areas, in or out of which mill bars can get in or out, of the rollers can be corrected, and therefore shapes of the mill bars can be corrected, and surface damage of the rollers can be reduced.

A diamond comb-shaped thin film solar panel comprises an electric appliance function box and thin film solar cell layers. A transparent substrate is arranged in a corrugated shape on a diamond one-piece supporting frame, the two sides of the substrate are covered with the thin film solar cell layers, a bottom plate is arranged at the bottom of the supporting frame, the thin film solar cell layers are arranged on the bottom plate, a frame is arranged on the periphery of the bottom plate, and the frame is covered with a top light-transmitting plate. In this way, the photovoltaic effect produced by the situation that the thin film solar cell layers absorb the top light photoemission is increased, and the diamond comb-shaped three-dimensional light absorption area of the corrugated-shaped substrate is increased, and light absorption conversion is larger than 39%. According to the diamond comb-shaped thin film solar panel, by means the process structure of three-dimensional space, the light absorption area of the thin-film solar cell is effectively increased, and the light-energy conversion efficiency is improved. The diamond comb-shaped thin film solar panel is convenient to assemble, maintain and replace in an integral mode and convenient to use due to the fact that local replacement further can be achieved, thereby having high commercial popularization value.

The invention discloses bee pollen antioxidant milk. The bee pollen antioxidant milk is prepared from, by mass percentage, 80-90% of raw cow milk, 3-6% of bee pollen flavone-beta-CD clathrate compound, 3-6% of saccharose, 0.05-0.20% of vitamin C, 0.03-0.10% of stabilizer and the balance water. The method for preparing the bee pollen antioxidant milk comprises a step 1 of preparing the bee pollen flavone-beta-CD clathrate compound; a step 2 of dissolving obtained bee pollen flavone-beta-CD clathrate compound and the stabilizer respectively to prepare solution, mixing the solution with the vitamin C and the saccharose, adding the water simultaneously, stirring the mixture uniformly and mixing the mixture with the raw cow milk; and a step 3 of homogenizing and sterilizing to obtain the bee pollen antioxidant milk. The prepared bee pollen antioxidant milk has unique flavor and both taste and odor of the milk and fragrance of pollen, particularly has an antioxidant health care function and is a good novel health care dairy product.

The invention relates to an optical fiber splice closure with a differential micro-bending inductor and belongs to the technical field of information and communication. The optical fiber splice closure can be used for assisting the first-aid repairing personnel in quickly and accurately corresponding an OTDR optical cable test distance of the optical fiber splice closure to a practical geographical distance, supplying an accurate data reference for fault point detection and increasing the first-aid repairing efficiency. A practice proves that the optical fiber splice closure provided by the invention, compared with the common optical fiber splice closure, can save more than 80% of time for detecting the optical cable distance corresponding to the optical fiber splice closure.

The invention relates to a big data analysis method based on a child safety seat. The method comprises the following steps: acquiring use time information and location information of the child safetyseat; analyzing the acquired information to obtain the traveling route information and traveling time information of the user; dividing the traveling route information into multiple route sections, analyzing to obtain the overlapping rate of each route section; dividing the traveling time information into multiple time slicing according to the corresponding route section, analyzing to obtain the user amount on each route section in each time slicing; and selecting the route section with the overlapping rate greater than and equal to the set overlapping rate as an advertisement publishing section, and selecting the time slicing with the user amount greater than and equal to the set amount on the advertisement publishing section as the advertisement publishing time. The travelling habit of the user can be analyzed by positioning the child safety chair, the benefit of the advertisement publishing can be improved, and the commercial promotion value of the advertisement is increased.