30results about How to "Adapt to the development trend" patented technology

The invention relates to a production method of multilayer high-density interconnection printed circuit board, wherein one or two circuit faces of the baseboard are provided with a first wiring layer, the first wiring layer is formed with a first conductive block for interconnecting the wiring layers. The production method comprises: forming an insulated medium layer covering the first wiring layer and a first conductive block on the baseboard, forming a conductive layer on the insulated medium layer, forming a first insulated layer on the conductive layer and forming a second wiring layer picture on the first insulated layer, depositing conductive material to form a second wiring layer, forming a second insulated layer on the second wiring layer and the first insulated layer, etching the second insulated layer to form an opening exposing the second wiring layer, depositing the second conductive block in the opening, deleting the second insulated layer, the first insulated layer and the conductive layer under the first insulated layer, repeating aforementioned processes to form a multilayer high-density interconnection printed circuit board. The method simplifies the production.

The invention discloses a transmission device used for an orthogonal frequency-division multiplexing system, comprising a code layer mapping unit, a coding modulation unit, a flow mapping unit, a multi-input multi-output processing unit and a source mapping unit, wherein the code layer mapping unit divides a transmitted transmission block into a common data packet and a reinforced data packet, divides the common data packet and then divides the reinforced data packet; the coding modulation unit is used for carrying out coding modulation processing to every division result of the common data packet and every division result of the reinforced data packet; the flow mapping unit is used for regrouping every coding modulation result of the common data packet and every coding modulation result of the reinforced data packet; the multi-input multi-output processing unit is used for carrying out multi-input multi-output processing to every coding modulation result of the common data packet after being regrouped and every coding modulation result of the reinforced data packet after being regrouped; and the source mapping unit is used for inserting pilot frequency into every multi-input multi-output processing result of the common data packet and every multi-input multi-output processing result of the reinforced data packet according to a preset pilot frequency pattern and transmitting the multi-input multi-output processing results by a subcarrier source.

The invention discloses a wine selling method of an automatic wine selling machine. The wine selling method comprises the following steps that a, the wine barrel installation process is conducted; b, wine outflows from a wine outlet of a machine body after a user pays successfully through an on-line payment system; c, a system gives out an alarm when the liquid level of the wine is as low as the horizontal position of a liquid level sensor. In this way, the wine selling method of the automatic wine selling machine has the advantages that installation of a wine barrel is convenient and firm; it is guaranteed that resources of the wine are reliable; the sealing performance of the wine in the machine body is good; quantification of the outflow wine is accurate; payment is convenient and rapid.

This invention discloses one method to realize overly set broadcast business in self set network and fix network, which comprises the following steps: sending play router information from set source and the MANET receives the set play router found message boundary network gate one BG to convert the message into fix network identifiable set play router message and to send to interface router and the said AR uses fix network set play router to transfer router message to form set broad transfer structure. This invention also discloses one communication system.

The invention discloses an unbalanced data classification method based on clustering downsampling. The unbalanced data classification method comprises the following steps: utilizing a quick search anddiscovery density peak value clustering algorithm for clustering various categories of samples of a training set to obtain a clustering result; dividing multiple categories of samples in the trainingset into N clusters; forming a new sample set by each cluster of sample of multiple categories of samples in the training set and small categories of samples in the training set, and utilizing a support vector machine for classification to obtain the support vectors of multiple categories of samples in the training set; extracting the new training set formed by the support vector of each clusterand the small categories of samples in the training set; training the new training set through the support vector machine, and carrying out performance evaluation through a cross verification set. Thetraining time of the classifier can be shortened, in addition, the identification rate of small categories of samples can be improved under a situation that the identification rate of multiple categories of identification samples is not harmed, and the performance of the classifier is improved.

The invention discloses a lightning arrester performance parameter detecting device which comprises a current monitor which is used for carrying out collection and harmonic analysis compensation calculation on the resistive current and capacitive current of an MOA lightning arrester and outputting a calculated value to a current monitor of an MOA lightning arrester state online monitoring centralized control terminal, the MOA lightning arrester state online monitoring centralized control terminal used for transmitting a monitored value to a computer after data processing, and the computer used for checking and controlling a current monitor of the MOA lightning arrester remotely, wherein the MOA lightning arrester is connected with a plurality of current monitors which are connected with the MOA lightning arrester state online monitoring centralized control terminal, and the MOA lightning arrester state online monitoring centralized control terminal is connected to the computer. According to the lightning arrester performance parameter detecting device, by means of the triple harmonic analysis method and the unique compensation calculation technique, the change of the resistive current and the capacitive current is calculated to judge the early-stage fault of the MOA lightning arrester, real-time central monitoring of all MOA lightning arresters in a transformer substation is achieved, the operation is simple, safety and reliability are achieved, and cost performance is high.

The invention discloses a high-yield planting and cultivating method of tea-oil trees. The mountainous area and mountain land or low mountains and hills of a southern tea-oil tree planting region are selected, a plurality of tea-oil tree planting regions are divided out along the contour line in the vertical direction of the mountainous area and mountain land or low mountains and hills, horizontal ladder regions for planting the tea-oil trees are dug in each tea-oil tree planting area towards mountains, biological fences for preventing and treating water and soil loss are planted on side slopes between the adjacent tea-oil tree planting areas, and green manure or commercial crops are planted between biological fence rows and tea-oil tree rows of the tea-oil tree planting areas. The water and soil loss is prevented and treated by increasing fertilizer, loosening soil, increasing the nutrient inventory of the growth soil layer of the tea-oil trees and improving the physical and chemical properties of the soil, the aims of promoting the tea-oil trees to bloom early and fruit as many as possible, increasing the yield of the tea-oil trees, improving the quality of the tea-oil trees, reducing the input amount of fertilizer and reducing labor force input are achieved, and the method can be widely applied to the production practice of the tea-oil trees at home and abroad.

Provided is a high-yield cultivation technology method for camellia oleifera. The method comprises the steps that a low-mountain hilly terrain in Yuexi county is selected, multiple camellia oleifera planting regions are divided along contour lines in the vertical direction of mountain land or a low-mountain hilly area, a horizontal terraced strip used for planting camellia oleifera is dug in each camellia oleifera planting region towards a mountain, a biological fence for preventing and controlling the water and soil loss is planted on a side slope between every two adjacent camellia oleifera planting regions, and green manure or commercial crops are planted between the lines of the biological fences and camellia oleifera in the camellia oleifera planting regions. According to the high-yield cultivation technology method for the camellia oleifera, by means of afforestation land selection, land preparation, afforestation and tending management, the water and soil loss is prevented and controlled, the purposes of promoting early blooming and more fruiting of the camellia oleifera, increasing the yield of the camellia oleifera, improving the quality of the camellia oleifera, reducing the input amount of chemical fertilizer and reducing labor input are achieved, and the method can be widely applied in production practice of the camellia oleifera at home and abroad.

The invention discloses energy supply equipment for an automobile. The energy supply equipment for the automobile comprises a supporting structure, a wind power generation device and a solar power generation device, wherein the supporting structure is mounted at the top end of the automobile; the wind power generation device is arranged on the supporting structure; and the solar power generation device is arranged at the top end of the automobile; the wind power generation device comprises an air guide cylinder and a plurality of impellers which are accommodated in the air guide cylinder and are arranged in a rotatable manner; the air guide cylinder is of a frame-shaped structure which is open in the front and in the rear; the solar power generation device comprises a solar cell panel anda solar heat energy collector, wherein the solar cell panel is arranged on the top surface of the automobile and positioned on the front side of the wind power generation device; the solar heat energycollector is arranged on the front side of the solar cell panel; the wind power generation device and the solar power generation device are correspondingly connected with a standby storage battery inthe automobile; each standby storage battery is connected with a storage battery for providing power in the automobile; and a power generator is arranged on a rotating shaft of each impeller. According to the energy supply equipment for the automobile, wind power and sunlight can be converted into electric energy to be stored in the storage battery for the automobile to use; and the energy supplyequipment for the automobile is energy-saving and environmentally friendly and adapts to the development tendency of the current society.

The invention discloses a flame-retardant sofa cover fabric and a production method thereof. The flame-retardant sofa cover fabric is formed by compounding a base cloth and flame-retardant coatings onboth sides of the base cloth, wherein the base cloth is woven from chemical fibers, the flame-retardant coating is formed by coating with a flame-retardant coating material, and the flame-retardant coating material comprises the following raw materials: a polyurethane resin, glass fiber powder, asbestos fiber powder, magnesium hydroxide, aluminum hypophosphite, N,N'-ethylenebis(stearamide), higher alcohol, dimethylformamide and a polyurethane resin dilution liquid. The production method comprises: S1, preparing the raw materials of a flame-retardant coating material; S2, preparing the flame-retardant coating material; and S3, compounding the flame-retardant coating. According to the present invention, the flame-retardant sofa cover fabric has advantages of excellent flame retardant performance, excellent temperature resistance, excellent wear resistance and strong bonding force between the base cloth and the flame-retardant coating; and the production method has characteristics of convenient operation, short time and high efficiency.

Provided are substation lightning arrester data synchronous acquisition and transmission equipment and a control method thereof, which relate to the technical field of substation lightning arrester running state data acquisition and transmission and especially relate to the intelligent substation lightning arrester running state data synchronous acquisition and transmission technology. The substation lightning arrester data synchronous acquisition and transmission equipment comprises a sensor module, a signal processing module and a ZigBee wireless transmission module. The sensor module is formed by a Hall current sensor wounded by a coil; the sensor module transmits the collected voltage and current signals of a lightning arrester to the signal processing module; and after being amplified by a power amplifier in the signal processing module, the voltage and current signals are transmitted to an upper computer in a monitoring center through the ZigBee wireless transmission module. The signal processing module comprises a multichannel AD and conditioning circuit module, a clock synchronization module, a high-speed CPLD module, a DSP module, an IEC61850-9-2 protocol processing module, other types of protocol processing modules and an FPGA module.

The invention provides a camera module which comprises a circuit board, a photosensitive chip and a lens base, the photosensitive chip and the lens base are arranged on the circuit board, the photosensitive chip comprises an imaging area and a non-imaging area, and the imaging area comprises a pixel array formed by a plurality of pixel units. The image pickup group module further comprises a microlens array, the microlens array is attached to the photosensitive chip and connected with the non-imaging area, the microlens array comprises a plurality of single microlenses, the single microlenses are connected with one another, and each single microlens covers at least one pixel unit in the pixel units in the pixel array. According to the camera module provided by the invention, the height of the camera module can be controlled within a certain range, and the ultrathin camera module is realized.

The invention relates to a compact four-low ultra-wideband base station antenna which is mainly composed of a reflecting plate, low-frequency radiation arrays, isolating strips and an electric bridge.The four groups of low-frequency radiation arrays are arranged on the same plane of the reflecting plate, and the single column of radiation units are arranged at equal intervals and are arranged onthe same axis; the first radiation array and the second radiation array are arranged side by side, the third radiation array and the fourth radiation array are arranged side by side, and the second radiation array and the third radiation array are arranged in a staggered mode. And the isolation strips are arranged among the four groups of arrays. By adopting the PCB vibrator, the weight of a product can be effectively reduced, the transportation cost is reduced, and the installation is convenient; isolation strips are arranged between the arrays; the second column of radiation units and the third column of radiation units are arranged in a staggered way so that the boundary effect between the antenna arrays can be effectively reduced, the mutual coupling of the high-frequency array and thelow-frequency array can also be reduced, and the two columns of radiation units arranged side by side are connected through the bridge so that the antenna size can be reduced to the maximum extent, wind resistance can be reduced, construction and installation are facilitated and production cost can be reduced.

A power supply device for automobile includes a support structure mounted on the top of the vehicle, a wind power generation device provided on a support structure and a solar power generation deviceprovided on a top end of a vehicle, The wind power generation device comprises a wind guide cylinder and a plurality of impellers which are accommodated in the wind guide cylinder and can be rotated,the air deflector is a frame structure with front and rear openings, A solar power generation device includes a solar panel disposed on the top surface of a vehicle and located on the front side of the wind power generation device, and a solar thermal energy collector disposed on the front side of the solar panel. The wind power generation device and the solar power generation device are respectively connected with a standby battery in the automobile, each standby battery is connected with the battery in the automobile, a generator is arranged at the rear end of the rotating shaft of the impeller, a vibration power generation device is arranged on the strut, and a drainage hole is arranged at the rear end of the wind guide cylinder. The automotive power supply device can be converted intoelectric energy by wind and sunlight, so as to be stored in a storage battery for automotive use, thereby saving energy and protecting the environment.

The invention discloses a green planting method for high-yield oil tea. The green planting method comprises the steps that a mountainous area or a low-hill area in a southern planting region is selected, and a plurality of oil tea planting areas are divided in the vertical direction of the mountainous area or the low-hill area along the contour line; horizontal ladder belts for planting oil tea trees are dug towards a mountain body in the oil tea planting areas respectively, biological hedgerows for preventing water and soil loss are planted on slopes between the adjacent oil tea planting areas, and green manure or commercial crops are planted between the lines of the biological hedgerows and the lines of the oil tea trees in the oil tea planting areas. According to the green planting method, by fertilizing and loosening soil, increasing nutrient storage of an oil tea growth soil layer, improving the physical and chemical properties of the soil and preventing the water and soil loss, the aims of facilitating prematurity and fruitfulness of the oil tea trees, improving the oil tea yield and quality, reducing the input quantity of a chemical fertilizer and reducing labor input are achieved, and the method can be widely used in production practice of oil tea at home and abroad.

The invention discloses a polyamide 56 high-tenacity yarn for demolding cloth, the demolding cloth and a preparation method and application of the polyamide 56 high-tenacity yarn. The polyamide 56 high-tenacity yarn for the demolding cloth has the following characteristics that the copper ion content is 55-90 ppm, the hole number is 30-48, the breaking strength is larger than or equal to 6.8 cN/dtex, the 2min dry heat shrinkage rate is smaller than or equal to 7.5% at the temperature of 177 DEG C, the 4h heat-resistant strength retention rate is larger than or equal to 90% at the temperature of 180 DEG C, the initial modulus is larger than or equal to 40 cN/dtex, and the constant load elongation of 4.7 cN/dtex is 8-15%. The polyamide 56 high-tenacity yarn prepared by the invention has good properties of high strength, good heat resistance, high elasticity, wear resistance, good dimensional stability and chemical resistance, and is especially suitable for demolding cloth. The release cloth prepared from the polyamide 56 high-tenacity yarn has excellent tensile strength, tensile strength and peel strength, and also has good heat resistance.

The invention discloses a high-yield oil tea planting method. The high-yield oil tea planting method comprises the steps that a mountainous area or a low-hill area in a southern planting region is selected, and a plurality of oil tea planting areas are divided in the vertical direction of the mountainous area or the low-hill area along the contour line; horizontal ladder belts for planting oil tea trees are dug towards a mountain body in the oil tea planting areas respectively, biological hedgerows for preventing water and soil loss are planted on slopes between the adjacent oil tea planting areas, and green manure or commercial crops are planted between the lines of the biological hedgerows and the lines of the oil tea trees in the oil tea planting areas. According to the oil tea planting method, by fertilizing and loosening soil, increasing nutrient storage of an oil tea growth soil layer, improving the physical and chemical properties of the soil and preventing the water and soil loss, the aims of facilitating prematurity and fruitfulness of the oil tea trees, improving the oil tea yield and quality, reducing the input quantity of a chemical fertilizer and reducing labor input are achieved, and the method can be widely used in production practice of oil tea at home and abroad.

The invention relates to the technical field of material storing and taking devices, in particular to an automatic material storing and taking device, which comprises an outer frame structure, a railportion, a material box, a material taking port, an overhead rail component arranged on the outer frame structure, a shelf portion arranged in the overhead rail component, and a stacker disposed on the rail portion. The rail portion is located at the end, corresponding to the rail portion, of the outer frame structure; the stacker is fixedly provided with a lifting device; and a fork device is fixed on the lifting device. The management cost and the cost of related supporting facilities are reduced, the working efficiency is improved, and the closed storage space can realize the basic requirements, including light prevention, mildew prevention, insect prevention, rat prevention, dust prevention, theft prevention and fire prevention, of storage.

The invention provides a semiconductor storage device. The semiconductor storage device comprises a decoding module, a main word line driving module, a sub word line driving module and a storage unit array, the decoding module is configured to decode a target storage unit row address to generate a main word line selection signal and a sub word line selection signal; a main word line driving module configured to drive a plurality of main word lines in response to a main word line selection signal; the sub-word line driving module is configured to respond to a sub-word line selection signal to drive a plurality of sub-word lines; one memory cell array comprises a plurality of memory cells, the sub-word line driving module is arranged at the edge of any side of the memory cell array, and the output end of the sub-word line driving module is connected with a word line of the memory cell array; at least two different memory cell arrays share one group of main word line driving modules, and one decoding module is connected with at least one group of main word line driving modules. The semiconductor storage device provided by the invention is smaller in area and better meets the use requirements of a semiconductor memory.