39 results about "Coverage factor" patented technology

A method of manufacturing a liquid crystal device provided with a liquid crystal layer held between a pair of substrates opposed to each other, and an oriented film disposed between at least one of the substrates and the liquid crystal layer, includes: (a) providing an inorganic oriented film to the one of the substrates; (b) forming a first organic film with a first silane-coupling agent, the first organic film randomly covering a surface of the inorganic oriented film with a predetermined coverage factor smaller than 1; and (c) forming, after step (b), a second organic film with a second silane-coupling agent having a carbon number different from a carbon number of the first silane-coupling agent, the second organic film covering the surface exposed from the first organic film, thereby forming the oriented film composed mainly of the first organic film, the second organic film, and the inorganic film.

Provided is a substrate for a thin-film photoelectric conversion device which makes it possible to produce the device having improved characteristics at low cost and high productivity. The substrate includes a transparent base member, with a transparent underlying layer and a transparent electrode layer successively stacked on one main surface of the transparent base member. The underlying layer includes transparent insulating fine particles and transparent binder, and the particles are dispersed to cover the one main surface with a coverage factor of particles—ranging from 30% or more to less than 80%. An antireflection layer is provided on the other main surface of the transparent base. The antireflection layer includes transparent insulating fine particles and transparent binder, and the particles are dispersed to cover the other main surface with a coverage factor greater than the underlying layer. The transparent electrode layer contains zinc oxide deposited by low-pressure CVD method.

The invention discloses a method for rapidly performing remote sensing monitoring of dynamic changes of water and soil erosion. The method comprises the step that (1) a gradient factor S of a region to be monitored is obtained; (2) remote sensing images of a plurality of years of the region to be monitored are acquired; (3) according to the remote sensing images of the multiple years in the regionto be monitored obtained in the step (2) are separately subjected to land classification, and a land classification factor L of the multiple years in the region to be monitored is obtained; accordingto the remote sensing images of the multiple years of the region to be monitored obtained in the step (2) are separately subjected to inversion by using normalized vegetation indexes, and a vegetation coverage factor C of the multiple years in the region to be monitored is obtained; (4) a water and soil erosion value A of the multiple years in the region to be monitored is calculated according toa water and soil erosion estimation formula of A=S*L*C; and (5) the conversion and superposition analysis are performed on specific different grade values of water and soil erosion in adjacent years,and the continuous change values of water and soil erosion in the multiple years in the region to be monitored are obtained. Rapid extraction of water and soil erosion regions in a large region is realized, the monitoring cost is low, and dynamic monitoring of water and soil erosion is very convenient and effective.

A hot-stamped part includes a chemical composition represented by, in mass %: C: 0.120% to 0.400%; Si: 0.005% to 2.000%; Mn or Cr, or both thereof: 1.00% to 3.00% in total; Al: 0.005% to 0.100%; B: 0.0003% to 0.0020%; P: not more than 0.030%; S: not more than 0.0100%; O: not more than 0.0070%; N: not more than 0.0070%; Ti: 0% to 0.100%; Nb: 0% to 0.100%; V: 0% to 0.100%; Ni: 0% to 2.00%; Cu: 0% to 2.00%; Mo: 0% to 0.50%; Ca or REM, or both thereof: 0% to 0.0300% in total; and the balance: Fe and impurities, and a structure represented by: an area fraction of martensite or bainite, or both thereof: not less than 95% in total; a coverage factor of prior austenite grain boundary by iron-based carbides: not more than 80%; and a number density of iron-based carbides in prior austenite grains: not less than 45 / μm2.

The invention discloses a water and soil erosion monitoring method for highway construction. The water and soil erosion monitoring method for the highway construction comprises collecting highway construction drawings and remote-sensing images of highway sections to be monitored; editing elevation information of an elevation information layer in a highway plane integral design drawing according to elevation information which is recorded in a design drawing of a subgrade cross-section and is about stake marks and key points of the highway sections to be monitored and obtaining vector format files which are corresponding to the elevation information layer; generating a DEM (Dynamic Effect Model) by utilizing a three dimensional analyzing module to further obtain the slop length and the gradient factors; confirming soil denudation factors on different engineering portions in highway construction; setting an original vegetation coverage of highway construction portions to be 0 and obtaining distribution of vegetation coverage factors through ArcGIS software; and monitoring distribution of water and soil erosion modes in highway sections through a common water and soil erosion equation. The water and soil erosion monitoring method for the highway construction has the advantages of reducing working time and strength in a water and soil erosion monitoring field and being consistent with the actual situation and good in prediction through the obtained water and soil erosion modulus.

The invention discloses a method for judging MR coverage influencing factors based on random forest, which comprises the following steps: selecting a plurality of correlation dimensions influencing MRcoverage; cleaning the dimension data to obtain the related dimension after cleaning; extracting dimension data as training sample and remaining dimension data as test sample; a random forest model being trained according to the training sample, which is characterized by the correlation dimension after washing; inputting the test sample into the stochastic forest model to obtain the output accuracy; adjusting the parameters of the stochastic forest model until the output accuracy is greater than the set threshold, and then using the stochastic forest model as the MR coverage influencing factors decision model; calculating the degree of influence of each correlation dimension affecting MR coverage; according to the degree of influence, several correlative dimensions which influence MR coverage being sorted. MR coverage factors were used to determine the factors affecting MR coverage, and the root causes of MR coverage deterioration were clearly identified. The method has high accuracyand stability.

The conductive particle of the invention each comprises a conductive nucleus particle and an insulating coating containing an organic high molecular compound on the surface of the nucleus particle, and the coverage factor as defined by the following formula (1) is in the range of 20-40%.Coveragefactor(%)=(Areaofsectionsonnucleusparticlesurfacecoveredwithinsulatingcoating)(Totalsurfaceareaofnucleusparticle)×100(1)

A computer-implemented method, system, apparatus, and media is directed to minimizing a risk associated with an anticipated value of an investment. An insurer establishes a capital structure within a computer memory of a computer system, the capital structure designed to minimize risk and structured with regulatory capital and a cash stream that is pledged to fund a default associated with the investment. Establishing the capital structure can include allocating regulatory capital based on a coverage factor multiplied by an average annual depression scenario default percentage for the investment and determining a portion of the capital structure for a pledged insuring investment that produces at least a portion of the cash stream. A determination of whether the established capital structure is sufficient to obtain a minimal target credit rating for the insurer is generated. The desired target rating is electronically provided based on the determination.

The invention relates to a planar crystal lattice type self-reconstructing robot with a three-arm butted module in the technical field of machinery, which comprises a central frame body and three butted single arms. The central frame body is an regular triangle prism, and each lateral surface of the regular triangle prism is fixedly connected with one butted single arm respectively; and each butted single arm comprises a first inner frame, a first turning motor, a middle frame, a rotating motor, a second inner frame, a second turning motor, an outer frame and a butted surface device, wherein the first inner frame is fixedly connected with a lateral surface of the central frame body, the first turning motor is fixed in the first inner frame, the rotating motor is fixed in the middle frame, an output disc of the rotating motor is connected with the second inner frame to form a second rotary motion joint, the second turning motor is fixed in the second inner frame, a driving shaft of the second turning motor is connected with the outer frame to form a third turning joint, and one end face of the outer frame is provided with the butted surface device. The planar crystal lattice type self-reconstructing robot has a large planar coverage factor and can achieve a plurality of deformation modes.

The present invention provides a positive electrode for a non-aqueous electrolyte secondary battery in which the charge / discharge rate of a secondary battery is increased by increasing the discharge / discharge rate of the positive electrode as a result of increasing the rate of incorporation and release of lithium ions in olivine-type phosphorous complex compound particles, a non-aqueous electrolyte secondary battery provided with this positive electrode for a non-aqueous electrolyte secondary battery, and a battery module provided with this non-aqueous electrolyte secondary battery. The positive electrode for a non-aqueous electrolyte secondary battery of the present invention is a positive electrode for a non-aqueous electrolyte secondary battery containing olivine-type lithium complex compound particles having a carbonaceous film formed on the surface thereof as a positive electrode active material, in which the coverage factor of the carbonaceous film relative to the surface area of the olivine-type lithium complex compound particles is preferably 95% or more, and the packed density of the olivine-type lithium complex compound particles in this positive electrode for a non-aqueous electrolyte secondary battery is preferably 0.90 g / cm3 to 1.09 g / cm3.

A woven carpet backing may include monofilament warp yarns and alternating monofilament and multifilament fill yarns. The yarns may be woven using a weave, such as a non-traditional weave, that places all of the multifilament fill yarns on the face of the fabric and all of the monofilament fill yarns on the back of the fabric. Monofilament fill yarns and multifilament fill yarns are overstuffed, thereby creating a coverage factor greater than one hundred percent. The invention results in a carpet backing with the appearance of a primary carpet backing on one side of the fabric and the appearance of a secondary carpet backing on the opposite side of the fabric. The need for a secondary carpet backing is eliminated by the woven carpet backing.

The invention provides a surface soil and turf coordinating protection method based on combination of remote sensing partitioning and field investigation. The partitioned surface soil and turf coordinating protection method comprises the steps that vegetation coverage factors are screened as vegetation factors, annual accumulated temperature and regional dryness indexes are screened as environmental factors, the vegetation factor grades and the environment factor grades are partitioned, field inspection and soil sampling are conducted on various forms of combinations of the two evaluation grades, soil fertility and texture analysis are conducted. According to the surface soil and turf coordinating protection method, a full scientific basis is provided for turf stripping and soil stripping, the availability of field surface soil is improved to a maximum extent, the establishment effect of vegetation is improved, the working efficiency is improved to a maximum extent, and economic benefits are generated.

The invention relates to the field of agricultural robots, in particular to an eight-claw actuating mechanism for a weeding robot, which comprises a shell, a rail changing sliding block system, a main shaft turntable system, and eight sets of stick bite shaft systems, wherein the stick bite shaft system rotates along with the main shaft turntable system, and the rail changing sliding block overcomes a compression spring and is lift up under the action of an upward external force so as to connect an upper side rail and a lower side rail. Every time one set of the stick bite shaft system rotates to one side of a plant row, the shaft system drives a rotating shaft to move downwards under the action of the rail pressure, and rotates under the limiting actions of a sleeve guide rail and a limit pin which are connected with the turntable system simultaneously, so that the stick bite externally extends into in-row plants to finish weeding motions. The eight-claw actuating mechanism has the advantages of controlling a plurality of sets of the stick bites to extend to the outside to perform plant inter-row weeding simultaneously and ensuring the coverage factor of inter-plant intervals. Besides, the eight-claw actuating mechanism has the advantages of continuous weeding motions, simple and flexible operation, and convenience for the weeding robot control and manipulate.

An embodiment of the invention discloses a method and device for determining defective cells. The method comprises the steps of: dividing neighboring cells into capacity sharing type neighboring cellsand interference contribution type neighboring cells according to a distance between a preset cell and the neighboring cells of the preset cell as well as frequency to be allocated; and identifying afirst defective cell affecting communication quality in the capacity sharing type neighboring cells by adopting a first identification rule, and identifying a second defective cell affecting communication quality in the interference contribution type neighboring cells by adopting a second identification rule. The method combines the signal coverage factors affecting the communication quality, divides the neighboring cells into the capacity sharing type neighboring cells which are close to the preset cell and free from the same-frequency interference problem and the interference contribution type neighboring cells having the same-frequency interference problem, identifies the defective cells of the neighboring cells of all types by adopting different methods, and improves the identification precision of the defective cells.

The embodiment of the invention discloses a tracking region planning method. A planning area telephone traffic model parameter and a business service quality parameter are obtained. The calculation value of a single cell single carrier user number is determined according to the planning area telephone traffic model parameter and the business service quality parameter, and the simulation value of the single cell single carrier user number is obtained through simulation. According to a paging frame related parameter, the maximum user number supported by a tracking area list is determined. According to the coverage factor and the limited factor of a planning area, a single cell user number is determined. When the single cell user number is smaller than the calculation value of the single cell single carrier user number and the simulation value of the single cell single carrier user number, according to the maximum user number and the single cell user number, the coverage area of the tracking area in the tracking list is determined. The embodiment of the present invention also discloses a tracking region planning system.

A method of determining an insurance coverage amount for an insurance plan holder having a health insurance plan using a tangible computer processor, as well as a related system and a non-transitory tangible computer readable storage medium, are provided. The method may include receiving a contribution payment amount from the insurance plan holder, the contribution payment amount including at least an investment payment portion and a premium payment portion, distributing, using the tangible computer processor, the investment payment portion and the premium payment portion between an investment account and a premium account, respectively, and determining, after the distributing, the insurance coverage amount based on an amount of funds present in the investment account and a coverage factor for a predetermined time period.

A microwave drying method of a honeycomb formed body includes: an introduction step of disposing the honeycomb formed body while keeping an axis direction of cells of the honeycomb formed body vertically and introducing the honeycomb formed body into a drying furnace capable of irradiating with microwaves; a reflector placing step of placing a microwave reflector above the honeycomb formed body, the microwave reflector including a reflecting face having a coverage factor to an area of an end face of the honeycomb formed body that is 15% to 30%; and a microwave drying step of irradiating the honeycomb formed body with the microwaves of 915 MHz in frequency from above to dry the honeycomb formed body.

The invention discloses an establishment method of an adjacent cell list. A range of a determination area is determined according to a channel quality of a cell; and when a common covering factor in an adjacent cell list is calculated, the channel quality parameter of the cell and a channel quality parameter of a to-be-determined cell are referenced. According to the disclosed method in the invention, accuracy of a common covering factor in an adjacent cell list can be effectively improved.

The present invention provides a lining for cloth, trousers and coat with the lining for cloth, which satisfies the basic functions as the lining. Furthermore pilling, color fading, color lose, color change and appearance change hardly occurs for chlorine bleach or reduction bleach, or long-time rubbing load. The lining for cloth is made of composite fiber, wherein the composite fiber is obtained through compounding the following components: spun-dyed polyester fiber which comprises 0.2-5wt% of colorant relatively to gross amount, and spun-dyed cellulose fiber which comprises 0.2-5wt% of colorant relatively to gross amount. The mixing gross amount ratio (A / B) between the spun-dyed polyester fiber (A) and the spun-dyed cellulose fiber (B) is 80 / 20 to 30 / 70, and furthermore the coverage factor (CF) of the cloth surface is above 20 and below 45.

The invention relates to a process for sizing hard twisted yarns on a warping and sizing combination machine. The process combines a warping procedure and a sizing procedure into one. The process has the following technical points: (1) sizing process: dipping twice and pressing twice, putting slurry into a back slurry tank, holding yarns by a front slurry tank, sizing at a low temperature and keeping the slurry at the temperature of between 65 and 75 DEG C, wherein an out-of-box twist is 8' and a sizing coverage factor is 70 percent; and (2) slurry prescription, wherein 20 kilograms of Nanpi-8 and 1 kilogram of CS-58 are used and the slurry contains 10 percent of solids. The process has the advantages of shortening the process flow, improving the work efficiency and reducing the manpower and material investment; and besides, the process is mature and stable, guarantees the product quality, and reduces waste.

The embodiment of the invention discloses a tracking region planning method. A planning area telephone traffic model parameter and a business service quality parameter are obtained. The calculation value of a single cell single carrier user number is determined according to the planning area telephone traffic model parameter and the business service quality parameter, and the simulation value of the single cell single carrier user number is obtained through simulation. According to a paging frame related parameter, the maximum user number supported by a tracking area list is determined. According to the coverage factor and the limited factor of a planning area, a single cell user number is determined. When the single cell user number is smaller than the calculation value of the single cell single carrier user number and the simulation value of the single cell single carrier user number, according to the maximum user number and the single cell user number, the coverage area of the tracking area in the tracking list is determined. The embodiment of the present invention also discloses a tracking region planning system.

Provided is a microwave drying method of a honeycomb formed body that, when the honeycomb formed body is induction-dried by irradiating with microwaves, reduce the temperature gradient inside of the formed body, whereby no defective shapes, such as deformation of cells of the honeycomb formed body, occur. A microwave drying method (1) of a honeycomb formed body includes: an introduction step of disposing the honeycomb formed body (10) while keeping an axis direction (X) of cells (11) of the honeycomb formed body vertically and introducing the honeycomb formed body (10) into a drying furnace capable of irradiating with microwaves; a reflector placing step of placing a microwave reflector (20) above the honeycomb formed body (10), the microwave reflector including a reflecting face having a coverage factor to an area of an end face of the honeycomb formed body (10) that is 15% to 30%; and a microwave drying step of irradiating the honeycomb formed body (10) with the microwaves of 915 MHz in frequency from above to dry the honeycomb formed body.

The invention relates to a planar crystal lattice type self-reconstructing robot with a three-arm butted module in the technical field of machinery, which comprises a central frame body and three butted single arms. The central frame body is an regular triangle prism, and each lateral surface of the regular triangle prism is fixedly connected with one butted single arm respectively; and each butted single arm comprises a first inner frame, a first turning motor, a middle frame, a rotating motor, a second inner frame, a second turning motor, an outer frame and a butted surface device, wherein the first inner frame is fixedly connected with a lateral surface of the central frame body, the first turning motor is fixed in the first inner frame, the rotating motor is fixed in the middle frame,an output disc of the rotating motor is connected with the second inner frame to form a second rotary motion joint, the second turning motor is fixed in the second inner frame, a driving shaft of thesecond turning motor is connected with the outer frame to form a third turning joint, and one end face of the outer frame is provided with the butted surface device. The planar crystal lattice type self-reconstructing robot has a large planar coverage factor and can achieve a plurality of deformation modes.

The embodiment of the present application discloses a method and device for locating sector occlusions, so as to solve the problems of low efficiency and high manual maintenance cost when manual survey is used to locate sector occlusions. The method includes: obtaining communication characteristic parameters of at least one sector, the communication characteristic parameters of the sector include the sector's main service factor and the sector's coverage factor, and the sector's main service factor is used to indicate the sector's The service efficiency of the sector, the coverage factor of the sector is used to represent the coverage performance of the sector within a period of time; according to the communication characteristic parameters of at least one sector, it is determined whether the first sector is blocked.

The invention relates to a method and system for displaying icon data of multiple GIS display terminals. The method for displaying icon data of multiple GIS display terminals includes: selecting a reference terminal among multiple GIS display terminals, and obtaining characteristic data of the reference terminal; sending the characteristic data to other GIS display terminals except the reference terminal terminal; obtaining icon data to be displayed at the other terminal according to the map display range of the reference terminal, and aggregating the icon data according to the aggregation range factor and map display resolution of the reference terminal to obtain the other A plurality of aggregation containers of the terminal; wherein, the icon data uses latitude and longitude to describe its coordinate position; on the screen of each GIS display terminal, the corresponding icon quantity is displayed according to its resolution and the division result of the aggregation container; it can improve the number of different GIS display terminals The efficiency of displaying a large amount of identical icon data can also improve the display effect of the above icon data on each GIS display terminal.

The invention discloses an antenna downtilt angle adjustment method and device based on an LTE network, which are used to solve the problem of resource waste caused by manual intervention and inaccurate data in the existing antenna adjustment technology. It is unreasonable and cannot guarantee the reliability of the wireless transmission of the system. The method includes: calculating the weak coverage coefficient and overlapping coverage coefficient of each cell through the simulation results of the propagation model, and screening out problem cells according to the weak coverage coefficient and overlapping coverage coefficient of each cell, and finally according to the problem cell The priority of each cell, and the coverage area of ​​each cell, adjust the antenna downtilt angle for each problem cell in turn. In this way, manual intervention is reduced, which saves resources, and the obtained data is calculated by simulation rather than empirical values, which simplifies the optimization process and improves the optimization efficiency. At the same time, the accuracy of the antenna downtilt angle is improved to ensure reliable transmission. sex.