39 results about "Stock type" patented technology

Devices that employ external compression stocking-type garments in the treatment of edema, chronic wounds, deep venous thrombosis prevention or claudication all share a number of significant limitations. These include the frequent need for custom fitting to assure an appropriate fit, vigilant maintenance to assure a continued “good fit,” limited compliance with proper use by patients and difficulty of application. There is a large body of evidence demonstrating that patients often decline to wear the compressive stockings as prescribed or in the form that would be most beneficial because they find these devices to be difficult to put on and take off.Building on the limitations of existing therapies, and distilled lessons learned from the field of prosthetics and wound healing, the present invention employs vacuum-assisted negative pressure to provide compression and help pump fluid from the tissues of affected limbs. The device is embodied in the form of a flexible stocking-like garment that will utilize a pumping mechanism to generate negative pressure around the limb and thus create vacuum compression that will mobilize fluid in a limb and increase venous return to the heart. Through the use of a circumferential wrap, the present invention provides a major advance in both the distribution of vacuum and the securing of the device over the limb.

The invention discloses a square stock type artificial quartzite plate and a manufacturing method thereof. The square stock type artificial quartzite plate is formed by using natural quartzite and powder thereof as main fillers and using unsaturated polyester resin as an adhesive through the steps of stirring, vacuumizing and jolt-squeezing under the action of an auxiliary agent. Due to the adoption of the square stock type artificial quartzite plate, a gap of producing square stock type artificial quartzite in China is filled up and the history of production of the artificial quartzite is rewritten. Due to the successful development and the scale batch production of the square stock type artificial quartzite plates, the capacity bottleneck of short-time and large-batch engineering supplyof the sheet-type artificial quartzite is solved, the production efficiency of the quartzite plate is greatly improved, the production cost is reduced, the color difference probability is greatly reduced, the performance of a quartzite product is improved, the instrumentality of the quartzite product is enriched, the leap development of the artificial quartzite industry is promoted, and the conversion from sheet to square plate, from manual distribution to mechanical distribution, from high consumption to low cost and from low energy to high efficiency is realized.

An axle for a heavy-duty vehicle extends transversely across the vehicle and includes a central portion. Each one of a pair of relatively short and lightweight axle spindles is connected to and extends outboardly from a respective end of the axle central portion. A wheel end assembly is rotatably mounted on each axle spindle. Each wheel end assembly includes spaced-apart inboard and outboard bearings that are immovably mounted on a respective axle spindle, and the bearings preferably are standard heavy-duty vehicle stock-type bearings that have respective inner diameters that are generally the same size. A relatively short and lightweight wheel hub is rotatably mounted on the bearings so that the wheel end assembly selectively accommodates a dual-wheel, standard-tire configuration and a single-wheel, wide-tire configuration, including a two-inch offset wheel.

The invention discloses responses of different peach stock types for persistent drought and an evaluation method of drought resistance of different peach stock types. The evaluation method includes that drought resisting coefficients of four physical indexes of eight peach stock types are analyzed in a principal component analysis method, the four physical indexes are converted to be three independent comprehensive indexes, the comprehensive index values and corresponding subordinative function values are weighted to obtain a drought resisting comprehensive evaluation value (D), the drought resistance of the eight peach stock types is sequenced according to the D value, and the strong-to-weak drought resistance sequence is GF1869, tsukuba NO.5, GF43, mountain peaches, downy pitches NO.2, downy pitches, GF305 and Memaguard. The evaluation method avoids manual fruit tree stock drought resistance comparison extensiveness by combining responses of fruit tree stock physical indexes for drought.

Devices that employ external compression stocking-type garments in the treatment of edema, chronic wounds, deep venous thrombosis prevention or claudication all share a number of significant limitations. These include the frequent need for custom fitting to assure an appropriate fit, vigilant maintenance to assure a continued “good fit,” limited compliance with proper use by patients and difficulty of application. There is a large body of evidence demonstrating that patients often decline to wear the compressive stockings as prescribed or in the form that would be most beneficial because they find these devices to be difficult to put on and take off. Building on the limitations of existing therapies, and distilled lessons learned from the field of prosthetics and wound healing, the present invention employs vacuum-assisted negative pressure to provide compression and help pump fluid from the tissues of affected limbs. The device is embodied in the form of a flexible stocking-like garment that will utilize a pumping mechanism to generate negative pressure around the limb and thus create vacuum compression that will mobilize fluid in a limb and increase venous return to the heart. Through the use of a circumferential wrap, the present invention provides a major advance in both the distribution of vacuum and the securing of the device over the limb.

The invention discloses a square stock type inorganic artificial stone production technology. The square stock type inorganic artificial stone production technology comprises the following steps of the pre-mixing technology, the feeding technology, the stirring technology, the material distributing technology, the pressing forming technology, the curing technology and the cutting, grinding and polishing technology. The square stock type inorganic artificial stone production technology is easy to operate and has the beneficial effects that the production efficiency is high, and product designs and colors and patterns are uniform. Artificial stone produced through the square stock type inorganic artificial stone production technology has the beneficial effects of being fireproof, small in degeneration and good in weather resistance.

The invention discloses a method used for providing a service object and an apparatus thereof, a method of requesting for providing the service object and an apparatus thereof, a method for providing storage information and an apparatus thereof, a method of distributing the service object and an apparatus thereof, a service object providing system and electronic equipment. The method used for providing the service object comprises the following steps of aiming at the service object browsed by a user, through inquiring the storage information, selecting a distribution warehouse and a stock type satisfying a preset condition, and displaying a stock quantity for the user; receiving a request sent by the user and providing a service object instruction; and according to the distribution warehouse and the stock type satisfying an instruction requirement, starting a corresponding distribution task, wherein the stock type includes a real stock and any one type of various supplementary stocks. Through using the above method, when the distribution warehouse is selected, the other supplementary stock which can be converted into the real stock is considered so that a providing capability of a service object provider can be increased maximumly.

The invention provides a mixed planting method for improving the carbon fixation capability of mangrove forest vegetation and relates to a mangrove forest planting method. The suitable land for forest is selected according to a method in the Technical Guide of Mangrove forest Vegetation Restoration, and for a project with determined planting land, habitat rehabilitation can be conducted on the planting land if the planting land cannot meet the suitable forest conditions; a mangrove forest species which can be used for planting is selected according to the climatic conditions to which the planting land belongs, arbor species and shrub species which can be planted in a collocated mode are further screened according to factors such as habitat characteristics pf the planting land and the carbon fixation capability of various types of species; according to the screened-out species, nursery stock types are determined for planting; a multi-layer planting community structure is established by adopting a mixed arbor and shrub planting technology, solar energy absorption and conversion and full utilization of habitat space are achieved, and the carbon fixation capability of the mangrove forest vegetation per unit area is improved. The arbor mangrove forest species having strong carbon fixation capability and shrub mangrove forest species having strong shade-tolerant capability are selected according to the suitable forest conditions.

The invention discloses a financial data storage method and device based on HBase and a storage medium. The method comprises the following steps: calling a financial data file; generating a row key according to parameter values of a plurality of attributes included in the financial data file, the plurality of attributes including at least one of the following items: stock code, stock type, transaction date and transaction time; and importing financial data in the financial data file into an HBase storage system according to the row key. According to the method and the device, a large amount oftransaction data in the financial field are stored in the HBase storage system, so that the technical effects of reasonable storage of the financial data and rapid query and calculation of services are realized. Furthermore, the technical problem that in the prior art, due to the fact that financial data are stored in a relational database, a local disk or a data warehouse, reasonable storage, high-frequency query and rapid calculation of mass financial data cannot be achieved is solved.

Systems and methods are provided for automatically resolving stock discrepancies. In one embodiment, a difference analyzer stores a record of a claim specifying a discrepancy involving stock. An inventory server comprises a database of inventory records. The inventory server determines an aggregate quantity of all stock having a product number corresponding to the claim and having any country of origin, stock type, or document category. The inventory server further determines whether the discrepancy falls within a tolerance.

The invention provides a method and a device for managing consignment materials. The method comprises steps that stock types of the consignment materials are set, each stock type is endowed with a unique number, a title and an accounting attribute, and the stock type information is stored in a data management unit; the data of the stored consignment materials is recorded, consignment material storage documents are generated, and the consignment material storage documents comprise the set stock type information; the accounting logic data of the cost machine account is generated according to the stock type information of the consignment materials and the purchase data, and the accounting logic data is stored in the data management unit; the stock type information of the consignment materials and the accounting logic data from the data management unit can be read, cost calculation for the warehouse-out consignment materials is carried out, and consignment settlement warehousing documents and formal consignment warehouse-out documents can be automatically generated. Through the method, statistics of warehousing and warehouse-out situations of the consignment materials can be accurately carried out, and the management workload is reduced.

The invention discloses a stock type intelligent investment advisor individual share concentration degree control method and system. The method includes collecting user data and market data to a big data storage system; generating an investment scheme according to a quantification transaction algorithm and user selection information, the investment scheme including stocks and number recommended toa user for investment; judging expected transaction volume formed by the investment scheme and a proportion of expected individual share holdings to individual share circulation market value exceedslimiting threshold values according to the user data, market data and investment scheme, and if the limiting threshold values are not exceeded, pushing the investment scheme to the user; and the limiting threshold values are not exceeded, adjusting the investment scheme according to a judgment result, and judging the adjusted investment scheme till the limiting threshold values are judged not to be exceeded. The abovementioned technical scheme disclosed by the application avoids occurrence of a situation that a individual share concentration degree is too high, thereby solving the problem thata too high individual share concentration degree brings risks to the stock market.

The invention provides a highly-available stock management and system and a server. The method comprises the following steps that a commodity stock operation request is received; a stock type corresponding to the stock operation request is determined; the stock amount of the stock type is updated according to the stock operation request; and a stock operation is recorded. Via the method, the stockamount of the commodity related stock type is updated automatically on the basis of the stock operation request sent to the server by a user or seller, the problem of over-selling or under-selling can be avoided effectively, consistence of the stock data is ensured, a better shopping experience is provided for the user, and the higher-efficiency stock management method is provided for the seller.

The invention discloses a method, a device and equipment for switching GPU (Graphics Processing Unit) topology without a cable, the method for switching GPU topology without a cable is provided with acorresponding operating system, the operating system is correspondingly associated with a PCH (Platform Controller Hub), the PCH is provided with a corresponding GPIO (General Purpose Input / Output),and the method comprises the following steps of: electrifying the operating system and finishing initialization; changing the state of GPIO of the PCH according to a preset mode; storing the changed state information of the GPIO of the PCH; and carrying out system reset, and completing switching of the GPU topological structure. Free combination of GPU topologies is achieved by setting different states of GPIOs of the PCH. Switching of common applications can be realized without any change operation of a user on hardware, so that the universality of the GPU server is improved. Meanwhile, in terms of hardware, stock for different hardware of different topological structures can be omitted, the stock types of materials are reduced, and funds are saved.

The invention relates to a grafting breeding method for improving the adaptability of the large-fruit type Vaccinium blueberry variety in a subtropical zone by taking blueberries as stocks. The grafting breeding method is characterized in that Croaton is taken as the stocks in the subtropical zone cultivation of the large-fruit type Vaccinium blueberry variety Spartan to carry out grafting improvement so as to improve the growth and development of the Vaccinium blueberry variety, and improve the adaptability, the fruit yield and the quality of the Vaccinium blueberry variety. According to the grafting breeding method, a plant grafting technology is applied to the breeding and the cultivation of blueberry nursery stocks, a proper grafting mode and a stock type of the Vaccinium blueberry variety Spartan are tested, grafted seedlings are subjected to cultivation observation for few years, the proper grafting mode and a stock-scion combination are established, the ecological adaptability and the fruit yield and quality of the Spartan blueberry in the Yangtze River delta zone in China are improved, and the grafting breeding method has an outstanding meanings in the blueberry grafting breeding research and application which is rare worldwide.

A quick computer English coding input method belongs to the technical field of computer data processing. The full name of the present invention refers to 'quick computer English natural syllable phoneme independent word stock input method and key position' with 'computer English natural syllable phoneme input method and key position', 'natural phoneme code' or 'phoneme code'. Wherein, totally based on English sound, the coding input takes natural syllables as code fetch unit and natural phoneme as basic coding codes and defines keyboard key positions. A plurality of code fetch principles can be provided. In addition, the present invention provides two code fetch principles of lower rate of repeated code, viz. coding modes of 'contoid-contoid-contoid-contoid' and 'contoid-vocoid-contoid-contoid'. Moreover, the present invention adopts participle stock type independent coding technology to ensure natural, quick and easy code fetch, avoid spelling mistake after input, suffer from quite lower rate of repeated code and tangibly realize complete blind input without changing structure of prior keyboards, thus showing all quality characteristics of an ideal computer English input method.

The present invention relates to a method and device for providing stock information for easy recognition of investor trading mentalities by using information provided on aggressive purchases and aggressive sales for each dynamic bid unit over a unit of time for different stock events. According to one embodiment of the present invention, a method for providing stock information involves a device which is linked with a stock exchange server via a communication network to provide stock information to a user terminal, and comprises the steps of: (a) collecting stock quote data for each stock type from said stock exchange server in real time; (b) deriving an aggressive purchase quantity and an aggressive sale quantity for each dynamic bid unit over a unit of time for said different stock events by using said stock quote data; and (c) displaying said stock trading data including the aggressive buyout quantity and aggressive sellout quantity for each dynamic bid unit through a display device. Long-term support and resistance are easily recognized through dynamic bids.

The present application discloses a method and a system for determining the net value of a stock fund. The method comprises the following steps of: acquiring market data and position data of a stock-type fund; inputting the market data and position data into a hadoop database; and calculating and outputting net value information based on the market data and position data by the hadoop database. The method and the system for determining the net value of the stock-type fund make full use of the characteristics of the large capacity of the hadoop database and the fast calculation speed, and can help the client to obtain the net value of the stock-type fund in real time, further judge the trend of the stock-type fund, and assist the client to make the decision of the financial management behavior.

The invention provides an image processing method and a mobile terminal. The method comprises the following steps of: detecting a human body region in an image to be processed; detecting a leg regionin the human body region; Detecting a target dress color in the human body region; Determining a target silk stocking type corresponding to the color quantity of the target dress color according to acorresponding relationship between the preset dress color quantity and the silk stocking type; Determining a target stocking color according to the target dress color; fusing The leg region in the image to be processed with a target stocking image to obtain a target image, wherein the target stocking image is an image region in which the image pattern is the target stocking type and the image color is the target stocking color. The invention realizes automatic addition and synthesis of stockings on the legs of a user in an image, and the stockings type and the stockings color can be matched with the dress of the user, so as to meet the beauty requirements of the legs in the image of the user.

The invention relates to an in-situ breeding method for a three-phase breeding apple continuous-cropping-resistant stock. The method is capable of using the undeveloped land of apple continuous-cropping garden, performing the in-situ resistance breeding to various apple stock seedlings, verifying and obtaining the resistance stock material after preliminary screening. The method is used for improving the specificity and breeding efficiency of the continuous-cropping-resistant breeding, and greatly shortening the time cycle of the continuous-cropping-resistant stock breeding. The continuous-cropping-resistant capacity of the obtained plant material is strong, and the characters are stable. In addition, the method is suitable for performing the resistance stock screening in other fruit tree species and soil types (such as, breeding peach stock by using the undeveloped soil of the aged peach garden, performing the drought resisting stock breeding by using the drought soil, and performing the nematode-resistant stock breeding by using the soil of the aged grape garden), and provides the more effective apple continuous-cropping-resistant stock type for the production.

The application of the present invention discloses a beef cattle breeding method, which includes the following steps: A selection of a breeding area, B construction of a cattle house, C management of grazing and D feed management, and step C grazing management: a kind of grazing exercise room is required; it is different from the prior art In contrast, this scheme lures all beef cattle to exercise in the "S"-shaped channel for many times through forage, so that all beef cattle can achieve the purpose of fitness, not only enhances the elasticity and toughness of beef cattle, improves the meat quality of beef, but also enables production The quality of the beef produced is more uniform.

The invention discloses responses of different peach stock types for persistent drought and an evaluation method of drought resistance of different peach stock types. The evaluation method includes that drought resisting coefficients of four physical indexes of eight peach stock types are analyzed in a principal component analysis method, the four physical indexes are converted to be three independent comprehensive indexes, the comprehensive index values and corresponding subordinative function values are weighted to obtain a drought resisting comprehensive evaluation value (D), the drought resistance of the eight peach stock types is sequenced according to the D value, and the strong-to-weak drought resistance sequence is GF1869, tsukuba NO.5, GF43, mountain peaches, downy pitches NO.2, downy pitches, GF305 and Memaguard. The evaluation method avoids manual fruit tree stock drought resistance comparison extensiveness by combining responses of fruit tree stock physical indexes for drought.

The invention provides a henhouse of an elevated net cage structure. The henhouse comprises a henhouse net cage body and is characterized in that the henhouse net cage body comprises a net cage plate bottom surface, side walls and a roof, partition nets are uniformly arranged in the henhouse net cage body at intervals, an opening is formed in the middle of each partition net, the interior of the whole henhouse net cage body is through, and feeders and water bowls are arranged in regions formed by partitioning the henhouse net cage body through the partition nets. The henhouse provides a stocking type environment and is beneficial to growth of chickens; meanwhile, the partition nets can guarantee that the chickens are relatively uniformly distributed in the henhouse.

The invention relates to a passenger flow monitoring method and a passenger flow monitoring system based on multi-data fusion. The method comprises the steps: selecting a target region, and presettinga personnel stock initial value in the target region; calculating a first stock estimation Pa according to the number of passengers entering the area and leaving the area obtained by the plurality offlux type counting devices and the initial value of the stock of the passengers, and calculating a first stock estimation error Ea according to the passenger flux and the device error rate; calculating a second stock estimation Pb according to the sum of the number of people acquired by each stock type counting device and the number of people repetition error generated at the device splicing seam, and calculating a second stock estimation error Eb according to the second stock estimation and the device error rate; and according to the first stock estimation Pa, the second stock estimation Pb,the corresponding first stock estimation error Ea and the corresponding second stock estimation error Eb, calculating the comprehensive estimation of the number of people stock and the error range ofthe comprehensive estimation. The method solves the problem that errors exist in current passenger flow monitoring, and the precision cannot meet the requirements of practical application.

The invention discloses a planting method for improved-variety nursery stocks. The planting method comprises the following steps of step one, garden land selection and soil preparation, wherein a loamor sandy loam land parcel with convenient transportation, a proper climate, good light conditions, irrigation and drainage conditions and the underground water level of 1 meter or below is selected,before the nursery stocks are planted in a cutting garden according to the nursery stock type, a proper amount of decomposed organic fertilizer is applied per hectare, the proper depth is obtained through deep ploughing, before sowing or cuttage, a proper amount of decomposed organic fertilizer is applied to a breeding garden per hectare, the proper depth is obtained through ploughing, levelling and watering are conducted, and after water permeation, rectangular pieces, with the width of 1-2 meters, of land in the breeding garden are built; step two, nursey stock selection and determination ofthe planting density, wherein a pure improved nursery stock variety is selected. According to the planting method, by choosing the proper time and correctly selecting a site, the growth survival rateof the nursey stocks after planting is effectively ensured, and through a correct irrigation method and effective pruning, the survival rate of lateral roots of the nursey stocks is effectively increased, so that in the growth process of the nursery stocks, the nursery stocks can sufficiently absorb nutrients of the fertilizer and irrigation water.

The embodiment of the invention provides an interest stock recommendation method and device and a cloud server. According to the embodiment of the invention, the method comprises the steps: obtaining the information of a stock held by a current shareholder in a stock market, determining the stock transaction information of a target stock in a stock type when the stock type of the information of the stock held belongs to the target stock type, then carrying out the data tracking of the stock transaction information of the target stock through a preset model, and obtaining the user stock investment behavior associated with the target stock, wherein the preset model comprises the user stock investment behaviors associated with each object in the target stock type; then determining the user stock investment behavior of the current shareholder based on the user stock investment behavior associated with the target stock, and obtaining information to be recommended according to the stock investment behavior of the user of the current shareholder, and recommending the stock to be recommended to the current shareholder. According to the scheme, the interest stock recommendation efficiency can be effectively improved.

The invention relates to a two-way pressure metal finger stock butterfly valve. The two-way pressure metal finger stock butterfly valve comprises a butterfly plate, a valve rod, a valve body and a hand ring, wherein the valve rod is fixedly connected with the butterfly plate arranged in the valve body; a sealing ring is fixedly mounted on one side of the butterfly plate through fastening bolt; a finger stock type U-shaped movable valve seat is arranged on one side of the sealing ring, and is arranged inside the valve body; the hand ring is arranged on the other side of the finger stock type U-shaped movable valve seat, and is fixedly connected with the finger stock type U-shaped movable valve seat through a connecting bolt; an elastic boss is arranged on the inner diameter of the finger stock type U-shaped movable valve seat; the inner diameter end surface of the elastic boss is in sealed fit with the outer diameter end surface of the sealing ring to form a seal pair; a U-shaped groove is formed in the elastic boss; the opening of the U-shaped groove faces towards the hand ring; a plurality of adjusting bolts are arranged on the hand ring; the lower end of each adjusting bolt penetrates through the hand ring and is in contact with the elastic boss. The two-way pressure metal finger stock butterfly valve has a simple structure, can realize squeezing on the U-shaped groove of the elastic boss through the adjusting bolts, so that the U-shaped groove is totally jointed with the sealing ring; the two-way sealing effect is achieved, and the service life of the product is prolonged.

The invention relates to an in-situ breeding method for a three-phase breeding apple continuous-cropping-resistant stock. The method is capable of using the undeveloped land of apple continuous-cropping garden, performing the in-situ resistance breeding to various apple stock seedlings, verifying and obtaining the resistance stock material after preliminary screening. The method is used for improving the specificity and breeding efficiency of the continuous-cropping-resistant breeding, and greatly shortening the time cycle of the continuous-cropping-resistant stock breeding. The continuous-cropping-resistant capacity of the obtained plant material is strong, and the characters are stable. In addition, the method is suitable for performing the resistance stock screening in other fruit tree species and soil types (such as, breeding peach stock by using the undeveloped soil of the aged peach garden, performing the drought resisting stock breeding by using the drought soil, and performing the nematode-resistant stock breeding by using the soil of the aged grape garden), and provides the more effective apple continuous-cropping-resistant stock type for the production.

The invention relates to the field of oil exploitation, and discloses a pressure-stock-type two-stage double-agent desulfurization device and an application method thereof. The device comprises a primary desulfurization tank and a secondary desulfurization tank. Gas pressure dividers and gas dispersers are arranged on the bottoms of the inner cavities of the primary and secondary desulfurization tanks. Gas deflection collection hoods and gas-liquid separators are arranged on the tops of the desulfurization tanks. A partial pressure control valve is arranged on a gas route before the primary desulfurization rank. A pressure-stock control valve is arranged between the primary and secondary desulfurization tanks. With the device, a hydrogen sulfide component in ground oil storage square can associated gas can be subjected to dynamic desulfurization treatment progressively with pressure, with the process flow of the device, while production is not stopped. Therefore, hydrogen sulfide content in the oil storage square cans can reach related standards, corrosion to delivery equipment can be reduced, injury caused by hydrogen sulfide is prevented, and personal safety of staffs is improved.

The invention provides a high-availability inventory management method, and the server is a high-availability inventory management system. The high-availability inventory management method includes the following steps: receiving an inventory operation request of a commodity; judging the inventory type corresponding to the inventory operation request; updating the inventory amount of the inventory type according to the inventory operation request; recording the inventory operation . Adopting the highly available inventory management method provided by the present invention can automatically update the inventory of related inventory types based on the inventory operation request sent by the user or merchant to the server, which can effectively avoid the problem of oversold or undersold, and at the same time ensure that the inventory data Consistency, thereby providing users with a better shopping experience and providing merchants with a more efficient inventory management method.