46 results about "Common name" patented technology

A computer system (20) having a security domain (22), at least one client business domain (26), and a plurality of client terminals (34) utilizes a hidden link dynamic key manager (24, 84) and a database structure that includes encrypted data entities (30C, 30D) and a security identification attribute (32) for storage of encrypted data. Methods for encrypting data and for storing, decrypting, and retrieving encrypted data operate on the computer system (20), which also includes an information database (62) and a key database (44). The key database (44) is isolated from the information database (62). The hidden link key manager is stored in the security domain (22) and includes a system key manager (84) operable to generate system keys with system key common names and an encryption key manager (24) operable to generate encryption keys having encryption key identifications. The key managers (24, 84) operate on a key server (40), which is mirrored by a secondary key server (42). A general security manager (82) also operates on the key server (40) to control access to the security domain (22). The security information attribute (32) is stored with a persistent data entity (30A) that is associated with the other encrypted data entities (30C, 30D) by a database schema. The encryption key identification (112) for the encryption key used to encrypt the data entities (30C, 30D) is encrypted by a system key and then stored as part of the security information attribute (32). The system key common name hash value (114) is also stored in the security information attribute (32). The information data entities (30) are stored on the information database (62), but the encryption key identification (153), encryption key (154), system key common name hash value (156, 157), and system key common name (158) are stored in the key database (44) inside the security domain (22). The system key itself is stored on a Smart Card reader (56) inside the security domain.

Multiple Network Attached Storage (NAS) appliances are pooled together by a virtual NAS translator, forming one common name space visible to clients. Clients send messages to the virtual NAS translator with a file name and a virtual handle of the parent directory that are concatenated to a full file-path name and compressed by a cryptographic hash function to generate a hashed-name key. The hashed-name key is matched to a storage key in a table. The full file-path name is not stored, reducing the table size. A unique entry number is returned to the client as the virtual file handle that is also stored in another table with one or more native file handles, allowing virtual handles to be translated to native handles that the NAS appliance servers use to retrieve files. File movement among NAS servers alters native file handles but not virtual handles, hiding NAS details from clients.

A digital certificate, used in a computing system, includes a distinguished name (DN) field and a common name (CN) field within the DN field. The CN field contains a resource identifier that contains information identifying each of a plurality of resources in the certification path of the digital certificate. The resource identifier can be a hierarchical identifier that specifies an identity of a trusted root resource, and an identity of a resource issuing the digital certificate. The resource identifier can contain identifiers of resources in a certification path between the trusted root resource and the resource issuing the digital certificate. The certification path leads to a trusted source for the computing system.

The process of acquiring SSL certificates for enterprise SSL customers is improved by reducing the number of steps used to acquire the SSL certificate and streamlining the process. An on-line CSR generator on the certificate enrollment form is used to submit the customer information (i.e. Common Name, Organizational Unit, Organization, City / Locality, State / Province, and Country Code) and generate the CSR. By making the CSR generation part of the enrollment process, the administrator can use the same enrollment form to submit the customer information along with the contact information pertinent to the enterprise.

Described herein are methods and systems for updating digital certificates on a computer and testing to confirm that the update was performed correctly. The testing may involve confirming that a server's common name (CN) and / or a server's subject alternative name (SAN) matches the domain name server (DNS) name utilized to access the server, confirming that, for all the certificates sent in chain, each certificate's expiration date is less than or equal to the expiration date of that certificate's parent certificate, confirming that the certificates' authority key identifier (AKI), subject key identifier (SKI), and / or authority information access (AIA) are in compliance, and comparing available cipher suites to a list of pre-approved cipher suites.

The invention relates to mixed application technology of a compound micofume (DZ, whose common name is dazomet) and 1,3-dichloropropene (1,3-D) for controlling root-knot nematodes, soil-borne pathogenic fungi, and weed activity. The mixed application technology is suitable for pre-seeding soil disinfection of crop fields of vegetables, strawberries, flowers, gourds, nurseries, orchards, tea gardens, vineyards, forest trees, Chinese herbal medicines, and the like, and can effectively control southern root-knot nematodes, main soil-borne pathogenic fungi, main gramineae and broad-leaf weeds, and the like.

A hydration composition for the body is provided which essentially includes the synergistic combination of: (a) Hydrastis canadensis (common name: Golden Seal), b) Ulmus fulva (common name: Slippery Elm), and (c) Smilax ornata (common name: Salsaparilla). The above hydration composition may be prepared in homoeopathic or non-homocopathic form. The homoeopathic hydration composition may be prepared by any one of the following methods comprising: (i) forming separate homoeopathic preparations from components (a, b and c) mentioned hereinabove, and subsequently mixing said homoeopathic preparations; (ii) mixing extracts of components (a, b and c) and forming the resultant mixture into a homoepathic composition; and (iii) preparing a first homoeopathic composition as in (i) and (ii) above (with optional additional ingredients), and further diluting said first composition to form a second homoeopathic composition.

The present invention discloses a solution for overloading a Web service identification name so that multiple services with a common name can be stored in a Web service directory. Each of the services identified by the common name can have a different and unique (for the set of commonly named services) structure for input data. The data structure of the input data can be used to discern which of the set of commonly named Web services a requester desires.

A method for deriving and sorting information from an information repository including data elements individually associated with corresponding record identifiers, includes the following steps. First, the repository information is parsed to identify relationships, including a common name portion between record identifiers to identify a relationship between corresponding data elements of said repository. Sorting identifiers, indicating related data elements, are created and collated. Information is then retrieved from the repository information in a desired order using the sorting identifiers.

Methods are disclosed for grouping search results into a profile page. A search engine accepts a user search string and generates a first set of results. In response to the first set of results, a query generator generates queries corresponding to a number of entities sharing a common name. The search engine executes the queries, returning responsive data sets. An entity resolver merges the data sets to ensure that each unique entity is represented by a single data set. A threshold may be defined such that results meeting a certain level of similarity are merged. A profile generator creates a profile page for each unique entity using biographical data contained in the respective data sets, and generates a results page containing links to each unique profile. The results page is then sent to the user for display on a graphical user interface.

The invention discloses a taxus chinensis cell strain (Taxus wallichiana var.mairei) with the high-yield paclitaxel characteristic. The taxus chinensis cell strain is named taxus chinensis var.mairei plant cell system NO51-3 which is preserved in the China General Microbiological Culture Collection Center, and the preservation number is CGMCCNo.10002. The invention further discloses a method for screening and establishing a paclitaxel high-yield cell system (Paclitaxel, CASNO:33069-62-4, with a trade name Taxol as a common name). The cell system with the high yield of paclitaxel is induced and screened from taxus chinensis explants, and the experiment result shows that the cell system is high in yield of taxane compounds such as secondary metabolite paclitaxel, and can be used as a raw material medicine for treating ovarian cancer, breast cancer and the like.

The invention discloses a tablet having a surface printed with a two-dimension code in a jetting manner. The information such as the common name, the specification, the useful life, the approval number and the like of the tablet is input into two-dimension code generating software to generate a two-dimension code, and then the two-dimension code is printed on the upper surface or the lower surface of the tablet in a jetting manner by virtue of an ink-jet printer in the prior art. Thus, a user can scan the two-dimension code on the upper surface or the lower surface of the tablet by virtue of a photographing function of a smartphone so as to query the drug approval number in a database of CFDA (China Food and Drug Administration) to judge the authenticity of the tablet. A pharmacist or a nurse can scan the two-dimension code on the upper surface or the lower surface of the tablet by virtue of a scanning gun connected to a hospital information system so as to check the information stored in the two-dimension code of the tablet to know the type and the specification of the tablet and prevent dispensing errors.

The invention discloses an electronic name card, which comprises a name card casing and at least a circuit casing. A USB interface is arranged at the end of one surface of the circuit casing, and a control circuit and a memory module are arranged inside the circuit casing; at least one opening in a shape matching with that of the circuit casing is formed on the name card casing, and the circuit casing is coupled on the inner side wall of the opening; and circuit casing is accommodated inside the opening in a non-service state and rotates to deviate from the opening and come out of the USB interface in a service state. Therefore, the electronic name card has esthetic and reasonable appearance, meets the appearance standards for a common name card, and is convenient to carry and use.

Programs having different machine content organizations communicate with one another. This communication is enabled by a linkage design incorporating program attributes, which allows the savearea layout and linkage services for a program to be selected at compile time. The selection of the savearea layout and linkage services, at compile time, enables the provision of a source code with reduced dual path code. The source code includes, for instance, at least one common name usable in referencing analogous fields in different savearea layouts, which further reduces the need for dual path source code.

A method for associating specific names with native places in big data environment comprises the following steps: S1, name and native place information containing family names, pronunciation of the names and the native places is collected, collected and mined data are obtained after data fusion, data sampling and data mining on the name and native place information, and the method jumps to S2 and S3; S2, common names in the collected and mined data are removed through screening, and specific name screening and marking are performed on the data after screening removal, a definition of a sample data structure is obtained through classified check of the specific names and the common names, and the method jumps to S4; S3, the collected and mined data are subjected to feature extraction, association rules are established, and the method jumps to S4; S4, a specific name set and a feature library are established according to the definition of the sample data structure, extracted features and the association rules; S5, an inference model SNNPAR (specific name native place association rules model) is established on the basis of the specific name set and the feature library, and specific name, native place and region inference is performed on the basis of the inference model SNNPAR.

Described is a system and method that enable the incorporation of one namespace into another namespace while avoiding name collisions by defining namespaces with a common name and a unique identifier. In accordance with the invention, a namespace may incorporate another namespace by unique identifier and assign an alias to that incorporated namespace. The use of the alias provides a developer with the flexibility to reference the imported namespace and its declarations by common, understandable, or human-meaningful names. In addition, name collisions between the imported namespace and local declarations are avoided by the uniqueness provided by the unique identifier. Furthermore, by way of re-exports, multiple parallel namespace hierarchies can be formed over the same definitions to reflect multiple parallel taxonomies.

The embodiment of the invention discloses a method and a device for acquiring a nickname of an intelligent terminal. The method comprises the following steps: acquiring voice information of a user call, and converting the voice information into text information; acquiring a keyword according to the text information and a preset keyword extraction algorithm; determining whether the keyword satisfies a preset nickname condition or not; and if so, setting the keyword as the nickname of the intelligent terminal. Voice data of a user in a voice chat is acquired, a common name of a child called by parents is extracted from the voice data, and the name is set as a nickname of a watch, thereby solving the problem of failure in distinguishing caused by a default nickname, avoiding troublesome manual setting of the user; and improving the user experience.

A method and system of subsetting a group of server systems configures a server system with a group name and a group port, and with at least one subset name and subset port. The server system, when activated, reads its configuration and registers with a system routing entity as being part of the group name and the group port, and as being part of the subset name and the subset port. In this manner, server systems can be targeted via its subset name and subset port, while also accessible via the common name and port for the group. If the group includes a workload balancer, the server system also registers with the workload balancer using the group name and the subset name, such that workload balancing is provided for the subset.

In one embodiment, the invention provides a method for establishing links between Fiber Channel (FC) protocol node devices through a FC fabric. In the method a common name is assigned to a pair of ports. Each port in the pair is located on first and second FC node devices, respectively. The common name-to-port assignment is then stored within a name server for the FC fabric. Each port in the pair of ports is configured to query the name server to establish an identity for the other port in the pair of ports based on the common name. The first and second FC node devices are configured to create a link between the pairs of ports that have been assigned a common name.

The invention discloses an unambiguous Japanese name list building method and a name identification method and device. The list building method comprises the following steps: performing name separation on a Japanese common name list by using a Japanese surname list to obtain a Japanese name list; dividing training corpuses with Japanese name relevant marks into a Japanese name relevant word set and other word sets; combining the Japanese name relevant word set, the Japanese common name list, the Japanese surname list and the Japanese name list obtained by performing name separation on the Japanese common name list into a Japanese name relevant word total set; specific to each Japanese name relevant word in the Japanese name relevant word total set, judging whether the word is an unambiguous Japanese name relevant word to establish an unambiguous Japanese name relevant word list. Through word segmentation and name role marking by using the list, the overall accuracy of Chinese word segmentation can be increased, and the overall name role marking performance and the final name identification result are enhanced.

The present invention is adapted to be able to produce an organic-farming fertiliser in the form of granules obtained by separately extracting macroelements or mesoelements from among the 12 essential nutrient elements (N, P, K, Ca, Mg, S, Fe, Mn, Cu, B, Mo and Zn) of edible plants, by means of a predetermined extraction process carried out on oil cake (a common name for the residue which remains after collecting vegetable oils; including soybean cake, pim cake and the like), blood meal (blood of livestock, namely coagulated ox or pig blood), a by-product containing dead fish or fish bone, bone meal, Dead Sea minerals (minerals collected from the Dead Sea; including potassium chloride), chicken egg shells, shellfish shells, oyster shells, natural gypsum, dolomite, phyllite and natural salt, and the invention is adapted to be able to provide fertilisers having elements in ratios suitable for different crops.

Computerized systems and methods facilitate patient searches by identifying instances in which search input includes a common name that may return a large number of search results. A common name data store is generated that includes common names identified in a patient database. When a user enters search input into a patient search tool, the common name data store is queried to determine if the search input matches a common name. If so, a notification may be provided to the user to indicate the search input matches a common name. In some instances, a search may not be allowed on the patient database if the search input matches a common name.

A method for integrating assets of an automated system includes defining base services of the automated system. A directory of assets within the automated system is provided. A common name space associated with each asset in the directory is also provided. Each asset in the directory is linked using the common name space. The assets are integrated by extending at least one asset to another asset to perform a base service of the automated system.

A method for integrating assets of an automated system includes defining base services of the automated system. A directory of assets within the automated system is provided. A common name space associated with each asset in the directory is also provided. Each asset in the directory is linked using the common name space. The assets are integrated by extending at least one asset to another asset to perform a base service of the automated system.

The invention provides a novel technology of dying granite stone blue or green for the architectural decoration industry. The technology comprises the following steps: respectively preparing A steeping fluid and B steeping fluid from potassium ferrocyanide the common name of which is yellow prussiate of potash and ferric salt, and sequentially impregnating the granite stone in the A steeping fluid and the B steeping fluid in a normal pressure manner or a pressurized manner, respectively drying the granite stone at the temperature of 100-150 DEG C after impregnating, polishing, draining water, smearing 201 methyl silicone oil, and then dying off-white granite stone and heather gray granite stone blue or green. The technology is characterized by simple production equipment, simple production operation and low cost, and the dyed blue granite stone or green granite stone has brilliant color on appearance and inside, has good weathering resistance and still remains the physical and chemical properties of the original granite stone at the same time.