35 results about "Manufacturer name" patented technology

A universal plug and play (UPnP) device makes itself known through a set of processes-discovery, description, control, eventing, and presentation. Following discovery of a UPnP device, an entity can learn more about the device and its capabilities by retrieving the device's description. The description includes vendor-specific manufacturer information like the model name and number, serial number, manufacturer name, URLs to vendor-specific Web sites, etc. The description also includes a list of any embedded devices or services, as well as URLs for control, eventing, and presentation. The description is written by a vendor, and is usually based on a device template produced by a UPnP forum working committee. The template is derived from a template language that is used to define elements to describe the device and any services supported by the device. The template language is written using an XML-based syntax that organizes and structures the elements.

A universal plug and play (UPnP) device makes itself known through a set of processes—discovery, description, control, eventing, and presentation. Following discovery of a UPnP device, an entity can learn more about the device and its capabilities by retrieving the device's description. The description includes vendor-specific manufacturer information like the model name and number, serial number, manufacturer name, URLs to vendor-specific Web sites, etc. The description also includes a list of any embedded devices or services, as well as URLs for control, eventing, and presentation. The description is written by a vendor, and is usually based on a device template produced by a UPnP forum working committee. The template is derived from a template language that is used to define elements to describe the device and any services supported by the device. The template language is written using an XML-based syntax that organizes and structures the elements.

Techniques are provided for accessing information about a medical device or a related component. One or more interrogatable identification elements are located in a medical device. An interrogation device can communicate with the identification element(s), which element(s) can store information about the medical device, such as a manufacturer name, a date of manufacture, an expiration date, configuration data, calibration data, and a list of enabled functions. In certain embodiments, the interrogation device can also store information in the identification element at any time, such as usage time or usage frequency.

Degradation of the lubricant due to contamination of the lubricant with wear particles or moisture, which greatly affects the service life of rolling bearings, can be detected in a cost-effective manner through the use of a resonance frequency band signal or high-frequency signal of an accelerometer, and the service life of a rolling bearing can be estimated with high precision at an early stage on the basis of the detected state of the wear particles and lubricant. Provided is a method comprising baseline data acquisition means for obtaining vibration signals by using an accelerometer 4 and using a testing device to acquire resonance frequency band signals detectable at the highest sensitivity, for each specification such as model number, manufacturer name, and other specifications for a rolling bearing 3 as pertains to the relationship between the state of wear particle penetration in a rolling bearing 3 and the vibration / bearing service life, and to lubricant degradation and vibration / bearing service life; measurement means whereby an accelerometer 4 is used to obtain vibration signals for the rolling bearing 3 whose remaining service life is being assessed and which resides on a fan, a pump, or another rotating device 1, 2, for the purpose of measuring resonance frequency band signals detectable at the highest sensitivity; and determination means for estimating the state of wear particle penetration and the state of lubricant degradation of the diagnostic rolling bearing 3, and computing the remaining service life of the diagnostic rolling bearing 3 by using measurement values obtained by the measurement means, determination results of the bearing specification determination means, and data obtained by the baseline data acquisition means.

When a television receiver is connected to a DVD player via an HDMI cable, HDMI authentication is carried out. EDID data is then acquired from the television receiver and a manufacturer name is determined. When the manufacturer name is determined to be, for example, “company A”, a table indicating a correspondence relationship of manufacturer names and remote control codes is referred to and remote control codes corresponding to the determined company A are selected. The selected remote control codes are then transmitted after selection of remote control codes of the company A is carried out. Remote control codes corresponding to the manufacturer name of the company A received from the DVD player are then stored in a memory in a manner corresponding to operation key numbers allocated in advance to a plurality of operation keys at a remote control unit.

A method for part data matching includes receiving a selection of an input file from a user. The input file includes part information identifying one or more parts. The part information includes at least one manufacturer name and at least one part number. A selection of a manufacturer name match template and a manufacturer part number match template are also received from the user. The match templates identify one or more matching techniques and the order in which the matching techniques are to be applied to match part information in the input file with part information in one or more sources of parts data. The matching techniques are used to identify one or more potential part matches, which are communicated to the user. In addition, the method includes receiving a selection of a potential match from the user for one or more parts identified in the input file.

The invention discloses a product anti-counterfeiting method based on digital signature and public key system, wherein a medium with a unique surface feature code is bound to each product to be sold; the feature code of the medium cannot be duplicated; the characteristic package of each product to be sold is scanned and imaged to generate pictures, extract corresponding feature code according to a certain algorithm, and generate signature data, commodity HASH value for short; the commodity HASH value of each product to be sold, together with the product name, the producer name, the production time, the quality guarantee period, and the like, is encrypted by using the private key, and the commodity HASH value corresponding to each product to be sold is marked on the commodity; the signature ciphertext corresponding to each product to be sold is marked on the commodity or the commodity package; and the code of the unique producer is marked on the commodity. The counterfeiting method has low production cost and high anti-counterfeiting property, and is convenient to use and is not easy to clone and counterfeit.

The invention discloses a method for configuring and updating a broadcast beam weight number, comprising the following steps: generating and storing a static file corresponding to each combination of an antenna manufacturer name, an antenna model, an antenna sub frequency band and an antenna half-power angle in advance; assigning the antenna manufacturer name, the antenna model, the antenna sub frequency band and the antenna half-power angle to a base station when configuring the broadcast beam weight number by an OMC-R or LMT-B; and increasing the static file used for storing the broadcast beam weight number information and downloading the static file to each base station supporting the broadcast beam weight number stored in the static file when increasing the broadcast beam weight number by the OMC-R. The invention also discloses a method for configuring and updating a broadcast beam weight number at a base station side, and a base station management device as well as a base stationstructure. By utilizing the invention, the weight number updating process can be simplified, and the existing broadcast beam weight number can not be influenced.

The invention provides a method and a device for collecting network parameters of a WLAN (Wireless Local Area Network). The method comprises the following steps of: setting at least one label for network parameters to be collected, wherein the label includes an equipment type, a manufacturer name and a corresponding collection mode; and collecting the network parameters according to the set label, i.e. obtaining the corresponding collection mode from the label corresponding to the network parameters to be collected according to the equipment type and the manufacturer name of a network element and collecting the network parameters according to the obtained collection mode. The invention can collect the parameters of miniature wireless equipment of multiple brands and different protocols, diversify collection measures and collection parameters and reduces the development workload in adding new equipment or newly collecting indexes.

Adapter for emulating hard disk drive interface is designed for providing IDE interface by means of emulation without having to install any additional drivers for the motherboard which lacks IDE interface. The controller of the adapter is able to provide reply information on the manufacturer name, serial number of the equipment, and the device type of the hard disk device to which it is electrically connected, by responding to the BIOS query though the bus interface, thus emulating the control components of the hard disk drive as if they were appeared to be configured on the motherboard. Therefore, the number of hard disk interface types as compared to that originally supported by the motherboard is expanded.

The invention provides a service oriented multi-source heterogeneous video surveillance adaptation method. The method comprises the following steps: S1, a video surveillance core adaptation layer which is universal on the upper layer is defined and contains basic sub-interfaces for video operation; S2, according to different video development SDKs (software development kits) provided by manufacturers, the basic sub-interfaces in the core adaptation layer are inherited and to become sub-adaptation layers through detailed realization; S3, the sub-adaptation layers are registered into local sub-servers which are used for calling corresponding sub-adaptation layers and are named according to different equipment manufacturer names; S4, a core realization layer is defined, inherits the core adaptation layer, performs detailed realization, is used for analyzing a video operation request message, extracting the equipment manufacturer names and dispatching the local sub-servers, and the core realization layer has the same basic sub-interfaces with the core adaptation layer; and S5, the core realization layer is registered into remote core service. The service oriented multi-source heterogeneous video surveillance adaptation method has the characteristics of good compatibility and high expansibility.

The invention discloses a device driven by a USB video class (UVC) application automatic replacing system. Parts of contents in the current control set item in a registration table system path, which are recorded by a uniform UVC driver are modified according to stored equipment information by reading and storing the information of an equipment manufacturer name, an equipment model, and the like from a configuration file of the system, whether drive program information supplied by a manufacturer occurs currently is judged in a system service item, and a new subitem is established and a key value is modified respectively under different conditions so as to finally replace the uniform UVC driver of an operation system by a manufacture driver. The device driven by a UVC application automatic replacing system greatly simplifies the operation of the drive installation of a UVC camera and leads some users with unskillful computer operation to be capable of easily installing the drive and accordingly using the special function and other unique operations which are respectively supplied by products of all manufacturers.

A remote control setting method for assigning an operation of a different electronic device to each traction key of a common remote controller and controlling electronic devices, comprises the steps of entering a remote control setting, mode, displaying a manufacturer name, a model name, and a recommended code set on a display device based on information about the electronic device detected by a set-top box when the set-top box and the electronic device are connected to each other through high definition multimedia interface (HDMI), and selecting the displayed recommended code set by an input key so that information about the selected code set is transmitted to the common remote controller and thus assigning a function key corresponding to the code set in assigning an operation of a selected electronic device to a predetermined function key.

In recent years, as electronic equipment becomes thinner, an area for mounting a semiconductor device used in the electronic equipment is required to be smaller, and a thickness of an encapsulating resin for encapsulating a semiconductor substrate having a circuit formed thereon and the like also becomes smaller. The encapsulating resin is marked with a product number, a manufacturer name, or the like. There arises a problem in that, in the marking, an infrared laser beam applied to the encapsulating resin passes through the encapsulating resin, generates heat in the semiconductor substrate, and destructs the formed circuit. By providing a thin film for refracting the infrared laser beam on a rear surface of the semiconductor substrate, the optical path of the infrared laser beam is made longer to reduce heat generated in the semiconductor substrate.

The invention provides a method for generating commodity digital identity based on a block chain. The method can shield the differences of the coding mode, coding length, manufacturer name length, commodity category information, etc. of different manufacturers, and finally obtain a fixed-length digital identity, which is convenient for the digital management of the products of the manufacturers, and also conducive to the comprehensive management of the products, without the need of distinguishing the different details of each manufacturer. Two different hashing algorithms are adopted, which toa certain extent reduces the possibility of duplicate digital identities in the same system using the method, and reduces the possibility of digital identity collision. The ECDSA algorithm of asymmetric cryptosystem is adopted, which is called the elliptic curve digital signature algorithm. If the key is not disclosed, other people cannot generate the same digital identity according to the same commodity information; generated digital identities do not collide, that is, do not duplicate; the identity can only be generated by a vendor that owns a private key and cannot be forged.

A method and system for providing chemical compound product availability and contaminant and / or desired component information (certificate of analysis data) to end users of such products is disclosed. Chemical suppliers using computers (clients) access a central server computer, via the Internet or direct connection, to upload chemical compound lot analysis and quantity data to the server. The server stores the chemical compound lot data from suppliers in its database. Buyers or purchasers of such chemical compound products access the server using a computer and enter search criteria, specifying chemical names or identifiers, manufacturer name, chemical form (liquid, solid, granular, powder etc.), contaminants and maximum acceptable levels thereof. The server responds to the search request with a list of chemical compound lots previously stored in its database that satisfy the search criteria entered by the buyer. Buyers may reserve a portion or all of a particular chemical compound lot for purchase subject to negotiation of terms. Suppliers are notified electronically of the lot reservation event. A tracking history report for a particular chemical compound lot is also available from the server that provides useful data to track the use and repackaging history of a particular chemical compound lot.

The invention provides a passive element parameter analysis method and device. The method comprises the following steps of: obtaining element information of a to-be-analyzed passive element, wherein the element information at least comprises a manufacturer name, an element type and an element material number; searching a parameter analysis rule corresponding to the manufacturer name and the element type from pre-constructed parameter analysis rules, wherein a character grouping rule of the element material number and parameter meanings of character groups at different positions are defined inthe parameter analysis rule; and respectively analyzing the character groups, located at different positions, in the element material number of the to-be-analyzed passive element into corresponding parameter information according to the searched parameter analysis rule. According to the method and device, element material numbers are grouped and analyzed by utilizing parameter analysis rules, so that the problems of low efficiency and bad user experience caused by artificial consultation are avoided, automatic analysis of passive element parameters is realized, the efficiency is relatively high, the user experience is improved and the practicability is better.

The embodiment of the invention provides a vulnerability manufacturer name matching method and device, equipment and a computer readable storage medium. The method comprises the following steps: acquiring vulnerability description information input by a user; performing word segmentation processing on the vulnerability description information to obtain one or more identification words; determining the similarity between the identification word and an abbreviation in a constructed vulnerability manufacturer abbreviation set; determining the manufacturer abbreviation with the highest score based on the similarity and the weight value corresponding to the corresponding manufacturer abbreviation; and taking the manufacturer full name corresponding to the manufacturer short name with the highest score as the vulnerability manufacturer full name corresponding to the vulnerability description information. In this way, intelligent matching of manufacturers and products to which the vulnerabilities belong is achieved, and the workload of manual matching is greatly reduced.

The invention relates to a method for opening a store. According to the method, any type of website can be easily changed into a store with a shopping function; any offline place can be realized. No matter how large site area is, no matter how many the goods are placed, a commodity object / commodity outer packaging box or an object picture / outer packaging box picture is placed; or the nameplate orthe advertisement billboard only containing the manufacturer name / the commodity name / the trademark picture / the sales website or containing the two-dimensional code of the sales website link becomes astore with a shopping function, and the consumer can complete commodity browsing and order placing shopping activities in the store. Compared with the traditional sell places, the system enables the supply quantity of the sell places to be increased exponentially, enables manufacturers / dealers to open the sell places more easily, and enables consumers to shop more conveniently.

The invention discloses a method for obtaining WIFI information, a smart television and a storage medium, and the method comprises the steps: reading the PID and VID information of all equipment on aUSB bus, and traversing a mapping table of module models corresponding to pre-statically maintained PID and VID; judging whether PID and VID information of all equipment on the USB bus is in the mapping table or not, and if yes, obtaining a WIFI module model and a WIFI manufacturer name through a built-in PID and a built-in VID; and obtaining a WIFI drive version number by accessing a module driveinterface corresponding to the sys file system, and displaying the obtained WIFI information through the UI. The invention provides a simple and universal method for obtaining WIFI information, for any user and even engineering personnel, all WIFI information can be obtained by executing an upper-layer UI program packaged with the algorithm, and important basic diagnosis and subsequent maintenance management are facilitated.

The present invention provides a method for packing box auxiliary design of conversion from a 3D image to a 2D image. The method comprises: employing a three-dimensional laser scanner to perform scanning imaging of each surface of a packing box, and forming the 3D image of the packing box; and decomposing the 3D image to the 2D design drawing through adoption of an Adobe illustrator software; adding decoration patterns and colors, then adding the pattern layers of the slogans, manufacturer names and code bars into the corresponding position of the design drawing again, and completing the auxiliary design of the 2D design drawing of the packing box; and outputting the designed 2D design drawing of the packing box after the design effect reaches the requirement to perform printing platemaking and print sample. Through adoption of the three-dimensional laser scanner, the method for packing box auxiliary design of conversion from the 3D image to the 2D image allows each surface of the packing box required reference to perform scanning imaging and form a 3D image, employs the computer software to convert the 3D image to the 2D design drawing and performs changing design of the 2D design drawing so as to effectively improve the speed of the appearance design of the packing box and reduce the unnecessary duplication of labor.

The invention provides a lamp equipment, for preventing reading means for reading lamp data from heating or voltage injuring, on reading lamp data and managing the use state of lamp and using records. The lamp data is displayed on lamp head of lamp in advance. A reading unit of lamp data is mounted on the lamp head seat for keeping lamp head. When the lamp is kept on the lamp head seat and the lamp is not lighted, the reading unit is moved to the position of reading lamp data. Before lighting, the reading unit is moved to retreating position and a screening part for screening heat generated by lamp is mounted at the retreating position. The lamp data is lamp property such as production month and day, manufacturer name, manufacturing location, manufacturing line, lamp type, breed number, batch number, identification number and preset specification such as rated current, rated voltage, cooling condition, mounting direction on the device, operation limit time. The display format of the lamp data is optical readable bar code, two-dimensional code, character, earmark, symbol, figure, pattern and so on.

The present invention relates to a household appliance (1) comprising a body, a logo (3) comprising one or more than one logo segment (2) like characters such as letter, numeral, etc. and / or figures, symbols providing visual presentation of the producer name, the brand, the model or any characteristic of the household appliance (1) to the user, and a background (4) such as panel, front wall, door, etc. situated on the body and whereon the logo (3) is situated, and furthermore relates to a logo (3) coating method.

The present invention provides a display device, capable of improving a correctness of the OSD display of model name when an external device of an electricity-saving state is connected after memorizing the model name information of the external device of general active state and information of other external devices temporarily. After notifying manufacturer name information and model name information to a television receiver (100) from a camera (200) of a power supply on-state and memorizing those information in NVRAM, when there is a notification for inquiring the manufacturer name information to the television receiver (100) from the equipment of a power supply off-state, and the notified manufacturer name information is identical to the manufacturer name information memorized in the NVRAM, the model name is displayed based on the model name information memorized in the NVRAM, otherwise, the model name is not displayed.