116results about How to "Effective association" patented technology

A medical imaging system by which in order that image data generated by an image generating apparatus and patient information are efficiently associated with each other while the doctor is examining the patient, an on-line button is blinking on receiving the image data or examination data when a screen showing information on the specified patient is displayed, the received data is automatically associated with the designated patient information and stored in an image DB when the blinking on-line button is depressed, and the received data is temporarily stored in a temporary storage section for storing data waiting for association with the patient information when the blinking on-line button is held depressed long.

The invention discloses an authentication method and system of the biological characteristics of a user. The authentication method of the biological characteristics of the user comprises the steps that a client side sends an authentication request to a server; the client side receives a voice password from the server; the client side collects voice information and a face image of the user to be authenticated; the client side judges whether the voice information is identical to the voice password and whether the face image is effective; under the condition that the judgment results are both yes, the client side correlates voice information fragments to the face image; the client side calculates abstract values of the voice password, the voice information, a target image, correlated information and a first moment through a preset algorithm; the client side sends authentication content to the server; the client side receives an authentication response from the server. By means of the authentication method and system, the problem that the recognition and authentication mode of the biological characteristics is single in the prior art is solved, and therefore the effect that the identity authentication safety is improved in the biological characteristics recognition process is achieved.

This invention relates to a system comprising nanoparticles designed for the release of biologically active molecules, where the nanoparticles comprise a) at least 40% by weight of chitosan or a derivative thereof and b) less than 60% by weight of a cyclodextrin or a derivative thereof, where both components a) and b) are mixed, without any covalent bond between them. This system allows for the efficient association of biologically active molecules, as well as their subsequent release in a suitable biological environment.

A method and system for identifying and delivering contextually-relevant information to end users of a data network is disclosed. A software plug-in is designed and adapted to work in cooperation with an electronic document reader software application. When a document is opened by the document reader application, the plug-in identifies relevant content within the document by means of keyword search rules utilizing keywords that are maintained in a keyword database. The plug-in then performs a markup of the original document for display to the user, either as a modification of the original document or in a separate popup window, by means of markup rules that extract relevant markup information from a contextual information database. In one preferred embodiment, the electronic document reader software application is Adobe Reader, and the keyword database contains a list of company names and associated product information. The plug-in performs a keyword search of the contents of the document in portable Document Format (PDF). Upon identification of a company name and/or a product in the subject document, associated product information is presented to the viewer. The product information may be supplemented with hyperlinks to company websites where additional product information, including purchasing information, may be found. The method is designed and adapted to execution on a computer network-based system.

The invention discloses a snapshot integral view field imaging full-polarization hyperspectral detection device. The snapshot integral view field imaging full-polarization hyperspectral detection device is composed of a front optical lens set, an integral view field unit, a collimating lens set, a full-polarization modulation module, a spectrum light splitting module, an imaging lens set, an area array detector and a data collecting and processing system all of which are sequentially arranged in the direction of incident light. Light emitted by a two-dimensional spatial target sequentially enters the front optical lens set, the integral view field unit, the collimating lens set, the full-polarization modulation module, the spectrum light splitting module and the imaging lens set, and finally reaches the area array detector. The data collecting and processing system controls the area array detector to shoot a frame of image to obtain distribution information of hyperspectral images corresponding to polarized components; then the data collecting and processing system extracts and processes data of the frame of image to obtain information of the spatial morphology, the one-dimensional high spectrum and the full Strokes polarization parameter of the detected two-dimensional spatial target. By means of the snapshot integral view field imaging full-polarization hyperspectral detection device, three-dimensional information of the space, the spectrum and polarization can be obtained in real time.

The present invention relates to a system for administering active ingredients comprising nanoparticles having an average size of less than 1 micrometer in turn comprising: (a) at least one anionic polymer; (b) a cationic cross-linking agent; and optionally (c) a cationic polymer; characterized in that the nanoparticles are cross-linked by means of electrostatic type interactions. Additionally, the invention relates to pharmaceutical, cosmetic, personal hygiene and nutritional compositions comprising said nanoparticle system, as well as to methods for the preparation and uses thereof.

A method, apparatus, and computer instructions for improving performance and scalability of common information model object (CIMOM) by using a hardware management console (HMC) repository. The HMC repository includes storage of HMC objects, an HMC object model and a common interface (CIM Wrapper) for accessing to HMC objects. The HMC object model allows the user to store and retrieve the CIM objects and their associations efficiently. A CIM provider may access HMC objects through a common interface (CIM Wrapper), so that different repositories are allowed to be used without significant changes to the underlying server code (CIM provider). A CIM provider may also call the HMC repository directly for more efficient operations because the number of times conversions made between the CIM object and the repository object are greatly decreased.

A method for generating data of plant construction simulation, in which a scheduling system and a CAD system are used to prepare a construction plan, comprises steps of:

managing a construction work managed by said scheduling system and a plant part used in the construction work and managed by the CAD system in association with each other; and

performing processing for associating the plant part with each of a plurality of lower construction work constituting the construction work, which are produced when the construction works are broken down.

The present invention is an algorithm that manages the ability of a user or software program to access certain protected file resources. This invention describes a method for file system security through techniques that control access to the file system resources using externally stored attributes. This invention accomplishes the described objectives in file system security by creating an external database containing auxiliary attributes for objects in the file system. During a file access attempt, an identifier of this file will be matched against a set of protected files in a security database. If that file is not in the database, there is not protection on the file and requester will be allowed to access the file. If a match does show that the file is protected there will be a determination as to whether the requester will be allowed access to the file. The basis for this access determination will be a set security rules defined in the external security attribute. This invention incorporates techniques and algorithms for attribute attachment, storage and organization of the associations to these attributes, and subsequent recognition of attached attributes. In this approach, the attributes would define authorization policy for controlling access to objects in the file system.

The invention discloses a browser-based high-performance user tracking method which comprises the following steps: 1) acquiring user browser characteristic information, generating a corresponding Fingerprint value and sending the user browser characteristic information and the corresponding Fingerprint value to a corresponding background server; 2) performing relevant treatment on the acquired corresponding data on the basis of a strategic fingerprint recognition method according to the user browser characteristic information and the corresponding Fingerprint value; and 3) storing the related user client information in a Redis database, adopting a filtering recognition mode for treating the new fingerprint data and judging whether the two fingerprint information are relevant to each other. According to the technical scheme provided by the invention, the user can be conveniently and efficiently tracked.

The invention discloses a system and a method for realizing a double-node interconnected pseudo-wire, and relates to the technical field of application of wireless backhaul networks. The system comprises two bridge nodes, at least one access side node and at least one core side node, wherein the two bridge nodes are connected with each access side node and each core side node respectively; the two bridge nodes are taken as a master node and a standby node; both the master node and the standby node are provided with access side interfaces, double-node interconnected pseudo-wire side interfaces and core side interfaces; any two interfaces on the same bridge node are communicated with each other; a double-node interconnected pseudo-wire side virtual circuit is arranged between the master node and the standby node; access side virtual circuits are arranged between the access side node and the master node as well as between the access side node and the standby node respectively; the double-node interconnected pseudo-wire side virtual circuit and the access side virtual circuits are bound in one double-node interconnected pseudo-wire group; and automatic protection changeover signaling channels are overlapped on the double-node interconnected pseudo-wire side virtual circuit and the access side virtual circuits respectively.

Determination is made as to whether a request is made for printing by a printing job control system on the basis of a general-purpose printing file or a printing request from a general application is made. Ideal document management and output are thereby achieved.

The present invention relates to a nanoparticulate system useful for the delivery of pharmacologically active molecules, and especially for transfecting polynucleotides into cells. It comprises nanoparticles of chitosan of low molecular weight and hyaluronan.

In a monitor device, an input unit inputs patient identification information, an information acquiring unit acquires state information on a state of a patient, and a transmission unit transmits the patient identification information and the state information to a management apparatus. In the management apparatus, biological information acquiring unit acquires the patient identification information, the state information, and identification information on the monitor device. A determination unit determines, when the acquired patient identification information and that stored in a storage device match each other, whether the acquired device identification information and the device identification information mapped to the location information stored in the storage device are the same as each other. When they are the same as each other, a storage management unit stores the acquired state information by associating it with the patient identification information stored in the storage device.

Systems and methods for accurately and efficiently associating devices with a user profile and compiling use information from such devices are disclosed. Devices are associated with the same user profile based on identifying consistent proximity of the devices to one another, e.g., by identifying that the devices are frequently used in proximate locations during a time period or by identifying that the devices are paired with one another. Local devices, rather than a remote server, are used to more efficiently associate devices with the user profile and/or compile use information from such devices. Devices that are associated with the same user profile as a local collection device send use information to the local collection device. The information from all of the devices associated with the user profile is then shared locally with other devices associated with that user profile and sent to a remote collection server.

A function for processing electronic money is installed in a mobile phone 7 provided with a contactless IC chip. At this time, an electronic money member number is written to the contactless IC chip.

The user accesses a point site on a point server 10 through a user terminal, and logs in thereto. The user enters the electronic money member number in the point site. The point server 10 transmits a combination of the electronic money member number and the user's point member number to an electronic money server 2. The electronic money server 2 receives the electronic money member number and the point member number from the point server 10, and memorizes them after establishing a linkage therebetween.

The invention relates to an image processing system for omnidirectional reading of optical patterns, for example of one-dimensional and two-dimensional codes.

One object is to provide an image processing system which ensures high resolution with rapid processing at the same time in order, in particular, to allow processing in video real time and to provide reliable identification of the image information, in particular reliable and low-error edge detection, segmentation and object association.

According to the invention, this is achieved by the use of a plurality of convolvers, which operate in parallel and/or using the time-division multiplexing method, for convolution of the digital image data, of a neighborhood processor (90) for reading and linking contour points (22), and/or of a statistical processor for reading a segment list.

This invention is in the general field of recombinant expression of polypeptides in animal cell culture. More particularly, the invention concerns improved selection in cells of recombinantly engineered vectors designed to express polypeptides.