49 results about "Reference site" patented technology

Systems and methods are disclosed for providing community-specific content to customers of a merchant's web site. In one embodiment, customers who are electronically referred to the merchant's web site from an affiliate web site, or from one of a group of related affiliate web sites, are automatically assigned to the same community. For example, all customers who enter the merchant's web site from links on golf-related affiliate web sites may be assigned to the community “golf.” Customers may also join or be assigned to communities using other methods. Purchase histories and / or other activity data of the merchant's customers is analyzed periodically to identify specific products or other items that are currently “popular” within the community (e.g., best selling), based upon predefined criteria. This information is provided to members of the community, and possibly to other customers, on the merchant's web site and / or on the web sites of the corresponding affiliates.

Presented are methods and apparatus for delivering a surgical instrument to a treatment site within the body of a subject, enabling accurate placement of surgical tools in areas not directly visible to a surgeon during a surgical procedure, while reducing or eliminating need for real-time imaging modalities to guide placement of those surgical tools. A treatment tool is guided to a treatment site by placing a guiding element at a reference site within a body of a subject, the reference site having a known spatial relationship to the treatment site, and utilizing a positioning tool to guide a treatment tool to a locus so positioned with respect to that guiding element that the spatial relationship between that guiding element and that locus is substantially similar to the spatial relationship known to exist between the reference site and the treatment site, thereby positioning the treatment tool substantially at the treatment site. Methods and apparatus for focusing energy at a treatment site, methods and apparatus for treatment of Benign Prostate Hyperplasia, and methods and apparatus for performing a saturation biopsy of an organ are also presented.

A computing device-controlled system is described for the generation of amplitude-modulated pulse-width modulation (AMPWM) signals for use in treating neurological dysfunction via cranial neurostimulation, where the AMPWM signal is specifically designed to minimize the electrical impedance of the tissues of the head. A low-frequency carrier signal is determined for the AMPWM signal by measuring EEG activity at a reference site or sites, generally corresponding with the location of suspected brain dysfunction. Carrier signal frequency is variably related to critical frequency components of the EEG power spectral density, determined from statistical analysis of amplitudes and variability, and dynamically changed as a function of time to prevent entrainment. The AMPWM signal is presented to a subject via a plurality of neurostimulation delivery modes for therapeutic use.

A content terminal is storing management information that indicates the management status of a content. When some change occurs in the management status of the content, the content terminal updates the management information in its storage to meet the change, and notifies the updated details to a reference server. The reference server is the one storing reference information, which carries the same types of details as the management information. When receiving the updated details of the management information from the content terminal, the reference server uses thus notified updated details to update the reference information of a user. Because the management information and the reference information are correlated with each other, the user can see the details of the management information in the reference site using the content terminal. In such a manner, the user can refer to and update the details of the management information without directly accessing the control terminal.

The present invention is an analytical device which comprises a porous piece assembly consisting of a liquid reagent-receiving porous piece (1), a labeled substance-retaining piece (2), a test piece (3) comprising a detection site (4) and a reference site (5), and a sample-absorbing porous material piece (6); and a sample-receiving porous material piece (7) disposed independently therefrom and partially communicated therewith through a connection. The analytical device of the present invention exhibits extremely high sensitivity and can accurately perform various types of analysis.

Presented are methods and apparatus for delivering a surgical instrument to a treatment site within the body of a subject, enabling accurate placement of surgical tools in areas not directly visible to a surgeon during a surgical procedure, while reducing or eliminating need for real-time imaging modalities to guide placement of those surgical tools. A treatment tool is guided to a treatment site by placing a guiding element at a reference site within a body of a subject, the reference site having a known spatial relationship to the treatment site, and utilizing a positioning tool to guide a treatment tool to a locus so positioned with respect to that guiding element that the spatial relationship between that guiding element and that locus is substantially similar to the spatial relationship known to exist between the reference site and the treatment site, thereby positioning the treatment tool substantially at the treatment site. Methods and apparatus for treatment of Benign Prostate Hyperplasia are also presented.

The invention relates to the field of remote sense surveying and mapping and provides a method for extracting tree height from laser radar Gaussian echo data. The method comprises the steps of: selecting a plurality of calibration reference sites belonging to the same region type with a site where the tree height is to be measured; extracting a distance wc from a waveform centroid to an echo end position and an edge length l from the laser radar Gaussian echo data according to actual tree height values H corresponding to the plurality of sites one by one and a terrain index g under a digital elevation model; performing function fitting on H that is equal to a0*(wc-a1*g+a2*l) to obtain a group of best fitting parameters a0, a1 and a2; working out the tree height measured value H' of the site where the tree height is to be measured by a formula, H' is equal to a0*(w'c-a1*g'+a2*l'), according to the distance w'c from the waveform centroid to the echo end position, the edge length l', the terrain index g' of the site and the best fitting parameters a0, a1 and a2. According to the method, the tree height can be extracted from laser radar Gaussian echo data of large slope regions.

The invention provides a system for matching carpool users, and a method thereof. The method comprises the steps of receiving a first carpool request containing start site information and destination site information; receiving a second carpool request containing carpool information and get off sit information; calculating a start distance between the start site and the carpool site according to the start site information, each carpool information, the target site information and each get off site information; calculating a terminal site included angle formed from a reference site to the target site and from the reference site to the get off site; and / or calculating an overlapping ratio of driving routes from the start site to the target site and from the carpool site to the get off site, so as to match technical means of the first carpool request and the second carpool request, so that carpool matching service can be provided and technical functions suitable for matching the carpool users can be achieved.

The invention relates to a preparation method for the titanium mesh cranial prosthesis, which is characterized in that: the scanning picture of the CT thin layer is introduced into the two-dimensional coordinate region; a halfway line, a baseline, a line of reference and a plurality of construction lines of the brain are drew up; the reference sites of the cranium demanding to be repaired are determined in the intersection of each construction line and the fine cranium in the symmetrical region of the defect region; and the corresponding prosthesis element points are generated in the defect region of the cranium; the layer of the scanning picture corresponding with the element point, the number of the construction line and the vertical distance between the element point and the baseline are taken into recording; each sheet of the CT films of different layers is introduced into the coordinate region, so as to carry out the operation and form the data of all element points of cranial morphology in the defect region; and the titanium mesh is pressed with non-die multi-point former according with the data of the element points, so as to obtain the titanium mesh cranial prosthesis. The titanium mesh cranial prosthesis has the advantages that: the preparation of the titanium mesh cranial prosthesis can be finished; however the three-dimensional prototype of the head of the patients need not to be reconstructed; and the position of the element point can be properly selected according to the experience of the operator, so as to enable the shape of the repaired cranium to more accord with the cosmetic requirements.

In a method and apparatus for supporting dental implantation surgery, a three-dimensional CT image of jaws of an object is acquired. A reference site of the jaws and an implantation position of a gum in the jaws are set in the three-dimensional CT image. The implant is implanted at the implantation position. A three-dimensional optical image of an inside of an oral cavity of the object is then produced. The reference site is positionally set in the three-dimensional optical image through recognition of a shape of the reference site in the three-dimensional optical image. A surgical tool is positionally controlled to the implantation position in the oral cavity, based on i) a relationship between the position of the reference site and the implantation position of the gum in the three-dimensional CT image and ii) the position of the reference site in the three-dimensional optical image.

The invention relates to a temperature missing data filling method and system and electronic equipment. The method comprises the following steps: step a, respectively reading temperature data of a to-be-filled station and each observation station located in the same region as the to-be-filled station, and counting a common time sequence of the to-be-filled station and each observation station according to the temperature data; b, calculating a correlation coefficient between the to-be-filled station and each observation station by utilizing the temperature data of the common time sequence of the to-be-filled station and each observation station at the corresponding moment, and screening out at least one observation station with the strongest correlation with the to-be-filled station as a filling reference station according to the correlation coefficient; and step c, fitting a linear function between the to-be-filled station and the at least one filling reference station by utilizing the temperature data of the at least one filling reference station at the moment corresponding to the common time sequence, and filling the temperature data of the to-be-filled station through the linear function. According to the invention, the accuracy and operability of temperature data filling are improved.

The invention discloses a three-dimensional positioning method and device. The method includes the following steps that: APs of which the RSSI values are greater than a certain threshold value are selected as positioning APs, and when the positioning APs are increased as much as possible, errors are decreased; with every three APs adopted as a reference site point set, a reference site point set assembly is generated according to the selected AP; APs which are not located on a plane defined by the reference site point sets are searched in each reference site point set; reference site coordinates are calculated according to the reference site point sets and the APs which are not located on the plane of the reference site point sets, namely, four APs which are not located on the same plane are adopted to perform coordinate calculation; and positioning coordinates can be obtained according to the reference site coordinates which are obtained through calculation. With the three-dimensional positioning method and device adopted, the problem that just two-dimensional plane coordinates can be obtained in the prior art can be solved. According to the three-dimensional positioning method and device of the invention, the plurality of reference site coordinates can be obtained through utilizing the plurality of obtained reference site point sets, and the positioning coordinates can be obtained according to the reference site coordinates, and therefore, system errors and computing errors can be decreased, and the accuracy of three-dimensional positioning can be improved.

The invention relates to a mobile trajectory tracking device, mobile trajectory tracking method and shooting simulation device using the same. The mobile track tracking device according to an embodiment of the invention includes a measuring camera which measures the motion information of the motion direction, motion speed, rotation speed or rotation direction of a ball to which force is applied by a user; a coordinate detection unit which measures a three-dimensional motion coordinate on a set measuring site or measuring time point for the abovementioned moving ball; a screen which is located at a set reference site in a direction of forward motion of the abovementioned ball and outputs set image data; and a control unit which utilizes the abovementioned motion information and motion coordinate to calculate the movement trajectory of the abovementioned ball.

The invention provides a multiplex amplification detecting system of a microsatellite instable state and application thereof. The multiplex amplification detecting system comprises 13 pairs of primerswhich are capable of amplifying 13 sites comprising 9 mononucleotide repeat sites (NR-21, NR-24, BAT-25, BAT-26, MONO-27, BAT-52, BAT-56, BAT-59 and BAT-60), 2 pentanucleotide repeat sites (Penta C and Penta D) and 2 reagent internal reference sites (QS90 and QS330), and optimizing the proportioning of the detecting system and the concentrations of the primers. A large amount of experiments verify that 13 sites can be finally and simultaneously amplified in one-tube reaction, and higher specificity and higher sensitivity are obtained; meanwhile, sample internal reference sites and reagent internal reference sites are added, so that interference caused by factors of sample mixing, reagent invalidation and the like during a whole detecting process can be avoided, and higher application value is obtained.

A design support system includes an input means for receiving shape data indicative of mutually different first and second shapes, finite element model data indicative of a finite element model for each shape, and attribute data indicative of an attribute at each node of the finite element model, a shape display means for displaying the shapes on a screen, a superimposing means for superimposing the shapes displayed on the screen, on each other, based on a reference site, an attribute calculating means for calculating the attributes at attribute calculation points set at predetermined positions on the screen, based on the attributes of the nodes, with respect to each of the superimposed shapes, and an attribute difference calculating means for calculating differences in the attributes of the nodes and the attribute calculation points of the respective shapes.

The invention discloses a post-event data quality evaluation method and system based on a Beidou ground-based augmentation system. The method comprises the following steps: receiving observation data and navigation ephemeris of all reference stations connected with the Beidou ground-based augmentation system by using a distributed satellite data receiving system; performing data integrity analysis on the observation data to obtain a data integrity result of each base station; performing observation data quality analysis and broadcast ephemeris precision evaluation of each base station according to the observation data and the navigation ephemeris; and storing and displaying observation data quality analysis and broadcast ephemeris precision evaluation results of the reference stations. According to the post data quality evaluation method, each reference site of the foundation augmentation system can be well analyzed, site operation and maintenance logs are generated in time, site data quality is effectively analyzed, site operation problems are found and corrected in time, and external service use of foundation augmentation system data is supported.

A method and system are presented for use in controlling a process of material removal from the surface of a patterned structure, by measuring at least one of residue, erosion, dishing and corrosion effects in the structure induced by this process. The structure is imaged utilizing phase modulation of light reflected from the structure, and a phase map of the structure is thereby obtained. This phase map is analyzed and data indicative of light reflective properties of layer stacks of the structure is utilized to determine a phase difference between light reflected from a selected measured site and at least one reference site spaced-apart from the selected site. The phase difference is thus indicative of the measured effect.

The invention discloses a hierarchical bounding box tree construction method on the basis of a linked list sorting balanced binary tree, and belongs to the technical field of software collision detection in virtual reality. An object which needs to establish a bounding box tree is divided into basic geometric primitives according to reasonable accuracy, a corresopnding AABB hierarchical bounding box is generated, a linked list sorting balanced binary tree is created, the created binary tree is traversed, an attribute value is added for each binary tree object in the linked list for storing length from the binary tree to a reference site, and the linked list is subjected to ascending sorting according to the attribute value in the binary tree object in the linked list; the linked list is traversed, the binary trees in the linked list are combined pairwise, and a combination result is stored into the linked list. The height of the tree is lowered by a linked list sorting balanced binarytree method, the repeated sorting problem in a binary tree combination process is solved, time complexity during traversal is lowered, the time consumption of tree construction is saved, and the realtime and the collision detection efficiency of a collision detection process can be improved.

The invention discloses an anti-interference antenna and a manufacturing method thereof. The anti-interference antenna includes a reference site, a radiation source and a connection part. The radiation source is arranged adjacent to the reference site in a manner that a radiation gap is formed between the radiation source and the reference site. The radiation source is provided with a feed point and at least one ground point. The connection part includes a first connecting piece and a second connecting piece. The first connecting piece is electrically connected to the ground points of the radiation source. The second connecting piece is grounded. The second connecting piece forms the reference site. At least a part of the first connecting piece is electrically connected to at least a partof the second connecting piece.

The invention provides a detection reagent for AZF (azoospermia factor) region microdeletion of a Y chromosome. The detection reagent comprises a primer composition, wherein primer sequences are designed for such primer sites aiming at the AZF region of the Y chromosome and other specificity regions serving as internal references; the characteristics of the primer sequences comprises: (1) in each group of primers, three continuous primers are designed by taking the previous sequence of a genome as a template, and form a PCR template after being connected; (2) a primer site sequence has a known and unchanged copy number in the target region of the chromosome of a normal person, and the sequence does not exist in other chromosome regions except the target region; (3) the sequence primers have close annealing temperatures, and the fluctuation range is lower than 5 DEG C; (4) the primer sequences do not have complementarity to a general amplification primer sequence; (5) an internal reference site only appears in the target region, and does not exist in other regions of the genome. The invention further provides a kit for detecting the AZF region microdeletion of the Y chromosome and a method for detecting the AZF region microdeletion of the Y chromosome.

The invention relates to a method of real-time coordinate transformation of a ground-based augmentation system. The method comprises the following steps: sending a user name, a password, a source node and coarse position information to a NtripCaster by a user; sending the coarse position information to the ground-based augmentation system by the NtripCaster; broadcasting virtual reference station information of a coarse position to the NtripCaster by the ground-based augmentation system; decoding virtual reference station coordinates in an RTCM by the NtripCaster, and calculating velocity fields of virtual reference sites; transforming the virtual reference station ITRF coordinates into WGS84 or CGCS2000 coordinates by the NtripCaster; broadcasting the converted virtual reference station information for the user by the NtripCaster; and utilizing the converted virtual reference station information to perform relative positioning by the user, and obtaining the WGS84 and CGCS2000 coordinates. According to the method, coordinate transformation of the ground-based augmentation system is realized, the reliability and the stability of services of the ground-based augmentation system are guaranteed, an application range is wide, and the generality is high.

The invention discloses a method for calculating the atmospheric transmissivity of a site without meteorological parameters. The method comprises the steps that position information of the site needing to be estimated is obtained; according to the position information of the site needing to be estimated and a preset searching condition, one or more sites with the meteorological parameters are found, and the found sites serve as reference sites; according to the distance between the site needing to be estimated and each reference site and the meteorological parameter of each reference site, the atmospheric transmissivity of the site needing to be estimated is obtained through calculation. By means of the method for calculating the atmospheric transmissivity of the site without the meteorological parameters, the atmospheric transmissivity of an area with unknown meteorological parameters can be calculated, and the problem about the calculation of the atmospheric transmissivity of the area without the meteorological parameters is solved.

The invention provides a method and device for confirming the site information template corresponding to a target object. The method comprises the following steps: a. a processing device acquires a corresponding reference text from a reference site according to the reference site template corresponding to the target object; b. matching inquire is conducted according to the reference text to confirm one or more site training texts matched with the reference text; c. the site information template corresponding to the target object in the object sites is confirmed according to at least one site training text among the one or more site training texts and the site relevant information of the target site corresponding to the confirmed site training text. Compared with the prior art, the site information template is confirmed according to the target object, the accuracy of information acquirement is improved, the range of information acquirement is widened, and the efficiency of information acquirement is improved.

The invention discloses an automatic bus stop announcement method and system and a remote server. The method comprises the following steps: taking the previous bus stop announcement station as a reference station, judging whether the geographical distance of a vehicle leaving the reference station in the running direction of a specified line and the time distance between the current running time of the vehicle and the previous bus stop announcement time meet conditions or not, and if so, determining that the serial number of a station to-be-reported is equal to the serial number of the reference station plus 1; and if not, taking the next station of the reference station as the reference station, continuing to judge whether the geographical distance and the time distance meet the conditions or not, then obtaining the ID of the station to-be-reported according to the serial number of the station to-be-reported and the running direction of the line, and generating bus stop announcement information when the geographical distance between the vehicle and the station to-be-reported meets the bus stop announcement radius of the station to-be-reported. According to the method, the to-be-arrived stations are sequentially searched according to the station sequence; once the to-be-arrived stations are found, the geographic distance and the time distance between the subsequent stations andthe vehicle are not calculated anymore, so that bus stop announcement skipping conditions are avoided, and the calculated amount is reduced.

The invention provides a method for calculating a site response in an earthquake by considering a medium quality factor, and relates to the technical field of earthquake engineering and geotechnical engineering. The method comprises the following steps of selecting a research area with a similar structure, and collecting horizontal seismic records of all bedrock sites; obtaining east-west and south-north Fourier amplitude spectrums of the bedrock sites; calculating east-west and south-north quality factors of every two bedrock sites; obtaining the medium quality factor with a form such as Q(f)=Q0fn; and calculating the horizontal site response of the research site in the earthquake. According to the method for calculating the site response in the earthquake by considering the medium quality factor, provided by the invention, the absorptive attenuation effect of the quality factors on earthquake waves is considered; when a hypocentral distance of a reference site and a hypocentral distance of the research site have relatively large difference, an improved spectral ratio method can evaluate the site response more accurately; a powerful basis is provided for engineering site selection; and the damage to the engineering caused by poor site geological conditions in the earthquake is reduced.

A system and method are provided for distinguishing between a plurality of remote sites accessed through a network interconnection by a reference site based upon envelope characteristics of communication signals transmitted therebetween. Communications signals transmitted during an interconnected session established between one of the remote sites and the reference site are time-captured in a plurality of data segments. The time-captured segments are parsed to selectively generate for each the interconnected remote sites an envelope signal indicative of at least one resource allocation response thereof during the interconnection session, the envelope signal being defined by values of at least a first predetermined envelope parameter acquired from the time-captured segments. Based on the envelope signal, a characteristic signature is established for each interconnected remote site to be identified. Newly-captured communication signal segments are thereby classified in remote site origination based on the characteristic signatures of identified remote sites.

One or more embodiments of the invention provide a position verification method and a device, electronic equipment and a storage medium. The method comprises the following steps: determining a to-be-verified site and a plurality of reference sites corresponding to the to-be-verified site, and obtaining declaration positions of the to-be-verified site and the reference sites; according to travel related information between the to-be-verified place and each reference place, an estimated travel distance between the to-be-verified place and each reference place is determined, and the travel related information comprises travel time information between the to-be-verified place and each reference place; positioning the to-be-verified place according to the declaration position of each reference place and the estimated travel distance obtained by estimation to obtain an estimated position of the to-be-verified place, and matching the estimated position with the declaration position of the to-be-verified place, and judging whether the declaration position of the to-be-verified place passes verification or not according to a matching result.

A method and apparatus for providing wind farm electricity production values is described. Such an arrangement is useful in providing an indication of potential electricity production values from a test site where there is limited meteorological data available. By associating the test site with a reference site for which there is extended data available, it is possible to utilize the data from the reference site to provide an estimate of future wind conditions and hence the potential wind resource that can be utilized in the production of electricity from that site.