mhurhangee/patent-ind-claim-en huggingface dataset:
A method of screening a subject for the presence of at least one genomic DNA (gDNA) variation biomarker of a panel of gDNA variation biomarkers for the diagnosis or prognosis of a movement disorder, the method comprising: assaying a nucleic acid sample obtained from the subject for the presence or absence of the gDNA variation biomarkers of the panel, wherein the panel comprises at least one low frequency gDNA variation biomarker for each of a plurality of genetic loci, said low frequency gDNA variation biomarkers being variants of Table 1 or Table 5, or is a variation that results in a nonsense or frameshift mutation in any of the genes in Table 3 in which the identified CNV region is indicated as exonic or as both exonic and intronic; and wherein the panel comprises at least 50 low frequency gDNA variation biomarkers.
A method for digitizing and subsequent processing an intermediate frequency (IF) signal for the fill level measurement for a pulse running time fill level sensor, the method comprising the following steps: pair sampling the IF signal at discrete pairs of points in time; converting the sampled IF signal into digital sampling values; wherein the subsequent processing of the digital sampling values calculates respectively from exactly one of the pairs of the digital sampling values (703, 704 and 705, 706) at least one new value characterizing the IF curve, wherein the IF signal consists of an amplitude modulated carrier wave having the IF frenquency, wherein respective time intervals between consecutive pairs of points in time are greater than the reciprocal value of a double IF frequency. pair sampling the IF signal at discrete pairs of points in time; converting the sampled IF signal into digital sampling values; wherein the subsequent processing of the digital sampling values calculates respectively from exactly one of the pairs of the digital sampling values (703, 704 and 705, 706) at least one new value characterizing the IF curve, wherein the IF signal consists of an amplitude modulated carrier wave having the IF frenquency, wherein respective time intervals between consecutive pairs of points in time are greater than the reciprocal value of a double IF frequency.
A connector comprising: a connector housing comprising a terminal accommodating portion formed with a bottomed tubular cavity , wherein a terminal fitting is provided in the tubular cavity and is configured to be connected to a counterpart terminal fitting of a counterpart connector; and a cap comprising: a cap body configured to cover an opening portion of the cavity ; a tubular portion vertically provided on a rear surface of the cap body and configured to be fitted into a tubular inner surface of the cavity in a fitting direction (A); a contact portion facing an opening edge portion of the cavity , provided on the cap body, and located outward than a root of the tubular portion in a radial direction of the cap body ; and a recessed portion provided on the rear surface of the cap body between the root of the tubular portion and the contact portion , wherein an outer peripheral surface of the tubular portion is provided with a plurality of positioning ribs that extend from the recessed portion in the fitting direction (A) and are arranged at equal intervals in a circumferential direction of the outer peripheral surface of the tubular portion . a connector housing comprising a terminal accommodating portion formed with a bottomed tubular cavity , wherein a terminal fitting is provided in the tubular cavity and is configured to be connected to a counterpart terminal fitting of a counterpart connector; and a cap comprising: a cap body configured to cover an opening portion of the cavity ; a tubular portion vertically provided on a rear surface of the cap body and configured to be fitted into a tubular inner surface of the cavity in a fitting direction (A); a contact portion facing an opening edge portion of the cavity , provided on the cap body, and located outward than a root of the tubular portion in a radial direction of the cap body ; and a recessed portion provided on the rear surface of the cap body between the root of the tubular portion and the contact portion , wherein an outer peripheral surface of the tubular portion is provided with a plurality of positioning ribs that extend from the recessed portion in the fitting direction (A) and are arranged at equal intervals in a circumferential direction of the outer peripheral surface of the tubular portion . a cap body configured to cover an opening portion of the cavity ; a tubular portion vertically provided on a rear surface of the cap body and configured to be fitted into a tubular inner surface of the cavity in a fitting direction (A); a contact portion facing an opening edge portion of the cavity , provided on the cap body, and located outward than a root of the tubular portion in a radial direction of the cap body ; and a recessed portion provided on the rear surface of the cap body between the root of the tubular portion and the contact portion ,
Modular, self-supporting structural element for house building construction, provided with mechanical constraining means for the mutual dry connection with at least one second modular structural element , said modular structural element having a variable density along at least one reference direction , characterized in that the structural element is provided with supporting means passing through said structural element, the supporting means comprising elongated elements arranged within relevant channels formed in the structural element , wherein said supporting means are connected to the constraining means .
A hollow core optical fibre comprising: a tubular jacket ; a cladding comprising a plurality of primary capillaries spaced apart from one another in a ring and each bonded to an inner surface of the jacket at a peripheral location around the circumference of the jacket; and a hollow core formed by a central void within the ring of primary capillaries; wherein the cladding further comprises, within each primary capillary, two secondary capillaries and no more, the two secondary capillaries spaced apart from one another and each bonded to an inner surface of the primary capillary at an azimuthal location around the circumference of the primary capillary which is displaced from the peripheral location of the primary capillary. a tubular jacket ; a cladding comprising a plurality of primary capillaries spaced apart from one another in a ring and each bonded to an inner surface of the jacket at a peripheral location around the circumference of the jacket; and a hollow core formed by a central void within the ring of primary capillaries; wherein the cladding further comprises, within each primary capillary, two secondary capillaries and no more, the two secondary capillaries spaced apart from one another and each bonded to an inner surface of the primary capillary at an azimuthal location around the circumference of the primary capillary which is displaced from the peripheral location of the primary capillary.
A method for producing a recombinant APMV-8 (Avian paramyxovirus 8) viral vector, wherein the method comprises the introduction into the APMV-8 genome of an isolated polynucleotide in a nonessential region of the APMV-8 genome, wherein the nonessential region is selected from the regions consisting of the untranslated region located upstream of the NP open reading frame, intergenic regions between two open reading frames of the APMV-8 genome, and the untranslated region located downstream of the L open reading frame, wherein the APMV-8 comprises a polynucleotide having at least 90% sequence identity to a polynucleotide having the sequence as set forth in SEQ ID NO:1 or a polynucleotide complementary to a polynucleotide having at least 90% sequence identity to a polynucleotide having the sequence as set forth in SEQ ID NO:1, wherein the isolated polynucleotide is heterologous and codes for and expresses an antigen derived from a pathogen, and wherein the recombinant APMV-8 viral vector is capable of eliciting an immune response which is specific to the antigen.
A wireless communication system for point to point mobile backhaul comprising a first device and a second device that are arranged to communicate with each other via a radio link , where the first device comprises a first device first part that is part of a packet domain of the first device, and at least one first device second part that is part of a radio link domain of the first device, and the second device comprises a second device first part that is part of a packet domain of the second device and at least two second device second parts that are part of a radio link domain of the second device, where each second part (6, 7; 9, 10) comprises a corresponding antenna arrangement (11, 12; 13, 14), wherein a common radio interface , CRI, constitutes a communication protocol for data streams between said first part and each of said second part (6, 7; 9, 10) for each device , and the CRI is arranged to support a variable size segmentation of data frames where formed data segments each comprises at least a part of a data frame the wireless communication system characterised in that : said second device first part comprises a data restoration unit that is arranged to restore received data that is transmitted from at least one first device second part to the at least two second device second parts .
Use of isopulegol, when formulated into a fragrance composition in an amount from 0.2 wt% to less than 10 wt%, based on the total weight of the fragrance composition, wherein the fragrance composition comprises a perfume ingredient in addition to isopulegol, as an agent enhancing the stimulating effect of the fragrance composition upon distribution in the air, by means of an air freshener dispenser device, and inhalation of the fragrance composition.
Saracatinib or a pharmaceutically acceptable salt thereof for use in the treatment of Idiopathic Pulmonary Fibrosis (IPF) in a human patient, wherein the IPF is characterized by abnormal collagen deposition, or by persistent, debilitating abnormal formation of lesions or scars determined by high-resolution computed tomography (HRCT) or biopsy.
A computer based method for updating a 3D virtual model of an intraoral cavity of a patient, the method comprising: obtaining first 3D scan data of the intraoral cavity including the dentition and associated anatomical structures of a patient, said first 3D scan data having been acquired by a hand-held intraoral scanner; displaying an image of a first virtual model on a display operatively connected to a computer system to enable a user to interact with the displayed image, wherein the first virtual model is based on said first 3D scan data of the intraoral cavity; identifying , based on the user's interaction with the displayed image, a part of the first virtual model which it is desired to retain; and the method being characterised by updating another part of the first 3D virtual model by modifying the 3D virtual model with second 3D scan data obtained from a corresponding physical part of the intraoral cavity while concurrently retaining the part of the first virtual model which it is desired to retain thereby providing an updated 3D virtual model of the intraoral cavity. obtaining first 3D scan data of the intraoral cavity including the dentition and associated anatomical structures of a patient, said first 3D scan data having been acquired by a hand-held intraoral scanner; displaying an image of a first virtual model on a display operatively connected to a computer system to enable a user to interact with the displayed image, wherein the first virtual model is based on said first 3D scan data of the intraoral cavity; identifying , based on the user's interaction with the displayed image, a part of the first virtual model which it is desired to retain; and the method being characterised by updating another part of the first 3D virtual model by modifying the 3D virtual model with second 3D scan data obtained from a corresponding physical part of the intraoral cavity while concurrently retaining the part of the first virtual model which it is desired to retain thereby providing an updated 3D virtual model of the intraoral cavity.
Evaluation method for a number of X-ray images (B) of a human examination object acquired by means of X-ray equipment , - wherein the X-ray images (B) are each spatially resolved in exactly two dimensions and include the arms of the examination object , - wherein, based on the examination object , in each case one dimension extends in the head-foot direction and a further dimension extends from left to right, - wherein in each case the respective body region is detected in the X-ray images (B) in steps that are equidistant in the head-foot direction and, based on this, the water-equivalent diameter (WED) of the examination object is determined in a plane orthogonal to the head-foot direction, - wherein the water-equivalent diameters (WED) determined for the respective position (z) are stored with allocation to the X-ray images (B) and the respective position (z) in the head-foot direction, characterised in that the arms of the examination object are removed from the X-ray image (B) before determination of the water-equivalent diameters (WED). - wherein the X-ray images (B) are each spatially resolved in exactly two dimensions and include the arms of the examination object , - wherein, based on the examination object , in each case one dimension extends in the head-foot direction and a further dimension extends from left to right, - wherein in each case the respective body region is detected in the X-ray images (B) in steps that are equidistant in the head-foot direction and, based on this, the water-equivalent diameter (WED) of the examination object is determined in a plane orthogonal to the head-foot direction, - wherein the water-equivalent diameters (WED) determined for the respective position (z) are stored with allocation to the X-ray images (B) and the respective position (z) in the head-foot direction, characterised in that the arms of the examination object are removed from the X-ray image (B) before determination of the water-equivalent diameters (WED).
A computer implemented instructions product comprising computer implementable instructions which, when run on a programmable computer device, cause the programmable computer device to perform a method for tool tracking, the method comprising: determining a determined position of a camera in a fixed reference frame from sensor data associated with a robotic mechanism , which is usable for manipulating the camera , and system kinematics of the robotic mechanism ; determining a determined position of a tool in a camera reference frame associated with the camera by using image data captured by the camera while viewing the tool ; and determining a position of the tool in the fixed reference frame by using the determined position of the camera in the fixed reference frame and the determined position of the tool in the camera reference frame . determining a determined position of a camera in a fixed reference frame from sensor data associated with a robotic mechanism , which is usable for manipulating the camera , and system kinematics of the robotic mechanism ; determining a determined position of a tool in a camera reference frame associated with the camera by using image data captured by the camera while viewing the tool ; and determining a position of the tool in the fixed reference frame by using the determined position of the camera in the fixed reference frame and the determined position of the tool in the camera reference frame .
Autonomous apparatus for cooking food comprising: - a support body , an openable lid hinged to said support body , wherein the support body has an external wall and an internal wall , - an internal container which can be extracted/inserted with respect to said support body and open at the top, wherein said internal wall is adjacent during use to said container ; - at least a heating device , one or more elements to generate a flow of air toward the inside of said container , said air flow generator element being connected to a return exit with a suction mouth made in correspondence with said internal wall of said support body and determining a closed circuit of the flow of air, characterized in that said suction mouth cooperates with a plurality of through holes made on at least one portion of the lateral wall of the internal container , said through holes being present at least partly on said lateral wall on a band near a peripheral edge disposed at the top of said lateral wall of said container , and in that said apparatus comprises a sending aperture configured to have a substantially hollow toroidal shape cooperating, when said lid is in a closed position on said container , with a peripheral edge of said container and communicating with the inside of said container . - a support body , an openable lid hinged to said support body , wherein the support body has an external wall and an internal wall , - an internal container which can be extracted/inserted with respect to said support body and open at the top, wherein said internal wall is adjacent during use to said container ; - at least a heating device , one or more elements to generate a flow of air toward the inside of said container , said air flow generator element being connected to a return exit with a suction mouth made in correspondence with said internal wall of said support body and determining a closed circuit of the flow of air, characterized in that said suction mouth cooperates with a plurality of through holes made on at least one portion of the lateral wall of the internal container , said through holes being present at least partly on said lateral wall on a band near a peripheral edge disposed at the top of said lateral wall of said container , and in that said apparatus comprises a sending aperture configured to have a substantially hollow toroidal shape cooperating, when said lid is in a closed position on said container , with a peripheral edge of said container and communicating with the inside of said container .
A method comprising: collecting a plurality of round trip time, RTT, measurements between a mobile device and at least one access point, AP, ; analyzing the plurality of RTT measurements; and determining whether the mobile device is in a stopped state comprising: analyzing the plurality of RTT measurements between the mobile device and the at least one AP ; and determining that a change in measured RTT is below a predetermined threshold for a first period of time; wherein the determining whether the mobile device is in a stopped state is further based on: at least one Global Navigation Satellite System, GNSS, measurement, or received signal strength indication, RSSI, measurements between the mobile device and the at least one AP , or sensor data from an accelerometer of the mobile device during a first time period, or various combinations thereof. collecting a plurality of round trip time, RTT, measurements between a mobile device and at least one access point, AP, ; analyzing the plurality of RTT measurements; and determining whether the mobile device is in a stopped state comprising: analyzing the plurality of RTT measurements between the mobile device and the at least one AP ; and determining that a change in measured RTT is below a predetermined threshold for a first period of time; analyzing the plurality of RTT measurements between the mobile device and the at least one AP ; and determining that a change in measured RTT is below a predetermined threshold for a first period of time; wherein the determining whether the mobile device is in a stopped state is further based on: at least one Global Navigation Satellite System, GNSS, measurement, or received signal strength indication, RSSI, measurements between the mobile device and the at least one AP , or sensor data from an accelerometer of the mobile device during a first time period, or various combinations thereof. at least one Global Navigation Satellite System, GNSS, measurement, or received signal strength indication, RSSI, measurements between the mobile device and the at least one AP , or sensor data from an accelerometer of the mobile device during a first time period, or various combinations thereof.
A method of adaptation of transmit power based on channel quality, comprising: determining that a visitor access terminal that is not authorized for data access at an access node has entered into a coverage area of said access node , wherein the coverage area of said access node is smaller than the coverage area of a macro node ; determining channel quality; and determining a transmit power value at the access node based on the determined channel quality, wherein the determining includes determining to decrease the transmit power value in the presence of the visitor access terminal that is not authorized for data access. determining that a visitor access terminal that is not authorized for data access at an access node has entered into a coverage area of said access node , wherein the coverage area of said access node is smaller than the coverage area of a macro node ; determining channel quality; and determining a transmit power value at the access node based on the determined channel quality, wherein the determining includes determining to decrease the transmit power value in the presence of the visitor access terminal that is not authorized for data access.