mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment configured for WLAN based positioning, the method comprising: receiving a capability request message, received from a location server, the capability request message including a request for WLAN location capabilities from the user equipment; and causing transmission of a capability response message for transmission to the location server to indicate location capabilities of the user equipment; receiving an assistance data message, received from a location server, wherein the assistance data message is based on the location capabilities of the user equipment, the assistance data message comprising WLAN location information, the WLAN location information including one or more WLAN access point identifiers configured to specify a BSSID associated with a respective WLAN access point, wherein the WLAN location information is used by the user equipment to identify one or more WLAN access points and to provide measurements of the one or more WLAN access points to the location server; and causing transmission of a location information message for transmission to the location server, the location information message including WLAN measurement information, wherein the WLAN measurement information comprises one or more of a WLAN measurement list of measurements of signals from one or more of the WLAN access points, one or more beacon RSSI indicators, or one or more RTT indicators. receiving a capability request message, received from a location server, the capability request message including a request for WLAN location capabilities from the user equipment; and causing transmission of a capability response message for transmission to the location server to indicate location capabilities of the user equipment; receiving an assistance data message, received from a location server, wherein the assistance data message is based on the location capabilities of the user equipment, the assistance data message comprising WLAN location information, the WLAN location information including one or more WLAN access point identifiers configured to specify a BSSID associated with a respective WLAN access point, wherein the WLAN location information is used by the user equipment to identify one or more WLAN access points and to provide measurements of the one or more WLAN access points to the location server; and causing transmission of a location information message for transmission to the location server, the location information message including WLAN measurement information, wherein the WLAN measurement information comprises one or more of a WLAN measurement list of measurements of signals from one or more of the WLAN access points, one or more beacon RSSI indicators, or one or more RTT indicators.
Central bearing unit for at least one roller shutter shaft mounted in a roller shutter box, having a bearing-receiving cutout which opens towards a lateral edge and is intended for receiving a roller shutter shaft central bearing element, wherein the central bearing unit has at least one static element which comprises a carrier plate with the bearing-receiving cutout and two fastening tabs (12, 14) attached to and angled away from the carrier plate on opposite outer edges in order to take up forces acting in the vertical direction, characterized by a reinforcing plate which is thicker than the static element and which has a bearing-receiving cutout which opens towards a lateral edge and which is congruent with the bearing-receiving cutout of the static element, and also characterized in that the static element is metallic.
A cylindrical conductive belt for electrophotography comprising: a continuous phase which comprises a thermoplastic polyester resin; and discontinuous phases each of which comprises any one or both selected from a polyether-ester amide and a polyether amide; said discontinuous phases being present in such way as to extend in the peripheral direction of said cylindrical conductive belt; wherein a crystallinity of an outer-peripheral surface side of said cylindrical conductive belt is lower than that of an inner-peripheral surface side of said cylindrical conductive belt. a continuous phase which comprises a thermoplastic polyester resin; and discontinuous phases each of which comprises any one or both selected from a polyether-ester amide and a polyether amide; said discontinuous phases being present in such way as to extend in the peripheral direction of said cylindrical conductive belt; wherein a crystallinity of an outer-peripheral surface side of said cylindrical conductive belt is lower than that of an inner-peripheral surface side of said cylindrical conductive belt.
A method performed by a user equipment, UE, for receiving data in a communication system, the method comprising: acquiring a hybrid automatic repeat request, HARQ, process identifier, ID, using a number of HARQ processes, interval information, and time information (405, 410), wherein the number of HARQ processes is for periodic resource allocation without corresponding control information on an L1 control channel and the interval information is the periodic resource allocation interval; and wherein the time information is the timing at which the periodic resources are allocated, and receiving data in a first transmission based on the periodic resource allocation and the HARQ process ID. acquiring a hybrid automatic repeat request, HARQ, process identifier, ID, using a number of HARQ processes, interval information, and time information (405, 410), wherein the number of HARQ processes is for periodic resource allocation without corresponding control information on an L1 control channel and the interval information is the periodic resource allocation interval; and wherein the time information is the timing at which the periodic resources are allocated, and receiving data in a first transmission based on the periodic resource allocation and the HARQ process ID.
A teleoperated surgical system comprising: an instrument carriage comprising a control surface, a detection pin (410A-D) coupled to the instrument carriage and comprising a distal end portion, a proximal end portion, the distal end portion of the detection pin being positioned adjacent the control surface, the detection pin being movable along proximal and distal directions parallel to a proximal-distal dimension of the detection pin; a spring (530A-D) configured to support motion of the detection pin along the proximal and distal directions; and a sensor (560A-D) fixed relative to the instrument carriage and configured to detect a position of the detection pin; and a carriage controller coupled to the sensor, the carriage controller providing a signal, based on an output signal of the sensor, that indicates installation states of an instrument sterile adapter and/or a surgical instrument on the instrument carriage. an instrument carriage comprising a control surface, a detection pin (410A-D) coupled to the instrument carriage and comprising a distal end portion, a proximal end portion, the distal end portion of the detection pin being positioned adjacent the control surface, the detection pin being movable along proximal and distal directions parallel to a proximal-distal dimension of the detection pin; a spring (530A-D) configured to support motion of the detection pin along the proximal and distal directions; and a sensor (560A-D) fixed relative to the instrument carriage and configured to detect a position of the detection pin; and a control surface, a detection pin (410A-D) coupled to the instrument carriage and comprising a distal end portion, a proximal end portion, the distal end portion of the detection pin being positioned adjacent the control surface, the detection pin being movable along proximal and distal directions parallel to a proximal-distal dimension of the detection pin; a spring (530A-D) configured to support motion of the detection pin along the proximal and distal directions; and a sensor (560A-D) fixed relative to the instrument carriage and configured to detect a position of the detection pin; and a carriage controller coupled to the sensor, the carriage controller providing a signal, based on an output signal of the sensor, that indicates installation states of an instrument sterile adapter and/or a surgical instrument on the instrument carriage.
A multi-compartment capsule comprising: a body; a diaphragm extending into the body and defining a first compartment between a first surface of the diaphragm and the body, adapted to hold a first ingredient; and a cap mounted to the body and opposed to the diaphragm, and defining a second compartment between an opposing surface of the diaphragm and the cap, adapted to hold a second ingredient; wherein a sidewall of the diaphragm extends along the body, and a curved portion of the diaphragm is spaced apart from the body; and wherein a ratio of the length of the body to the length of the diaphragm is in the range of 2.0 to 2.9. a body; a diaphragm extending into the body and defining a first compartment between a first surface of the diaphragm and the body, adapted to hold a first ingredient; and a cap mounted to the body and opposed to the diaphragm, and defining a second compartment between an opposing surface of the diaphragm and the cap, adapted to hold a second ingredient; wherein a sidewall of the diaphragm extends along the body, and a curved portion of the diaphragm is spaced apart from the body; and wherein a ratio of the length of the body to the length of the diaphragm is in the range of 2.0 to 2.9.
A method for the detection of a quantitative difference between the amount of a first target region of nucleic acid and a second target region of nucleic acid in a sample, such that the first target region is a gene or chromosome the relative copy number of which is to be studied, and the second target region is a different gene or chromosome present in normal copy number, wherein said method comprises the steps of: (a) providing the sample comprising the nucleic acid; (b) hybridisation of one or more first probes to the first target region; (c) hybridisation of one or more second probes to the second target region, such that the number and/or positioning of second probes on the second target region differs from the number and/or positioning of first probes on the first target region; (d) detection of the number and/or position of the first probes identified on nucleic acid molecules within the sample as a specific signature assignable to the presence of the first target region; (e) detection of the number and/or position of the second probes identified on nucleic acid molecules within the sample as a specific signature assignable to the presence of the second target region; wherein a difference between the number of specific signatures obtained in step (d) and the number of specific signatures obtained in step (e) is indicative of a quantitative difference between the amount of the first and second target regions of nucleic acid in the sample; and wherein the detection steps (d) and (e) comprise a nanopore based detection method. (a) providing the sample comprising the nucleic acid; (b) hybridisation of one or more first probes to the first target region; (c) hybridisation of one or more second probes to the second target region, such that the number and/or positioning of second probes on the second target region differs from the number and/or positioning of first probes on the first target region; (d) detection of the number and/or position of the first probes identified on nucleic acid molecules within the sample as a specific signature assignable to the presence of the first target region; (e) detection of the number and/or position of the second probes identified on nucleic acid molecules within the sample as a specific signature assignable to the presence of the second target region;
Electric power supply device, comprising a support provided with an electronic device to be supplied with electric power and a battery pack comprising a housing and at least one electric power accumulation element disposed inside the housing, wherein the support and the battery pack comprise complementary means (12, 30; 24, 27) for coupling and retaining in a coupling position and are provided with complementary electric contact means (16a, 16b; 29, 30) that are respectively connected to the electronic device and to the electric power accumulation element and that are in contact at least in said coupling position so that the electronic device is supplied with electric power by said electric power accumulation element, wherein the support is provided with at least one detector element connected to the electronic device and the battery pack is provided with at least one detectable element capable of acting on the detector element when they are in the presence of each other, the detector element being capable of supplying the electronic device with a presence/absence signal of the detectable element as a function of the presence/absence of the battery pack relative to said coupling position, such that the electronic device is in an operating state only when it receives a presence signal, characterised in that the detector element is adapted to deliver a presence signal only when the support and the battery pack are in said coupling position or are moved relative to each other between said coupling position and a predetermined clearance position, and wherein the complementary coupling and retaining means comprise means for keeping said complementary electric contact means in contact when the support and the housing of the battery pack are moved relative to each other between said coupling position and said predetermined clearance position and up to an upper clearance position that is further away from said coupling position than said predetermined clearance position.
A Norrin compound for use in the treatment of a pathological condition of the retina, wherein the Norrin compound is a nucleotide sequence encoding a Norrin protein, a cell transfected with a nucleotide sequence encoding a Norrin protein and comprising said nucleotide sequence, or a Norrin protein wherein the Norrin protein is selected from the group consisting of a polypeptide having the sequence of SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, an oligomeric complex comprising a Norrin protein, and a mutant form of Norrin protein, wherein the mutant form is selected from the group of consisting of the R64E mutant, the T27A, S28A and S29A mutant; the P36A, R37A and R38A mutant and the H127A, E129A and E130A mutant of the polypeptide of SEQ ID NO:1, wherein the retinal disease is selected from the group consisting of vitreoretinopathy, retinopathy of prematurity, and familial exudative vitreoretinopathy.
An apparatus (101; 201) for measuring contact stresses, the apparatus comprising: an inner body (102; 202) defining a volume (105; 205), the inner body having an outer face (107; 207) for contacting soil and one or more side walls (104; 204); a plurality of strain sensors arranged on the one or more side walls of the inner body for measuring strain on the one or more side walls of the inner body, such that the contact stresses are then able to be determined; characterised in that: the apparatus is adapted for measuring contact stresses between the apparatus and soil in contact with the apparatus; the volume defined by the inner body is impermeable; the apparatus further comprises an outer body (108; 208) at least partially surrounding the inner body, wherein at least part of the outer body is spaced from the one or more side walls of the inner body to define a cavity (109; 209) therebetween; and part (110; 210) of the outer body is porous and is arranged to permit fluid to pass through the porous part of the outer body into the cavity. an inner body (102; 202) defining a volume (105; 205), the inner body having an outer face (107; 207) for contacting soil and one or more side walls (104; 204); a plurality of strain sensors arranged on the one or more side walls of the inner body for measuring strain on the one or more side walls of the inner body, such that the contact stresses are then able to be determined; characterised in that: the apparatus is adapted for measuring contact stresses between the apparatus and soil in contact with the apparatus; the volume defined by the inner body is impermeable; the apparatus further comprises an outer body (108; 208) at least partially surrounding the inner body, wherein at least part of the outer body is spaced from the one or more side walls of the inner body to define a cavity (109; 209) therebetween; and part (110; 210) of the outer body is porous and is arranged to permit fluid to pass through the porous part of the outer body into the cavity. the apparatus is adapted for measuring contact stresses between the apparatus and soil in contact with the apparatus; the volume defined by the inner body is impermeable; the apparatus further comprises an outer body (108; 208) at least partially surrounding the inner body, wherein at least part of the outer body is spaced from the one or more side walls of the inner body to define a cavity (109; 209) therebetween; and part (110; 210) of the outer body is porous and is arranged to permit fluid to pass through the porous part of the outer body into the cavity.
An ophthalmologic apparatus, comprising: an optical scanner disposed at an optically substantially conjugate position with a first site of a subject's eye; an interference optical system configured to split light from a light source into reference light and measurement light, to project the measurement light onto the subject's eye via the optical scanner, and to detect interference light between returning light of the measurement light from the subject's eye and the reference light via the optical scanner; an image forming unit configured to form a tomographic image of the subject's eye corresponding a first traveling direction of the measurement light deflected by the optical scanner, based on a detection result of the interference light obtained by the interference optical system; an intraocular distance calculator configured to obtain an intraocular distance between predetermined sites of the subject's eye based on the detection result of the interference light; an image correcting unit configured to correct the tomographic image formed by the image forming unit, based on the intraocular distance obtained by the intraocular distance calculator; and a controller configured to control at least the optical scanner. an optical scanner disposed at an optically substantially conjugate position with a first site of a subject's eye; an interference optical system configured to split light from a light source into reference light and measurement light, to project the measurement light onto the subject's eye via the optical scanner, and to detect interference light between returning light of the measurement light from the subject's eye and the reference light via the optical scanner; an image forming unit configured to form a tomographic image of the subject's eye corresponding a first traveling direction of the measurement light deflected by the optical scanner, based on a detection result of the interference light obtained by the interference optical system; an intraocular distance calculator configured to obtain an intraocular distance between predetermined sites of the subject's eye based on the detection result of the interference light; an image correcting unit configured to correct the tomographic image formed by the image forming unit, based on the intraocular distance obtained by the intraocular distance calculator; and a controller configured to control at least the optical scanner.
An image diagnosis catheter for acquiring a tomographic image of a biological lumen, the image diagnosis catheter comprising: an elongated sheath including a lumen; a rotatable elongated member disposed in the lumen of the sheath; a housing disposed at a distal end portion of the elongated member, the housing including an interior surrounded by an outer wall of the housing; an ultrasound transceiver positioned in the housing; an optical transceiver positioned in the housing; the optical transceiver including a reflecting surface provided with a reflective coating that reflects light propagating in an axial direction of the elongated member; and the housing including an opening as seen in a cross section orthogonal to an axial direction of the elongated member, the opening passing through the wall of the housing so that the opening communicates the interior of the housing with exterior of the housing, and the opening opens larger around the ultrasound transceiver than around the optical transceiver and characterized in that, the circumferential extent of the portion of the opening around the ultrasound transceiver is larger than the circumferential extent of the portion of the opening around the optical transceiver. an elongated sheath including a lumen; a rotatable elongated member disposed in the lumen of the sheath; a housing disposed at a distal end portion of the elongated member, the housing including an interior surrounded by an outer wall of the housing; an ultrasound transceiver positioned in the housing; an optical transceiver positioned in the housing; the optical transceiver including a reflecting surface provided with a reflective coating that reflects light propagating in an axial direction of the elongated member; and the housing including an opening as seen in a cross section orthogonal to an axial direction of the elongated member, the opening passing through the wall of the housing so that the opening communicates the interior of the housing with exterior of the housing, and the opening opens larger around the ultrasound transceiver than around the optical transceiver and characterized in that, the circumferential extent of the portion of the opening around the ultrasound transceiver is larger than the circumferential extent of the portion of the opening around the optical transceiver.
A pharmaceutical vaccine composition for use in vaccination to an influenza virus, comprising: (a) influenza virus antigen; (b) a lipooligosaccharide, where LOS is defined as a modified LPS (lipopolysaccharide) with low molecular weight which has glycochains shorter than natural occurring LPS and having a molecular weight in a range of 5,000-10,000 Da before deacylation, where LOS is derived from Escherichia coli having a molecular weight in the range of 2,000-4,000 Da after deacylation, which is deacylated by elimination from LOS of a fatty acid linked to glucosamine of lipid A via -C O- bond resulting in significant reduction of cytotoxicity compared to LOS; and (c) an immunoadjuvant which is aluminum hydroxide; (d) a pharmaceutically acceptable carrier. (a) influenza virus antigen; (b) a lipooligosaccharide, where LOS is defined as a modified LPS (lipopolysaccharide) with low molecular weight which has glycochains shorter than natural occurring LPS and having a molecular weight in a range of 5,000-10,000 Da before deacylation, where LOS is derived from Escherichia coli having a molecular weight in the range of 2,000-4,000 Da after deacylation, which is deacylated by elimination from LOS of a fatty acid linked to glucosamine of lipid A via -C O- bond resulting in significant reduction of cytotoxicity compared to LOS; and (c) an immunoadjuvant which is aluminum hydroxide; (d) a pharmaceutically acceptable carrier.
A packaging material comprising a polymer sheet having a length in a longitudinal direction and a width in a transverse direction, characterized in that the polymer sheet includes a polymer layer comprising at least one longitudinal band (18, 20) of oxygen absorber and at least one longitudinal band (14, 15, 16) not containing oxygen absorber transversely adjacent in the width of the polymer layer.