mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor integrated circuit, IC, comprising: a first ring oscillator, ROSC, circuit and a second ROSC circuit at spaced apart locations in the IC , each ROSC circuit having a respective oscillation frequency in operation that varies with temperature; a semiconductor temperature sensor , located in the IC proximate to the first ROSC circuit and providing a sensor output signal indicative of temperature; and at least one processor , configured to indicate a temperature at the second ROSC circuit based at least on: the sensor output signal, the oscillation frequency of the second ROSC circuit , and the oscillation frequency of the first ROSC circuit ; wherein the at least one processor is configured to indicate the temperature at the second ROSC circuit at least by: calibrating a relationship between temperature and the oscillation frequency of the second ROSC circuit based on a relationship between a local voltage (IR) droop and the oscillation frequency of the second ROSC circuit ; and calibrating a relationship between temperature and the oscillation frequency of the first ROSC circuit , based on a relationship between a local voltage (IR) droop and the oscillation frequency of the first ROSC circuit . a first ring oscillator, ROSC, circuit and a second ROSC circuit at spaced apart locations in the IC , each ROSC circuit having a respective oscillation frequency in operation that varies with temperature; a semiconductor temperature sensor , located in the IC proximate to the first ROSC circuit and providing a sensor output signal indicative of temperature; and at least one processor , configured to indicate a temperature at the second ROSC circuit based at least on: the sensor output signal, the oscillation frequency of the second ROSC circuit , and the oscillation frequency of the first ROSC circuit ; wherein the at least one processor is configured to indicate the temperature at the second ROSC circuit at least by: calibrating a relationship between temperature and the oscillation frequency of the second ROSC circuit based on a relationship between a local voltage (IR) droop and the oscillation frequency of the second ROSC circuit ; and calibrating a relationship between temperature and the oscillation frequency of the first ROSC circuit , based on a relationship between a local voltage (IR) droop and the oscillation frequency of the first ROSC circuit .
A processor circuit for a system for co-registering electro anatomical images, wherein the processor circuit is capable of communication with a user display, the processor circuit configured to: - receive a first electro-anatomical image of an anatomy, the first electro-anatomical image generated based on electro-anatomical data obtained using two or more electrodes positioned on a catheter; - receive treatment location data indicating treatment locations with respect to the first electro-anatomical image, the treatment location data based on the electro-anatomical data obtained using the two or more electrodes positioned on the catheter; - receive a second electro-anatomical image of the anatomy after the anatomy has been remodeled; - determine a non-rigid transformation that transforms the first electro-anatomical image to the second electro-anatomical image of the remodeled anatomy; - apply the non-rigid transformation to the treatment location data to map the treatment locations to the second electro-anatomical image of the remodeled anatomy; and - optionally, communicate a display of the treatment locations mapped to the second electro-anatomical image to the user display. - receive a first electro-anatomical image of an anatomy, the first electro-anatomical image generated based on electro-anatomical data obtained using two or more electrodes positioned on a catheter; - receive treatment location data indicating treatment locations with respect to the first electro-anatomical image, the treatment location data based on the electro-anatomical data obtained using the two or more electrodes positioned on the catheter; - receive a second electro-anatomical image of the anatomy after the anatomy has been remodeled; - determine a non-rigid transformation that transforms the first electro-anatomical image to the second electro-anatomical image of the remodeled anatomy; - apply the non-rigid transformation to the treatment location data to map the treatment locations to the second electro-anatomical image of the remodeled anatomy; and - optionally, communicate a display of the treatment locations mapped to the second electro-anatomical image to the user display.
A method for downloading by a downloader a data file from a plurality of servers coupled to the downloader via a plurality of communication links , comprising: determining an initial load request , wherein the initial load request includes a total quantity of coded symbols corresponding to the data file to be requested in an initial download request; determining an initial download completion time , wherein the initial download completion time is estimated based on the initial load request and predetermined information about a quality of the plurality of communication links ; determining initial server loads for respective servers of the plurality of servers , wherein the initial server loads are a function of the product of an average bandwidth of the respective communication link and the difference between the initial download completion time and a round trip time of the communication link; determining quantities of coded symbols to request from respective servers of the plurality of servers based on the initial server loads ; and sending initial download requests for the quantities of coded symbols to the respective servers of the plurality of servers . determining an initial load request , wherein the initial load request includes a total quantity of coded symbols corresponding to the data file to be requested in an initial download request; determining an initial download completion time , wherein the initial download completion time is estimated based on the initial load request and predetermined information about a quality of the plurality of communication links ; determining initial server loads for respective servers of the plurality of servers , wherein the initial server loads are a function of the product of an average bandwidth of the respective communication link and the difference between the initial download completion time and a round trip time of the communication link; determining quantities of coded symbols to request from respective servers of the plurality of servers based on the initial server loads ; and sending initial download requests for the quantities of coded symbols to the respective servers of the plurality of servers .
A compound of Formula (I): or a salt thereof, wherein: W is CR 5 or N; X 1 and X 2 are independently C or N, provided that zero or one of X 1 and X 2 is N; Ring A represented by the structure is: R 1 is -CN or -C(O)NH 2 ; R 2 is hydrogen or -NH(CH 3 ); R 3 is hydrogen or F R 4 is hydrogen, F, or -CH 3 ; R 5 is hydrogen; each R 6 is independently -CH 3 , -CF 3 , or -C(CH 3 ) 2 OH; Q is or each R 7 is F, C 1-3 alkyl, or C 1-2 fluoroalkyl; each R 8 is independently hydrogen or -CH 2 OH; n is zero, 1, 2, or 3; and p is zero, 1 or 2. W is CR 5 or N; X 1 and X 2 are independently C or N, provided that zero or one of X 1 and X 2 is N; Ring A represented by the structure is: R 1 is -CN or -C(O)NH 2 ; R 2 is hydrogen or -NH(CH 3 ); R 3 is hydrogen or F R 4 is hydrogen, F, or -CH 3 ; R 5 is hydrogen; each R 6 is independently -CH 3 , -CF 3 , or -C(CH 3 ) 2 OH; Q is or each R 7 is F, C 1-3 alkyl, or C 1-2 fluoroalkyl; each R 8 is independently hydrogen or -CH 2 OH; n is zero, 1, 2, or 3; and p is zero, 1 or 2.
A tire (T) having a plurality of lug blocks on the tread which are arranged at regular intervals along the tire circumferential direction, wherein the lug blocks extend diagonally at 35 to 55 degrees with respect to the tire axial direction and have tread surfaces , and characterized in that the center-side area Sc, which is the area of the tread surfaces which are parts within a one-pitch area Spc, is 25% to 40% of the one-pitch area Spc, and the shoulder-side area Ss, which is the area of the tread surfaces which are parts within a one-pitch area Sps, is 10% to 18% of the one-pitch area Sps, where one-pitch area Spc is the area for one-pitch length of lug blocks adjacent to each other in the tire circumferential direction from the same position in the tire circumferential direction in a center region (Rc), which extends in the tire circumferential direction within a range of 15% of the tread width (TW) on the left and right sides of the tire axial center of the tread, and where one-pitch area Sps is the sum of the areas for one-pitch length of lug blocks adjacent to each other in the tire circumferential direction from the same position in the tire circumferential direction in shoulder regions (Rs), which extend in the tire circumferential direction within a range of 15% of the tread width (TW) from the respective ends of the tread region toward the tire axial center.
A nasal seal configured to be removably coupled to a frame of a patient interface , the nasal seal comprising: a seal body formed of a soft flexible material and defining an inner cavity and one or more delivery openings for supply of breathing gases from the inner cavity to the patient; wherein the seal body comprises a central portion and a side portion extending from each end of the central portion, the seal body further comprising an interior side and an exterior side, wherein the interior side of the central portion is configured to extend across a base of a user's nose and the interior side of each of the side portions is configured to extend across a side of the nose, wherein the interior side of the seal is supple and configured to conform under internal pressure to surfaces of the user's nose, including, at the side portions of the seal, to outside surfaces of the side of the nose; and wherein the one or more delivery openings comprises a first delivery opening and a second delivery opening, further comprising a nostril locator associated with and forming a portion of each delivery opening, wherein a deflection region is defined within an annular transition portion between each of the nostril locators and a surrounding portion of the interior side, wherein the deflection region has a lower stiffness relative to another region of the annular transition portion not within the deflection region , and wherein the deflection regions are located on the outer sides of the nostril locators and are limited to less than or equal to one-half of the annular transition portion. a seal body formed of a soft flexible material and defining an inner cavity and one or more delivery openings for supply of breathing gases from the inner cavity to the patient; wherein the seal body comprises a central portion and a side portion extending from each end of the central portion, the seal body further comprising an interior side and an exterior side, wherein the interior side of the central portion is configured to extend across a base of a user's nose and the interior side of each of the side portions is configured to extend across a side of the nose, wherein the interior side of the seal is supple and configured to conform under internal pressure to surfaces of the user's nose, including, at the side portions of the seal, to outside surfaces of the side of the nose; and wherein the one or more delivery openings comprises a first delivery opening and a second delivery opening, further comprising a nostril locator associated with and forming a portion of each delivery opening, wherein a deflection region is defined within an annular transition portion between each of the nostril locators and a surrounding portion of the interior side, wherein the deflection region has a lower stiffness relative to another region of the annular transition portion not within the deflection region , and wherein the deflection regions are located on the outer sides of the nostril locators and are limited to less than or equal to one-half of the annular transition portion.
A secondary battery, comprising: an electrode assembly, a first terminal, a second terminal and a top cover plate, characterized in that , the electrode assembly comprises a first electrode plate, a second electrode plate and a separator between the first electrode plate and the second electrode plate, the first terminal is electrically connected with the first electrode plate, the second terminal is electrically connected with the second electrode plate, the secondary battery further comprises: a contacting plate attached to the first terminal, the top cover plate is insulated from the first terminal and is electrically connected with the second terminal, when an internal pressure of the secondary battery exceeds a reference pressure, the contacting plate deforms by the internal pressure and contacts with the top cover plate, so as to form an electrical connecting path passing through the first electrode plate, the first terminal, the contacting plate, the top cover plate, the second terminal and the second electrode plate; the secondary battery further comprises a housing covered by the top cover plate, so as to form a first chamber configured to package the electrode assembly and a second chamber configured to provide space where the contacting plate deforms, and the first chamber and the second chamber are separated by the contacting plate; the first terminal comprises a terminal body and an extending portion connected with the terminal body, an opening is arranged on the extending portion, and the contacting plate seals the opening, so as to separate the first chamber and the second chamber; the secondary battery further comprises an insulating member and a fixing piece which are connected with each other, the fixing piece is fixedly connected with the top cover plate, and the extending portion is fixedly connected with the insulating member; and the secondary battery further comprises a sealing member arranged between the first chamber and the second chamber.
A wrapped V-belt that is made to travel while a belt inner surface side thereof is wound around a pulley, comprising: a belt main body comprising a compression layer disposed on the belt inner surface side and comprising a compression rubber layer and a fabric-laminated body layer in which a plurality of pieces of a rubber composition-attached fabric are laminated and adhered to each other, a tension rubber layer disposed on a belt outer surface side, and a tension member buried between the compression layer and the tension rubber layer , and having a V shape with a width on the belt inner surface side being smaller than a width on the belt outer surface side on a section in a belt width direction; and an outside cloth that covers a periphery of the belt main body over an entire length in a belt circumferential direction, wherein the compression layer has a plurality of notch portions formed to extend in the belt width direction to be open on the belt inner surface side, are disposed to be aligned in the belt circumferential direction, and are not covered with the outside cloth , and wherein the notch portion has a top positioned on the most belt outer surface side in a belt thickness direction and disposed in the fabric-laminated body layer . a belt main body comprising a compression layer disposed on the belt inner surface side and comprising a compression rubber layer and a fabric-laminated body layer in which a plurality of pieces of a rubber composition-attached fabric are laminated and adhered to each other, a tension rubber layer disposed on a belt outer surface side, and a tension member buried between the compression layer and the tension rubber layer , and having a V shape with a width on the belt inner surface side being smaller than a width on the belt outer surface side on a section in a belt width direction; and a compression layer disposed on the belt inner surface side and comprising a compression rubber layer and a fabric-laminated body layer in which a plurality of pieces of a rubber composition-attached fabric are laminated and adhered to each other, a tension rubber layer disposed on a belt outer surface side, and a tension member buried between the compression layer and the tension rubber layer , and having a V shape with a width on the belt inner surface side being smaller than a width on the belt outer surface side on a section in a belt width direction; and an outside cloth that covers a periphery of the belt main body over an entire length in a belt circumferential direction, wherein the compression layer has a plurality of notch portions formed to extend in the belt width direction to be open on the belt inner surface side, are disposed to be aligned in the belt circumferential direction, and are not covered with the outside cloth , and wherein the notch portion has a top positioned on the most belt outer surface side in a belt thickness direction and disposed in the fabric-laminated body layer .
A method for manufacturing a laminate comprising a step of coating on a substrate a coating liquid comprising a block copolymer that is capable of forming a phase-separation structure by self-assembly and is dissolved in a solvent having a boiling point in a range of 90°C to 200°C at a speed of 40 mm/sec to 100 mm/sec so as to form a polymer layer having an area of 20,000 mm 2 or more, and a step of annealing the film formed by the coating, wherein the coating is performed by a bar coating method and wherein the block copolymer in the solvent has a concentration in a range of 2% by weight to 30% by weight.
An antisense oligomer capable of binding to a selected target on an ITGA4 gene transcript to modify pre-mRNA splicing in an ITGA4 gene transcript or part thereof, wherein said antisense oligomer is SEQ ID NO: 21 which has a modified backbone structure, or is a sequence with at least 95% sequence identity to SEQ ID NO: 21 which has a modified backbone structure.
A pump comprising: - a conveyor channel through which a fluid can be conveyed, comprising a pump inlet (2.1) and a pump outlet (2.2), a pumping device for pumping the fluid being provided between the pump inlet (2.1) and the pump outlet (2.2), which pumping device has a suction side (3.1) and a discharge side (3.2); - the pumping device having two rotating conveying elements (3.3) which engage in one another and by means of which a fluid flow is generated; - a drive motor , which is drivingly coupled to at least one conveying element (3.3) in order to set the latter in rotation, the drive motor including a rotor (4.1) and a stator (4.2), the rotor (4.1) of the drive motor being provided in a rotor chamber , which is fluidically sealed from the surroundings; - the pump having a flushing channel system for flushing the rotor chamber with the delivered fluid, and the flushing channel system comprising a rotor chamber inlet and a rotor chamber outlet ; characterized in that the flushing channel system is designed in such a way that the fluid flow is delivered from the discharge side (3.2) of the pumping device to the rotor chamber inlet , which is arranged on an upper side of the rotor chamber that faces away from the pumping device , and, after flowing around the rotor (4.1), is delivered through the rotor chamber outlet to the pump outlet (2.2), the rotor chamber outlet being arranged on a lower side of the rotor chamber that faces the pumping device , and the flushing channel system being designed in such a way that the entire fluid flow conveyed by the pumping device is introduced from the discharge side (3.2) of the pumping device via a multi-angled flushing channel portion along the axis of rotation (DA) of the rotor into the rotor chamber above the rotor (4.1) and, after flowing around the rotor (4.1), is supplied to the pump outlet (2.2) via the rotor chamber outlet . - a conveyor channel through which a fluid can be conveyed, comprising a pump inlet (2.1) and a pump outlet (2.2), a pumping device for pumping the fluid being provided between the pump inlet (2.1) and the pump outlet (2.2), which pumping device has a suction side (3.1) and a discharge side (3.2); - the pumping device having two rotating conveying elements (3.3) which engage in one another and by means of which a fluid flow is generated; - a drive motor , which is drivingly coupled to at least one conveying element (3.3) in order to set the latter in rotation, the drive motor including a rotor (4.1) and a stator (4.2), the rotor (4.1) of the drive motor being provided in a rotor chamber , which is fluidically sealed from the surroundings; - the pump having a flushing channel system for flushing the rotor chamber with the delivered fluid, and the flushing channel system comprising a rotor chamber inlet and a rotor chamber outlet ;
A method for manufacturing a bearing cage molded by injecting a melted resin into a cavity from a plurality of resin injection gates provided at a peripheral portion of a substantially annular cavity formed in a mold, wherein, the bearing cage includes a substantially annular base portion , a plurality and an even number of pillars projecting in an axial direction from an axial lateral surface of the base portion at a predetermined interval in a circumferential direction, and pockets whose number is equal to a number of the pillars formed by mutually facing surfaces of a pair of adjacent pillars and the axial lateral surface of the base portion , characterized in that the resin injection gates are provided in half of a plurality of the pillars respectively, the pillar provided with the resin injection gate and the pillar not provided with the resin injection gate are arranged alternately in the circumferential direction, a cross-sectional area of one resin injection gate is larger than cross-sectional areas of the other resin injection gates among a plurality of the resin injection gates , a resin reservoir capable of storing the melted resin is provided in: (a) the pillar radially facing the pillar provided with the resin injection gate having a cross-sectional area larger than those of the other resin injection gates among a plurality of the pillars not provided with the resin injection gate ; or (b) the pillar in the vicinity of the pillar radially facing the pillar provided with the resin injection gate having a cross-sectional area larger than those of the other resin injection gates among the plurality of the pillars not provided with the resin injection gate , and a cross-sectional area of a communicating portion of the resin reservoir which communicates with the pillar is smaller than the smallest of cross-sectional areas of a plurality of the resin injection gates . a substantially annular base portion , a plurality and an even number of pillars projecting in an axial direction from an axial lateral surface of the base portion at a predetermined interval in a circumferential direction, and pockets whose number is equal to a number of the pillars formed by mutually facing surfaces of a pair of adjacent pillars and the axial lateral surface of the base portion , characterized in that (a) the pillar radially facing the pillar provided with the resin injection gate having a cross-sectional area larger than those of the other resin injection gates among a plurality of the pillars not provided with the resin injection gate ; or (b) the pillar in the vicinity of the pillar radially facing the pillar provided with the resin injection gate having a cross-sectional area larger than those of the other resin injection gates among the plurality of the pillars not provided with the resin injection gate , and