mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit structure, comprising: a semiconductor substrate; a channel body disposed on the semiconductor substrate, the channel body being a fin structure composed of semiconductor material that is undoped; a first N-type fin-FET device (n1) comprising a first gate electrode having a first electrode material layer , the first electrode material layer having a chemical composition, and the first electrode material layer having a first thickness; a second N-type fin-FET device (n2) comprising a second gate electrode having a second electrode material layer , the second electrode material layer having the same chemical composition, and the second electrode material layer having a second thickness greater than the first thickness; and a first P-type fin-FET device (p0) comprising a third gate electrode having a third electrode material layer , the third electrode material layer having the same chemical composition, and the third electrode material layer having a third thickness the same as the first thickness, wherein the first electrode material layer, the second electrode material layer and the third electrode material layer each have a U-shape when viewed from a cross-sectional side view. a semiconductor substrate; a channel body disposed on the semiconductor substrate, the channel body being a fin structure composed of semiconductor material that is undoped; a first N-type fin-FET device (n1) comprising a first gate electrode having a first electrode material layer , the first electrode material layer having a chemical composition, and the first electrode material layer having a first thickness; a second N-type fin-FET device (n2) comprising a second gate electrode having a second electrode material layer , the second electrode material layer having the same chemical composition, and the second electrode material layer having a second thickness greater than the first thickness; and a first P-type fin-FET device (p0) comprising a third gate electrode having a third electrode material layer , the third electrode material layer having the same chemical composition, and the third electrode material layer having a third thickness the same as the first thickness, wherein the first electrode material layer, the second electrode material layer and the third electrode material layer each have a U-shape when viewed from a cross-sectional side view.
A method for communications between transpositional modulation capable devices, wherein the method is implemented by a base station that comprises cellular transmitters, receivers, and computing equipment for processing cellular communications with a plurality of mobile devices (134, 136, 138a-138n), and a transpositional modulation transmitter and a transpositional modulation receiver, the method comprising: determining, by the base station, that a first device and a second device of the plurality of mobile devices (134, 136, 138a-138n) are within range for direct communications and that the first device and the second device are capable of performing transpositional modulation communications; determining, by the base station, to use transpositional modulation to send data to the first device and the second device; and sending data to the first device and the second device using transpositional modulation signals and sending non- transpositional modulation signals to others of the plurality of mobile devices (138a-138n). cellular transmitters, receivers, and computing equipment for processing cellular communications with a plurality of mobile devices (134, 136, 138a-138n), and a transpositional modulation transmitter and a transpositional modulation receiver, the method comprising: determining, by the base station, that a first device and a second device of the plurality of mobile devices (134, 136, 138a-138n) are within range for direct communications and that the first device and the second device are capable of performing transpositional modulation communications; determining, by the base station, to use transpositional modulation to send data to the first device and the second device; and sending data to the first device and the second device using transpositional modulation signals and sending non- transpositional modulation signals to others of the plurality of mobile devices (138a-138n). determining, by the base station, that a first device and a second device of the plurality of mobile devices (134, 136, 138a-138n) are within range for direct communications and that the first device and the second device are capable of performing transpositional modulation communications; determining, by the base station, to use transpositional modulation to send data to the first device and the second device; and sending data to the first device and the second device using transpositional modulation signals and sending non- transpositional modulation signals to others of the plurality of mobile devices (138a-138n).
A method comprising: receiving, at a processing device , a web resource identifier configured to access a particular state of a web application corresponding to a multi-platform application, wherein the web resource identifier includes one or more parameters indicating the particular state; obtaining, at the processing device , a conversion instruction set corresponding to the multi-platform application based on a first portion of the web resource identifier , wherein the conversion instruction set defines instructions to convert web resource identifiers configured for the web application to application resource identifiers configured for one or more native applications corresponding to the multi-platform application; determining, at the processing device , one or more parameter values based on the web resource identifier and the conversion instruction set ; and generating, at the processing device , an application resource identifier based on the conversion instruction set and the one or more parameter values, wherein the application resource identifier is configured to access a native application of the one or more native applications corresponding to the multi-platform application. receiving, at a processing device , a web resource identifier configured to access a particular state of a web application corresponding to a multi-platform application, wherein the web resource identifier includes one or more parameters indicating the particular state; obtaining, at the processing device , a conversion instruction set corresponding to the multi-platform application based on a first portion of the web resource identifier , wherein the conversion instruction set defines instructions to convert web resource identifiers configured for the web application to application resource identifiers configured for one or more native applications corresponding to the multi-platform application; determining, at the processing device , one or more parameter values based on the web resource identifier and the conversion instruction set ; and generating, at the processing device , an application resource identifier based on the conversion instruction set and the one or more parameter values, wherein the application resource identifier is configured to access a native application of the one or more native applications corresponding to the multi-platform application.
A method for determining on a computer ploidy of a chromosomal segment in a sample of an individual, the method comprising: a. receiving allele frequency data, comprising the amount of each allele present in the sample at each loci in a set of polymorphic loci on the chromosomal segment; b. generating phased allelic information for the set of polymorphic loci by estimating the phase of the allele frequency data; c. generating individual probabilities of allele frequencies for the polymorphic loci for different ploidy states using the allele frequency data, wherein the individual probabilities are generated using a set of models of both different ploidy states and allelic imbalance fractions for the set of polymorphic loci; d. generating joint probabilities for the set of polymorphic loci using the individual probabilities and the phased allelic information by considering the linkage between polymorphic loci on the chromosome segment; and e. selecting, based on the joint probabilities, a best fit model indicative of chromosomal ploidy, thereby determining ploidy of the chromosomal segment, wherein the sample is a blood sample, serum sample, or plasma sample, from an individual suspected of having cancer, and the method further comprises determining based on the selecting, whether copy number variation is present in cells of a tumor of the individual. a. receiving allele frequency data, comprising the amount of each allele present in the sample at each loci in a set of polymorphic loci on the chromosomal segment; b. generating phased allelic information for the set of polymorphic loci by estimating the phase of the allele frequency data; c. generating individual probabilities of allele frequencies for the polymorphic loci for different ploidy states using the allele frequency data, wherein the individual probabilities are generated using a set of models of both different ploidy states and allelic imbalance fractions for the set of polymorphic loci; d. generating joint probabilities for the set of polymorphic loci using the individual probabilities and the phased allelic information by considering the linkage between polymorphic loci on the chromosome segment; and e. selecting, based on the joint probabilities, a best fit model indicative of chromosomal ploidy, thereby determining ploidy of the chromosomal segment,
A method for use in a communication node in an intelligent transport system, comprising composing (S41) a header of a Cooperative Awareness Message, CAM, to be distributed within the intelligent transport system by the communication node, the communication node being capable of communicating at least in accordance with a cellular network, and inserting (S42) into the header at least one identifier according to the cellular communication network of the communication node, characterized in that the at least one identifier is a cellular subscriber or device identifier identifying a specific subscriber device, for the cellular network to forward directly the message. composing (S41) a header of a Cooperative Awareness Message, CAM, to be distributed within the intelligent transport system by the communication node, the communication node being capable of communicating at least in accordance with a cellular network, and inserting (S42) into the header at least one identifier according to the cellular communication network of the communication node, characterized in that the at least one identifier is a cellular subscriber or device identifier identifying a specific subscriber device, for the cellular network to forward directly the message.
Adjusting unit for a sanitary fitting for controlling a flow rate of water and/or a water temperature, wherein the adjusting unit has an adjusting element for manually adjusting the sanitary fitting , an adjuster interface for acting on an adjuster for adjusting the sanitary fitting , a fastening interface for producing a co-rotational connection between the adjusting unit and the sanitary fitting , an actuator for the preferably motorized adjustment of the sanitary fitting , an energy store for the energy supply of the actuator and a control unit for controlling and/or regulating the actuator , characterized in that the adjusting element substantially completely surrounds the actuator and/or the energy store and/or the control unit at least radially in relation to the adjuster .
Medical ventilator comprising an outer casing and control means comprising at least one electronic card , the casing comprising a base and a cover fastened removably to the base , said cover being removable to provide access to the inside of the ventilator , characterized in that : - it also comprises a display screen carried by a support arm on top of the casing of the ventilator , and - said electronic card is mounted pivotingly (axis AA) on a support structure arranged inside the outer casing of the ventilator . - it also comprises a display screen carried by a support arm on top of the casing of the ventilator , and - said electronic card is mounted pivotingly (axis AA) on a support structure arranged inside the outer casing of the ventilator .
A sublimation purification apparatus comprising: a vacuum chamber ; a tube housing positioned in the vacuum chamber ; a boat in close contact with the tube housing ; and heating units positioned adjacent to an outer surface of the boat and an outer surface of the tube housing , respectively, wherein a sublimation purification target material is contained in the boat , and at least one of the boat and the tube housing is formed of a metal, wherein: the boat includes a first boat and a second boat , the first boat and the second boat are positioned together in the vacuum chamber , wherein one end opening of the tube housing is facing the first boat and the other end opening of the tube housing is facing the second boat and the tube housing is served as a moving path so as to allow the sublimation purification target material contained in the first boat to be captured in the second boat after being heated, and further comprising a sealing gasket formed at an end of the tube housing , wherein the sealing gasket is interposed between the tube housing and the boat . a vacuum chamber ; a tube housing positioned in the vacuum chamber ; a boat in close contact with the tube housing ; and heating units positioned adjacent to an outer surface of the boat and an outer surface of the tube housing , respectively, wherein a sublimation purification target material is contained in the boat , and at least one of the boat and the tube housing is formed of a metal, wherein: the boat includes a first boat and a second boat , the first boat and the second boat are positioned together in the vacuum chamber , wherein one end opening of the tube housing is facing the first boat and the other end opening of the tube housing is facing the second boat and the tube housing is served as a moving path so as to allow the sublimation purification target material contained in the first boat to be captured in the second boat after being heated, and further comprising a sealing gasket formed at an end of the tube housing , wherein the sealing gasket is interposed between the tube housing and the boat . the boat includes a first boat and a second boat , the first boat and the second boat are positioned together in the vacuum chamber , wherein one end opening of the tube housing is facing the first boat and the other end opening of the tube housing is facing the second boat and the tube housing is served as a moving path so as to allow the sublimation purification target material contained in the first boat to be captured in the second boat after being heated, and further comprising a sealing gasket formed at an end of the tube housing , wherein the sealing gasket is interposed between the tube housing and the boat .
A massage head for a massage device comprising a motor and a transmission means for transmitting to the massage head a rotational motion of the motor , said transmission means comprising an output shaft mounted for rotation about an output axis (D-D'), said massage head comprising - a first massage roller and a second massage roller , which are intended to come into contact with the skin of a user and extend longitudinally along a first axis (B-B') and a second axis (C-C'), respectively, and - a drive system for simultaneously rotating said first and second massage rollers in counter-rotation about said first axis (B-B') and said second axis (C-C'), respectively, said drive system comprising an angle transmission device for converting the rotational motion of the output shaft about the output axis (D-D') into a rotational motion of the first and second massage rollers about said first and second axes (B-B', C-C'), respectively, said first and second axes (B-B', C-C') being inscribed in a plane (P 1 ) intersecting said output axis (D-D'), characterized in that said drive system comprising a first set of gear(s) and a second set of gear(s) respectively provided to ensure the driving in rotation of the first massage roller and the second massage roller , respectively, each of said first and second sets of gear(s) comprising at least one driving gear wheel and one driven gear wheel fastened to one of the first and second massage rollers , the angle transmission device being formed of a double gearing with concurrent or orthogonal axes comprising an input gear wheel and two output gear wheels meshed with the input gear wheel , each output gear wheel being respectively connected to the driving gear wheel of the first set of gears(s) and the second set of gear(s) to drive said driving gear wheel in rotation. - a first massage roller and a second massage roller , which are intended to come into contact with the skin of a user and extend longitudinally along a first axis (B-B') and a second axis (C-C'), respectively, and - a drive system for simultaneously rotating said first and second massage rollers in counter-rotation about said first axis (B-B') and said second axis (C-C'), respectively, said drive system comprising an angle transmission device for converting the rotational motion of the output shaft about the output axis (D-D') into a rotational motion of the first and second massage rollers about said first and second axes (B-B', C-C'), respectively, said first and second axes (B-B', C-C') being inscribed in a plane (P 1 ) intersecting said output axis (D-D'),
A soy sauce-like liquid seasoning having a salt concentration of less than 4% (w/v) and an alcohol concentration of 7% (w/v) or less, and comprising, with respect to a total nitrogen concentration of 1.0% (w/v), - 20 ppm (w/v) or more of isoamyl alcohol, - 6 ppm (w/v) or more of 2-phenylethanol, - 9 ppm (w/v) or more of isobutyl alcohol, - and 10 ppm (w/v) or more of HEMF(4-hydroxy-2(or5)-ethyl-5(or2)-methyl-3 -furanone). - 20 ppm (w/v) or more of isoamyl alcohol, - 6 ppm (w/v) or more of 2-phenylethanol, - 9 ppm (w/v) or more of isobutyl alcohol, - and 10 ppm (w/v) or more of HEMF(4-hydroxy-2(or5)-ethyl-5(or2)-methyl-3 -furanone).
A sectionable matrix suitable for receiving and orienting a tissue sample, comprising 2-14% w/v protein, 0.1- 5% w/v fat, 2-15% w/v vegetable oil, 2-15% w/v glycerin, 1-10% w/v antifoaming agent, a gelling agent, water and an inorganic buffer in a concentration ranging from 10 to 600 nM, wherein the matrix comprises receptacles, which are selected based on the shape of the tissue sample to be processed.
Magnetic card reader comprising a groove in which a magnetic card is moved and a magnetic read head mounted on a first printed circuit , so as to read a magnetic stripe of the magnetic card, said magnetic card reader being characterised in that said magnetic read head comprises: - a tunnel magnetoresistance (TMR) sensor positioned in a recess of a side wall of said groove; - a second printed circuit , comprising a receiving portion on which said tunnel magnetoresistance (TMR) sensor is mounted, and a connection portion for electrically connecting said magnetic read head; - a holding device , attached to said receiving portion , said holding device comprising attachment means for mechanically attaching said magnetic read head. - a tunnel magnetoresistance (TMR) sensor positioned in a recess of a side wall of said groove; - a second printed circuit , comprising a receiving portion on which said tunnel magnetoresistance (TMR) sensor is mounted, and a connection portion for electrically connecting said magnetic read head; - a holding device , attached to said receiving portion , said holding device comprising attachment means for mechanically attaching said magnetic read head.
Method for preparing the surface of the carcass of a pneumatic vehicle tyre during retreading of the same, comprising the steps of removing the tread and the sidewall of the pneumatic vehicle tyre , with the carcass being exposed, and clamping the pneumatic vehicle tyre onto a rotatable hub and subsequently searching the exposed surface of the carcass for surface damage during rotation of the pneumatic vehicle tyre , wherein, when surface damage is discovered, the rotation of the pneumatic vehicle tyre is temporarily stopped and the determined surface damage is removed by means of a grinding tool guided by a robot , with a depression being produced in the surface of the carcass, and then the rotation of the pneumatic vehicle tyre and the searching of the surface for surface damage are continued until a full revolution of the pneumatic vehicle tyre on the rotatable hub has been completed and the surface damage removed, characterized in that a database with specific data of the carcasses of pneumatic vehicle tyres according to tyre type and manufacturer is provided, comprising at least the position and dimensioning of a steel belt in the carcass and, before the exposed surface of the pneumatic vehicle tyre is searched, the specific data of the carcass are read from the database and transmitted to the robot , and the surface damage is removed by the robot by means of the grinding tool only at positions and to such a depth that the steel belt is not exposed.
Awning, in particular conservatory or weather protection awning, comprising - an awning cover , - a supporting frame with lateral guide rails for the awning cover , running in the direction of projection (A) of the awning cover , and end rails , running transversely thereto, for the stationary mounting of the awning at a building (G) and/or on supports , as well as - at least one support beam , which is arranged transversely to the direction of projection (A) between the two guide rails below the awning cover , characterized in that - the at least one support beam is suspended downwards at its two ends in each case via a vertically extending pivot bearing arm relative to the supporting frame and is articulated to the guide rails so as to be pivotable about a horizontal pivot axis (S) extending transversely to the direction of projection (A). - an awning cover , - a supporting frame with lateral guide rails for the awning cover , running in the direction of projection (A) of the awning cover , and end rails , running transversely thereto, for the stationary mounting of the awning at a building (G) and/or on supports , as well as - at least one support beam , which is arranged transversely to the direction of projection (A) between the two guide rails below the awning cover , characterized in that - the at least one support beam is suspended downwards at its two ends in each case via a vertically extending pivot bearing arm relative to the supporting frame and is articulated to the guide rails so as to be pivotable about a horizontal pivot axis (S) extending transversely to the direction of projection (A).