mhurhangee/ep-ind-claims huggingface dataset:
A vehicle motion control device which controls a motion of a vehicle, comprising: a target trajectory acquisition unit which acquires a target trajectory of the vehicle; a lateral motion prediction unit which predicts a lateral motion of the vehicle based on the target trajectory; and a YAW moment control unit which controls a YAW moment generated in the vehicle by a difference of braking/driving forces of right and left wheels of the vehicle according to the lateral motion of the vehicle, wherein the YAW moment control unit controls the YAW moment generated in the vehicle in a first period predicted by the lateral motion prediction unit when the lateral motion of the vehicle is changed from a state where the vehicle takes one of right and left lateral motions to a state where the vehicle takes the other lateral motion, characterized in that the YAW moment control unit sets an absolute value of a longitudinal deceleration generated in the vehicle in a second period predicted by the lateral motion prediction unit to be smaller than an absolute value of longitudinal deceleration generated in the vehicle in the first period when the lateral motion of the vehicle is changed from a state where the vehicle takes the lateral motion to a state where the vehicle does not take the lateral motion. a target trajectory acquisition unit which acquires a target trajectory of the vehicle; a lateral motion prediction unit which predicts a lateral motion of the vehicle based on the target trajectory; and a YAW moment control unit which controls a YAW moment generated in the vehicle by a difference of braking/driving forces of right and left wheels of the vehicle according to the lateral motion of the vehicle, wherein the YAW moment control unit controls the YAW moment generated in the vehicle in a first period predicted by the lateral motion prediction unit when the lateral motion of the vehicle is changed from a state where the vehicle takes one of right and left lateral motions to a state where the vehicle takes the other lateral motion, characterized in that the YAW moment control unit sets an absolute value of a longitudinal deceleration generated in the vehicle in a second period predicted by the lateral motion prediction unit to be smaller than an absolute value of longitudinal deceleration generated in the vehicle in the first period when the lateral motion of the vehicle is changed from a state where the vehicle takes the lateral motion to a state where the vehicle does not take the lateral motion.
A content-generation guidance system for assisting a user in generating digital content, the system comprising: a content analysis unit operable to analyse a first set of pre-existing user-generated content to identify values associated with one or more aspects of the first set of pre-existing user-generated content; a correlation identification unit operable to identify a correlation between the values associated with the one or more identified aspects of the first set of pre-existing user-generated content and user ratings of that content; and a content modification unit operable, when a user is generating new digital content, to identify one or more aspects of the new digital content for modification in dependence upon the identified correlation or correlations, wherein the digital content comprises content for a game, the content comprising one or more virtual environments comprising one or more virtual objects, wherein the identified aspects for modification relate to the position and/or type of the virtual objects within the virtual environment, and wherein the content modification unit is operable to determine an expectation value of a change in predicted user rating for one or more possible modifications of the one or more aspects of the new digital content. a content analysis unit operable to analyse a first set of pre-existing user-generated content to identify values associated with one or more aspects of the first set of pre-existing user-generated content; a correlation identification unit operable to identify a correlation between the values associated with the one or more identified aspects of the first set of pre-existing user-generated content and user ratings of that content; and a content modification unit operable, when a user is generating new digital content, to identify one or more aspects of the new digital content for modification in dependence upon the identified correlation or correlations, wherein the digital content comprises content for a game, the content comprising one or more virtual environments comprising one or more virtual objects, wherein the identified aspects for modification relate to the position and/or type of the virtual objects within the virtual environment, and wherein the content modification unit is operable to determine an expectation value of a change in predicted user rating for one or more possible modifications of the one or more aspects of the new digital content.
A method of a node (115, 120, 140) capable of providing wireless connectivity in unlicensed frequency bands in a wireless communication system, comprising: receiving, at the node (115, 120, 140), at least one configuration parameter to configure the node (115, 120, 140) for communication in an unlicensed frequency band; transitioning an operating state of the node (115, 120, 140) from an enable state in which the node (115, 120, 140) supports wireless connectivity in the unlicensed frequency band, to a flywheel state in which the node (115, 120, 140) supports wireless connectivity in the unlicensed frequency band, the transition from the enable state to the flywheel state being based on the at least one configuration parameter and in response to the node (115, 120, 140) losing clock synchronization with an external time reference; determining by use of a flywheel timer, a maximum duration for the flywheel state; and transitioning, from the flywheel state to a disable state in which the node (115, 120, 140) does not support wireless connectivity in the unlicensed frequency band, in response to expiration of the flywheel timer. receiving, at the node (115, 120, 140), at least one configuration parameter to configure the node (115, 120, 140) for communication in an unlicensed frequency band; transitioning an operating state of the node (115, 120, 140) from an enable state in which the node (115, 120, 140) supports wireless connectivity in the unlicensed frequency band, to a flywheel state in which the node (115, 120, 140) supports wireless connectivity in the unlicensed frequency band, the transition from the enable state to the flywheel state being based on the at least one configuration parameter and in response to the node (115, 120, 140) losing clock synchronization with an external time reference; determining by use of a flywheel timer, a maximum duration for the flywheel state; and transitioning, from the flywheel state to a disable state in which the node (115, 120, 140) does not support wireless connectivity in the unlicensed frequency band, in response to expiration of the flywheel timer.
A ceramic component having a cermet body (14 to 17), wherein the ceramic component has a first surface and a second surface which is at a distance from said first surface, and wherein the cermet body (14 to 17) is disposed between the surfaces (3, 9) and is surrounded by the ceramic component, wherein the cermet body (14 to 17) is connected to an electrical conductor (4 to 7) at a connection point in the interior of the ceramic component, and the cermet body (14 to 17) is surrounded by the ceramic component in the region of the connection point, and wherein the electrical conductor (4 to 7), which is in the form of a pin, is directed outwardly from the connection point through the ceramic component to the first surface thereof, characterized in that the cermet body (14 to 17) is disposed in the centre between the mutually separated surfaces (3, 9) in a plane and is completely surrounded on all sides by the ceramic of the ceramic component, in that a connection point of a further electrical conductor (4' to 7') which is in the form of a pin is disposed at a predetermined distance from the first connection point of the cermet body (14 to 17), and in that the further electrical conductor (4' to 7') of the cermet body (14 to 17) is directed outwardly through the ceramic component to the second surface.
A method for identifying a plant comprising a functional restorer gene for maize C-type cytoplasmic male sterility, the method comprising: isolating nucleic acid molecules from a plant; and screening the isolated nucleic acid molecules for a nucleic acid molecule comprising an Rf4 marker allele in a nucleotide sequence selected from the group consisting of SEQ ID NO:105, SEQ ID NO:109, SEQ ID NO:111, SEQ ID NO:115, SEQ ID NOs:118-120, SEQ ID NO:123, SEQ ID NO:126, SEQ ID NO:134; and the markers referred to as polymorphism ID nos. 1-106 in Table 3, wherein the presence of the Rf4 marker allele in the nucleic acid sequence is indicative of a functional restorer gene for maize C-type cytoplasmic male sterility. isolating nucleic acid molecules from a plant; and screening the isolated nucleic acid molecules for a nucleic acid molecule comprising an Rf4 marker allele in a nucleotide sequence selected from the group consisting of SEQ ID NO:105, SEQ ID NO:109, SEQ ID NO:111, SEQ ID NO:115, SEQ ID NOs:118-120, SEQ ID NO:123, SEQ ID NO:126, SEQ ID NO:134; and the markers referred to as polymorphism ID nos. 1-106 in Table 3, wherein the presence of the Rf4 marker allele in the nucleic acid sequence is indicative of a functional restorer gene for maize C-type cytoplasmic male sterility.
A server system comprising: a first receiving means for receiving, from a printing apparatus operated by a user, a registration request for registering information of the printing apparatus; a fourth receiving means for receiving print data to be transmitted to the registered printing apparatus from an information processing apparatus; and a first transmission means for transmitting the received print data, characterized in that the server system further comprises: a second receiving means for receiving, from the printing apparatus, information regarding a first print setting item from the printing apparatus that has transmitted the registration request and identification information of the registered printing apparatus, wherein the first print setting item is a standard setting item defined by Internet Printing Protocol; and a third receiving means for receiving, from a different server system, information regarding a second print setting item by transmitting the identification information of the registered printing apparatus, wherein the second print setting item is an item that cannot be defined by the Internet Printing Protocol. a first receiving means for receiving, from a printing apparatus operated by a user, a registration request for registering information of the printing apparatus; a fourth receiving means for receiving print data to be transmitted to the registered printing apparatus from an information processing apparatus; and a first transmission means for transmitting the received print data, characterized in that the server system further comprises: a second receiving means for receiving, from the printing apparatus, information regarding a first print setting item from the printing apparatus that has transmitted the registration request and identification information of the registered printing apparatus, wherein the first print setting item is a standard setting item defined by Internet Printing Protocol; and a third receiving means for receiving, from a different server system, information regarding a second print setting item by transmitting the identification information of the registered printing apparatus, wherein the second print setting item is an item that cannot be defined by the Internet Printing Protocol. a second receiving means for receiving, from the printing apparatus, information regarding a first print setting item from the printing apparatus that has transmitted the registration request and identification information of the registered printing apparatus, wherein the first print setting item is a standard setting item defined by Internet Printing Protocol; and a third receiving means for receiving, from a different server system, information regarding a second print setting item by transmitting the identification information of the registered printing apparatus, wherein the second print setting item is an item that cannot be defined by the Internet Printing Protocol.
A system for processing a printing form comprising: a rotatable drum; a first means for receiving a first portion of the printing form, said first means configured to be coupled to the drum; a rotatable mounted member that extends over a portion of a drum surface and can rotate independently about the drum surface for securing printing forms of different sizes circumferentially about the drum; a second means for receiving a second portion of the printing form, said second means configured to be disposed on the member, so that there is tension on the printing form; and a torque conditioner, that is coupled to the member, for applying a torque on the member to place tension on the printing form, and for adjusting the torque on the member to adjust the tension on the printing form, so as to maintain substantially constant tension on the printing form as the drum is rotating. a rotatable drum; a first means for receiving a first portion of the printing form, said first means configured to be coupled to the drum; a rotatable mounted member that extends over a portion of a drum surface and can rotate independently about the drum surface for securing printing forms of different sizes circumferentially about the drum; a second means for receiving a second portion of the printing form, said second means configured to be disposed on the member, so that there is tension on the printing form; and a torque conditioner, that is coupled to the member, for applying a torque on the member to place tension on the printing form, and for adjusting the torque on the member to adjust the tension on the printing form, so as to maintain substantially constant tension on the printing form as the drum is rotating.
A method for visual interaction between a user and a machine using gaze estimation, wherein the method comprises activating an interaction mode, and wherein the interaction mode comprises the steps of: displaying an initial element on a display (30; 30', 30", 30'''), the initial element having a fixed position; estimating a first gaze point of the user; assuming that the user is gazing at the initial element; displaying one or more further elements (32a, 32b, 32c, 32d) on the display (30; 30', 30", 30'''), each further element (32a, 32b, 32c, 32d) being associated with one or more functions of the machine and having a fixed position spatially separated from the position of the initial element, whereby each further element (32a, 32b, 32c, 32d) defines an angular range (α a, α b, α c, α d) with respect to the position of the initial element; estimating a second gaze point of the user; determining that a direction from the first gaze point to the second gaze point lies within the angular range (α a, α b, α c, α d) defined by a selected further element of said one or more further elements (32a, 32b, 32c, 32d); and sending instructions to the machine to perform at least one of the one or more functions associated with the selected element. displaying an initial element on a display (30; 30', 30", 30'''), the initial element having a fixed position; estimating a first gaze point of the user; assuming that the user is gazing at the initial element; displaying one or more further elements (32a, 32b, 32c, 32d) on the display (30; 30', 30", 30'''), each further element (32a, 32b, 32c, 32d) being associated with one or more functions of the machine and having a fixed position spatially separated from the position of the initial element, whereby each further element (32a, 32b, 32c, 32d) defines an angular range (α a, α b, α c, α d) with respect to the position of the initial element; estimating a second gaze point of the user; determining that a direction from the first gaze point to the second gaze point lies within the angular range (α a, α b, α c, α d) defined by a selected further element of said one or more further elements (32a, 32b, 32c, 32d); and sending instructions to the machine to perform at least one of the one or more functions associated with the selected element.
A system for inducing an electric field, comprising: at least two component cores whose magnetization is configured to be changed independently by a change of electric currents flowing through windings that are wound around them; a torus-shaped encasement whose outer surface is electrically non-conductive; wherein the component cores are situated inside the encasement; wherein the component cores encircle an opening of the encasement; and wherein the encasement is configured to be situated inside a conducting medium. at least two component cores whose magnetization is configured to be changed independently by a change of electric currents flowing through windings that are wound around them; a torus-shaped encasement whose outer surface is electrically non-conductive; wherein the component cores are situated inside the encasement; wherein the component cores encircle an opening of the encasement; and wherein the encasement is configured to be situated inside a conducting medium.
Computer-implemented method for determining the monoisotopic mass M Mono M mono of a macromolecule from a mass M mono spectrometry spectrum of said macromolecule, the spectrum comprising a set or plurality of isotopic peaks representing an isotope distribution of said macromolecule, comprising the steps of: - (a) receiving a set or plurality of isotopic peaks previously obtained by mass spectrometry of the macromolecule; and deriving the most abundant mass M MostAb from the set or plurality of isotopic peaks; and - (b) determining the monoisotopic mass M Mono from the most abundant mass M MostAb, using the following model M Mono = α + βM MostAb + ε; wherein α is an intersect and β is a scalar slope obtainable by fitting the slope of the plot of the monoisotopic mass in function of the most abundant mass for a plurality of macromolecules from a macromolecule database; and ε is a scalar residue of the form ε = ε int + ε frac, ε int being an integer, and ε frac being a sawtooth function of M MostAb. - (a) receiving a set or plurality of isotopic peaks previously obtained by mass spectrometry of the macromolecule; and deriving the most abundant mass M MostAb from the set or plurality of isotopic peaks; and - (b) determining the monoisotopic mass M Mono from the most abundant mass M MostAb, using the following model M Mono = α + βM MostAb + ε; wherein α is an intersect and β is a scalar slope obtainable by fitting the slope of the plot of the monoisotopic mass in function of the most abundant mass for a plurality of macromolecules from a macromolecule database; and ε is a scalar residue of the form ε = ε int + ε frac, ε int being an integer, and ε frac being a sawtooth function of M MostAb.
A process for the preparation of compound comprising reacting compound with cyclobutanone in the presence of sodium cyanide; in acetic acid, or a solvent system comprised of an alcoholic solvent and a protic acid; at a temperature of about 0 °C to about 20 °C; to yield the corresponding compound; reacting compound and compound in the presence of a thiocarbonylating agent; in an organic solvent; at a temperature of about 0 °C to about 100 °C; to yield the corresponding compound; converting compound to compound.
An acetabular implant for hip prosthesis comprising: ▪ an anchoring cup in the acetabular cavity of the patient's pelvis to be prosthesised, defining an inner cavity which is also substantially hemispherical in shape; ▪ an insert which is movable within said inner cavity, and whose smooth outer surface is intended to cooperate by ball joint connection with said inner cavity of the anchoring cup, and in turn defining a smooth inner cavity which is also substantially hemispherical in shape; ▪ a prosthetic femoral head or prosthetic ball, secured to a femoral stem, of spherical shape and intended to be received in the inner cavity of the movable insert, and to constitute a second ball joint; ▪ the anchoring cup being made of polyethylene and having, on the outer wall thereof, protrusions or projections, and generally means capable of promoting the fastening thereof by cement within the acetabular cavity of the patient's pelvis to be prosthesised, characterised ▪ in that the inner cavity of said anchor cup is coated with a shield made of a biocompatible material with high hardness, said shield defining the smooth inner cavity which is also substantially hemispherical in shape intended to receive the movable insert; ▪ and in that the movable insert is made of high-density polyethylene. ▪ an anchoring cup in the acetabular cavity of the patient's pelvis to be prosthesised, defining an inner cavity which is also substantially hemispherical in shape; ▪ an insert which is movable within said inner cavity, and whose smooth outer surface is intended to cooperate by ball joint connection with said inner cavity of the anchoring cup, and in turn defining a smooth inner cavity which is also substantially hemispherical in shape; ▪ a prosthetic femoral head or prosthetic ball, secured to a femoral stem, of spherical shape and intended to be received in the inner cavity of the movable insert, and to constitute a second ball joint; ▪ the anchoring cup being made of polyethylene and having, on the outer wall thereof, protrusions or projections, and generally means capable of promoting the fastening thereof by cement within the acetabular cavity of the patient's pelvis to be prosthesised, characterised ▪ in that the inner cavity of said anchor cup is coated with a shield made of a biocompatible material with high hardness, said shield defining the smooth inner cavity which is also substantially hemispherical in shape intended to receive the movable insert; ▪ and in that the movable insert is made of high-density polyethylene.