mhurhangee/patent-ind-claim-en huggingface dataset:
At least one non-transitory computer readable storage medium comprising a set of instructions which, when executed, cause a computing apparatus to: access a firmware management protocol capsule , the firmware management protocol capsule comprising dependency information associated with a first firmware component; determine from the dependency information a version dependency corresponding to a second firmware component, wherein the version dependency includes a constraint on a version number of the second firmware component; and determine whether the version dependency corresponding to the second firmware component is satisfied, wherein to determine whether the version dependency corresponding to the second firmware component is satisfied, the instructions, when executed, cause the computing apparatus to determine whether a version number for an installed version of the second firmware component satisfies the constraint on the version number of the second firmware component, and wherein the instructions, when executed, further cause the computing apparatus to update the first firmware component if the version dependency corresponding to the second firmware component is satisfied. access a firmware management protocol capsule , the firmware management protocol capsule comprising dependency information associated with a first firmware component; determine from the dependency information a version dependency corresponding to a second firmware component, wherein the version dependency includes a constraint on a version number of the second firmware component; and determine whether the version dependency corresponding to the second firmware component is satisfied, wherein to determine whether the version dependency corresponding to the second firmware component is satisfied, the instructions, when executed, cause the computing apparatus to determine whether a version number for an installed version of the second firmware component satisfies the constraint on the version number of the second firmware component, and wherein the instructions, when executed, further cause the computing apparatus to update the first firmware component if the version dependency corresponding to the second firmware component is satisfied.
A towing vehicle comprising: a vehicle body including a driver's section ; a coupling device at a rear portion of the vehicle body to connect a towing object to the vehicle body ; a floor board disposed in the driver's section of the vehicle body ; and a step disposed in the vehicle body at a position lower than the floor board to form a level difference between the step and the floor board , wherein the step includes an upper surface and a plurality of sides that bounds the upper surface , the plurality of sides includes, at a rear portion of the upper surface , a rear side that extends rearward and outward from the floor board , the vehicle body includes a rear surface that extends upward from the rear side , the plurality of sides further includes, at a front portion of the upper surface , a front side that extends frontward and outward from the floor board , the vehicle body further includes a front surface that extends upward from the front side , and the plurality of sides also includes a connecting side that extends in a longitudinal direction of the vehicle body and connects outward ends of the rear side and the front side of the step , characterized in that the front side of the step forms an angle with the connecting side which is smaller than an angle which the rear side of the step forms with the connecting side , and the vehicle body further includes a battery housing located forward of the driver's section , the battery housing storing therein a battery . a vehicle body including a driver's section ; a coupling device at a rear portion of the vehicle body to connect a towing object to the vehicle body ; a floor board disposed in the driver's section of the vehicle body ; and a step disposed in the vehicle body at a position lower than the floor board to form a level difference between the step and the floor board , wherein the step includes an upper surface and a plurality of sides that bounds the upper surface , the plurality of sides includes, at a rear portion of the upper surface , a rear side that extends rearward and outward from the floor board , the vehicle body includes a rear surface that extends upward from the rear side , the plurality of sides further includes, at a front portion of the upper surface , a front side that extends frontward and outward from the floor board , the vehicle body further includes a front surface that extends upward from the front side , and the plurality of sides also includes a connecting side that extends in a longitudinal direction of the vehicle body and connects outward ends of the rear side and the front side of the step , characterized in that the front side of the step forms an angle with the connecting side which is smaller than an angle which the rear side of the step forms with the connecting side , and the vehicle body further includes a battery housing located forward of the driver's section , the battery housing storing therein a battery .
A spacer structure configured to be arranged between a first tub and a second tub stacked onto each other along a central vertical axis A, said first tub and said second tub being configured for the transport or storage of a plurality of medical containers such as syringes, wherein the spacer structure comprises: - a supporting frame configured to extend between an upper end of the first tub and a bottom of the second tub , the supporting frame having an outer peripheral edge ; - first maintaining means protruding from a first side of the supporting frame and configured to prevent radial displacements of the first tub relative to the spacer structure orthogonally to the vertical axis A; - second maintaining means , opposite to the first maintaining means with respect to the supporting frame , protruding from a second side of the supporting frame and configured to prevent radial displacements of the second tub relative to the spacer structure orthogonally to the vertical axis A; characterized in that the second maintaining means have a base end which is located on the second side of the supporting frame and which is arranged offset inwardly relative to the outer peripheral edge of the supporting frame . - a supporting frame configured to extend between an upper end of the first tub and a bottom of the second tub , the supporting frame having an outer peripheral edge ; - first maintaining means protruding from a first side of the supporting frame and configured to prevent radial displacements of the first tub relative to the spacer structure orthogonally to the vertical axis A; - second maintaining means , opposite to the first maintaining means with respect to the supporting frame , protruding from a second side of the supporting frame and configured to prevent radial displacements of the second tub relative to the spacer structure orthogonally to the vertical axis A;
A system comprising: a detection system to detect a presence of an input metal material during use at an input to a machine and to detect properties of the input metal material, the detection system comprising: a material present sensor ; an inductive sensor positioned on one side of an input path for detecting a property of the input metal material; an other metal material , different from said input metal material and positioned on an opposite side from said one side of the input path and opposed to the inductive sensor at a suitable separation to impact an inductive sensor signal based on a property of the input metal material; wherein an inductive sensor correction factor of the said inductive sensor for the said other metal material is 0.5 or less; and a material color sensor ; and a controller of the machine for monitoring a signal from the material present sensor , for monitoring the signal from the inductive sensor , and for monitoring a signal from the material color sensor to adjust at least one parameter of the machine based on a type of the input metal material determined from the properties of the input metal material wherein the input metal material during use is placed between the inductive sensor and the other metal material . a detection system to detect a presence of an input metal material during use at an input to a machine and to detect properties of the input metal material, the detection system comprising: a material present sensor ; an inductive sensor positioned on one side of an input path for detecting a property of the input metal material; an other metal material , different from said input metal material and positioned on an opposite side from said one side of the input path and opposed to the inductive sensor at a suitable separation to impact an inductive sensor signal based on a property of the input metal material; wherein an inductive sensor correction factor of the said inductive sensor for the said other metal material is 0.5 or less; and a material color sensor ; and a material present sensor ; an inductive sensor positioned on one side of an input path for detecting a property of the input metal material; an other metal material , different from said input metal material and positioned on an opposite side from said one side of the input path and opposed to the inductive sensor at a suitable separation to impact an inductive sensor signal based on a property of the input metal material; wherein an inductive sensor correction factor of the said inductive sensor for the said other metal material is 0.5 or less; and a material color sensor ; and a controller of the machine for monitoring a signal from the material present sensor , for monitoring the signal from the inductive sensor , and for monitoring a signal from the material color sensor to adjust at least one parameter of the machine based on a type of the input metal material determined from the properties of the input metal material wherein the input metal material during use is placed between the inductive sensor and the other metal material .
A data transmission method, comprising: receiving , by a terminal, at least two pieces of scheduling information from a network device, wherein at least two transmission resources correspond to the at least two pieces of scheduling information; performing transmission of first data on a first transmission resource corresponding to the at least two pieces of scheduling information; when second data uses QPSK modulation or BPSK modulation, performing transmission of the second data on a first partial resource of a second transmission resource corresponding to the at least two pieces of scheduling information using a first power, and performing transmission of the second data on a second partial resource of the second transmission resource using a second power; or, when the second data uses QAM modulation, performing transmission of the second data on the second transmission resource corresponding to the at least two pieces of scheduling information using the first power, or, when the second data uses QAM modulation, performing no data transmission on the second transmission resource corresponding to the at least two pieces of scheduling information, wherein, the first partial resource includes all or part of resource in the second transmission resource that overlaps with the first transmission resource in the time domain; the second partial resource includes all or part of resource in the second transmission resource that does not overlap with the first transmission resource in the time domain; wherein the first power is smaller than the second power. receiving , by a terminal, at least two pieces of scheduling information from a network device, wherein at least two transmission resources correspond to the at least two pieces of scheduling information; performing transmission of first data on a first transmission resource corresponding to the at least two pieces of scheduling information; when second data uses QPSK modulation or BPSK modulation, performing transmission of the second data on a first partial resource of a second transmission resource corresponding to the at least two pieces of scheduling information using a first power, and performing transmission of the second data on a second partial resource of the second transmission resource using a second power; or, when the second data uses QAM modulation, performing transmission of the second data on the second transmission resource corresponding to the at least two pieces of scheduling information using the first power, or, when the second data uses QAM modulation, performing no data transmission on the second transmission resource corresponding to the at least two pieces of scheduling information, wherein, the first partial resource includes all or part of resource in the second transmission resource that overlaps with the first transmission resource in the time domain; the second partial resource includes all or part of resource in the second transmission resource that does not overlap with the first transmission resource in the time domain; wherein the first power is smaller than the second power.
Method for operating an accessory device that is designed to be electrically and/or mechanically connected to a master device over a predefined physical link , wherein a control unit of the accessory device sends out a first device identifier of the accessory device over a predefined radio interface for establishing a radio link to the master device , when the control unit is switched on, characterized in that the control unit observes a connection status of the physical link and, if a disconnection of the physical link is detected, the next time the control unit is switched on, the control unit changes the first device identifier into a second device identifier according to a predefined changing pattern and sends out the second device identifier over the radio interface .
A metal card core (2; 2a; 2b) to be used in a credential card, comprising: a body comprising a metal material, the body defining: a cutout that includes an opening in the body, and a discontinuity (10; 10a; 10b) that includes a channel defined by the body and extending from an outer surface of the body to the cutout; and at least one circuit element positioned within the cutout , characterized in that the discontinuity comprises a sinuous line discontinuity (10; 10a; 10b) that includes at least one curved portion (34a-34d) and at least one straight line portion (36a-36c; 42a, 42b), and in that the cutout defines a size and geometry such that a gap between the at least one circuit element and an edge of the cutout has an effective spacing to electromagnetically isolate the at least one circuit element from the metal material of the body . a body comprising a metal material, the body defining: a cutout that includes an opening in the body, and a discontinuity (10; 10a; 10b) that includes a channel defined by the body and extending from an outer surface of the body to the cutout; and a cutout that includes an opening in the body, and a discontinuity (10; 10a; 10b) that includes a channel defined by the body and extending from an outer surface of the body to the cutout; and at least one circuit element positioned within the cutout , characterized in that the discontinuity comprises a sinuous line discontinuity (10; 10a; 10b) that includes at least one curved portion (34a-34d) and at least one straight line portion (36a-36c; 42a, 42b), and in that the cutout defines a size and geometry such that a gap between the at least one circuit element and an edge of the cutout has an effective spacing to electromagnetically isolate the at least one circuit element from the metal material of the body .
A method of applying particles to a coated backing comprising: creating a first layer of particles over a second layer of particles on a support surface , wherein the first layer of particles is different in at least one property from the second layer of particles; positioning the coated backing above the first and second layer of particles; and applying an electrostatic field simultaneously to the first and second layer of particles wherein the first layer of particles closer to the coated backing are preferentially attracted to the coated backing first before the second layer of particles. creating a first layer of particles over a second layer of particles on a support surface , wherein the first layer of particles is different in at least one property from the second layer of particles; positioning the coated backing above the first and second layer of particles; and applying an electrostatic field simultaneously to the first and second layer of particles wherein the first layer of particles closer to the coated backing are preferentially attracted to the coated backing first before the second layer of particles.
Jumper device for a timepiece device including: - at least one first arm including a first beak for positioning a first mobile unit , - at least one second arm including a second beak for positioning a second mobile unit , - an elastic element for returning the first arm and the second arm to configurations positioning the first and second mobile units, characterized in that it comprises: - a lever (83; 83') interfaced between: o on the one hand, the elastic return element, and o on the other hand, the first and second arms. - at least one first arm including a first beak for positioning a first mobile unit , - at least one second arm including a second beak for positioning a second mobile unit , - an elastic element for returning the first arm and the second arm to configurations positioning the first and second mobile units, - a lever (83; 83') interfaced between: o on the one hand, the elastic return element, and o on the other hand, the first and second arms. o on the one hand, the elastic return element, and o on the other hand, the first and second arms.
A compressor comprising: a casing accommodating a compression mechanism; a detection device having a detection face for detecting an internal state of the casing , the detection face being located opposite an outer peripheral face of the casing , and having a rib ; an elastic member including a first portion overlapping the detection device and a second portion (40b, ) not overlapping the detection device , as seen in plan view; and a cover mounted to the casing to cover the detection device and a part of the elastic member , wherein the cover is configured to press the second portion of the elastic member against the casing , with the first portion of the elastic member pressing the detection device against the casing , and the elastic member includes: a mounting hole into which the detection device is inserted; and a projection disposed on a part around a peripheral edge of the mounting hole and protruding toward the casing , wherein the rib is configured to restrict a movement of the projection toward the casing . a casing accommodating a compression mechanism; a detection device having a detection face for detecting an internal state of the casing , the detection face being located opposite an outer peripheral face of the casing , and having a rib ; an elastic member including a first portion overlapping the detection device and a second portion (40b, ) not overlapping the detection device , as seen in plan view; and a cover mounted to the casing to cover the detection device and a part of the elastic member , wherein the cover is configured to press the second portion of the elastic member against the casing , with the first portion of the elastic member pressing the detection device against the casing , and the elastic member includes: a mounting hole into which the detection device is inserted; and a projection disposed on a part around a peripheral edge of the mounting hole and protruding toward the casing , wherein the rib is configured to restrict a movement of the projection toward the casing . a mounting hole into which the detection device is inserted; and a projection disposed on a part around a peripheral edge of the mounting hole and protruding toward the casing , wherein the rib is configured to restrict a movement of the projection toward the casing .
An apparatus for measuring over-the-air, OTA, wireless communication performance in an automotive application of a device under test arranged on or in a vehicle, comprising: a chamber defining an internal volume therein; a platform for supporting the vehicle, wherein the chamber is adapted to enclose the platform and wherein the platform is a rotatable platform that can rotate the vehicle; at least one chamber antenna provided in the volume; and a communication system test instrument measuring the transmission between the device under test and the chamber antenna; wherein the chamber antenna is an array antenna, characterized in that the chamber antenna comprises a horizontal linear array of antenna elements and a reflector, the reflector being straight in a horizontal direction and arranged in an arc shape in a vertical direction, and the horizontal linear array being arranged in the focal line of said reflector, the chamber antenna providing a plane wave in near-field where the vehicle is located. a chamber defining an internal volume therein; a platform for supporting the vehicle, wherein the chamber is adapted to enclose the platform and wherein the platform is a rotatable platform that can rotate the vehicle; at least one chamber antenna provided in the volume; and a communication system test instrument measuring the transmission between the device under test and the chamber antenna; wherein the chamber antenna is an array antenna, characterized in that the chamber antenna comprises a horizontal linear array of antenna elements and a reflector, the reflector being straight in a horizontal direction and arranged in an arc shape in a vertical direction, and the horizontal linear array being arranged in the focal line of said reflector, the chamber antenna providing a plane wave in near-field where the vehicle is located.