mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit device comprising: a first central processing unit including a digital signal processing (DSP) engine; a plurality of contexts, each context comprising a CPU context comprising a plurality of registers and a DSP context, wherein the DSP context comprises control bits and a plurality of DSP registers (214, 220, 222, 230-240, 254, 256), characterized in that after a reset of the integrated circuit device the control bits of all DSP contexts are linked together such that data written to the control bits of a first active DSP context is written to respective control bits of all other DSP contexts and only after a context switch to one of the other DSP contexts and a modification of at least one of the control bits of the one of the other DSP contexts, the control bits of the one of the other DSP contexts is severed from a link to form independent control bits of a new active DSP context. a first central processing unit including a digital signal processing (DSP) engine; a plurality of contexts, each context comprising a CPU context comprising a plurality of registers and a DSP context, wherein the DSP context comprises control bits and a plurality of DSP registers (214, 220, 222, 230-240, 254, 256), characterized in that after a reset of the integrated circuit device the control bits of all DSP contexts are linked together such that data written to the control bits of a first active DSP context is written to respective control bits of all other DSP contexts and only after a context switch to one of the other DSP contexts and a modification of at least one of the control bits of the one of the other DSP contexts, the control bits of the one of the other DSP contexts is severed from a link to form independent control bits of a new active DSP context.
Shower system for a toilet for cleaning the abdomen of a toilet user having a shower arm with a shower nozzle for ejecting water for cleaning and a water pump for supplying the shower arm with water for cleaning, wherein the shower arm comprises a telescopic mechanism for extending an end of the shower arm carrying the shower nozzle , which telescopic mechanism is operable by a water pressure generated by the water pump , and wherein the flow cross-section for shower water emerging at and in the shower arm changes during the extension, characterised in that the shower system is adapted to detect, during the extension, a change in a measurand (V') related to the water transported by the water pump to the shower arm to supply it, caused by the change in the flow cross-section and the water pump is operated at reduced power after the detection of the change relative to its operation before the detection. a water pump for supplying the shower arm with water for cleaning, wherein the shower arm comprises a telescopic mechanism for extending an end of the shower arm carrying the shower nozzle , which telescopic mechanism is operable by a water pressure generated by the water pump , and wherein the flow cross-section for shower water emerging at and in the shower arm changes during the extension, characterised in that the shower system is adapted to detect, during the extension, a change in a measurand (V') related to the water transported by the water pump to the shower arm to supply it, caused by the change in the flow cross-section and the water pump is operated at reduced power after the detection of the change relative to its operation before the detection.
A method of reading information from a gaming element selected from the group consisting of playing cards (210; 422) and wagering chips while an image face of the gaming element is hidden by a visible-light-opaque back comprising: an infrared-sensitive camera (330, 336; 438; 514; 612) positioned behind the gaming element back receives infrared information passing through the gaming element; a filter on the camera (330, 336; 438; 514; 612) filtering out at least some visible and some infrared radiation, allowing a defined range of wavelength of infrared radiation into the camera (330, 336; 438; 514; 612); the camera (330, 336; 438; 514; 612) capturing radiation within the defined range of radiation and transmitting signals based on the captured radiation; a processor receiving the transmitted signals and executing code to define patterns in the captured radiation; and the defined patterns including image content of suit and/or rank on the image face of the gaming element. an infrared-sensitive camera (330, 336; 438; 514; 612) positioned behind the gaming element back receives infrared information passing through the gaming element; a filter on the camera (330, 336; 438; 514; 612) filtering out at least some visible and some infrared radiation, allowing a defined range of wavelength of infrared radiation into the camera (330, 336; 438; 514; 612); the camera (330, 336; 438; 514; 612) capturing radiation within the defined range of radiation and transmitting signals based on the captured radiation; a processor receiving the transmitted signals and executing code to define patterns in the captured radiation; and the defined patterns including image content of suit and/or rank on the image face of the gaming element.
Rubber composition based on at least: - a diene elastomer, - a reinforcing filler, - from 1 to 45 parts by weight, per hundred parts by weight of elastomer, phr, of a reinforcing resin, - from 1 to 10 phr of sulfur, - from 2 to 15 phr of vulcanization ultra-accelerator having a vulcanization initiation time, referred to as "t0", of less than 3 minutes, said composition comprising no vulcanization accelerator having a "t0" of greater than or equal to 3 minutes or comprising less than 2 phr thereof. - a diene elastomer, - a reinforcing filler, - from 1 to 45 parts by weight, per hundred parts by weight of elastomer, phr, of a reinforcing resin, - from 1 to 10 phr of sulfur, - from 2 to 15 phr of vulcanization ultra-accelerator having a vulcanization initiation time, referred to as "t0", of less than 3 minutes,
A method for pairing user devices, the user devices comprising an unmanned aerial vehicle, UAV and an UAV controller, the method being applied to a device in a core network, wherein the method comprises: receiving a pairing request message that is sent from a first user device and carries a first identity of the first user device, wherein the first user device comprises said Unmanned Aerial Vehicle, UAV, or said UAV controller; characterized by sending a query request message carrying the first identity to an Unmanned Aircraft System, UAS, Traffic Management, UTM , to request querying a second identity of a second user device corresponding to the first identity in a correspondence between a UAV and a UAV controller, wherein the UTM is not a device in the core network, the correspondence between the UAV and the UAV controller is stored in the UTM by a UAV manufacturer in advance; receiving a query response message that is fed back by the UTM and contains a query result ; and sending, when the query result comprises the second identity of the second user device in the correspondence between the UAV and the UAV controller, a pairing response message carrying the second identity to the first user device , wherein when the first user device is the UAV, the second user device is the UAV controller, and while the first user device is the UAV controller, the second user device is the UAV. receiving a pairing request message that is sent from a first user device and carries a first identity of the first user device, wherein the first user device comprises said Unmanned Aerial Vehicle, UAV, or said UAV controller; characterized by sending a query request message carrying the first identity to an Unmanned Aircraft System, UAS, Traffic Management, UTM , to request querying a second identity of a second user device corresponding to the first identity in a correspondence between a UAV and a UAV controller, wherein the UTM is not a device in the core network, the correspondence between the UAV and the UAV controller is stored in the UTM by a UAV manufacturer in advance; receiving a query response message that is fed back by the UTM and contains a query result ; and sending, when the query result comprises the second identity of the second user device in the correspondence between the UAV and the UAV controller, a pairing response message carrying the second identity to the first user device , wherein when the first user device is the UAV, the second user device is the UAV controller, and while the first user device is the UAV controller, the second user device is the UAV.
A printer comprising: a page wide array of printing elements extending in a first orientation (Y) and co-located with a media path (T) extending in a second orientation (X) generally perpendicular to the first orientation, wherein the printer is selectively operated according to a calibration involving current calibration values (B1, B2, B3, B4, B5) for a first subset of the page wide array of printing elements, one current calibration value per printing element, and a substitute calibration value (A5) for at least one non-first subset printing element of the page wide array adjacent to at least one of the first subset printing elements, further involving at least one array of calibration factors stored in memory and based on a prior calibration with a medium , each calibration factor representing calibration information regarding a relationship between two neighbouring printing elements, wherein the substitute calibration value is at least partially based on a prior calibration value for the at least one non-first subset printing element, and wherein the prior calibration value is inferred from a calibration factor based on a relationship between the calibration values for the at least one non-first subset printing element of the page wide array adjacent and the at least one of the first subset printing element. a page wide array of printing elements extending in a first orientation (Y) and co-located with a media path (T) extending in a second orientation (X) generally perpendicular to the first orientation, wherein the printer is selectively operated according to a calibration involving current calibration values (B1, B2, B3, B4, B5) for a first subset of the page wide array of printing elements, one current calibration value per printing element, and a substitute calibration value (A5) for at least one non-first subset printing element of the page wide array adjacent to at least one of the first subset printing elements, further involving at least one array of calibration factors stored in memory and based on a prior calibration with a medium , each calibration factor representing calibration information regarding a relationship between two neighbouring printing elements, wherein the substitute calibration value is at least partially based on a prior calibration value for the at least one non-first subset printing element, and wherein the prior calibration value is inferred from a calibration factor based on a relationship between the calibration values for the at least one non-first subset printing element of the page wide array adjacent and the at least one of the first subset printing element.
A head for a pet grooming tool including: a base portion ; a plurality of teeth extending therefrom with at least two different respective tip lengths; and a blade edge extending between at least some of said plurality of teeth; wherein said blade edge forms a U-shape between said at least some of said plurality of teeth; and wherein said blade edge is substantially dulled. a base portion ; a plurality of teeth extending therefrom with at least two different respective tip lengths; and a blade edge extending between at least some of said plurality of teeth;
A method for manufacturing a packaging bag comprising at least a front wall and a back wall , optionally connected by gussets , a bottom , and a filling opening , the bag is made from at least one plastic film having an inner face intended to be positioned inside the bag and an outer face intended to be positioned outside the bag , the method involving the creation of at least one weld line on at least one of the front or back walls, the plastic film is multilayer, and the difference between the softening temperature of the outer face and the melting temperature of the inner face is between 20°C and 60°C, so that the weld line is created at a welding temperature spread between the softening temperature of the outer face and the melting temperature of the inner face , through a hot stamping device applied to the outer face by melting the inner face without softening or degrading the outer face , characterized in that the plastic film is mono-material.
A kingpin assembly, comprising: a housing having a recess located therein and configured to be attached to a towed vehicle; a kingpin having at least a portion located within the recess of the housing , wherein the kingpin is secured within the recess of the housing , and wherein the kingpin includes an axis extending along a length of the kingpin; and a sensor arrangement configured to sense a force exerted on the kingpin in a first direction that is substantially perpendicular to the longitudinal axis, characterized in that the sensor arrangement includes a capacitive-type load cell that includes a ring positioned between the kingpin and the housing , the ring including an inner electrically conductive ring , an outer electrically conductive ring and an elastomeric dielectric material positioned therebetween. a housing having a recess located therein and configured to be attached to a towed vehicle; a kingpin having at least a portion located within the recess of the housing , wherein the kingpin is secured within the recess of the housing , and wherein the kingpin includes an axis extending along a length of the kingpin; and a sensor arrangement configured to sense a force exerted on the kingpin in a first direction that is substantially perpendicular to the longitudinal axis, characterized in that the sensor arrangement includes a capacitive-type load cell that includes a ring positioned between the kingpin and the housing , the ring including an inner electrically conductive ring , an outer electrically conductive ring and an elastomeric dielectric material positioned therebetween.
Hose which on its outward-facing layer contains an additional coating, wherein the coating contains at least one polymer and at least one bitterant, characterized in that the bitterant is denatonium benzoate and in that the polymer comprises at least one acrylate.
An exhaust heat recovery device configured to recover heat of exhaust gas discharged from an engine by heat exchange with a refrigerant, the exhaust heat recovery device comprising: a first flow path member in which a first flow path through which the exhaust gas flows is formed; a second flow path member which is provided adjacent to the first flow path member , in which a second flow path that bypasses a part of the first flow path is formed, and which includes a heat exchange unit configured to perform heat exchange between the exhaust gas flowing in the second flow path and the refrigerant; a valve mechanism configured to switch between opening and closing of the first flow path and the second flow path by rotation of a rotation shaft portion disposed in the first flow path member ; and a drive unit which includes a drive shaft configured to rotate the rotation shaft portion , wherein the second flow path member is disposed so as to be inclined with respect to a flow direction of the exhaust gas in the first flow path , characterized in that the drive shaft extends toward the first flow path member and is connected to the rotation shaft portion in a region (S) formed on a lateral side of the second flow path member when viewed in an axial direction of the drive shaft of the drive unit by disposing the second flow path member so as to be inclined with respect to the first flow path member . a first flow path member in which a first flow path through which the exhaust gas flows is formed; a second flow path member which is provided adjacent to the first flow path member , in which a second flow path that bypasses a part of the first flow path is formed, and which includes a heat exchange unit configured to perform heat exchange between the exhaust gas flowing in the second flow path and the refrigerant; a valve mechanism configured to switch between opening and closing of the first flow path and the second flow path by rotation of a rotation shaft portion disposed in the first flow path member ; and a drive unit which includes a drive shaft configured to rotate the rotation shaft portion , wherein the second flow path member is disposed so as to be inclined with respect to a flow direction of the exhaust gas in the first flow path , characterized in that the drive shaft extends toward the first flow path member and is connected to the rotation shaft portion in a region (S) formed on a lateral side of the second flow path member when viewed in an axial direction of the drive shaft of the drive unit by disposing the second flow path member so as to be inclined with respect to the first flow path member .
An airfoil , comprising: a body formed to define: a substantially radially extending cooling hole therein, which is configured to be receptive of a supply of a coolant for removing heat from the body , and a flag region therein, which is fluidly communicative with the cooling hole and thereby configured to be receptive of a portion of the supply of the coolant such that a coolant portion is directed to form a vortex within the flag region to increase heat removal from the body beyond that provided by the coolant flow through the cooling hole , the flag region having a similar width in the circumferential dimension as that of the cooling hole in the circumferential direction and being open at one axial end to permit fluid communication with the cooling hole and closed at an opposing axial end to facilitate formation of the vortex within the flag region . a substantially radially extending cooling hole therein, which is configured to be receptive of a supply of a coolant for removing heat from the body , and a flag region therein, which is fluidly communicative with the cooling hole and thereby configured to be receptive of a portion of the supply of the coolant such that a coolant portion is directed to form a vortex within the flag region to increase heat removal from the body beyond that provided by the coolant flow through the cooling hole , the flag region having a similar width in the circumferential dimension as that of the cooling hole in the circumferential direction and being open at one axial end to permit fluid communication with the cooling hole and closed at an opposing axial end to facilitate formation of the vortex within the flag region .
A steering control device configured to control a steering device to which a motor torque is applied from an actuator with a motor as a drive source, the steering control device characterized by comprising: a control unit configured to output a motor control signal for controlling operation of the motor ; a drive circuit configured to supply a drive electric power to the motor based on the motor control signal, wherein the control unit is configured to: calculate a torque command value which is a target value of the motor torque based on execution of angle control for adjusting a convertible angle which is able to be converted to a rotation angle of the motor to a target angle; calculate the motor control signal based on the torque command value; and change a control gain which is used for the angle control based on a change of a factor influencing a behavior of a vehicle in response to steering; characterised in that the control gain used for the angle control is changed based on a brake operation flag, a vehicle speed, a lateral acceleration, a target temperature and a drive mode of the motor . a control unit configured to output a motor control signal for controlling operation of the motor ; a drive circuit configured to supply a drive electric power to the motor based on the motor control signal, wherein the control unit is configured to: calculate a torque command value which is a target value of the motor torque based on execution of angle control for adjusting a convertible angle which is able to be converted to a rotation angle of the motor to a target angle; calculate the motor control signal based on the torque command value; and change a control gain which is used for the angle control based on a change of a factor influencing a behavior of a vehicle in response to steering; characterised in that the control gain used for the angle control is changed based on a brake operation flag, a vehicle speed, a lateral acceleration, a target temperature and a drive mode of the motor . calculate a torque command value which is a target value of the motor torque based on execution of angle control for adjusting a convertible angle which is able to be converted to a rotation angle of the motor to a target angle; calculate the motor control signal based on the torque command value; and change a control gain which is used for the angle control based on a change of a factor influencing a behavior of a vehicle in response to steering; characterised in that the control gain used for the angle control is changed based on a brake operation flag, a vehicle speed, a lateral acceleration, a target temperature and a drive mode of the motor .
Apparatus designed to measure the level of a medium in a vessel, said apparatus comprising a plate , with a first side surface and a second side surface arranged opposite the first side surface; a level sensor arranged on the first side surface of the plate , which is designed to determine the level via a procedure to measure the transit time difference or a capacitive measuring procedure, an electronics unit , which is arranged on the second side surface of the plate and determines the level of the medium in the vessel on the basis of the measured data of the level sensor , a point level sensor designed to monitor a point level of the medium in the vessel, wherein the point level sensor is arranged on the first side surface of the plate , wherein the electronics unit is assigned to the level sensor and to the point level sensor , and wherein the electronics unit monitors the point level of the medium in the vessel on the basis of the measured data of the point level sensor . a plate , with a first side surface and a second side surface arranged opposite the first side surface; a level sensor arranged on the first side surface of the plate , which is designed to determine the level via a procedure to measure the transit time difference or a capacitive measuring procedure, an electronics unit , which is arranged on the second side surface of the plate and determines the level of the medium in the vessel on the basis of the measured data of the level sensor , a point level sensor designed to monitor a point level of the medium in the vessel, wherein the point level sensor is arranged on the first side surface of the plate , wherein the electronics unit is assigned to the level sensor and to the point level sensor , and wherein the electronics unit monitors the point level of the medium in the vessel on the basis of the measured data of the point level sensor .