mhurhangee/patent-ind-claim-en huggingface dataset:
A non-reclining passenger seat comprising: a tray table pivotally coupled to a seat back frame with at least one pivot bar ; wherein the tray table comprises at least one tray table arm comprising an aperture ; wherein the at least one pivot bar comprises a protrusion comprising a narrowed dimension across the protrusion that is narrower than an opening of the aperture so as to allow the protrusion to fit through the aperture from a direction perpendicular to the axis of rotation of the tray table arm about the protrusion in an installation position, wherein the opening of the aperture is narrower than all other dimensions across the protrusion , when those dimensions are aligned substantially parallel to the opening of the aperture , so as to prevent the protrusion from sliding through the aperture when the tray table arm is rotated away from the installation position; wherein the at least one pivot bar comprises a projection on the protrusion that is positioned to contact an edge of the aperture so as to prevent further rotation of the tray table in that direction and serve as a load bearing surface to prevent additional rotation of the tray table arm when a load is applied to the tray table . a tray table pivotally coupled to a seat back frame with at least one pivot bar ; wherein the tray table comprises at least one tray table arm comprising an aperture ; wherein the at least one pivot bar comprises a protrusion comprising a narrowed dimension across the protrusion that is narrower than an opening of the aperture so as to allow the protrusion to fit through the aperture from a direction perpendicular to the axis of rotation of the tray table arm about the protrusion in an installation position, wherein the opening of the aperture is narrower than all other dimensions across the protrusion , when those dimensions are aligned substantially parallel to the opening of the aperture , so as to prevent the protrusion from sliding through the aperture when the tray table arm is rotated away from the installation position; wherein the at least one pivot bar comprises a projection on the protrusion that is positioned to contact an edge of the aperture so as to prevent further rotation of the tray table in that direction and serve as a load bearing surface to prevent additional rotation of the tray table arm when a load is applied to the tray table .
A method, comprising: during runtime operation of a host operating system on a bare metal platform including one or more processing units on which the host operating system and applications in the tenant environment are executed, employing an out-of-band microcode (uCode) hot-upgrade process to update firmware uCode for at least one of the one or more processing units, wherein the firmware uCode update comprises a uCode patch that is buffered in memory onboard an out-of-band controller and copied from the memory to the at least one of the one or more processing units.
Sensor for a motor vehicle, comprising: - an anode conductor that extends along a longitudinal axis , - an adapter sleeve that extends along the longitudinal axis and has an external diameter at least in sections, wherein the anode conductor is rigidly connected to the adapter sleeve by means of an electrical insulator , wherein the anode conductor is longer than the adapter sleeve and has a region that projects beyond the adapter sleeve along the longitudinal axis , - an anode sleeve that is connected to the anode conductor and is fitted onto the region of the anode conductor , - a housing that has an internal diameter that is greater than the external diameter of the adapter sleeve at least in sections, such that the adapter sleeve is arranged in the housing with play, - a connection that connects the housing and the adapter sleeve to one another, - a cathode sleeve that is connected to the housing in such a way that the cathode sleeve surrounds the anode sleeve along the longitudinal axis and that a circumferential gap is formed between the cathode sleeve and the anode sleeve , wherein the anode sleeve and the cathode sleeve are arranged coaxially with respect to one another within the scope of the production tolerances. - an anode conductor that extends along a longitudinal axis , - an adapter sleeve that extends along the longitudinal axis and has an external diameter at least in sections, wherein the anode conductor is rigidly connected to the adapter sleeve by means of an electrical insulator , wherein the anode conductor is longer than the adapter sleeve and has a region that projects beyond the adapter sleeve along the longitudinal axis , - an anode sleeve that is connected to the anode conductor and is fitted onto the region of the anode conductor , - a housing that has an internal diameter that is greater than the external diameter of the adapter sleeve at least in sections, such that the adapter sleeve is arranged in the housing with play, - a connection that connects the housing and the adapter sleeve to one another, - a cathode sleeve that is connected to the housing in such a way that the cathode sleeve surrounds the anode sleeve along the longitudinal axis and that a circumferential gap is formed between the cathode sleeve and the anode sleeve , wherein the anode sleeve and the cathode sleeve are arranged coaxially with respect to one another within the scope of the production tolerances.
A crystalline form of the succinate salt of ( S )-6-((1-acetylpiperidin-4-yl)amino)- N- (3-(3,4-dihydroisoquinolin-2(1 H )-yl)-2-hydroxypropyl)pyrimidine-4-carboxamide characterized by an X-ray powder diffraction (XRPD) pattern comprising at least three diffraction angles, when measured using Cu K α radiation, selected from a group consisting of: (i) about 4.5, 8.2, 9.0, 10.4, 13.5, 15.8, 16.4, 17.3, 17.7, 18.1, 18.8, 19.6, 20.8, 21.9, 22.7, 23.3, 24.0, 24.7, 26.4, 28.2, and 29.6 degrees 2θ; (ii) about 4.5, 8.2, 10.4, 13.5, 15.8, 16.4, 17.3, 17.7, 18.1, 18.8, 19.6, 20.8, 21.9, 23.3, and 24.0 degrees 2θ; or (iii) about 4.5, 8.2, 10.4, 13.5, 15.8, 16.4, 17.7, 18.1, 18.8, 20.8, 21.9, 23.3, and 24.0 degrees 2θ. (i) about 4.5, 8.2, 9.0, 10.4, 13.5, 15.8, 16.4, 17.3, 17.7, 18.1, 18.8, 19.6, 20.8, 21.9, 22.7, 23.3, 24.0, 24.7, 26.4, 28.2, and 29.6 degrees 2θ; (ii) about 4.5, 8.2, 10.4, 13.5, 15.8, 16.4, 17.3, 17.7, 18.1, 18.8, 19.6, 20.8, 21.9, 23.3, and 24.0 degrees 2θ; or (iii) about 4.5, 8.2, 10.4, 13.5, 15.8, 16.4, 17.7, 18.1, 18.8, 20.8, 21.9, 23.3, and 24.0 degrees 2θ.
A rotary position sensor , the rotary position sensor comprising: - a single magnetic sensor adapted to detect two different orders of a multipole expansion of a magnetic field and generate two independent signals indicative of said two different orders of said multipole expansion; - a magnetic assembly adapted to form, at the location of the single magnetic sensor, a first magnetic field component having a first multipole order that corresponds to one of said two different orders of said multipole expansion that are detectable by the single magnetic sensor, such that said first magnetic field component rotates relative to the single magnetic sensor over a first angle, said magnetic assembly being adapted to form a second magnetic field component having a second multipole order, different from the first multipole order and corresponding to the other of said two different orders of said multipole expansion that are detectable by the single magnetic sensor, at the location of the single magnetic sensor, such that said second magnetic field component rotates relative to the single magnetic sensor and relative to the first magnetic field component over a second angle; - a processor adapted to receive said two independent signals and combine them to produce a unique system state representative of said first angle and said second angle. - a single magnetic sensor adapted to detect two different orders of a multipole expansion of a magnetic field and generate two independent signals indicative of said two different orders of said multipole expansion; - a magnetic assembly adapted to form, at the location of the single magnetic sensor, a first magnetic field component having a first multipole order that corresponds to one of said two different orders of said multipole expansion that are detectable by the single magnetic sensor, such that said first magnetic field component rotates relative to the single magnetic sensor over a first angle, said magnetic assembly being adapted to form a second magnetic field component having a second multipole order, different from the first multipole order and corresponding to the other of said two different orders of said multipole expansion that are detectable by the single magnetic sensor, at the location of the single magnetic sensor, such that said second magnetic field component rotates relative to the single magnetic sensor and relative to the first magnetic field component over a second angle; - a processor adapted to receive said two independent signals and combine them to produce a unique system state representative of said first angle and said second angle.
Method to inspect the surface quality of an external surface of at least one component for inhalers or vaporizers, in particular a cartomizer for electronic cigarettes, wherein said component comprises an internal compartment and is configured to be placed in a housing seat , wherein said method comprises the steps of: - removing said component from said housing seat , holding it by at least one internal surface of said internal compartment ; - positioning and maintaining said component in an optical inspection zone outside said housing seat ; - rotating said component in order to position it in at least two optical inspection positions angularly distinct with respect to each other; - acquiring at least one image of a portion of said external surface in each of said two optical inspection positions; and - processing the images acquired in order to verify if said component has at least one surface imperfection on said external surface , characterized in that it provides to acquire said images from at least two opposite positions with respect to said optical inspection zone . - removing said component from said housing seat , holding it by at least one internal surface of said internal compartment ; - positioning and maintaining said component in an optical inspection zone outside said housing seat ; - rotating said component in order to position it in at least two optical inspection positions angularly distinct with respect to each other; - acquiring at least one image of a portion of said external surface in each of said two optical inspection positions; and - processing the images acquired in order to verify if said component has at least one surface imperfection on said external surface , characterized in that it provides to acquire said images from at least two opposite positions with respect to said optical inspection zone .
An article comprising: a knit wall that is constructed of a plurality of knit courses and that includes a first side and a second side , wherein each knit course of the plurality of knit courses includes a plurality of needle positions ; and a thermoplastic yarn integrally knit into a first knit course; characterized by a knit structure wherein the thermoplastic yarn includes a first portion that is integrally knit into the first knit course and forms one or more stitches at a first subset of adjacent needle positions and that is positioned on the first side , wherein the thermoplastic yarn includes a second portion that extends through a thickness of the knit wall and hence from the first side to the second side , wherein the thermoplastic yarn includes a third portion that traverses a second subset of adjacent needle positions and that is positioned on the second side , wherein the knit wall additionally includes a plaiting yarn and a laid-in yarn , wherein the thermoplastic yarn is a first body yarn, wherein the third portion includes a floated length of the thermoplastic yarn arranged on the second side , and further comprising a second body yarn knit into the first knit course, wherein the second body yarn is floated on the second side at the first subset of needle positions. a knit wall that is constructed of a plurality of knit courses and that includes a first side and a second side , wherein each knit course of the plurality of knit courses includes a plurality of needle positions ; and a thermoplastic yarn integrally knit into a first knit course; characterized by a knit structure wherein the thermoplastic yarn includes a first portion that is integrally knit into the first knit course and forms one or more stitches at a first subset of adjacent needle positions and that is positioned on the first side , wherein the thermoplastic yarn includes a second portion that extends through a thickness of the knit wall and hence from the first side to the second side , wherein the thermoplastic yarn includes a third portion that traverses a second subset of adjacent needle positions and that is positioned on the second side , wherein the knit wall additionally includes a plaiting yarn and a laid-in yarn , wherein the thermoplastic yarn is a first body yarn, wherein the third portion includes a floated length of the thermoplastic yarn arranged on the second side , and further comprising a second body yarn knit into the first knit course, wherein the second body yarn is floated on the second side at the first subset of needle positions.
Cooking hob device with a coating and with at least one plate unit which is at least partially transparent and which has at least one subarea which is provided for the coating , wherein the coating is arranged on a visible face of the plate unit and embodies an outer surface , wherein the subarea encloses a field of vision at least substantially, wherein the field of vision is provided to give a user a glimpse from the outside into an area to the rear of the plate unit , in particular on an operator interface, characterised in that the plate unit has at least one structuring which is arranged in an interior of the plate unit along at least one part of at least one edge of the subarea , and that the structuring is provided to reduce a transparency of the plate unit at right angles to the structuring .
A method for use in an interactive guide system that provides users with access to programs, the method comprising: generating for display a program on a first user equipment; receiving an indication from a user using the first user equipment to pause the program that is displayed on the first user equipment; in response to receiving the first indication from the user using the first user equipment, pausing the program that is displayed on the first user equipment; and in response to receiving an indication from a second user equipment to resume the paused program, causing the program to be displayed on the second user equipment based on a point at which the program was paused on the first user equipment. generating for display a program on a first user equipment; receiving an indication from a user using the first user equipment to pause the program that is displayed on the first user equipment; in response to receiving the first indication from the user using the first user equipment, pausing the program that is displayed on the first user equipment; and in response to receiving an indication from a second user equipment to resume the paused program, causing the program to be displayed on the second user equipment based on a point at which the program was paused on the first user equipment.
Interrogator for obtaining information (AI) associated with a caller identification (CI), such as a telephone number, transmitted within an incoming telephone call (TC) comprising: a receiving device configured to receive the incoming telephone call (TC) and to extract the caller identification (CI) from the incoming telephone call (TC); an interrogating device configured to receive the extracted caller identification (CI) from the receiving device and to interrogate information (Al) associated with the caller identification (CI) from an external data base , which is configured to operate independently from the user voice communication device for which the incoming telephone call is intended for; and a forwarding device configured to receive and to forward the interrogated information (AI); characterized in that the interrogator comprises a statistics module configured to gather statistics (ST) regarding telephone calls (TC) with the same caller identification (CI) and to forward the statistics (ST). a receiving device configured to receive the incoming telephone call (TC) and to extract the caller identification (CI) from the incoming telephone call (TC); an interrogating device configured to receive the extracted caller identification (CI) from the receiving device and to interrogate information (Al) associated with the caller identification (CI) from an external data base , which is configured to operate independently from the user voice communication device for which the incoming telephone call is intended for; and a forwarding device configured to receive and to forward the interrogated information (AI); characterized in that the interrogator comprises a statistics module configured to gather statistics (ST) regarding telephone calls (TC) with the same caller identification (CI) and to forward the statistics (ST).
Induction cooking device for heating a cooking vessel , the induction cooking device comprising: a cooking surface comprising a cooking hob , an induction coil , a driving circuit electrically coupled to the induction coil and configured to drive the induction coil and determine a power level of the electrical power that is transferred to the induction coil while driving the induction coil , and a coil mount that is arranged under the cooking hob , wherein the induction coil is arranged on the coil mount and wherein the coil mount is configured to dynamically adapt the position of the induction coil in a plane parallel to the cooking surface based on the determined power level . a cooking surface comprising a cooking hob , an induction coil , a driving circuit electrically coupled to the induction coil and configured to drive the induction coil and determine a power level of the electrical power that is transferred to the induction coil while driving the induction coil , and a coil mount that is arranged under the cooking hob , wherein the induction coil is arranged on the coil mount and wherein the coil mount is configured to dynamically adapt the position of the induction coil in a plane parallel to the cooking surface based on the determined power level .
A fault detection method, comprising: at a generator module having a generator , a rectifier connected to the generator by a plurality of phase leads , and an inverter connected to the rectifier by a direct current, DC, link , receiving a measurement of voltage applied to the rectifier by the phase leads without utilising a current sensor; receiving a measurement of voltage applied to the inverter by the DC link ; calculating DC link voltage balance and phase sequence voltages using the measurement of voltage applied to the rectifier by the phase leads and the measurement of voltage applied to the inverter by the DC link ; based on a matching, associating DC link voltage imbalance and sequence voltages to generator module conditions; based on the matching, determining that a normal condition exists using the DC link voltage balance and phase sequence voltages when no fault exists in the generator module ; and based on the matching, determining that a fault condition exists using the DC link voltage balance and phase sequence voltages when a fault exists in the generator module . at a generator module having a generator , a rectifier connected to the generator by a plurality of phase leads , and an inverter connected to the rectifier by a direct current, DC, link , receiving a measurement of voltage applied to the rectifier by the phase leads without utilising a current sensor; receiving a measurement of voltage applied to the inverter by the DC link ; calculating DC link voltage balance and phase sequence voltages using the measurement of voltage applied to the rectifier by the phase leads and the measurement of voltage applied to the inverter by the DC link ; based on a matching, associating DC link voltage imbalance and sequence voltages to generator module conditions; based on the matching, determining that a normal condition exists using the DC link voltage balance and phase sequence voltages when no fault exists in the generator module ; and based on the matching, determining that a fault condition exists using the DC link voltage balance and phase sequence voltages when a fault exists in the generator module .
A method of providing data relating to an electrical device to a client device having a pixel resolution, comprising: receiving raw waveform data generated by a metering device in response to an event related to operation of the electrical device , the raw waveform data having a total number of data points and a waveform cycle time associated therewith; determining whether the raw waveform data should be decimated based on the total number of data points and the pixel resolution; responsive to determining that the raw waveform data should be decimated, determining a decimation interval using the pixel resolution and the waveform cycle time using the following formula: 1/(the pixel resolution/(the waveform cycle time * 2)), and generating decimated waveform data from the raw waveform data by, for each successive decimation interval of the raw waveform data from time zero and to the waveform cycle time, querying all data points in the subject decimation interval and determining and storing the maximum data point value in the interval, the minimum data point in the interval, and the corresponding times of these maximum and minimum data points; and sending the decimated waveform data to the client device . receiving raw waveform data generated by a metering device in response to an event related to operation of the electrical device , the raw waveform data having a total number of data points and a waveform cycle time associated therewith; determining whether the raw waveform data should be decimated based on the total number of data points and the pixel resolution; responsive to determining that the raw waveform data should be decimated, determining a decimation interval using the pixel resolution and the waveform cycle time using the following formula: 1/(the pixel resolution/(the waveform cycle time * 2)), and generating decimated waveform data from the raw waveform data by, for each successive decimation interval of the raw waveform data from time zero and to the waveform cycle time, querying all data points in the subject decimation interval and determining and storing the maximum data point value in the interval, the minimum data point in the interval, and the corresponding times of these maximum and minimum data points; and sending the decimated waveform data to the client device .
A sputter measurement system that measures a size of a sputter flying from a molten portion that is melted during welding, the sputter measurement system comprising: a camera that captures an image of an observation region including the molten portion ; and characterized by : a spot light source that applies spot light toward the observation region from a lateral side with respect to the observation region when viewed from the camera ; and a controller that measures the size of the sputter based on the image captured by the camera . a spot light source that applies spot light toward the observation region from a lateral side with respect to the observation region when viewed from the camera ; and a controller that measures the size of the sputter based on the image captured by the camera .