mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless transmit/receive unit, WTRU, comprising: a processor ; and a transceiver , the processor and the transceiver are configured to acquire a first random access configuration and a second random access configuration, wherein the first random access configuration and the second random access configuration are different, and the processor and the transceiver are further configured to perform a first random access procedure using the first random access configuration using first physical resources and a second random access procedure using the second random access configuration using second physical resources, wherein the first random access configuration is used for at least initial random access and the second random access configuration is used for timing adjustments, wherein the first physical resources are different physical resources than the second physical resources, and the processor and the transceiver are further configured to receive a first message for the first random access procedure and to receive a second message for the second random access procedure, wherein the first message includes a single medium access control, MAC, header and a plurality of first random access responses and the second message includes a single MAC header and a plurality of second random access responses. a processor ; and a transceiver , the processor and the transceiver are configured to acquire a first random access configuration and a second random access configuration, wherein the first random access configuration and the second random access configuration are different, and the processor and the transceiver are further configured to perform a first random access procedure using the first random access configuration using first physical resources and a second random access procedure using the second random access configuration using second physical resources, wherein the first random access configuration is used for at least initial random access and the second random access configuration is used for timing adjustments, wherein the first physical resources are different physical resources than the second physical resources, and the processor and the transceiver are further configured to receive a first message for the first random access procedure and to receive a second message for the second random access procedure, wherein the first message includes a single medium access control, MAC, header and a plurality of first random access responses and the second message includes a single MAC header and a plurality of second random access responses.
Jet pump unit for controlling a gaseous medium, in particular hydrogen, with a nozzle and with a mixing tube unit , wherein the mixing tube unit has a longitudinal axis and the nozzle has a longitudinal axis , wherein the longitudinal axis of the mixing tube unit and the longitudinal axis of the nozzle are at an angle (α) to one another, characterized in that the mixing tube unit has an outflow channel , which outflow channel is in the form of a transverse bore in a pump housing of the mixing tube unit and is in this way arranged radially with respect to the longitudinal axis of the mixing tube unit , wherein the longitudinal axis of the nozzle is inclined away from the direction of the outflow channel in the mixing tube unit .
A guiding ancillary intended to cooperate with at least two bone surfaces , characterised in that it comprises: - For each bone surface, a bearing surface which is an impression of a portion of the corresponding bone surface to at least partially match a portion of the corresponding bone surface; said bearing surface delimiting a working area on said bone surface when it is in contact with said bone surface; - said bearing surfaces being configured to hold said ancillary in position on the corresponding bone surfaces and - At least one guide means capable of receiving at least one medical device, said at least one guide means guiding the medical device towards said working area on the corresponding bone surface, each guide means defining a working axis for moving the medical device along said working axis, said working area being determined by said working axes. - For each bone surface, a bearing surface which is an impression of a portion of the corresponding bone surface to at least partially match a portion of the corresponding bone surface; said bearing surface delimiting a working area on said bone surface when it is in contact with said bone surface; - said bearing surfaces being configured to hold said ancillary in position on the corresponding bone surfaces and - At least one guide means capable of receiving at least one medical device, said at least one guide means guiding the medical device towards said working area on the corresponding bone surface, each guide means defining a working axis for moving the medical device along said working axis, said working area being determined by said working axes.
A system comprising a program-controlled domestic appliance and a wireless terminal, wherein the program-controlled domestic appliance is operated on the basis of a one-button user interface , the program-controlled domestic appliance comprising: a memory configured to store a plurality of memory programs (P1, P2) for operating the domestic appliance according to specific configurations; the user interface configured to receive a user interaction initiated by a user , the user interaction indicating at least one memory program of the plurality of memory programs (P1, P2); and a controller , configured to control operation of the domestic appliance according to the at least one memory program indicated by the user interaction , wherein the controller is configured to call the at least one memory program from the memory and to start the called memory program responsive to the same user interaction initiated by the user , wherein the user interface is configured to indicate a user-initiated selection of the at least one memory program from the plurality of memory programs (P1, P2), the program-controlled domestic appliance comprising: a button , configured to implement the user interface , wherein the button is configured to indicate the user-initiated selection of the at least one memory program based on a time interval between pressing down the button and releasing the button , characterized in that a first time interval corresponds to a first favorite memory program ; and wherein further time intervals correspond to further favorite memory programs ; wherein the button is electronically emulated by an application, App, running on the wireless terminal. a memory configured to store a plurality of memory programs (P1, P2) for operating the domestic appliance according to specific configurations; the user interface configured to receive a user interaction initiated by a user , the user interaction indicating at least one memory program of the plurality of memory programs (P1, P2); and a controller , configured to control operation of the domestic appliance according to the at least one memory program indicated by the user interaction , wherein the controller is configured to call the at least one memory program from the memory and to start the called memory program responsive to the same user interaction initiated by the user , wherein the user interface is configured to indicate a user-initiated selection of the at least one memory program from the plurality of memory programs (P1, P2), the program-controlled domestic appliance comprising: a button , configured to implement the user interface , wherein the button is configured to indicate the user-initiated selection of the at least one memory program based on a time interval between pressing down the button and releasing the button , characterized in that a first time interval corresponds to a first favorite memory program ; and wherein further time intervals correspond to further favorite memory programs ; wherein the button is electronically emulated by an application, App, running on the wireless terminal.
Method for checking a portion in fluid systems of a negative pressure therapy system in order to identify the correct tubing system, wherein this portion is delimited by two pressure sensors , the method comprising the following steps: (a) building up a negative pressure in the portion of the fluid system to be checked; (b) generating a pressure change in the fluid system; (c) detection of the pressure change by the two pressure sensors ; (d) evaluating the pressure change detected by the sensors with regard to its time difference and/or its magnitude and/or its form; (e) controlling a device for negative pressure therapy depending on the evaluation performed in step (d), wherein the length of the portion in the fluid system can be detected by the time difference measured in method step (c) or by the pressure difference in a predetermined time difference between the measurement of the two pressure sensors, and the number of lumen of the tubing system can be detected by the time difference or pressure difference measured in method step (c), and wherein depending on the number of lumen, the device is controlled with respect to the following property: identification of the correct tubing system. (a) building up a negative pressure in the portion of the fluid system to be checked; (b) generating a pressure change in the fluid system; (c) detection of the pressure change by the two pressure sensors ; (d) evaluating the pressure change detected by the sensors with regard to its time difference and/or its magnitude and/or its form; (e) controlling a device for negative pressure therapy depending on the evaluation performed in step (d), the length of the portion in the fluid system can be detected by the time difference measured in method step (c) or by the pressure difference in a predetermined time difference between the measurement of the two pressure sensors, and the number of lumen of the tubing system can be detected by the time difference or pressure difference measured in method step (c), and wherein depending on the number of lumen, the device is controlled with respect to the following property: identification of the correct tubing system.
An apparatus comprising: - a charge pump to receive a first power supply and to generate a second power supply; - a voltage regulator to operate using the second power supply, the voltage regulator having an input to receive a reference voltage and to generate a third power supply; - a load configured to receive the third power supply; - a voltage sensing block configured to operate using the third power supply; and - a reference generator configured to operate using the first power supply, characterized in that the reference generator is configured to provide the reference voltage according to an output of a voltage sensing block and that the voltage sensing block includes a sense stage to provide a difference in diode voltages. - a charge pump to receive a first power supply and to generate a second power supply; - a voltage regulator to operate using the second power supply, the voltage regulator having an input to receive a reference voltage and to generate a third power supply; - a load configured to receive the third power supply; - a voltage sensing block configured to operate using the third power supply; and - a reference generator configured to operate using the first power supply,
A method of fabricating a gas turbine engine airfoil , characterized by the method comprising: drawing a continuous woven fabric ply over a contoured surface that has a geometry that is analogous to a geometry of the airfoil , the continuous woven fabric ply taking the geometry of the contoured surface to thereby form a contoured continuous woven fabric ply ; producing an airfoil preform by wrapping the contoured continuous woven fabric ply around an airfoil tool , the airfoil tool has a geometry that is analogous to the airfoil , the contoured continuous woven fabric ply taking the geometry of the airfoil tool ; and densifying the airfoil preform with a ceramic matrix to produce a ceramic matrix composite airfoil . drawing a continuous woven fabric ply over a contoured surface that has a geometry that is analogous to a geometry of the airfoil , the continuous woven fabric ply taking the geometry of the contoured surface to thereby form a contoured continuous woven fabric ply ; producing an airfoil preform by wrapping the contoured continuous woven fabric ply around an airfoil tool , the airfoil tool has a geometry that is analogous to the airfoil , the contoured continuous woven fabric ply taking the geometry of the airfoil tool ; and densifying the airfoil preform with a ceramic matrix to produce a ceramic matrix composite airfoil .
A method , comprising: selecting at least one set of line of sight (LOS) vectors of a plurality of LOS vectors, wherein the plurality of LOS vectors are oriented in one or more directions outward from a vehicle; determining at least one air data solution based on the at least one set of LOS vectors, wherein the air data solution is a representation of an air velocity vector; substituting an air data parameter constraint into the air data solution to determine at least one modified air data solution, wherein the at least one modified air data solution is determined based on the at least one set of LOS vectors and the constraint; and comparing a difference between the at least one air data solution and the at least one modified air data solution to a threshold value, wherein the threshold value is indicative of error with respect to the at least one set of LOS vectors. selecting at least one set of line of sight (LOS) vectors of a plurality of LOS vectors, wherein the plurality of LOS vectors are oriented in one or more directions outward from a vehicle; determining at least one air data solution based on the at least one set of LOS vectors, wherein the air data solution is a representation of an air velocity vector; substituting an air data parameter constraint into the air data solution to determine at least one modified air data solution, wherein the at least one modified air data solution is determined based on the at least one set of LOS vectors and the constraint; and comparing a difference between the at least one air data solution and the at least one modified air data solution to a threshold value, wherein the threshold value is indicative of error with respect to the at least one set of LOS vectors.
A method, comprising: receiving, at a device, from a source a package comprising a binary file representing an application software and an associated resource declaration indicating resources required by the application software; extracting the resource declaration from the package; forming an intersection of the extracted resource declaration and a set of allowable resources, for the source of the package, obtained from a software sources ranking and resources usage policy; granting the application software resources based on the result of the formed intersection; installing the application software; and storing an indication of the granted resources in a resource possession list. receiving, at a device, from a source a package comprising a binary file representing an application software and an associated resource declaration indicating resources required by the application software; extracting the resource declaration from the package; forming an intersection of the extracted resource declaration and a set of allowable resources, for the source of the package, obtained from a software sources ranking and resources usage policy; granting the application software resources based on the result of the formed intersection; installing the application software; and storing an indication of the granted resources in a resource possession list.
A display device, comprising an array substrate , a color filter substrate facing the array substrate, and a liquid crystal layer between the color filter substrate and the array substrate , wherein the array substrate comprises: a base substrate , a gate line disposed on the base substrate , a data line disposed perpendicular to the gate line, and a pixel region defined by the gate line intersecting the data line , in which a thin film transistor, a pixel electrode , and a common electrode which cooperates with the pixel electrodes to form a multi-dimension electric field are disposed, wherein the pixel electrode is a plate-shaped electrode and the common electrode is a slit-shaped electrode, and a first insulating layer is disposed between the common electrode and the pixel electrode , and a second insulating layer is disposed between a layer of the plate-shaped pixel electrode and a layer of the data line ; characterized in tha an end of the plate-shaped pixel electrode completely covers the data line , the color filter substrate comprises black matrixes and color resin sheets formed between the black matrixes on a base substrate of the color filter substrate , the black matrixes are disposed such that they completely cover the gate line, the thin film transistor, and regions where the data line is not formed and which are between adjacent pixels, of the array substrate , and the black matrixes are not covering the data line . a base substrate , a gate line disposed on the base substrate , a data line disposed perpendicular to the gate line, and a pixel region defined by the gate line intersecting the data line , in which a thin film transistor, a pixel electrode , and a common electrode which cooperates with the pixel electrodes to form a multi-dimension electric field are disposed, wherein the pixel electrode is a plate-shaped electrode and the common electrode is a slit-shaped electrode, and a first insulating layer is disposed between the common electrode and the pixel electrode , and a second insulating layer is disposed between a layer of the plate-shaped pixel electrode and a layer of the data line ; characterized in tha an end of the plate-shaped pixel electrode completely covers the data line , the color filter substrate comprises black matrixes and color resin sheets formed between the black matrixes on a base substrate of the color filter substrate , the black matrixes are disposed such that they completely cover the gate line, the thin film transistor, and regions where the data line is not formed and which are between adjacent pixels, of the array substrate , and the black matrixes are not covering the data line .
Rotary electric machine having a rotor which can rotate about an axis of rotation , which has a shaft , a pole wheel surrounding the shaft and at least one clamping set , wherein the clamping set is provided to establish a force-fit connection between the shaft and the pole wheel , characterised in that the clamping set has an outer clamping ring , an inner clamping ring and a clamping device , which is provided to clamp the clamping set , wherein the inner clamping ring is inserted into the outer clamping ring , wherein the outer clamping ring and the inner clamping ring can be displaced axially against one another with the clamping device , wherein the outer clamping ring has at least two separate outer clamping ring segments and wherein the inner clamping ring has at least two separate inner clamping ring segments .
A joint for coupling together respective ends of a substantially rigid restraining arch or cuff and an upright or strut (13-16) of a frame of an orthopedic rehabilitation orthosis , such as a knee, elbow or ankle orthosis , whereby each respective restraining arch or cuff end is hinged to a corresponding end of an upright or strut (13-16), characterised in that the end of said arch or cuff and the end of said upright or strut (13-16) belonging to said joint are provided, each, with a respective housing , in that each respective housing comprises shaped slots , and in that a substantially ring-shaped elastic connection element comprising a series of protuberances protruding symmetrically outwards with respect to the centre-line on the circular plane of the ring-like body of said ring-shaped elastic connection member is positioned between said respective housings , whereby said protuberances are inserted inside of said shaped slots .
An article of footwear flat pattern comprising: an upper portion having a toe end with a convex edge and an opposite heel end , a medial side and an opposite lateral side ; the upper portion comprising: a midline reference line , the midline reference line extending between the toe end and the heel end , wherein the midline reference line extends through the toe end at an apex of the toe end convex edge and the midline reference line extends through the heel end equidistant between a first intersection between the heel end and the medial side and a second intersection between the heel end and the lateral side ; and an origin aperture , the origin aperture extending through the footwear flat pattern at a location within 10 millimeters of the midline reference line between the toe end and the heel end ; an overlay , the overlay coupled with the upper portion between the toe end and the heel end and between the medial side and the lateral side; and the overlay comprising an alignment aperture extending through the overlay, the alignment aperture aligned with the origin aperture ; wherein the origin aperture is within a midfoot opening region. an upper portion having a toe end with a convex edge and an opposite heel end , a medial side and an opposite lateral side ; the upper portion comprising: a midline reference line , the midline reference line extending between the toe end and the heel end , wherein the midline reference line extends through the toe end at an apex of the toe end convex edge and the midline reference line extends through the heel end equidistant between a first intersection between the heel end and the medial side and a second intersection between the heel end and the lateral side ; and an origin aperture , the origin aperture extending through the footwear flat pattern at a location within 10 millimeters of the midline reference line between the toe end and the heel end ; a midline reference line , the midline reference line extending between the toe end and the heel end , wherein the midline reference line extends through the toe end at an apex of the toe end convex edge and the midline reference line extends through the heel end equidistant between a first intersection between the heel end and the medial side and a second intersection between the heel end and the lateral side ; and an origin aperture , the origin aperture extending through the footwear flat pattern at a location within 10 millimeters of the midline reference line between the toe end and the heel end ; an overlay , the overlay coupled with the upper portion between the toe end and the heel end and between the medial side and the lateral side; and the overlay comprising an alignment aperture extending through the overlay, the alignment aperture aligned with the origin aperture ; wherein the origin aperture is within a midfoot opening region.