mhurhangee/ep-ind-claims huggingface dataset:
An uplink synchronization processing method, comprising: receiving an uplink synchronization indication message sent by a base station, wherein the uplink synchronization indication message carries identification information of one or multiple newly configured component carriers CCs; sending synchronization signaling to the base station when knowing that uplink synchronization needs to be executed on all or a part of the one or multiple newly configured CCs corresponding to the identification information; and receiving a time advanced TA adjusting message that is sent by the base station according to the synchronization signaling, and applying a TA value carried in the TA adjusting message to a CC on which the uplink synchronization needs to be executed; wherein the knowing that the uplink synchronization needs to be executed on all or a part of the one or multiple newly configured CCs corresponding to the identification information comprises: knowing that the uplink synchronization needs to be executed on all or a part of the one or multiple newly configured CCs, according to bit indication information in the uplink synchronization indication message, wherein the bit indication information is used to indicate whether the uplink synchronization needs to be executed on all or a part of the one or multiple newly configured CCs. receiving an uplink synchronization indication message sent by a base station, wherein the uplink synchronization indication message carries identification information of one or multiple newly configured component carriers CCs; sending synchronization signaling to the base station when knowing that uplink synchronization needs to be executed on all or a part of the one or multiple newly configured CCs corresponding to the identification information; and receiving a time advanced TA adjusting message that is sent by the base station according to the synchronization signaling, and applying a TA value carried in the TA adjusting message to a CC on which the uplink synchronization needs to be executed; wherein the knowing that the uplink synchronization needs to be executed on all or a part of the one or multiple newly configured CCs corresponding to the identification information comprises: knowing that the uplink synchronization needs to be executed on all or a part of the one or multiple newly configured CCs, according to bit indication information in the uplink synchronization indication message, wherein the bit indication information is used to indicate whether the uplink synchronization needs to be executed on all or a part of the one or multiple newly configured CCs. knowing that the uplink synchronization needs to be executed on all or a part of the one or multiple newly configured CCs, according to bit indication information in the uplink synchronization indication message, wherein the bit indication information is used to indicate whether the uplink synchronization needs to be executed on all or a part of the one or multiple newly configured CCs.
Camshaft for an internal combustion engine with a shaft and at least one component joined thereto thermally or by means of a press fit, which is connected via a component-side joining surface to a shaft-side joining surface, wherein the at least one component is formed as a cam, characterised in that - the component-side joining surface and/or the shaft-side joining surface partially have/has a predefined roughness exclusively on load-critical regions, - the load-critical regions are those regions on which increased normal forces act for the transmission of torques between the component and the shaft. - the component-side joining surface and/or the shaft-side joining surface partially have/has a predefined roughness exclusively on load-critical regions, - the load-critical regions are those regions on which increased normal forces act for the transmission of torques between the component and the shaft.
An exercise chair for a person, comprising: a chair frame that includes a back support frame fixed at a lower end thereof with a back end of a seat frame, each of the back support frame and the seat frame including at least one upper anchor knob fixed with a side edge (45, 55) of the back support frame and the seat frame and projecting laterally away from the back support frame and the seat frame; a base fixed with a lower end of the seat frame and adapted to support the exercise chair on a support surface, the base having at least one lower anchor knob projecting away therefrom; at least one elastomeric resistance band adapted for selective fixing with any of the upper anchor knob and the lower anchor knob; whereby with the person seated in the chair and the chair resting on the support surface, the at least one resistance band fixed with any of the upper anchor knob and the lower anchor knob so that the person can exercise by pushing and/or pulling the at least one resistance band, characterized in that: the at least one upper anchor knob is removably attached to an extension tube extending from the side edge (45, 55) of one of the chair frame, and the at least one lower anchor knob is removably attached to at least one of: a central vertical shaft of the base, and at least one base leg of a plurality of legs that extends from the central vertical shaft. a chair frame that includes a back support frame fixed at a lower end thereof with a back end of a seat frame, each of the back support frame and the seat frame including at least one upper anchor knob fixed with a side edge (45, 55) of the back support frame and the seat frame and projecting laterally away from the back support frame and the seat frame; a base fixed with a lower end of the seat frame and adapted to support the exercise chair on a support surface, the base having at least one lower anchor knob projecting away therefrom; at least one elastomeric resistance band adapted for selective fixing with any of the upper anchor knob and the lower anchor knob; whereby with the person seated in the chair and the chair resting on the support surface, the at least one resistance band fixed with any of the upper anchor knob and the lower anchor knob so that the person can exercise by pushing and/or pulling the at least one resistance band, characterized in that: the at least one upper anchor knob is removably attached to an extension tube extending from the side edge (45, 55) of one of the chair frame, and the at least one lower anchor knob is removably attached to at least one of: a central vertical shaft of the base, and at least one base leg of a plurality of legs that extends from the central vertical shaft. a central vertical shaft of the base, and at least one base leg of a plurality of legs that extends from the central vertical shaft.
A joining method for joining a resin and a metal by heating, comprising: joining the resin and the metal by heating a joining interface of the resin and the metal to a temperature in a range of equal to or higher than a decomposition temperature of the resin and lower than a temperature at which gas bubbles are generated in the resin. joining the resin and the metal by heating a joining interface of the resin and the metal to a temperature in a range of equal to or higher than a decomposition temperature of the resin and lower than a temperature at which gas bubbles are generated in the resin.
Patch-type device for injecting insulin preparations into a diabetes patient containing means for securing adherence to a patient's skin and a mechanically driven pump system with a fluid reservoir (1, 27) and fluid moving means, and a Lavet-type stepper motor (3,5;24,26) for delivery of the insulin preparations through a cannula inserted into a patient's skin, the Lavet-type stepper motor comprising an asymmetric stator and a rotor comprising a cylindrical magnet made of high energy density magnetic alloys containing rare earth elements, characterized in that the drive motor for the fluid moving means is the Lavet-type stepper motor powered by a button battery, the rotor magnet having a diameter of typically 3 mm, the rotor magnet diameter being larger than its height in axial direction, typically by a factor of 1.5, the rotor height being larger than the axial thickness of the stator, typically by a factor of 1.25, the stator being made from an alloy of iron and nickel, typically by a ratio of 50% to 50%, the stator having a linear shift between the poles of typically 0.125 mm, the air gap between the rotor and the stator having a width of typically 0.25 mm, the holding torque being up to 50% higher than the load torque and when the Lavet-type stepper motor successfully performs a step, there is an induced current of opposite polarity with respect to the applied voltage pulse, and when the Lavet-type stepper motor does not successfully perform the step, there is an induced current that is of the same polarity with respect to the applied voltage.
A robot comprising a trunk, a pair of leg links coupled with the trunk in a swingable manner, an actuator group that swings each of the leg links independently with respect to the trunk, and a controller that controls the actuator group, which can walk by repeating a movement of swinging out one leg link with respect to the trunk and grounding it mutually between a pair of the leg links, characterized in that: the controller is programmed to control the actuator group, when a trajectory of the center of gravity of the robot and a trajectory of a toe of the leg link are given, to realize the given trajectory of the center of gravity and the trajectory of the toe of the leg link; and the controller can perform, in a period from grounding the one leg link to grounding the other leg link swung out thereafter, updating the trajectory of the center of gravity of the robot after grounding the other leg link, determining a predetermined position for grounding the other leg link, on the basis of the updated trajectory of the center of gravity, and updating the trajectory of the toe of the other leg link till grounding the other leg link, on the basis of the determined predetermined position for grounding. the controller is programmed to control the actuator group, when a trajectory of the center of gravity of the robot and a trajectory of a toe of the leg link are given, to realize the given trajectory of the center of gravity and the trajectory of the toe of the leg link; and the controller can perform, in a period from grounding the one leg link to grounding the other leg link swung out thereafter, updating the trajectory of the center of gravity of the robot after grounding the other leg link, determining a predetermined position for grounding the other leg link, on the basis of the updated trajectory of the center of gravity, and updating the trajectory of the toe of the other leg link till grounding the other leg link, on the basis of the determined predetermined position for grounding. updating the trajectory of the center of gravity of the robot after grounding the other leg link, determining a predetermined position for grounding the other leg link, on the basis of the updated trajectory of the center of gravity, and updating the trajectory of the toe of the other leg link till grounding the other leg link, on the basis of the determined predetermined position for grounding.
A patient monitoring sensor, comprising a communication interface, through which the patient monitoring sensor can communicate with a monitor; a flex circuit comprising: a light-emitting diode, LED, communicatively coupled to the communication interface; and a detector, communicatively coupled to the communication interface, capable of detecting light; a hydrophobic bandage provided around the flex circuit, the hydrophobic bandage comprising: a lower hydrophobic bandage layer; a bottom light blocking layer provided between the lower hydrophobic bandage layer and the flex circuit; an upper hydrophobic bandage layer; and a top light blocking layer provided between the flex circuit and the upper hydrophobic bandage layer; a hydrophobic adhesive provided on the hydrophobic bandage, wherein the hydrophobic adhesive is a silicone hydrophobic adhesive. a communication interface, through which the patient monitoring sensor can communicate with a monitor; a flex circuit comprising: a light-emitting diode, LED, communicatively coupled to the communication interface; and a detector, communicatively coupled to the communication interface, capable of detecting light; a light-emitting diode, LED, communicatively coupled to the communication interface; and a detector, communicatively coupled to the communication interface, capable of detecting light; a hydrophobic bandage provided around the flex circuit, the hydrophobic bandage comprising: a lower hydrophobic bandage layer; a bottom light blocking layer provided between the lower hydrophobic bandage layer and the flex circuit; an upper hydrophobic bandage layer; and a top light blocking layer provided between the flex circuit and the upper hydrophobic bandage layer; a hydrophobic adhesive provided on the hydrophobic bandage, wherein the hydrophobic adhesive is a silicone hydrophobic adhesive. a lower hydrophobic bandage layer; a bottom light blocking layer provided between the lower hydrophobic bandage layer and the flex circuit; an upper hydrophobic bandage layer; and a top light blocking layer provided between the flex circuit and the upper hydrophobic bandage layer; a hydrophobic adhesive provided on the hydrophobic bandage, wherein the hydrophobic adhesive is a silicone hydrophobic adhesive.
An air-bag comprising: first and second sheets of fabric; an inlet into which gas will be introduced into the air-bag to inflate the air-bag when the air-bag is deployed; and a first seam which describes or forms part of a loop which encloses or substantially encloses an interior region, so that the interior region is separated from the inlet by at least the first seam, wherein the first seam comprises: a first portion; a second portion; and a third portion; wherein the first portion and the third portion are each a respective segmented seam, each segmented seam comprising a spaced-apart series of regions at which the first and second sheets of fabric are not joined to one another, to allow gas to flow into the interior region from a region outside the interior region, to allow inflation of the interior region during deployment of the air-bag; and wherein the second portion is a continuous seam. first and second sheets of fabric; an inlet into which gas will be introduced into the air-bag to inflate the air-bag when the air-bag is deployed; and a first seam which describes or forms part of a loop which encloses or substantially encloses an interior region, so that the interior region is separated from the inlet by at least the first seam, wherein the first seam comprises: a first portion; a second portion; and a third portion; wherein the first portion and the third portion are each a respective segmented seam, each segmented seam comprising a spaced-apart series of regions at which the first and second sheets of fabric are not joined to one another, to allow gas to flow into the interior region from a region outside the interior region, to allow inflation of the interior region during deployment of the air-bag; and wherein the second portion is a continuous seam. a first portion; a second portion; and a third portion; wherein the first portion and the third portion are each a respective segmented seam, each segmented seam comprising a spaced-apart series of regions at which the first and second sheets of fabric are not joined to one another, to allow gas to flow into the interior region from a region outside the interior region, to allow inflation of the interior region during deployment of the air-bag; and wherein the second portion is a continuous seam.
An air separation system comprising: an ozone converter; a mechanical separator; an air separator downstream of the ozone converter and the mechanical separator, the air separator configured to receive high temperature bleed air and provide high temperature nitrogen-enriched air and high temperature oxygen-enriched air; a high temperature bleed air flow path through which high temperature bleed air flows through the ozone converter and the mechanical separator to the air separator without flowing through a heat exchanger; a first heat exchanger downstream of air separator and configured to receive and cool the high temperature nitrogen-enriched air; and wherein the high temperature bleed air is between 149 and 204 degrees Celsius. an ozone converter; a mechanical separator; an air separator downstream of the ozone converter and the mechanical separator, the air separator configured to receive high temperature bleed air and provide high temperature nitrogen-enriched air and high temperature oxygen-enriched air; a high temperature bleed air flow path through which high temperature bleed air flows through the ozone converter and the mechanical separator to the air separator without flowing through a heat exchanger; a first heat exchanger downstream of air separator and configured to receive and cool the high temperature nitrogen-enriched air; and wherein the high temperature bleed air is between 149 and 204 degrees Celsius.
An X-ray apparatus comprising: - an X-ray radiation unit configured to radiate X-rays to an object; - a main control unit configured to acquire orientation information of the X-ray radiation unit and orientation information of an X-ray detector and select the X-ray detector from among a plurality of X-ray detectors based on the orientation information of the X-ray radiation unit and the orientation information of the X-ray detector; and a communication unit configured to transmit a signal generated in the main control unit to the selected X-ray detector; wherein the orientation information of the X-ray radiation unit comprises directional information of the X-ray radiation unit and the orientation information of the X-ray detector comprises directional information of the X-ray detector; wherein the signal is generated based on the orientation information of the X-ray radiation unit and the orientation information of the X-ray detector, and is used to prepare the selected X-ray detector to receive a radiated X-ray or wherein the signal is generated based on a user's input and is used to prepare the selected X-ray detector to receive a radiated X-ray. - an X-ray radiation unit configured to radiate X-rays to an object; - a main control unit configured to acquire orientation information of the X-ray radiation unit and orientation information of an X-ray detector and select the X-ray detector from among a plurality of X-ray detectors based on the orientation information of the X-ray radiation unit and the orientation information of the X-ray detector; and a communication unit configured to transmit a signal generated in the main control unit to the selected X-ray detector; wherein the orientation information of the X-ray radiation unit comprises directional information of the X-ray radiation unit and the orientation information of the X-ray detector comprises directional information of the X-ray detector; wherein the signal is generated based on the orientation information of the X-ray radiation unit and the orientation information of the X-ray detector, and is used to prepare the selected X-ray detector to receive a radiated X-ray or wherein the signal is generated based on a user's input and is used to prepare the selected X-ray detector to receive a radiated X-ray.
An apparatus for analyzing liquids, in particular for determining the total organic carbon; comprising - a reactor which comprises a radiation source for converting a substance included in a measurement liquid into a measurement gas which can be analyzed with respect to the substance content; - and a device for separating the measurement gas from a vapor phase or gaseous phase of the measurement liquid, wherein the upwardly open reactor is arranged beneath the separating device during analysis operation, and the reactor and the separating device are configured such that separated measurement liquid can move back into the reactor under the influence of gravity, and the reactor has a device for the disposal of the measurement liquid which has moved back into the reactor in this manner; and wherein the reactor comprises an inner part and an outer part which surrounds the inner part to form a reaction space, with the inner part receiving the radiation source, in particular a UV radiation source, for irradiating the measurement liquid located in the reaction space and the outer part being configured as a screen for the radiation emanating from the radiation source. - a reactor which comprises a radiation source for converting a substance included in a measurement liquid into a measurement gas which can be analyzed with respect to the substance content; - and a device for separating the measurement gas from a vapor phase or gaseous phase of the measurement liquid,
A stapler cartridge comprising: a staple pushing shuttle; a knife member slidably coupled to the staple pushing shuttle, wherein the knife member comprises a cutting blade and a first guide track engagement feature; and a cartridge body having a proximal end and a distal end, the staple pushing shuttle being slidably coupled to the cartridge body, the cartridge body comprising a plurality of openings at an upper surface for ejecting staples via a distal movement of the staple pushing shuttle, the cartridge body comprising a first guide track engaged by the first guide track engagement feature, the first guide track comprising a first track segment and a first transition ramp, the first track segment being configured so that the cutting blade protrudes from the cartridge body during a first portion of the distal movement of the staple pushing shuttle, the first transition ramp being joined to the first track segment and configured to cause the cutting blade to be retracted into the cartridge body during a second portion of the distal movement of the staple pushing shuttle. a staple pushing shuttle; a knife member slidably coupled to the staple pushing shuttle, wherein the knife member comprises a cutting blade and a first guide track engagement feature; and a cartridge body having a proximal end and a distal end, the staple pushing shuttle being slidably coupled to the cartridge body, the cartridge body comprising a plurality of openings at an upper surface for ejecting staples via a distal movement of the staple pushing shuttle, the cartridge body comprising a first guide track engaged by the first guide track engagement feature, the first guide track comprising a first track segment and a first transition ramp, the first track segment being configured so that the cutting blade protrudes from the cartridge body during a first portion of the distal movement of the staple pushing shuttle, the first transition ramp being joined to the first track segment and configured to cause the cutting blade to be retracted into the cartridge body during a second portion of the distal movement of the staple pushing shuttle.