mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: initiating, at a mobile device, a data transmission using a first radio access technology, RAT; starting, at the mobile device, a transmission timer at a first value; when the transmission timer expires, determining that data remains to be transmitted; in response to determining, at the mobile device, that data remains to be transmitted: suspending, at the mobile device, the data transmission; initiating, at the mobile device, a search for a second RAT for transmitting the remaining data, wherein the second RAT provides a higher data rate than the first RAT; detecting, at the mobile device, the second RAT during the search; and in response to detecting the second RAT: establishing, at the mobile device, a radio bearer using the second RAT; and transmitting, at the mobile device, the remaining data over the radio bearer using the second RAT; in response to not detecting the second RAT; resetting the transmission timer; and continuing to transmit the remaining data using the first RAT. initiating, at a mobile device, a data transmission using a first radio access technology, RAT; starting, at the mobile device, a transmission timer at a first value; when the transmission timer expires, determining that data remains to be transmitted; in response to determining, at the mobile device, that data remains to be transmitted: suspending, at the mobile device, the data transmission; initiating, at the mobile device, a search for a second RAT for transmitting the remaining data, wherein the second RAT provides a higher data rate than the first RAT; detecting, at the mobile device, the second RAT during the search; and in response to detecting the second RAT: establishing, at the mobile device, a radio bearer using the second RAT; and suspending, at the mobile device, the data transmission; initiating, at the mobile device, a search for a second RAT for transmitting the remaining data, wherein the second RAT provides a higher data rate than the first RAT; detecting, at the mobile device, the second RAT during the search; and in response to detecting the second RAT: establishing, at the mobile device, a radio bearer using the second RAT; and transmitting, at the mobile device, the remaining data over the radio bearer using the second RAT; in response to not detecting the second RAT; resetting the transmission timer; and continuing to transmit the remaining data using the first RAT.
A camera device for creating stereo viewing image data, comprising: - at least three cameras (CAM1, CAM2,..., CAMN) in a regular or irregular setting located in such a manner with respect to each other that any pair of cameras of a set of three cameras of said at least three cameras (CAM1, CAM2,..., CAMN) has a disparity for creating a stereo image having a disparity; - at least three cameras of said set have overlapping fields of view such that an overlap region to be captured by said at least three cameras (CAM1, CAM2,..., CAMN) is defined, - the at least three cameras (CAM1, CAM2,..., CAMN) have a wide field of view, and - the camera device is adapted to create a first image (Fci) for a left eye and a second image (F C2) for a right eye for stereo viewing by stitching together sections (IS1,..., IS8) of images from said at least three cameras (CAM1, CAM2,..., CAMN) so that seams (STITCH1, STITCH2) between stitched images are positioned away from a center of view, characterized in that the camera device is further adapted to perform a temporal transition from one view orientation to another view orientation by blending at least a part of at least two images from said at least three cameras (CAM1, CAM2,..., CAMN). - at least three cameras (CAM1, CAM2,..., CAMN) in a regular or irregular setting located in such a manner with respect to each other that any pair of cameras of a set of three cameras of said at least three cameras (CAM1, CAM2,..., CAMN) has a disparity for creating a stereo image having a disparity; - at least three cameras of said set have overlapping fields of view such that an overlap region to be captured by said at least three cameras (CAM1, CAM2,..., CAMN) is defined, - the at least three cameras (CAM1, CAM2,..., CAMN) have a wide field of view, and - the camera device is adapted to create a first image (Fci) for a left eye and a second image (F C2) for a right eye for stereo viewing by stitching together sections (IS1,..., IS8) of images from said at least three cameras (CAM1, CAM2,..., CAMN) so that seams (STITCH1, STITCH2) between stitched images are positioned away from a center of view, characterized in that the camera device is further adapted to perform a temporal transition from one view orientation to another view orientation by blending at least a part of at least two images from said at least three cameras (CAM1, CAM2,..., CAMN).
Method of exchanging data between a first electronic entity (10; 110) and a second electronic entity (30; 130), characterised by the following steps: - initiating short range wireless communication between the first electronic entity (10; 110) and the second electronic entity (30; 130) subsequently to bringing the first and second electronic entities (10, 30; 110, 130) closer together; - in consequence of said initiation, obtaining, by said first electronic entity, a command transmitted by the second electronic entity; - in consequence of said obtainment, verifying, by the first electronic entity (E208; E608), the presence in a memory of the first electronic entity (10; 110), of an application relating to the second electronic entity (30; 130), said application being necessary for the execution, in the first electronic entity, of the command received from the second electronic entity; - in the case of negative verification, launching a process for loading said application into the first electronic entity, - executing said command by the loaded application. - initiating short range wireless communication between the first electronic entity (10; 110) and the second electronic entity (30; 130) subsequently to bringing the first and second electronic entities (10, 30; 110, 130) closer together; - in consequence of said initiation, obtaining, by said first electronic entity, a command transmitted by the second electronic entity; - in consequence of said obtainment, verifying, by the first electronic entity (E208; E608), the presence in a memory of the first electronic entity (10; 110), of an application relating to the second electronic entity (30; 130), said application being necessary for the execution, in the first electronic entity, of the command received from the second electronic entity; - in the case of negative verification, launching a process for loading said application into the first electronic entity, - executing said command by the loaded application.
A side airbag device comprising: a bag-shaped airbag that deploys from a lateral portion of a vehicle seat toward a front side of a vehicle; and an inflator that supplies inflation gas into the airbag, characterized in that the airbag has, at least at a lower portion thereof, a lower tuck-in region tucked into the airbag, at least a part of the lower tuck-in region is folded into a fan shape and has a radial folded region folded into a pleated shape along a line extending rearward in a radial direction from a central point of the fan shape positioned on a front side of the airbag. a bag-shaped airbag that deploys from a lateral portion of a vehicle seat toward a front side of a vehicle; and an inflator that supplies inflation gas into the airbag,
A method for feeding back hybrid automatic repeat request-acknowledgement, HARQ-ACK, information by a user equipment, UE, being configured for a plurality of downlink component carriers, CC, the method comprising: receiving, from a base station, downlink control information, DCI, including a downlink assignment indicator, DAI, on a physical downlink control channel, PDCCH, or enhanced PDCCH, ePDCCH, wherein the DAI specifies a number of downlink subframes that have downlink HARQ transmission in a bundling window by indicating a number of scheduled downlink subframes from a first downlink subframe to a current downlink subframe in the bundling window; receiving, from the base station, data on a physical downlink shared channel, PDSCH, in the bundling window; generating the HARQ-ACK information for the data based on the DAI, wherein each of the downlink subframes in the bundling window is indexed firstly according to frequency and then according to time; and transmitting the HARQ-ACK information to the base station on a physical uplink control channel, PUCCH, wherein the downlink subframes in the bundling window are indexed first in increasing order of a frequency index and then in increasing order of a subframe index. receiving, from a base station, downlink control information, DCI, including a downlink assignment indicator, DAI, on a physical downlink control channel, PDCCH, or enhanced PDCCH, ePDCCH, wherein the DAI specifies a number of downlink subframes that have downlink HARQ transmission in a bundling window by indicating a number of scheduled downlink subframes from a first downlink subframe to a current downlink subframe in the bundling window; receiving, from the base station, data on a physical downlink shared channel, PDSCH, in the bundling window; generating the HARQ-ACK information for the data based on the DAI, wherein each of the downlink subframes in the bundling window is indexed firstly according to frequency and then according to time; and transmitting the HARQ-ACK information to the base station on a physical uplink control channel, PUCCH, wherein the downlink subframes in the bundling window are indexed first in increasing order of a frequency index and then in increasing order of a subframe index.
A control method for a turbocharger comprising: a process of detecting an operating state of the turbocharger; a process of regulating the flow rate of a lubricant supplied into a housing for housing a rolling bearing depending on the operating state of the turbocharger; and a process of reducing the flow rate of the lubricant supplied into the housing by a lubricant supply line, adjusting the opening degree of a control valve that is provided on the lubricant supply line and the number of revolutions of a pump configured to supply the lubricant to the lubricant supply line via a control unit, wherein the control unit outputs an instruction signal to the pump such that the pump is rotated according to a determined number of revolutions of the pump. a process of detecting an operating state of the turbocharger; a process of regulating the flow rate of a lubricant supplied into a housing for housing a rolling bearing depending on the operating state of the turbocharger; and a process of reducing the flow rate of the lubricant supplied into the housing by a lubricant supply line, adjusting the opening degree of a control valve that is provided on the lubricant supply line and the number of revolutions of a pump configured to supply the lubricant to the lubricant supply line via a control unit, wherein the control unit outputs an instruction signal to the pump such that the pump is rotated according to a determined number of revolutions of the pump.
Valve device for a respiratory mask, comprising a support body which is designed to be attached on a front side of a filtering mask body of the respiratory mask at a mask body opening and which provides a support body opening, whereby the support body features a valve seat that surrounds the support body opening in a circular manner with a continuous sealing surface, further comprising an elastic valve element with a circular disc shape that is attached to the support body such that it rests on the sealing surface with its outer edge in its unactuated state and such that its outer edge is at least partially moved away from the sealing surface in its actuated state, and further comprising a cover that is attached to the support body and that at least essentially covers the valve element, whereby the support body comprises a support body main section that is designed to rest on the front side of the mask body and at least one support body fastening latch that protrudes in axial direction from the support body main section in a direction away from the cover to at least partially extend through the opening of the mask body, and further comprising a first fastening element, whereby the fastening latch is designed to accommodate the first fastening element to fasten the valve device to the mask body, characterized in that the cover comprises a recess, on the side that faces away from the support body, that corresponds in its shape and/or dimension to a section of the first fastening element that faces away from the support body so that the recess can at least partially accommodate a second fastening element that corresponds to the first fastening element.
An x-ray apparatus, comprising: a vacuum box which is sealed at its periphery, and the interior thereof is high vacuum; a plurality of thermionic electron transmitting units arranged in one plane in a two dimensional array on the wall of the vacuum box; an anode arranged in parallel with the plane of the plurality of electron transmitting units in the vacuum box, characterized in that the anode comprises: an anode plate made of metal and parallel to the plane of the electron transmitting units; a plurality of targets being arranged on the anode plate and disposed corresponding to the positions of the electron transmitting units, the bottom surface of each target is connected to the anode plate and the upper surface of each target has a predetermined angle with the anode plate, wherein the electron transmitting units and the plurality of targets are arranged such that electrons generated by the thermionic electron transmitting units bombard the plurality of targets on the anode, thereby generating x-rays, wherein the x-rays are transmitted in parallel to the plane of the array of the electron transmitting units. a vacuum box which is sealed at its periphery, and the interior thereof is high vacuum; a plurality of thermionic electron transmitting units arranged in one plane in a two dimensional array on the wall of the vacuum box; an anode arranged in parallel with the plane of the plurality of electron transmitting units in the vacuum box, characterized in that the anode comprises: an anode plate made of metal and parallel to the plane of the electron transmitting units; a plurality of targets being arranged on the anode plate and disposed corresponding to the positions of the electron transmitting units, the bottom surface of each target is connected to the anode plate and the upper surface of each target has a predetermined angle with the anode plate, wherein the electron transmitting units and the plurality of targets are arranged such that electrons generated by the thermionic electron transmitting units bombard the plurality of targets on the anode, thereby generating x-rays, wherein the x-rays are transmitted in parallel to the plane of the array of the electron transmitting units. an anode plate made of metal and parallel to the plane of the electron transmitting units; a plurality of targets being arranged on the anode plate and disposed corresponding to the positions of the electron transmitting units, the bottom surface of each target is connected to the anode plate and the upper surface of each target has a predetermined angle with the anode plate,
Bone punch having a main body, which consists of a guide shaft and a handle, which is fixed in an angled state on the guide shaft, having a punching slider, which rests on an upper guide surface of the guide shaft, said upper surface being located opposite the handle, such that it can be displaced along the guide shaft, and having an actuating lever, which is mounted in a region connecting the handle and the guide shaft such that it can be pivoted between two spaced-apart side walls (25, 26), wherein the actuating lever forms an adjusting lever, via which the actuating lever is in operative connection with the punching slider in order to adjust the latter along the guide shaft counter to the force of a restoring spring, and wherein the punching slider is guided in a longitudinally adjustable manner on the guide shaft via guide elements (15, 16, 20, 22, 27, 28, 29) which have a T-shaped profile, engage in a form-fitting manner one inside the other and can be released by longitudinal displacement, characterized in that, in its distal end region, the punching slider has a securing element, which, in the assembled state of the punching slider on the guide shaft, projects between the two side walls (25, 26), in that the securing element has two laterally projecting form-fitting elements (51, 52), and in that each of the two side walls (25, 26) is provided with an inner, distally limited longitudinal groove (40, 41), which runs in the longitudinal direction of the guide shaft and into which a respective one of the form-fitting elements (51, 52) can be inserted in a longitudinally displaceable manner.
A compound represented by formula I or II: or a pharmaceutically acceptable salt or stereoisomer thereof, wherein: X is selected from the group consisting of hydrogen and halogen; L 1 is C 4 cycloalkylene; and R a and R b are each independently selected from the group consisting of hydrogen, C 1-4 alkyl and C 3-6 cycloalkylene (optionally substituted by methyl, ethyl, or carboxyl); or R a and R b taken together with the nitrogen to which they are attached form a 4-6 membered heterocyclic ring, optionally substituted on additional ring nitrogen if present or on a ring carbon, by methyl or ethyl. X is selected from the group consisting of hydrogen and halogen; L 1 is C 4 cycloalkylene; and R a and R b are each independently selected from the group consisting of hydrogen, C 1-4 alkyl and C 3-6 cycloalkylene (optionally substituted by methyl, ethyl, or carboxyl); or R a and R b taken together with the nitrogen to which they are attached form a 4-6 membered heterocyclic ring, optionally substituted on additional ring nitrogen if present or on a ring carbon, by methyl or ethyl.
An arrangement for attaching a control valve to a flow channel housing of an internal combustion engine which comprises an insertion housing part configured to project into the flow channel housing, an actuator housing, in which an actuator is arranged and a housing plate configured to rest on the flow channel housing, and from which plate the insertion housing part extends to a first side and the actuator housing extends to the opposite side; characterized in that a collar flange radially surrounds the housing plate, a screw hole pattern being formed in the flange, the screw hole pattern corresponding to a connecting bore pattern of the flow channel housing, the control valve being attached to the flow channel housing via screws being inserted through through-holes of the collar flange, wherein each of the housing plate, the insertion housing part and the actuator housing part extending from the housing plate are provided as a light-metal casting parts, wherein the circumference of the actuator housing part extending from the housing plate is smaller than the inner circumference of the collar flange, wherein an axial section of the collar flange configured to face toward the flow channel housing has an inner circumference that substantially corresponds to the outer circumference of the housing plate and an axial section of the collar flange configured to face away from the flow channel housing comprises an inner circumference smaller than that of the axial section facing to the flow channel housing, wherein the axial section configured to face away from the flow channel housing rests axially n the housing plate and the axial section configured to face to the flow channel housing has a lesser axial height than the housing plate.
Disc for a brake disc of the ventilated type comprising a braking band defined by two flanges (3, 4) coaxial to an axis, mutually facing and spaced apart to form an interspace, ventilation channels for the cooling of the disc being defined inside the interspace, each channel extending from at least one inlet made on an inner edge of the braking band to at least one outlet made on an outer edge (2") of the braking band, comprising closure means (20, 21, 22, 23) to reversibly close the inlets of all or at least a part of the ventilation channels, said closure means (20, 21, 22, 23) being sensitive to the temperature of the braking band so that, when the temperature of the braking band exceeds a predefined threshold value, they automatically move from a closed position of the inlets, in which the flow of air through the inlets is prevented or at least restricted, to at least one open position of the inlets, in which an air flow is allowed through the inlets, and vice versa wherein the closure means comprising a plurality of obstruction bodies of the inlets suitable to assume at least two different steric configurations depending on whether they are respectively at a temperature below or above a temperature equal to or proportional to the predefined threshold value of the braking band, in a first steric configuration, the obstruction bodies assuming the closed position and in a second steric configuration the obstruction bodies assuming the open position, characterised in that the disc is suitably shaped in one or more portions to guide the movement of the obstruction bodies between said at least two steric configurations.