mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: receiving, at a user equipment, an indication identifying an uplink re-synchronization procedure for use in an unlicensed spectrum; performing, by the UE, an extended clear channel assessment (ECCA) check, in response to detecting data for transmission; delaying transmission, by the UE, in response to successfully completing the ECCA check prior to a re-synchronization boundary defined in the uplink re-synchronization procedure; performing, by the UE, a clear channel assessment check in a subframe preceding the re-synchronization boundary; and transmitting, by the UE, the data beginning at the re-synchronization boundary in response to successfully completing the CCA check. receiving, at a user equipment, an indication identifying an uplink re-synchronization procedure for use in an unlicensed spectrum; performing, by the UE, an extended clear channel assessment (ECCA) check, in response to detecting data for transmission; delaying transmission, by the UE, in response to successfully completing the ECCA check prior to a re-synchronization boundary defined in the uplink re-synchronization procedure; performing, by the UE, a clear channel assessment check in a subframe preceding the re-synchronization boundary; and transmitting, by the UE, the data beginning at the re-synchronization boundary in response to successfully completing the CCA check.
A touch sensor assembly comprising: a sensor housing positioned at a rear surface of an exterior member in which a touch input region is marked on a front surface, the sensor housing including a housing body on which a sensor printed circuit board, PCB, is mounted and a housing cover coupled the housing body and pressed against the rear surface of the exterior member; the sensor PCB provided in the sensor housing, the sensor PCB including a first surface facing the rear surface of the exterior member and a second surface opposite the first surface; a touch sensor mounted on the first surface and configured to sense a touch input at the touch input region; an elastic member pressed against the second surface of the sensor PCB and pushing the touch sensor toward the rear surface of the exterior member; an accommodation recess formed in an inner surface of the sensor housing and providing an installation position of the elastic member; a pair of installation guides configured to protrude from the inner surface of the housing body and extending in a first direction; and a plurality of fixing ribs configured to protrude from the inner surface of the housing body and extending in a second direction perpendicular to the first direction characterized in that the accommodation recess is defined by a pair of fixing ribs intersecting the pair of installation guides. a sensor housing positioned at a rear surface of an exterior member in which a touch input region is marked on a front surface, the sensor housing including a housing body on which a sensor printed circuit board, PCB, is mounted and a housing cover coupled the housing body and pressed against the rear surface of the exterior member; the sensor PCB provided in the sensor housing, the sensor PCB including a first surface facing the rear surface of the exterior member and a second surface opposite the first surface; a touch sensor mounted on the first surface and configured to sense a touch input at the touch input region; an elastic member pressed against the second surface of the sensor PCB and pushing the touch sensor toward the rear surface of the exterior member; an accommodation recess formed in an inner surface of the sensor housing and providing an installation position of the elastic member; a pair of installation guides configured to protrude from the inner surface of the housing body and extending in a first direction; and a plurality of fixing ribs configured to protrude from the inner surface of the housing body and extending in a second direction perpendicular to the first direction characterized in that the accommodation recess is defined by a pair of fixing ribs intersecting the pair of installation guides.
A method for generation of the configuration of a hardware accelerator comprising: - inputting a program with a plurality of lines of code describing an algorithm to be implemented on the hardware accelerator to a front end of an apparatus; - executing the program and generating in the front end an unfolded dataflow graph, DFG, in memory of the apparatus from the execution of the inputted program; - passing the generated unfolded dataflow graph, DFG, to a back end of the apparatus; - optimizing the unfolded dataflow graph, DFG, in the back end; and - outputting an output program representative of the configuration of the hardware accelerator and being generated from the optimized dataflow graph, DFG. - inputting a program with a plurality of lines of code describing an algorithm to be implemented on the hardware accelerator to a front end of an apparatus; - executing the program and generating in the front end an unfolded dataflow graph, DFG, in memory of the apparatus from the execution of the inputted program; - passing the generated unfolded dataflow graph, DFG, to a back end of the apparatus; - optimizing the unfolded dataflow graph, DFG, in the back end; and - outputting an output program representative of the configuration of the hardware accelerator and being generated from the optimized dataflow graph, DFG.
A device for reading RFID tags, in particular for carrying out stocktaking, comprising: - means for reading an RFID tag, - means for displaying data by a user, - means for holding of the device by a user, wherein: - the display means are positioned in relation to the holding means so that they can be viewed by the user when he/she holds the holding means, and - the RFID reading means are positioned in the distal portion of the device, in a housing extending essentially in a plane substantially perpendicular to the plane of the display means and comprising a direction forming an angle of less than 5° with the direction of orientation corresponding to the direction in which the device is directed when the user holds the holding means and views the display means, - the housing is delimited by a protective case, the dimension of the case in a direction essentially normal to the plane of the housing being less than 5 cm, preferably 3 cm, at its distal end; characterized in that: - the dimension of the case varies continuously such that the dimension of the distal end of the case is less than the dimension of its proximal end along the normal to the plane of the housing, and - the case is tapered at its distal end. - means for reading an RFID tag, - means for displaying data by a user, - means for holding of the device by a user, wherein: - the display means are positioned in relation to the holding means so that they can be viewed by the user when he/she holds the holding means, and - the RFID reading means are positioned in the distal portion of the device, in a housing extending essentially in a plane substantially perpendicular to the plane of the display means and comprising a direction forming an angle of less than 5° with the direction of orientation corresponding to the direction in which the device is directed when the user holds the holding means and views the display means, - the housing is delimited by a protective case, the dimension of the case in a direction essentially normal to the plane of the housing being less than 5 cm, preferably 3 cm, at its distal end; characterized in that: - the dimension of the case varies continuously such that the dimension of the distal end of the case is less than the dimension of its proximal end along the normal to the plane of the housing, and - the case is tapered at its distal end.
A virtual reality headset for the visual neurorehabilitation of a user, comprising: a case (2.1) with an opening adaptable to the face of the user, in the case (2.1) two screens (2.2) are arranged aligned to one another and each one of them facing corresponding lenses (2.3) facing the eyes of the user, and a mask (1.1) which is arranged inside the case (2.1), the mask (1.1) comprises two holes (1.2) facing the screens (2.2), the lenses (2.3) are fixed to the mask (1.1) corresponding to the holes (1.2), two cameras (1.3) are fixed to the mask (1.1) in proximity to the holes (1.2) by means of fastening means (1.4) such that they are directed towards the user, infra-red illumination means (1.5) are fixed to the mask (1.1) and are directed to the screens (2.2), such that their light is emitted towards the screens, rebounds on the screens (2.2) and then hits on the eyes, the infra-red illumination means (1.5) and the cameras (1.3) are connected to a control device (1.6) which, in turn, comprises data storage media and a processor, the data storage media include a user eye-tracking program and a campimetry program.
A method for supporting subnet management in a network environment by establishing a reliable connection, RC, between a subnet administrator, SA, and a client node, the method comprising the following steps: advertising to a subnet manager, SM, located within a subnet manager node, SM node in a subnet, by a subnet management agent, SMA, associated with a client node, a capability, which indicates that said client node has support for reliable connection, RC,-based subnet administrator, SA, access; exposing to the SM by the SMA and based on said advertised capability, a first well-defined set of queue pairs, QPs, available for RC based SA access; retrieving, by the subnet manager, based on the advertised capability and on the exposed QPs, information for setting up a RC connection between the subnet administrator, SA, which is located within the SM and said client node; setting up by the SM one or more connection states for a port associated with the SM node to establish the RC connection between the port associated with the SM node and a port associated with said client node; and activating, via the SM, the port associated with said client node. advertising to a subnet manager, SM, located within a subnet manager node, SM node in a subnet, by a subnet management agent, SMA, associated with a client node, a capability, which indicates that said client node has support for reliable connection, RC,-based subnet administrator, SA, access; exposing to the SM by the SMA and based on said advertised capability, a first well-defined set of queue pairs, QPs, available for RC based SA access; retrieving, by the subnet manager, based on the advertised capability and on the exposed QPs, information for setting up a RC connection between the subnet administrator, SA, which is located within the SM and said client node; setting up by the SM one or more connection states for a port associated with the SM node to establish the RC connection between the port associated with the SM node and a port associated with said client node; and activating, via the SM, the port associated with said client node.
A one-piece or two-piece ostomy appliance comprising a base plate, the base plate comprising a film and an adhesive disposed on a proximal surface of the film and adapted for attaching the base plate to the skin of a user, with a first hole formed in the base plate, and further comprising a convex element attached to a distal surface of the film, with a second hole formed in the convex element, wherein the first and the second holes (5, 15) are co-axially aligned, characterised in that the second hole has a diameter equal to a diameter of the first hole, wherein the second hole, formed in the convex element comprises a lubricating edge that changes from a solid state to a semi-liquid state when exposed to moisture, and wherein the characteristics of the convex element are further controlled by embossing such that the surface of the convex element is embossed.
A controlled release and recapture prosthetic deployment device comprising: a handle including a handle body; a tubular sheath; a sheath-attached puller extending slidably through the handle body and fixedly attached to the sheath; and an elongate stent-holder member fixedly extending through and distally out from the handle body, and further extending through a longitudinal lumen of the sheath, which sheath is slidable relative to the stent-holder member; wherein the handle comprises: a retaining member in the handle body, where the retaining member is biased toward a distal device end; a keeper member in the handle body, where the keeper body releasably engages the sheath-attached puller and is also biased toward a distal device end; and a first trigger member, pivotable relative to the handle body, disposed in mechanical communication with the retaining member, and configured to move the retaining member and the sheath-attached puller proximally when the trigger member is pivoted in a first direction. a handle including a handle body; a tubular sheath; a sheath-attached puller extending slidably through the handle body and fixedly attached to the sheath; and an elongate stent-holder member fixedly extending through and distally out from the handle body, and further extending through a longitudinal lumen of the sheath, which sheath is slidable relative to the stent-holder member; wherein the handle comprises: a retaining member in the handle body, where the retaining member is biased toward a distal device end; a keeper member in the handle body, where the keeper body releasably engages the sheath-attached puller and is also biased toward a distal device end; and a first trigger member, pivotable relative to the handle body, disposed in mechanical communication with the retaining member, and configured to move the retaining member and the sheath-attached puller proximally when the trigger member is pivoted in a first direction. a retaining member in the handle body, where the retaining member is biased toward a distal device end; a keeper member in the handle body, where the keeper body releasably engages the sheath-attached puller and is also biased toward a distal device end; and a first trigger member, pivotable relative to the handle body, disposed in mechanical communication with the retaining member, and configured to move the retaining member and the sheath-attached puller proximally when the trigger member is pivoted in a first direction. pivotable relative to the handle body, disposed in mechanical communication with the retaining member, and configured to move the retaining member and the sheath-attached puller proximally when the trigger member is pivoted in a first direction.
An etching method of forming a dummy gate of a fin-type field effect transistor with a target object including multiple fins, masks formed on the multiple fins, and a gate material deposited between and on said multiple fins, the etching method comprising: a first etching process of etching the gate material until upper surfaces of the masks are exposed; and a second etching process of etching the gate material deposited between the multiple fins by using surface wave plasma, wherein a pressure in the second etching process is 50 mTorr (6.67 Pa) or more, and in the second etching process, a frequency of a power to be applied to a mounting table configured to mount thereon the target object is in a range of 10 Hz or more to 200 Hz or less, and the power is pulse-modulated such that a duty ratio as a ratio of an ON-time to a pulse cycle is 50 % or less. a first etching process of etching the gate material until upper surfaces of the masks are exposed; and a second etching process of etching the gate material deposited between the multiple fins by using surface wave plasma, wherein a pressure in the second etching process is 50 mTorr (6.67 Pa) or more, and in the second etching process, a frequency of a power to be applied to a mounting table configured to mount thereon the target object is in a range of 10 Hz or more to 200 Hz or less, and the power is pulse-modulated such that a duty ratio as a ratio of an ON-time to a pulse cycle is 50 % or less.
A straddled vehicle comprising: an engine; a rear wheel (Wr) configured to be driven by the engine; a silencer disposed at a side of the rear wheel (Wr) and for reducing an exhaust noise generated when exhaust gas, discharged from the engine, is released to atmosphere; an exhaust pipe extending from the engine to the silencer and for guiding the exhaust gas from the engine to the silencer; an upstream catalyst housed in the silencer and for purifying the exhaust gas flowing through the silencer; and a downstream sensor disposed downstream of the upstream catalyst and configured to detect a state of the exhaust gas that has passed through the upstream catalyst; and wherein the silencer includes a front pipe extending from the exhaust pipe to the upstream catalyst, a support pipe supporting the downstream sensor and configured to guide downstream the exhaust gas that has passed through the upstream catalyst, and an outer cylinder surrounding the upstream catalyst and the support pipe, characterized in that a distance in an axial direction (Da) of the upstream catalyst from the upstream catalyst to the downstream sensor is shorter than a length of the upstream catalyst in the axial direction (Da) of the upstream catalyst, and a cross-sectional area (S1, S2) of the support pipe is greater than a cross-sectional area of the upstream catalyst. an engine; a rear wheel (Wr) configured to be driven by the engine; a silencer disposed at a side of the rear wheel (Wr) and for reducing an exhaust noise generated when exhaust gas, discharged from the engine, is released to atmosphere; an exhaust pipe extending from the engine to the silencer and for guiding the exhaust gas from the engine to the silencer; an upstream catalyst housed in the silencer and for purifying the exhaust gas flowing through the silencer; and a downstream sensor disposed downstream of the upstream catalyst and configured to detect a state of the exhaust gas that has passed through the upstream catalyst; and wherein the silencer includes a front pipe extending from the exhaust pipe to the upstream catalyst, a support pipe supporting the downstream sensor and configured to guide downstream the exhaust gas that has passed through the upstream catalyst, and an outer cylinder surrounding the upstream catalyst and the support pipe, characterized in that a distance in an axial direction (Da) of the upstream catalyst from the upstream catalyst to the downstream sensor is shorter than a length of the upstream catalyst in the axial direction (Da) of the upstream catalyst, and a cross-sectional area (S1, S2) of the support pipe is greater than a cross-sectional area of the upstream catalyst.
A method of processing an image, the method comprising: - determining, based on the image, one or more noise templates, wherein each of the one or more noise templates comprises noise pixels representing noise contained in the image; - calculating one or more first autocovariance values, based on the noise pixels of at least one of the one or more noise templates; - based on the one or more first autocovariance values, selecting an entry of a preconfigured noise model database among database entries which respectively comprise values of noise model parameters corresponding to a noise model; and - using the values of the noise model parameters as data characterizing the noise contained in the image that is usable for further processing of the image. - determining, based on the image, one or more noise templates, wherein each of the one or more noise templates comprises noise pixels representing noise contained in the image; - calculating one or more first autocovariance values, based on the noise pixels of at least one of the one or more noise templates; - based on the one or more first autocovariance values, selecting an entry of a preconfigured noise model database among database entries which respectively comprise values of noise model parameters corresponding to a noise model; and - using the values of the noise model parameters as data characterizing the noise contained in the image that is usable for further processing of the image.
Fire stop sleeve for arrangement in a passage for a conduit or cable or the like in a partition such as a wall or a ceiling, the fire stop sleeve comprising an outer casing and intumescent material arranged on a radially inner side of the outer casing, wherein the casing comprises at least two interconnected coaxial casing portions (3, 4, 5) which have at least overlapping end portions and which are slidable with respect to each other to extend or reduce the length of the sleeve to adjust the length to a thickness of the partition, at least one circumferentially extending strip of intumescent material being arranged on the inner side of each of the casing portions (4, 5) that are axially most outwardly located, characterised in that the casing portions (3, 4, 5) are interconnected by an axially extending guiding structure which includes a stop that determines the maximal extension of the sleeve, said guiding structure including at least an axial guiding slot in one of the casing portions and a guiding protrusion provided on another casing portion (4, 5) which protrusion is slidingly arranged in the guiding slot.
Torsional vibration damper, in particular split flywheel, having a primary flywheel mass which can be connected fixedly to the drive shaft of an internal combustion engine so as to rotate with it, and having a secondary flywheel mass which can be rotated relative to the primary flywheel mass counter to the resistance of at least one energy storage device (6, 56), characterized in that the primary flywheel mass can be coupled to the secondary flywheel mass via a rigid coupling device which interacts with a tension damping device.
Device for deforming compressible plastic containers comprising a first holding device and a second holding device as well as comprising a removal device for removal of beverages from standardized, compressible plastics material containers, wherein the removal device comprises a tube body through which the liquid can be passed and wherein this tube body extends in an end portion along a predetermined longitudinal direction, and wherein a peripheral rim is formed on the end portion and which can be brought into contact with a portion of the container, wherein a piercing device for penetrating at least one wall of the standardized container or of a standardized container closure of the container is further arranged at the end portion, wherein the plastic containers are arranged and intended to be compressed, wherein the piercing device projects in the longitudinal direction with respect to at least one further portion of the peripheral rim in such a way that, during an advancing movement of the removal device towards the container, the piercing device contacts the portion of the container earlier than other regions of the peripheral rim wherein the peripheral rim extends substantially in a plane which is oblique with respect to the longitudinal direction and in particular wherein an angle between a plane normal of the plane and the longitudinal direction is between 5° and 80°, wherein the container is arranged with a first portion on the first holding device and with a second portion which is spaced apart from the first portion on the second holding device such that the container is located between this first holding device and the second holding device at least in sections and wherein further a holding device (2, 4) is movable towards the other holding device (2, 4) and thus reduces the internal volume of the container, characterised in that the end portion has an outer cross section tapering relative to an area adjacent to the end portion.