mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, the method comprising: identifying that a wireless device is configured for repetition-based transmission of a transport block within a repetition window, the repetition window including a first transmission time interval, TTI, and subsequent TTIs and being associated with a first redundancy version sequence for transmitting the transport block in each TTI of the repetition window, wherein each value in the redundancy version sequence corresponds to a particular TTI in the repetition window and indicates the redundancy version of the transport block; determining that the transport block is available for initial transmission in one of the subsequent TTIs of the repetition window; determining a second redundancy version sequence for transmitting the transport block within the repetition window based at least in part on the transport block being available for the initial transmission in one of the subsequent TTIs, the second redundancy version sequence comprising a portion of the first redundancy version sequence; and transmitting the transport block within the repetition window in accordance with the second redundancy version sequence. identifying that a wireless device is configured for repetition-based transmission of a transport block within a repetition window, the repetition window including a first transmission time interval, TTI, and subsequent TTIs and being associated with a first redundancy version sequence for transmitting the transport block in each TTI of the repetition window, wherein each value in the redundancy version sequence corresponds to a particular TTI in the repetition window and indicates the redundancy version of the transport block; determining that the transport block is available for initial transmission in one of the subsequent TTIs of the repetition window; determining a second redundancy version sequence for transmitting the transport block within the repetition window based at least in part on the transport block being available for the initial transmission in one of the subsequent TTIs, the second redundancy version sequence comprising a portion of the first redundancy version sequence; and transmitting the transport block within the repetition window in accordance with the second redundancy version sequence.
An optical imaging apparatus comprising first and second reflective components (12, 14) composed of transparent material with belt-shaped reflective surfaces (11, 13) vertically disposed in parallel, the first and the second reflective components (12, 14) being disposed abutting to or in proximity to each other in a condition that reflective surfaces of the first and the second reflective components (12, 14) are crossed when viewed from above, wherein the first reflective component and the second reflective component each have a multi-layered structure comprising a laminate of plural reflectors, wherein each of the plural reflectors comprises an array of the reflective surfaces (11, 13) vertically disposed in parallel and wherein the places of the reflective surfaces (11, 13) in different reflectors are shifted in parallel in each of the first and second reflective components (12, 14).
A depth information generating device comprising: a face detecting unit configured to detect a human face of a human figure in at least one two-dimensional image, using face feature pattern data stored in a memory in advance; a temporary region setting unit configured to, based on the detected human face of the human figure, select a premask which is region data of a human model stored in the memory in advance, and set a temporary human figure region using the selected premask; a feature extracting unit configured to extract a feature within the temporary human figure region and a feature of a pixel adjacent to the temporary human figure region; a region adjusting unit configured to adjust a range of the temporary human figure region, based on the feature of the temporary human figure region and the feature of the pixel adjacent to the temporary human figure region extracted by the feature extracting unit; a region determining unit configured to determine the range of the temporary human figure region adjusted by the region adjusting unit, as a human figure region indicating the human figure within a region in the at least one two-dimensional image; and a generating unit configured to generate a depth map for separating the human figure region from a region other than the human figure region by giving a depth value different from a depth value of the region other than the human figure region to the human figure region, wherein the premask includes a face region that is a human face region, and a body region that is a region other than the face region. a face detecting unit configured to detect a human face of a human figure in at least one two-dimensional image, using face feature pattern data stored in a memory in advance; a temporary region setting unit configured to, based on the detected human face of the human figure, select a premask which is region data of a human model stored in the memory in advance, and set a temporary human figure region using the selected premask; a feature extracting unit configured to extract a feature within the temporary human figure region and a feature of a pixel adjacent to the temporary human figure region; a region adjusting unit configured to adjust a range of the temporary human figure region, based on the feature of the temporary human figure region and the feature of the pixel adjacent to the temporary human figure region extracted by the feature extracting unit; a region determining unit configured to determine the range of the temporary human figure region adjusted by the region adjusting unit, as a human figure region indicating the human figure within a region in the at least one two-dimensional image; and a generating unit configured to generate a depth map for separating the human figure region from a region other than the human figure region by giving a depth value different from a depth value of the region other than the human figure region to the human figure region, wherein the premask includes a face region that is a human face region, and a body region that is a region other than the face region.
A semiconductor device, comprising: a gate layer formed on a substrate; a dielectric layer formed on the gate layer; a memory layer formed on the dielectric layer, wherein the memory layer includes a charge storage material, wherein the charge storage material includes one or more of the following: benzocyclobutene, CytopTM, polystyrene, poly(4-methyl styrene) (P4MS), poly(2-vinyl naphthalene), poly(4-vinyl phenol), poly(2-vinyl pyridine) (PVPyr), n-octadecylphosphonic acid, 18-phenoxyoctadecyl) trichlorosilane, docosyltrichlorosilane, hexamethyldisilazane, octadecyltrichlorosilane, poly(m-xylylene adipamide), poly(a-methylstyrene)(PaMS), and/or poly(phenyl-methyl-silsequioxane) (pPMSSQ); a source layer formed on the memory layer and in contact with the memory layer, where the source layer is electrically percolating and perforated; a semiconducting channel layer formed on the source layer, where the semiconducting channel layer is in contact with the source layer and the memory layer, and where the source layer and the semiconducting channel layer form a gate voltage tunable charge injection barrier; and a drain layer formed on the semiconducting channel layer. a gate layer formed on a substrate; a dielectric layer formed on the gate layer; a memory layer formed on the dielectric layer, wherein the memory layer includes a charge storage material, wherein the charge storage material includes one or more of the following: benzocyclobutene, CytopTM, polystyrene, poly(4-methyl styrene) (P4MS), poly(2-vinyl naphthalene), poly(4-vinyl phenol), poly(2-vinyl pyridine) (PVPyr), n-octadecylphosphonic acid, 18-phenoxyoctadecyl) trichlorosilane, docosyltrichlorosilane, hexamethyldisilazane, octadecyltrichlorosilane, poly(m-xylylene adipamide), poly(a-methylstyrene)(PaMS), and/or poly(phenyl-methyl-silsequioxane) (pPMSSQ); a source layer formed on the memory layer and in contact with the memory layer, where the source layer is electrically percolating and perforated; a semiconducting channel layer formed on the source layer, where the semiconducting channel layer is in contact with the source layer and the memory layer, and where the source layer and the semiconducting channel layer form a gate voltage tunable charge injection barrier; and a drain layer formed on the semiconducting channel layer.
An apparatus for calibrating a volumetric estimation device for determining dimensions of an object, comprising: at least a first laser source and a second laser source, each projecting at least two laser lines onto an object at a known distance from a point of laser projection, to form a rectangular calibration target having crossline locations on at least a portion of the obj ect, a camera for capturing an image of the rectangular calibration target projected onto the object, the camera having a camera image plane and a camera image plane centre point; a processor configured to calibrate the camera to measure the camera distortion effects to generate a filter to remove the distortion effects so that the camera approximates a pinhole camera model, the camera configured to receive laser light; wherein the camera image plane centre point and the points of projection of the laser sources generating projected crosslines are not collinear; wherein the point of laser projection from at least one of the first laser source and the second laser source are not collinear with the camera image plane centre point so that at least one of a first distance between the camera image plane centre point and the first laser source and a second distance between the camera image plane centre point and the second laser source is unknown; and wherein the processor is further configured to utilise locations of laser projected crosslines in camera images to determine a deviation angle from a direction perpendicular to the camera image plane and the distance between the camera image plane centre point and each laser source (601,602). at least a first laser source and a second laser source, each projecting at least two laser lines onto an object at a known distance from a point of laser projection, to form a rectangular calibration target having crossline locations on at least a portion of the obj ect, a camera for capturing an image of the rectangular calibration target projected onto the object, the camera having a camera image plane and a camera image plane centre point; a processor configured to calibrate the camera to measure the camera distortion effects to generate a filter to remove the distortion effects so that the camera approximates a pinhole camera model, the camera configured to receive laser light; wherein the camera image plane centre point and the points of projection of the laser sources generating projected crosslines are not collinear; wherein the point of laser projection from at least one of the first laser source and the second laser source are not collinear with the camera image plane centre point so that at least one of a first distance between the camera image plane centre point and the first laser source and a second distance between the camera image plane centre point and the second laser source is unknown; and wherein the processor is further configured to utilise locations of laser projected crosslines in camera images to determine a deviation angle from a direction perpendicular to the camera image plane and the distance between the camera image plane centre point and each laser source (601,602).
A method for registering a device with a service provider network, the method comprising: receiving, by a home router, a network registration request from a device that is locally connected or locally coupled to the home router, the network registration request including at least a pre-provisioned public identifier, wherein the pre-provisioned public identifier is only used for registering the device; establishing, by the home router, in response to receiving the network registration request, a secure connection to a service provider network via a network tunnel between the home router and the service provider network; providing, by the home router, the network registration request to the service provider network through the network tunnel; receiving, by the home router, a registration response to the network registration request from the service provider network through the network tunnel, the response indicating a public identifier of the device that is associated with the pre-provisioned public identifier, wherein the public identifier is used by the device in voice and data communications, and wherein all devices of a home network provided by the home router share the public identifier; and providing, by the home router, the registration response to the device. receiving, by a home router, a network registration request from a device that is locally connected or locally coupled to the home router, the network registration request including at least a pre-provisioned public identifier, wherein the pre-provisioned public identifier is only used for registering the device; establishing, by the home router, in response to receiving the network registration request, a secure connection to a service provider network via a network tunnel between the home router and the service provider network; providing, by the home router, the network registration request to the service provider network through the network tunnel; receiving, by the home router, a registration response to the network registration request from the service provider network through the network tunnel, the response indicating a public identifier of the device that is associated with the pre-provisioned public identifier, wherein the public identifier is used by the device in voice and data communications, and wherein all devices of a home network provided by the home router share the public identifier; and providing, by the home router, the registration response to the device.
A connection device for use in the negative pressure therapy of wounds, with a flexible conducting means which can be subjected to negative pressure and to fluid media and has at least two lumina, and with a connecting body connected non-releasably to the conducting means, wherein at least one lumen is provided as suction lumen for subjecting to negative pressure, and at least one lumen is provided as delivery lumen for delivering a fluid medium, wherein the connecting body is made of an elastomeric flexible material and can be applied to a negative pressure dressing which covers the wound and seals the wound off tightly from the atmosphere, wherein the conducting means, during operation of the connection device, communicates with the wound space through the connecting body and through at least one opening in the negative pressure dressing, wherein the connecting body has a centrally arranged and raised first region, which receives the conducting means, and a flange-shaped second region which extends continuously in a circumferential direction about the first region, is flatter compared to the latter and forms a contact plane, and by means of which the connecting body can be placed flat against an upper side of the negative pressure dressing facing away from the wound, either directly or with interposition of adhesion promoters, and can be joined sealingly thereto, wherein a conducting portion which is closed on all sides and is formed by the central first region adjoins a free end of the delivery lumen of the conducting means opening into the central first region, which conducting portion opens only at a distal end into an interior of the central first region and from there is in fluidic communication with the suction lumen of the conducting means, characterized in that the central first region has one single continuous opening which leads toward the negative pressure dressing in the contact plane, which opening connects the interior of the central first region to the at least one opening in the negative pressure dressing, such that the at least one suction lumen communicates with the wound space through this continuous opening, and in that finger-shaped extensions integral with the first region and extending in the contact plane protrude with free ends into this continuous opening and form a means for preventing penetration of dressing materials or wound inlay materials aspirated from the wound space.
- A method for transmitting a message by an access network from a wireless communication system to a group of terminals, including: - transmitting, by the access network, at least one message to a group of terminals over a broadcast channel, - receiving, by said access network, at least one request for retransmission of said message transmitted by a terminal that has not correctly received said message, - evaluating, by the access network, a predetermined broadcast retransmission criterion, - when said broadcast retransmission criterion is verified: retransmitting the message, by the access network, over a broadcast channel to the group of terminals including said terminal having transmitted said request for retransmission of said message, - when the broadcast retransmission criterion is not verified: retransmitting the message, by the access network, over a point-to-point link to said terminal having transmitted said request for retransmission, characterized in that the broadcast retransmission criterion is evaluated based on at least one of the following parameters: - when the access network has received several requests for retransmission of several different messages, a number and/or a total size of said messages, - a capacity of broadcast channels planned by the access network. - transmitting, by the access network, at least one message to a group of terminals over a broadcast channel, - receiving, by said access network, at least one request for retransmission of said message transmitted by a terminal that has not correctly received said message, - evaluating, by the access network, a predetermined broadcast retransmission criterion, - when said broadcast retransmission criterion is verified: retransmitting the message, by the access network, over a broadcast channel to the group of terminals including said terminal having transmitted said request for retransmission of said message, - when the broadcast retransmission criterion is not verified: retransmitting the message, by the access network, over a point-to-point link to said terminal having transmitted said request for retransmission, characterized in that the broadcast retransmission criterion is evaluated based on at least one of the following parameters: - when the access network has received several requests for retransmission of several different messages, a number and/or a total size of said messages, - a capacity of broadcast channels planned by the access network.
A reciprocating piston engine, with four cylinders (8, 8'), with circular cross section and cylinder axes parallel to each other; and an output shaft; wherein the cylinder axes, seen in axial section, are disposed so as to define the corners of a rectangle, preferably a square; the axis of the output shaft disposed in the centre of the rectangle and being parallel to the cylinder axes; the transmission of force and torque to the output shaft carried out via a rotating crankshaft (7, 7') and a toothing (3, 4, 5, 6), characterised in that each two diagonally opposed cylinders (8, 8') have, axially seen, matching orientation and, axially seen, opposed orientation to the two other cylinders (8, 8'); and that the transmission of force and torque from each of the cylinders (8, 8') is carried out via a separate rotating crankshaft (7, 7').
A method of a base station of a first of a plurality of non-coordinated radio access networks, RANs, in a wireless communication network of facilitating, for a base station of a second of the plurality of non-coordinated RANs, connection of at least one wireless communication device served by the base station of the first RAN, the method being characterized in comprising: determining that information indicating frequencies associated with an identifier of a network which said at least one wireless communication device is allowed to access should be transmitted to a mobility management node serving the identified network, the indicated frequencies being available in the first RAN for accessing the identified network; and transmitting the information indicating frequencies available in the first RAN for accessing said identified network to the mobility management node serving the identified network for forwarding to the base station of the second RAN, said network being operated by an operator different from those operating the first and second non-coordinated RANs. determining that information indicating frequencies associated with an identifier of a network which said at least one wireless communication device is allowed to access should be transmitted to a mobility management node serving the identified network, the indicated frequencies being available in the first RAN for accessing the identified network; and transmitting the information indicating frequencies available in the first RAN for accessing said identified network to the mobility management node serving the identified network for forwarding to the base station of the second RAN, said network being operated by an operator different from those operating the first and second non-coordinated RANs.
A self-emptying separator, which comprises a rotatable drum having a vertical axis of rotation and having a feed, having at least one liquid drain having outlet openings for solid, and a controller, in which a free-flowing starting product is clarified of the solids in continuous operation in a centrifugal field in the rotating drum, wherein at least one clarified liquid phase - a clear phase - is let out continuously and wherein a solid phase is let out - called solid emptying - of a solid collection chamber of the drum into a ring-shaped solid collector discontinuously using the outlet openings, so that the separator is a separator which discontinuously empties the solid, characterized in that the solid collector comprises a device for producing a fluid curtain, on which the solids exiting from the outlet openings for solid impact, wherein the device for producing a fluid curtain comprises openings, wherein the openings are distributed on an upper wall of the solid collector or on an adjoining component such as a hood and their exit ends are axially oriented essentially downward, wherein the openings are nozzles and wherein the nozzles are distributed on the circumference of the solid collector.
A ripper tip, comprising: a front end; a rear end having a rear end surface; a mounting cavity extending inward from the rear end; and an upper surface extending between the front end and the rear end, wherein a portion of the upper surface at the rear end of the ripper tip includes an upwardly projecting ridge having ridge sides (82, 84) and a ridge top that extend rearwardly on the ripper tip to a rear end of the ridge coinciding with the rear end surface of the rear end of the ripper tip, wherein the rear end surface of the rear end of the ripper tip has a maximum thickness between the mounting cavity and the ridge top. a front end; a rear end having a rear end surface; a mounting cavity extending inward from the rear end; and an upper surface extending between the front end and the rear end, wherein a portion of the upper surface at the rear end of the ripper tip includes an upwardly projecting ridge having ridge sides (82, 84) and a ridge top that extend rearwardly on the ripper tip to a rear end of the ridge coinciding with the rear end surface of the rear end of the ripper tip,