mhurhangee/ep-ind-claims huggingface dataset:
A method for generating continuous resource allocation signaling, comprising the following steps: step S01, a sender determining a value of a parameter N RB according to the total number of resources in a system and determining, according to the amount and location of the total resources occupied by continuous resources allocated to a target user equipment, values of parameters L CRBs and RB start, wherein, the N RB denotes the total number of resource blocks in the system, the L CRBs denotes the number of continuous resource blocks allocated to the user equipment, and the RB start denotes an index number of a starting resource block in the continuous resource blocks allocated to the user equipment; characterized in that, the method further comprises: step S02, the sender comparing L CRBs -1 with └N RB /2┘ to compute a Resource Indication Value, RIV, of resource allocation signaling of the user equipment, if the L CRBs -1 is greater than the └N RB /2┘, then the RIV is N RB ( N RB - L CRBs +1)+( N RB -1- RB start) or N RB × N RB - N RB × L CRBs + N RB ×2-1- RB start; else, the RIV is N RB (L CRBs -1)+ RB start; and step S03, the resource allocation signaling of the target user equipment being generated according to the RIV and transmitted. step S01, a sender determining a value of a parameter N RB according to the total number of resources in a system and determining, according to the amount and location of the total resources occupied by continuous resources allocated to a target user equipment, values of parameters L CRBs and RB start, wherein, the N RB denotes the total number of resource blocks in the system, the L CRBs denotes the number of continuous resource blocks allocated to the user equipment, and the RB start denotes an index number of a starting resource block in the continuous resource blocks allocated to the user equipment; characterized in that, the method further comprises: step S02, the sender comparing L CRBs -1 with └N RB /2┘ to compute a Resource Indication Value, RIV, of resource allocation signaling of the user equipment, if the L CRBs -1 is greater than the └N RB /2┘, then the RIV is N RB ( N RB - L CRBs +1)+( N RB -1- RB start) or N RB × N RB - N RB × L CRBs + N RB ×2-1- RB start; else, the RIV is N RB (L CRBs -1)+ RB start; and step S03, the resource allocation signaling of the target user equipment being generated according to the RIV and transmitted.
A concentrate of olive vegetation waters and/or olive pomace comprising hydroxytyrosol and 3,4- DHPEA -EDA for use in the treatment and/or prevention of inflammation, said concentrate being obtainable by applying a process comprising the steps of: (i) microfiltering a sample of the vegetation water and/or olive pomace so as to obtain a concentrate and a permeate of microfiltration wherein the membrane is made in aluminum oxide and zirconia; and (ii) concentrating by reverse osmosis the microfiltration permeate of step (i), wherein the membrane is characterized by a tubular shape.
A sheet processing apparatus comprising: a shift conveying unit arranged to convey a sheet in a sheet conveying direction and to shift the sheet in a width direction perpendicular to the sheet conveying direction; a sheet processing tray arranged to receive sheets from the shift conveying unit, wherein the shift conveying unit is arranged to shift sheets in the width direction, to a first loading position on the sheet processing tray and to a further loading position on the sheet processing tray that is offset from the first loading position in the width direction; and aligning members (1002a, 1002b) that are movable in the width direction and press the sheet stack loaded on the sheet processing tray so as to align the sheet stack in the width direction; characterized in that the alignment members (1002a, 1002b) are arranged such that: in a case that sheets are loaded at the first loading position, the aligning member is moved to a first standby position corresponding to the first loading position in advance and then moves from the first standby position in order to align the sheet stack loaded at the first loading position; and in a case that sheets are loaded at the further loading position, the aligning member is moved in advance to a further standby position corresponding to the further loading position and then moves from the further standby position in order to align the sheet stack loaded at the further loading position. a shift conveying unit arranged to convey a sheet in a sheet conveying direction and to shift the sheet in a width direction perpendicular to the sheet conveying direction; a sheet processing tray arranged to receive sheets from the shift conveying unit, wherein the shift conveying unit is arranged to shift sheets in the width direction, to a first loading position on the sheet processing tray and to a further loading position on the sheet processing tray that is offset from the first loading position in the width direction; and aligning members (1002a, 1002b) that are movable in the width direction and press the sheet stack loaded on the sheet processing tray so as to align the sheet stack in the width direction; in a case that sheets are loaded at the first loading position, the aligning member is moved to a first standby position corresponding to the first loading position in advance and then moves from the first standby position in order to align the sheet stack loaded at the first loading position; and in a case that sheets are loaded at the further loading position, the aligning member is moved in advance to a further standby position corresponding to the further loading position and then moves from the further standby position in order to align the sheet stack loaded at the further loading position.
An information transmission method, comprising: performing, by a first device, channel detection on a first channel on an unlicensed carrier using a first beam and a first energy detection threshold to determine whether a first time domain resource used for the first device to send first information is available; and in a case where the first time domain resource is available, sending. by the first device, the first information by the first time domain resource; the method being characterized in that: the first energy detection threshold is determined according to a first transmit power; and sending, by the first device, the first information by the first time domain resource, comprises: sending, by the first device, the first information by the first time domain resource with a second transmit power, wherein the second transmit power is different from the first transmit power. performing, by a first device, channel detection on a first channel on an unlicensed carrier using a first beam and a first energy detection threshold to determine whether a first time domain resource used for the first device to send first information is available; and in a case where the first time domain resource is available, sending. by the first device, the first information by the first time domain resource; the method being characterized in that: the first energy detection threshold is determined according to a first transmit power; and sending, by the first device, the first information by the first time domain resource, comprises: sending, by the first device, the first information by the first time domain resource with a second transmit power, wherein the second transmit power is different from the first transmit power. the first energy detection threshold is determined according to a first transmit power; and sending, by the first device, the first information by the first time domain resource, comprises: sending, by the first device, the first information by the first time domain resource with a second transmit power, wherein the second transmit power is different from the first transmit power.
A slide return mechanism of a seat for a vehicle, the seat including a seat back and a seat base, the slide return mechanism comprising: a recliner that reclines the seat back; a slide release lever that locks and unlocks the movement of a slide mechanism of the seat; a recliner link that extends between the recliner and the slide release lever, a slide stopper, on a rail of the seat and a stopper link, including a top portion that contacts the recliner link and including a bottom portion configured to contact the slide stopper; wherein rotation of the recliner causes the seat back to move downward, the slide release lever to unlock the slide mechanism, and the stopper link to rotate about an axis to lower the bottom portion into a position to prevent the seat from traveling in a rearward direction at a predetermined position. a recliner that reclines the seat back; a slide release lever that locks and unlocks the movement of a slide mechanism of the seat; a recliner link that extends between the recliner and the slide release lever, a slide stopper, on a rail of the seat and a stopper link, including a top portion that contacts the recliner link and including a bottom portion configured to contact the slide stopper; wherein rotation of the recliner causes the seat back to move downward, the slide release lever to unlock the slide mechanism, and the stopper link to rotate about an axis to lower the bottom portion into a position to prevent the seat from traveling in a rearward direction at a predetermined position.
An applicator, and in particular a cosmetic applicator for applying a cosmetic to the skin, comprising an applicator device and a stem or stem attachment (5a, 5b, 5c), wherein the applicator device is an applicator blade with two main surfaces (3, 4), wherein the stem or stem attachment (5a, 5b, 5c) extends from one of the main surfaces of the applicator blade and the applicator blade protrudes beyond the stem or stem attachment on at least three sides, better on all sides, and the distal main surface of the applicator blade defines a plane which forms an acute angle of at least 20° or more with the longitudinal axis L of the stem or stem attachment (5a, 5b, 5c), characterized in that, at the place in which the plane that is defined by the applicator blade has the greatest angle relative to the longitudinal axis L of the stem or stem attachment, the applicator blade forms a tip with a radius of curvature of less than 3 mm and that the applicator blade is fastened to the stem or stem attachment by an articulation, and additionally the applicator blade is flexible such that in the place where the applicator blade protrudes beyond the stem or stem attachment, the edge of the applicator blade can be displaced by more than 1,5 mm under the influence of forces that occur during application solely by intrinsic deformation of the applicator blade, and a reinforcing rib is arranged in the plane between the applicator blade and the stem or stem attachment, in which plane the angle between the plane defined by the applicator blade and the longitudinal axis of the stem or stem attachment is at its greatest.
A method for operating a touch screen display for a cartographic device, said method comprising: sensing a touch on the touch screen display of the cartographic device, the cartographic device operable to display a map; causing a plurality of toolbars (210, 220, 230) to be displayed, each toolbar displayed along an entire respective edge of a plurality of edges of the touch screen display in response to the sensed touch being on the corresponding edge of the plurality of edges; sensing a finger movement along one of the displayed toolbars (210, 220, 230) on the touch screen display; and changing a configuration of the displayed map based on the sensed finger movement, wherein changing the configuration of the displayed map comprises scaling of one of zoom, rotation, and tilt on the displayed map to a value between a minimum scale value and a maximum scale value, wherein the minimum scale value, the maximum scale value and a current scale value are displayed within the one of the displayed toolbars. sensing a touch on the touch screen display of the cartographic device, the cartographic device operable to display a map; causing a plurality of toolbars (210, 220, 230) to be displayed, each toolbar displayed along an entire respective edge of a plurality of edges of the touch screen display in response to the sensed touch being on the corresponding edge of the plurality of edges; sensing a finger movement along one of the displayed toolbars (210, 220, 230) on the touch screen display; and changing a configuration of the displayed map based on the sensed finger movement, wherein changing the configuration of the displayed map comprises scaling of one of zoom, rotation, and tilt on the displayed map to a value between a minimum scale value and a maximum scale value, wherein the minimum scale value, the maximum scale value and a current scale value are displayed within the one of the displayed toolbars.
Cover for covering product on a handling support for conveying the product, in particular meat portions, the cover comprising a sheet having a center and fold lines and that is provided in a folded state resulting in a folded sheet in which said sheet is functionally zigzag folded about said fold lines, said folded sheet having ends (5, 5') at which surfaces of said zigzag folded sheet are attached together, characterised in that said center is free from said fold lines for positioning said center on a handling support end.
A heat exchanger for heat exchange between a first fluid and a second fluid comprising: a first header- tank assembly; a second header- tank assembly wherein the heat exchanger is intended for operation in orientation in which the first header- tank assembly is substantially higher with respect to a ground level than the second header- tank assembly; plurality of tubes arranged in a first stack and in a second stack, wherein the stacks (41, 42) are arranged between the first header- tank assembly and the second header- tank assembly, wherein the second stack is arranged downstream to the first stack with respect to the intended first fluid flow path; at least one fin interlaced between two adjacent tubes of each stack (41, 42), wherein the fin further comprises a first section configured to deflect the first fluid substantially obliquely-upwardly, and a second section configured to deflect the first fluid towards the second header- assembly, wherein the second section is arranged downstream to the first section with respect to the intended first fluid flow path, characterised in that the fin further comprises a third section arranged downstream to the first section and the second section so that the second section is located substantially between the first stack and the second stack. at least one fin interlaced between two adjacent tubes of each stack (41, 42), wherein the fin further comprises a first section configured to deflect the first fluid substantially obliquely-upwardly, and a second section configured to deflect the first fluid towards the second header- assembly, wherein the second section is arranged downstream to the first section with respect to the intended first fluid flow path, characterised in that the fin further comprises a third section arranged downstream to the first section and the second section so that the second section is located substantially between the first stack and the second stack.
Urinal having at least one inlet opening and at least one outlet opening which is arranged with a height offset thereto, which openings are each designed for positioning on a wall or front wall connection (8; 9), wherein an odour trap is formed, wherein the distance between the inlet opening and the outlet opening is variable, and a mechanism for variable distance setting is situated within the outer contour of the urinal and between a discharge opening from a bowl of the urinal and the outlet opening to be positioned on the wall or front wall, and the mechanism for distance setting is formed behind the odour trap, and in that the mechanism for distance setting comprises pipe sections (18; 19) which can be plugged one inside the other, wherein the pipe sections (18; 19) extend vertically in the region of their connection and, depending on the desired height distance, can be plugged one inside the other to different degrees, characterized in that the odour trap is formed in an upper bow on the discharge opening, and the odour trap is formed automatically by a water level which cannot pass over the upper bow, and in that the upper bow of the odour trap forms an upper pipe section which can be plugged into the lower pipe section.
An optical communication cable comprising: a jacket having an interior surface that defines a cable jacket internal cross-sectional area; a plurality of optical fibers, wherein the plurality of optical fibers defines a plurality of optical fiber ribbons, wherein the plurality of optical fiber ribbons is arranged in a plurality of ribbon stacks that define a plurality of subunits, and wherein each subunit has a subunit jacket, wherein the plurality of optical fiber subunits are unstranded, wherein less than 60% of the cable jacket internal cross-sectional area is occupied by the cross-sectional area of the plurality of optical fiber ribbons; and a scaffolding structure provided adjacent to and supporting the jacket such that when the jacket is subjected to a burn and melts, the melted jacket material bonds to the scaffolding structure rather than sloughing off. a jacket having an interior surface that defines a cable jacket internal cross-sectional area; a plurality of optical fibers, wherein the plurality of optical fibers defines a plurality of optical fiber ribbons, wherein the plurality of optical fiber ribbons is arranged in a plurality of ribbon stacks that define a plurality of subunits, and wherein each subunit has a subunit jacket, wherein the plurality of optical fiber subunits are unstranded, wherein less than 60% of the cable jacket internal cross-sectional area is occupied by the cross-sectional area of the plurality of optical fiber ribbons; and a scaffolding structure provided adjacent to and supporting the jacket such that when the jacket is subjected to a burn and melts, the melted jacket material bonds to the scaffolding structure rather than sloughing off.
A gas turbine combustor cap assembly, comprising: a primary feed plate attached across an upstream end of a support ring; a fuel pre-mix tube (42, 44) within the support ring, the pre-mix tube (42, 44) comprising an upstream flange (60, 62) that aligns and seats the pre-mix tube (42, 44) against the primary feed plate, wherein the upstream flange (60, 62) extends around an outer surface of the pre-mix tube (42, 44); the primary feed plate comprises a first hole that admits the pre-mix tube (42, 44) up to the upstream flange (60, 62), and does not admit the upstream flange (60, 62); the pre-mix tube (42, 44) is disposed in first the hole; and the upstream flange (60, 62) is seated against the primary feed plate, and characterized in that the gas turbine combustor cap assembly further comprising; an intermediate flange around the outer surface of the pre-mix tube (42, 44) at an intermediate position along a length of the pre-mix tube (42, 44); and an intermediate structural frame comprising a second hole that admits the pre-mix tube (42, 44) up to the intermediate flange, and does not admit the intermediate flange; wherein the pre-mix tube (42, 44) is disposed in the second hole, and the intermediate flange is seated against the intermediate structural frame. a primary feed plate attached across an upstream end of a support ring; a fuel pre-mix tube (42, 44) within the support ring, the pre-mix tube (42, 44) comprising an upstream flange (60, 62) that aligns and seats the pre-mix tube (42, 44) against the primary feed plate, wherein the upstream flange (60, 62) extends around an outer surface of the pre-mix tube (42, 44); the primary feed plate comprises a first hole that admits the pre-mix tube (42, 44) up to the upstream flange (60, 62), and does not admit the upstream flange (60, 62); the pre-mix tube (42, 44) is disposed in first the hole; and the upstream flange (60, 62) is seated against the primary feed plate, and characterized in that the gas turbine combustor cap assembly further comprising; an intermediate flange around the outer surface of the pre-mix tube (42, 44) at an intermediate position along a length of the pre-mix tube (42, 44); and an intermediate structural frame comprising a second hole that admits the pre-mix tube (42, 44) up to the intermediate flange, and does not admit the intermediate flange; wherein the pre-mix tube (42, 44) is disposed in the second hole, and the intermediate flange is seated against the intermediate structural frame.
Process for preparing 2-(N-3,4-dimethylpyrazole)succinic acid by reaction of 3,4-dimethylpyrazole with maleic acid and/or maleic anhydride in the absence of organic solvents or diluents, and subsequent crystallization from the reaction product obtained in the absence of organic solvents or diluents.
Device for transfer of increased electric current to trolleybus through a shoe body in a trolley head and a member, particularly for recharging traction batteries, wherin an overhead wire is provided with the member which is flat, from which an axially-disposed ridge protrudes downwards and is aligned with the direction of the overhead wire, where the bottom of the flat member is provided for contact with upper edges of the shoe body in the trolley head on a trolley pole, characterized in that the distance (a) between the flat member and the bottom of a groove in a carbon insert is greater than the height (b) of the axially-disposed ridge above the flat member.
Method for detecting and autonomously tracking a target object, in particular a non-cooperative spacecraft, by means of a LIDAR sensor, wherein the LIDAR sensor continuously emits laser pulses to the target object over a predetermined area, and a 3D point cloud is generated from measurement points reflected from the target objects at predetermined time intervals, and a current relative position of the target object with respect to the LIDAR sensor is calculated at the predetermined time intervals using position-estimating iterative closest point algorithms for six degrees of freedom of movement of the target object, characterised in that in a first step, a high-resolution initialising point cloud recorded over a plurality of predetermined time intervals is recorded, in a second step, for the first time a noisy reference model of the target object with a small number of measurement points is generated from the initialising point cloud by the LIDAR sensor during an approach of a spacecraft with the LIDAR sensor to the target object, and in subsequent iterative steps, temporal position clouds are determined at the given time intervals and are compared with the generated reference model using the iterative closest point algorithms, and position information of the target object is calculated on the basis of a point-to-point correspondence method, wherein the reference model is continuously adapted to the changes in the subsequently iteratively determined point clouds.
A shaving razor handle comprising an elongated body extending in a longitudinal direction, characterized in that a portion of said body is formed from a 3 dimensional lattice framework structure.
An in vitro method of detecting prostate cancer in a patient, the method comprising measuring the level of soluble glypican-1 in a body fluid sample selected from the group consisting of blood, serum, plasma, and urine, obtained from a patient and determining that said patient has prostate cancer or an increased likelihood of developing prostate cancer based upon the level of soluble glypican-1 in the body fluid sample, wherein the measured levels of soluble glypican-1 in the body fluid sample of the patient are compared against: a control sample of body fluid obtained from a cancer-free patient; or pre-determined reference values or ranges of reference values.