mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal control combination yarn system comprising: a first plurality of microdenier hydrophobic yarns, which have up to 2 denier per filament and are made of polypropylene (PP), wherein a preponderance of said first plurality of yarns is surface-exposed on a first surface of said system, and a second plurality of yarns comprising ultra microfibers (UMF) being relatively less hydrophobic compared to said microdenier hydrophobic yarns, which ultra microfibers have no less than 10 filaments per denier and are made of a material selected from the group consisting of polyester, nylon and combinations thereof, wherein a preponderance of said second plurality of yarns is surface-exposed on a second surface of said system, and wherein said first plurality of yarns is in direct contact with said second plurality of yarns. a first plurality of microdenier hydrophobic yarns, which have up to 2 denier per filament and are made of polypropylene (PP), wherein a preponderance of said first plurality of yarns is surface-exposed on a first surface of said system, and a second plurality of yarns comprising ultra microfibers (UMF) being relatively less hydrophobic compared to said microdenier hydrophobic yarns, which ultra microfibers have no less than 10 filaments per denier and are made of a material selected from the group consisting of polyester, nylon and combinations thereof, wherein a preponderance of said second plurality of yarns is surface-exposed on a second surface of said system, and wherein said first plurality of yarns is in direct contact with said second plurality of yarns.
A dial device (100 ; 100') comprising at least one applique (1 ; 1') and a dial (2 ; 2') provided with an opening (24 ; 24') for receipt of the applique, the dial comprising: - at least one first element (20a ; 20a', 20b') for positioning and/or securing, and - a first visible surface (23; 23'), the at least one applique comprising: - at least one second element (10a, 10b ; 10a') for positioning and/or securing cooperating with the at least one first element, and - a second visible surface , the device comprising dial-applique interface surfaces (12, 22 ; 12', 22') which are arranged in the thickness of the dial (e2), wherein - at least one first positioning and/or securing element is arranged on a first lobe shaped at the periphery of the receiving opening of the applique and protrudes into the receiving opening of the applique in a plane parallel or substantially parallel to the first surface of the dial , or - at least one second positioning and/or securing element is arranged on a second lobe shaped at the periphery of the applique and protrudes outward from the applique in a plane parallel or substantially parallel to the second surface of said applique, which is likely to appear within the receiving opening of the applique. - at least one first element (20a ; 20a', 20b') for positioning and/or securing, and - a first visible surface (23; 23'), the at least one applique comprising: - at least one second element (10a, 10b ; 10a') for positioning and/or securing cooperating with the at least one first element, and - a second visible surface , - at least one second element (10a, 10b ; 10a') for positioning and/or securing cooperating with the at least one first element, and - a second visible surface , the device comprising dial-applique interface surfaces (12, 22 ; 12', 22') which are arranged in the thickness of the dial (e2), wherein - at least one first positioning and/or securing element is arranged on a first lobe shaped at the periphery of the receiving opening of the applique and protrudes into the receiving opening of the applique in a plane parallel or substantially parallel to the first surface of the dial , or - at least one second positioning and/or securing element is arranged on a second lobe shaped at the periphery of the applique and protrudes outward from the applique in a plane parallel or substantially parallel to the second surface of said applique, which is likely to appear within the receiving opening of the applique. - at least one first positioning and/or securing element is arranged on a first lobe shaped at the periphery of the receiving opening of the applique and protrudes into the receiving opening of the applique in a plane parallel or substantially parallel to the first surface of the dial , or - at least one second positioning and/or securing element is arranged on a second lobe shaped at the periphery of the applique and protrudes outward from the applique in a plane parallel or substantially parallel to the second surface of said applique, which is likely to appear within the receiving opening of the applique.
Assembly made of a foil pack for storing a single or multi-component mass and a dispensing device for the foil pack , in which the foil pack has at least one oblong foil bag that is not made inherently rigid as well as an inherently rigid head part with at least one fastening section for an end of the foil bag and an outlet opening for the mass to come out, and in which the dispensing device has at least one holder for inserting at least one foil bag , characterised in that in the full state the at least one foil bag has the form of a truncated cone, the diameter of which decreases in the direction of its longitudinal axis (L), starting from the fastening section , and that the at least one holder has an inner circumferential wall in the form of a truncated cone that is made complementary to the foil bag , in which the foil bag lies flat on the inner circumferential wall of the holder in the completely inserted state.
Plug connector with at least one connector arm molded to a node region and extending correspondingly in the longitudinal direction of the arm between a molded arm end and a free arm end, comprising a base body from which a plurality of first fixing bodies project laterally outwards, wherein each first fixing body comprises - a stem molded at one of its ends to the base body , which stem extends between a molded stem end and a free stem end in a longitudinal direction of the stem which is predominantly perpendicular to the longitudinal direction of the arm, and - a beam molded to the free end of the stem, which beam extends in a longitudinal direction of the beam that is predominantly in the longitudinal direction of the arm and has an outer beam surface facing away from the base body and an inner beam surface facing the base body , characterized in that the stem has in the region of its free stem end a convex curvature facing the free arm end, which curvature merges continuously into the flatter convexly curved outer beam surface wherein each first fixing body comprises - a stem molded at one of its ends to the base body , which stem extends between a molded stem end and a free stem end in a longitudinal direction of the stem which is predominantly perpendicular to the longitudinal direction of the arm, and - a beam molded to the free end of the stem, which beam extends in a longitudinal direction of the beam that is predominantly in the longitudinal direction of the arm and has an outer beam surface facing away from the base body and an inner beam surface facing the base body , - a stem molded at one of its ends to the base body , which stem extends between a molded stem end and a free stem end in a longitudinal direction of the stem which is predominantly perpendicular to the longitudinal direction of the arm, and - a beam molded to the free end of the stem, which beam extends in a longitudinal direction of the beam that is predominantly in the longitudinal direction of the arm and has an outer beam surface facing away from the base body and an inner beam surface facing the base body , characterized in that the stem has in the region of its free stem end a convex curvature facing the free arm end, which curvature merges continuously into the flatter convexly curved outer beam surface
A method performed by a wireless communications device comprising: obtaining a resource allocation for the wireless communications device, the resource allocation comprising a time slot within a wireless communications medium; using a first portion of the time slot, wherein the first portion is used for the wireless communications device to transmit data; and relinquishing a second portion of the time slot, wherein the second portion of the time slot occurs after the first portion of the time slot, wherein relinquishing the second portion of the time slot comprises sending an announcement message to a remote device, wherein the remote device comprises a central controller device configured to allocate time slots to wireless communications devices; and wherein the announcement message includes a duration of the first portion of the time slot. obtaining a resource allocation for the wireless communications device, the resource allocation comprising a time slot within a wireless communications medium; using a first portion of the time slot, wherein the first portion is used for the wireless communications device to transmit data; and relinquishing a second portion of the time slot, wherein the second portion of the time slot occurs after the first portion of the time slot, wherein relinquishing the second portion of the time slot comprises sending an announcement message to a remote device, wherein the remote device comprises a central controller device configured to allocate time slots to wireless communications devices; and wherein the announcement message includes a duration of the first portion of the time slot.
An apparatus for heating preforms made of thermoplastic material, comprising a conveyance device for preforms having a longitudinal axis of extension , intended to move said preforms along a predefined path , and heating means arranged along at least one portion of said predefined path , said heating means comprising at least one heating element and at least one front reflective element , which are mutually opposite with respect to said predefined path in order to form between them a transit tunnel for said preforms , said heating element comprising a plurality of IR (Infra-Red) and/or NIR (Near-Infra-Red) lamps, said front reflective element comprising at least one contoured plate-like body in order to form, in the direction of extension of said predefined path , an alternation of closer portions and spaced portions with respect to said predefined path that is extended substantially parallel to the axes of extension of said preforms , wherein said closer portions and said spaced portions are formed on substantially planar surfaces, characterized in said plate-like body comprising, between contiguous spaced portions and closer portions , respective connecting parts , at least one of said connecting parts forming at least one transit opening for a cooling air flow.
A method for synthesizing a diamond using a diamond synthesis machine, comprising: receiving , by a processor, a time series of images of a diamond during synthesis within a diamond synthesis machine, each of the time series of images captured within a time period; executing , by the processor, a diamond state prediction machine learning model using the time series of images to obtain a predicted data object, the predicted data object indicating a predicted state of the diamond within the diamond synthesis machine at a time subsequent to the time period, wherein the diamond state prediction machine learning model is trained based on a chronological series of images corresponding to a set of images of previously synthesized diamonds; detecting , by the processor, a predicted defect in the diamond based on the predicted data object of the diamond; and adjusting by the processor, operation of the diamond synthesis machine responsive to detecting the defect. receiving , by a processor, a time series of images of a diamond during synthesis within a diamond synthesis machine, each of the time series of images captured within a time period; executing , by the processor, a diamond state prediction machine learning model using the time series of images to obtain a predicted data object, the predicted data object indicating a predicted state of the diamond within the diamond synthesis machine at a time subsequent to the time period, wherein the diamond state prediction machine learning model is trained based on a chronological series of images corresponding to a set of images of previously synthesized diamonds; detecting , by the processor, a predicted defect in the diamond based on the predicted data object of the diamond; and adjusting by the processor, operation of the diamond synthesis machine responsive to detecting the defect.
A composition for a water permeable court surface, wherein the composition comprises: (a) a porous substrate on which there is (b) a porous rubber shock layer on which there is (c) at least one layer of acrylic composition , wherein the acrylic composition comprises a two part water based polyurethane having a first component which comprises an organic solvent-free aqueous dispersion of copolymer based on an aliphatic polycarbonate polyurethane and a polyacrylate; wherein the first component is blended with a second component, which is a water miscible polyiscocyanate. (a) a porous substrate on which there is (b) a porous rubber shock layer on which there is (c) at least one layer of acrylic composition , wherein the acrylic composition comprises a two part water based polyurethane having a first component which comprises an organic solvent-free aqueous dispersion of copolymer based on an aliphatic polycarbonate polyurethane and a polyacrylate; wherein the first component is blended with a second component, which is a water miscible polyiscocyanate.
A swaddling device in a shape of a pod, wearable blanket or sleeping sack, comprising: a sack that has a left side, a right side, a top section, a middle section, and a bottom section, wherein the sack is structured to substantially enclose a baby , wherein the sack includes a neck opening , wherein the bottom section is bulb-shaped and spacious to allow both hips and knees of the baby to be flexed and/or abducted; a first sleeve portion coupled to the sack at a first side of the neck opening ; a second sleeve portion coupled to the sack at a second side of the neck opening , wherein the second side is opposite the first side; and a wrap that is operable to swaddle the arms and a portion of the trunk of the baby , wherein the wrap extends along a first axis that is perpendicular to a second axis that runs from the neck opening to the bottom section of the sack , wherein the wrap has a length measured along the first axis , wherein the length is at least 1.5 times the circumference of the sack , wherein the wrap has a top end and a bottom end, wherein the top end is below the neck opening , wherein the bottom end is below the top end and above the bottom section of the sack , and wherein the wrap has a maximum width of between 10 and 13 inch (between 25.4 and 33 cm) to allow the baby to move one or both of its legs in a flexed and/or abducted position and wherein the swaddling device at least partially restricts movement of the baby and thereby suppresses a Moro Reflex of the baby , while also snugly enveloping the torso of the baby and thereby providing constant moderate pressure thereto. a sack that has a left side, a right side, a top section, a middle section, and a bottom section, wherein the sack is structured to substantially enclose a baby , wherein the sack includes a neck opening , wherein the bottom section is bulb-shaped and spacious to allow both hips and knees of the baby to be flexed and/or abducted; a first sleeve portion coupled to the sack at a first side of the neck opening ; a second sleeve portion coupled to the sack at a second side of the neck opening , wherein the second side is opposite the first side; and a wrap that is operable to swaddle the arms and a portion of the trunk of the baby , wherein the wrap extends along a first axis that is perpendicular to a second axis that runs from the neck opening to the bottom section of the sack , wherein the wrap has a length measured along the first axis , wherein the length is at least 1.5 times the circumference of the sack , wherein the wrap has a top end and a bottom end, wherein the top end is below the neck opening , wherein the bottom end is below the top end and above the bottom section of the sack , and wherein the wrap has a maximum width of between 10 and 13 inch (between 25.4 and 33 cm) to allow the baby to move one or both of its legs in a flexed and/or abducted position and wherein the swaddling device at least partially restricts movement of the baby and thereby suppresses a Moro Reflex of the baby , while also snugly enveloping the torso of the baby and thereby providing constant moderate pressure thereto.
A method for wireless data transmission comprising sending a first data packet to a first high-frequency band radio access point , wherein the first data packet is addressed to a user equipment , sending a second data packet to a second high-frequency band radio access point , wherein the second data packet is addressed to the user equipment , characterized by the first data packet comprising an indication for the first high-frequency band radio access point to buffer the received data packet, and the second data packet comprising an indication for the second high-frequency band radio access point to transmit the received data packet to the user equipment . sending a first data packet to a first high-frequency band radio access point , wherein the first data packet is addressed to a user equipment , sending a second data packet to a second high-frequency band radio access point , wherein the second data packet is addressed to the user equipment , characterized by the first data packet comprising an indication for the first high-frequency band radio access point to buffer the received data packet, and the second data packet comprising an indication for the second high-frequency band radio access point to transmit the received data packet to the user equipment .
Method for machining the running surface of a rail using at least one rotating, machining shaping tool which can move along the rail and can be pressed against the running surface thereof, characterised in that , after machining with the machining shaping tool, at least one roller body, which acts as a roller and is adapted to the rail surface machined to shape, is rolled over the rail in order to even out irregularities on the running surface of the rail with cold-deformation of the running surface of the rail.
A method performed by a wireless device for performing an uplink control channel transmission in a serving cell in a wireless communications network when the wireless device is configured with a set of serving cells , comprising said serving cell , in the wireless communications network , the method comprising determining a number of serving cells of the set of serving cells that are relevant to consider by said wireless device when performing the uplink control channel transmission in the serving cell , wherein the set of serving cells comprises at least one serving cell which is autonomously de-activated by the wireless device and which is not included in the number of serving cells that are relevant to consider; selecting an uplink control channel format from a set of uplink control channel formats for uplink control channel transmissions based on the determined number of serving cells; and performing the uplink control channel transmission in the serving cell using the selected uplink control channel format. determining a number of serving cells of the set of serving cells that are relevant to consider by said wireless device when performing the uplink control channel transmission in the serving cell , wherein the set of serving cells comprises at least one serving cell which is autonomously de-activated by the wireless device and which is not included in the number of serving cells that are relevant to consider; selecting an uplink control channel format from a set of uplink control channel formats for uplink control channel transmissions based on the determined number of serving cells; and performing the uplink control channel transmission in the serving cell using the selected uplink control channel format.
A cleaning robot comprising: a light source configured to irradiate a first light (L1) to a floor surface ; a first sensor configured to sense a light (L2) reflected from the floor surface ; a second sensor configured to sense light (L3) reflected from the floor surface , at a position different from a position of the first sensor ; and a controller configured to determine a condition of the floor surface on the basis of a result sensed by the first sensor and the second sensor , characterized in that the first sensor is configured to sense a light (L2) specularly reflected from the floor surface and the second sensor is configured to sense light (L3) diffusely reflected from the floor surface . a light source configured to irradiate a first light (L1) to a floor surface ; a first sensor configured to sense a light (L2) reflected from the floor surface ; a second sensor configured to sense light (L3) reflected from the floor surface , at a position different from a position of the first sensor ; and a controller configured to determine a condition of the floor surface on the basis of a result sensed by the first sensor and the second sensor , characterized in that the first sensor is configured to sense a light (L2) specularly reflected from the floor surface and the second sensor is configured to sense light (L3) diffusely reflected from the floor surface .
Longitudinal seat adjuster , especially for a vehicle seat, comprising at least: - two rail pairs arranged at a distance from each other, formed respectively by two rails, an upper rail and a lower rail , wherein the upper rail is provided with openings and the lower rail has through holes , and - at least one spring-loaded, movable locking member , which is held on the upper rail and which blocks a movement of the upper rail in the lower rail in a locked position (VS), and which carries toothlike protrusions on its two opposite lengthwise sides, which are movable from a released position (FS) into the locked position (VS) both into the openings and into the through holes , wherein the locking member secures the upper rail and lower rail in the locked position (VS), wherein the openings and/or the through holes have contact regions (K) for the toothlike protrusions of the locking member and at least some of the toothlike protrusions have a respective undercut (15.1) on both tooth flanks (ZF1, ZF2), wherein in the locked position (VS) of the locking member a projecting edge (15.2) resulting from the undercut (15.1) on the respective tooth flank (ZF1, ZF2) lies opposite the contact region (K) in the respective opening or in the through hole and/or touches this contact region (K). - two rail pairs arranged at a distance from each other, formed respectively by two rails, an upper rail and a lower rail , wherein the upper rail is provided with openings and the lower rail has through holes , and - at least one spring-loaded, movable locking member , which is held on the upper rail and which blocks a movement of the upper rail in the lower rail in a locked position (VS), and which carries toothlike protrusions on its two opposite lengthwise sides, which are movable from a released position (FS) into the locked position (VS) both into the openings and into the through holes ,