mhurhangee/patent-ind-claim-en huggingface dataset:
A heat pump comprising: an outdoor unit which houses in a package: a compressor : a receiver ; a subcooler provided in a liquid refrigerant path of a refrigerant flow downstream of the receiver ; an accumulator provided in an intake path of the compressor ; and an oil separator provided in a discharge path of the compressor , wherein: the subcooler comprises a plate type heat exchanger, each of the oil separator and the subcooler located on a straight line P1 is adjacent to each of the accumulator and the receiver located on a straight line P2 in the planar view, wherein the straight line P1 intersects with the straight line P2 between the accumulator and the receiver . an outdoor unit which houses in a package: a compressor : a receiver ; a subcooler provided in a liquid refrigerant path of a refrigerant flow downstream of the receiver ; an accumulator provided in an intake path of the compressor ; and an oil separator provided in a discharge path of the compressor , a receiver ; a subcooler provided in a liquid refrigerant path of a refrigerant flow downstream of the receiver ; an accumulator provided in an intake path of the compressor ; and an oil separator provided in a discharge path of the compressor , wherein: the subcooler comprises a plate type heat exchanger, each of the oil separator and the subcooler located on a straight line P1 is adjacent to each of the accumulator and the receiver located on a straight line P2 in the planar view, wherein the straight line P1 intersects with the straight line P2 between the accumulator and the receiver . the subcooler comprises a plate type heat exchanger, each of the oil separator and the subcooler located on a straight line P1 is adjacent to each of the accumulator and the receiver located on a straight line P2 in the planar view, wherein the straight line P1 intersects with the straight line P2 between the accumulator and the receiver .
A receiver for receiving an analog signal comprising a frequency band to be digitalized, comprising: a filter unit comprising at least two filters (16a, 16b, 16b-16l) for at least two receive paths (a, b, a-l) coupled to a common signal source in order to obtain the analog signal comprising the frequency band to be digitalized, and configured to divide the frequency band to be digitalized into at least two subbands for the at least two receive paths (a, b, a-l); an analog-to-digital converter (18a, 18b, 18a-18l) per receive path (a, b, a-l), configured to digitalize the signals of the at least two sub-bands ; and digital signal processing coupled to the at least two analog-to-digital converters (18a, 18b, 18a-18l) of the at least two receive paths (a, b, a-l) to obtain the at least two digitalized signals, and configured to merge the at least two digitalized signals; characterized in that the at least two filters (16a, 16b, 16b-16l), with regard to their filter characteristic, are implemented such that the at least two sub-bands comprise a relative bandwidth of smaller than 1:2 with respect to each other so that the two filters (16b, 16b-16i) are implemented with a change in filter bandwidth relative to the bandwidth of a neighboring filter of the at least two filters (16a, 16b, 16b-16l). a filter unit comprising at least two filters (16a, 16b, 16b-16l) for at least two receive paths (a, b, a-l) coupled to a common signal source in order to obtain the analog signal comprising the frequency band to be digitalized, and configured to divide the frequency band to be digitalized into at least two subbands for the at least two receive paths (a, b, a-l); an analog-to-digital converter (18a, 18b, 18a-18l) per receive path (a, b, a-l), configured to digitalize the signals of the at least two sub-bands ; and digital signal processing coupled to the at least two analog-to-digital converters (18a, 18b, 18a-18l) of the at least two receive paths (a, b, a-l) to obtain the at least two digitalized signals, and configured to merge the at least two digitalized signals; characterized in that the at least two filters (16a, 16b, 16b-16l), with regard to their filter characteristic, are implemented such that the at least two sub-bands comprise a relative bandwidth of smaller than 1:2 with respect to each other so that the two filters (16b, 16b-16i) are implemented with a change in filter bandwidth relative to the bandwidth of a neighboring filter of the at least two filters (16a, 16b, 16b-16l).
A mandrel for a printing apparatus, the mandrel comprising: - a substantially cylindrical mandrel shaft extending along a mandrel shaft axis (A); - a plurality of expansion rings that are slidably and coaxially mounted on the mandrel shaft , wherein the each expansion ring is radially outwardly expanded when axially compressed; - a locking assembly, comprising: ∼ a stop ring that has an axially fixed position on the mandrel shaft adjacent a first end of the mandrel shaft ; ∼ a locking ring that is movably mounted on the mandrel shaft adjacent a second end of the mandrel shaft ; wherein the expansion rings are mounted between the stop ring and the locking ring , and wherein the locking assembly has a locked position in which the locking ring is positioned closer to the stop ring than in an unlocked position, wherein in the locked position the expansion rings are in an axially compressed and radially expanded state, and wherein in the unlocked position the expansion rings are in a released state in which the axial compression and the radial expansion of the expansion rings are smaller than in the locked position, wherein the outer diameter of the expansion rings is larger in the locked position than in the unlocked position of the locking assembly, characterized in that the locking assembly comprises a single stop ring and a single locking ring , wherein the mandrel additionally includes: - a plurality of spacer rings that are coaxially mounted on the mandrel shaft in between the expansion rings , such that the expansion rings are spatially separated from each other, wherein the outer diameter of the spacer rings is substantially equal to the outer diameter of the expansion rings in the released state, wherein the locking ring and the stop ring are substantially equidistant from a center plane (C) that is positioned perpendicular to the mandrel shaft axis (A) and intersects with the mandrel shaft , wherein the plurality of expansion rings is mounted substantially symmetrically with respect to the center plane (C), wherein the expansion rings are made from plastic. - a substantially cylindrical mandrel shaft extending along a mandrel shaft axis (A); - a plurality of expansion rings that are slidably and coaxially mounted on the mandrel shaft , wherein the each expansion ring is radially outwardly expanded when axially compressed; - a locking assembly, comprising: ∼ a stop ring that has an axially fixed position on the mandrel shaft adjacent a first end of the mandrel shaft ; ∼ a locking ring that is movably mounted on the mandrel shaft adjacent a second end of the mandrel shaft ; ∼ a stop ring that has an axially fixed position on the mandrel shaft adjacent a first end of the mandrel shaft ; ∼ a locking ring that is movably mounted on the mandrel shaft adjacent a second end of the mandrel shaft ; - a plurality of spacer rings that are coaxially mounted on the mandrel shaft in between the expansion rings , such that the expansion rings are spatially separated from each other, wherein the outer diameter of the spacer rings is substantially equal to the outer diameter of the expansion rings in the released state,
Brazier for a solid fuel heating apparatus, suitable for containing the solid fuel during the combustion and making only the combustion products go out, comprising: - a delimiting wall having lower edges that define a lower opening; - a bottom rotating relative to the wall around an axis of rotation and arranged below the wall so as to close the lower opening; wherein the bottom comprises a curved plate-shaped body which extends on a cylindrical surface of main development with axis coincident with the axis of rotation of the bottom so that as the bottom rotates relative to the wall , the solid fuel is supported by an ever-different portion of the plate-shaped body , the lower opening being kept closed; the plate-shaped body has a development of 360 degrees around the axis of rotation of the bottom; the plate-shaped body comprising at least one raised portion with respect to the surface of main development, at least one slit being formed in the at least one raised portion to allow air to pass for the combustion and to allow the combustion products to go out of the brazier, on maintaining in any case the solid fuel on the plate-shaped body ; the lower edges of the wall comprising at least one projecting portion adapted to fit into the at least one slit as the bottom rotates so as to clean the at least one slit and facilitate the exhaust of the combustion products from the brazier through the lower opening, but configured to keep the solid fuel on the plate-shaped body between the delimiting wall . - a delimiting wall having lower edges that define a lower opening; - a bottom rotating relative to the wall around an axis of rotation and arranged below the wall so as to close the lower opening;
A method comprising: in a wireless communication network where a user equipment consumes radio resources provided by at least two different network nodes , where at least one node is a master node and at least another node is a secondary node, determining, by the secondary node , a desired amount of data targeted to the user equipment ; and transmitting, by the secondary node to the master node , an indication of the desired amount of data, characterized in that : the desired amount of data comprises a minimum amount of data targeted to the user equipment regardless of a specific bearer. in a wireless communication network where a user equipment consumes radio resources provided by at least two different network nodes , where at least one node is a master node and at least another node is a secondary node, determining, by the secondary node , a desired amount of data targeted to the user equipment ; and transmitting, by the secondary node to the master node , an indication of the desired amount of data, characterized in that : the desired amount of data comprises a minimum amount of data targeted to the user equipment regardless of a specific bearer.
Sieve part for an inhaler , the sieve part being formed entirely from a wire mesh and having a retaining edge and a sieve area extending over a cross-sectional area within the retaining edge , the retaining edge being formed only by the wire mesh itself, and the sieve area having a protruding area which is shaped to project to one side, characterised in that the retaining edge has an angular bend, the angular bend being formed by an outermost edge portion of the sieve part , the angular bend either being formed opposite to the direction of the protruding area or in the direction of the protruding area .
A composition comprising the contact product of: (a) at least one active hydrogen-containing compound; (b) a catalyst composition comprising at least one sterically hindered carboxylate salt; (c) at least one tertiary amine catalyst having at least one isocyanate reactive group comprising a member selected from the group consisting of primary hydroxyl group, a secondary hydroxyl group, a primary amine group, a secondary amine group, a urea group or an amide group, and (d) at least one blowing agent, with the proviso that the at least one blowing agent is not a chlorofluorocarbon, wherein the at least one sterically hindered carboxylate salt is potassium pivalate, tetramethylammonium pivalate, 2-hydroxylpropyltrimethylammonium pivalate, 2-hydroxylpropyltriethylammonium pivalate, tetraethylammonium pivalate, tetrapropylammonium pivalate, tetrabutylammonium pivalate, dimethyldiallylammonium pivalate, potassium triethylacetate, tetramethyl-ammonium triethylacetate, 2-hydroxylpropyltrimethylammonium triethylacetate, 2-hydroxylpropyltriethylammonium triethylacetate, tetraethylammonium triethylacetate, tetrapropylammonium triethylacetate, tetrabutylammonium triethylacetate, tetramethylammonium neoheptanoate, 2-hydroxylpropyltrimethyl-ammonium neoheptanoate, 2-hydroxylpropyltriethylammonium neoheptanoate, tetraethylammonium neoheptanoate, tetrapropylammonium neoheptanoate, tetrabutyl-ammonium neoheptanoate, tetramethylammonium neooctanoate, 2-hydroxylpropyltrimethylammonium neooctanoate, 2-hydroxylpropyltriethylammonium neooctanoate, tetraethylammonium neooctanoate, tetrapropyl-ammonium neooctanoate, tetrabutylammonium neooctanoate, tetramethylammonium neodecanoate, 2-hydroxylpropyltrimethylammonium neodecanoate, 2-hydroxylpropyltriethylammonium neodecanoate, tetraethylammonium neodecanoate, tetrapropylammonium neodecanoate, tetrabutylammonium neodecanoate, or any combination thereof. (a) at least one active hydrogen-containing compound; (b) a catalyst composition comprising at least one sterically hindered carboxylate salt; (c) at least one tertiary amine catalyst having at least one isocyanate reactive group comprising a member selected from the group consisting of primary hydroxyl group, a secondary hydroxyl group, a primary amine group, a secondary amine group, a urea group or an amide group, and (d) at least one blowing agent, with the proviso that the at least one blowing agent is not a chlorofluorocarbon,
Head-mounted device (HMD) intended to be worn by a wearer, wherein the head-mounted device is configured for the display and visualization, by the wearer, of computer-generated images, wherein said head-mounted device (HMD) comprises: - an image source (IS), wherein the image source (IS) comprises a light-field display, - a see-through holographic mirror (HM) situated in front of one eye of the wearer, and - at least one scene camera, wherein the image source (IS) is configured for the emission of a light beam towards said mirror, wherein said emitted light beam is reflected onto said mirror (M, HM) and thereby is directed towards said eye of the wearer, so as to cause visualization of a computer-generated image by the wearer, wherein, to adjust the wearer's vision of the computer-generated image by adjusting the distance of visualization and/or the gaze direction of visualization by the wearer, the light-field display comprises an array of optical micro-elements and a digital display element comprising a plurality of pixels in which each optical micro-element corresponds to a subset of pixels in the digital display element, so as to correct at least partially an ametropia of the wearer for the visualization of said displayed computer-generated image by the wearer, and wherein the head-mounted device is configured to: (i) determine the distance of visualization and/or the gaze direction of visualization by the wearer of an object in the natural vision field, based on data collected from said scene camera, and (ii) control a location of the array of optical micro-elements with respect to the digital display element of the light-field display, so as to adjust the distance of visualization and/or the gaze direction of visualization by the wearer of the computer-generated image, as a function of the distance of visualization and/or the gaze direction of visualization determined at (i). - an image source (IS), wherein the image source (IS) comprises a light-field display, - a see-through holographic mirror (HM) situated in front of one eye of the wearer, and - at least one scene camera, (i) determine the distance of visualization and/or the gaze direction of visualization by the wearer of an object in the natural vision field, based on data collected from said scene camera, and (ii) control a location of the array of optical micro-elements with respect to the digital display element of the light-field display, so as to adjust the distance of visualization and/or the gaze direction of visualization by the wearer of the computer-generated image, as a function of the distance of visualization and/or the gaze direction of visualization determined at (i).
An article transfer device comprising: an article supporting portion that supports an article (W) from below; a first guide portion and a second guide portion that oppose each other in a first direction (H1) extending along a horizontal plane, across the article (W) supported by the article supporting portion ; a base that supports the article supporting portion , the first guide portion , and the second guide portion ; and an article movement mechanism for moving the article (W) relative to the base along a second direction (H2) orthogonal to the first direction (H1) on the horizontal plane, characterized in that the article supporting portion , the first guide portion , and the second guide portion are supported by the base so as to be movable in the first direction (H1), and the article transfer device further comprises: a guide movement mechanism for moving the first guide portion and the second guide portion independently along the first direction (H1); and an interlocking mechanism for interlocking movement of the first guide portion and the second guide portion along the first direction (H1) with movement of the article supporting portion such that the article supporting portion is located midway between the first guide portion and the second guide portion in the first direction (H1). an article supporting portion that supports an article (W) from below; a first guide portion and a second guide portion that oppose each other in a first direction (H1) extending along a horizontal plane, across the article (W) supported by the article supporting portion ; a base that supports the article supporting portion , the first guide portion , and the second guide portion ; and an article movement mechanism for moving the article (W) relative to the base along a second direction (H2) orthogonal to the first direction (H1) on the horizontal plane, characterized in that the article supporting portion , the first guide portion , and the second guide portion are supported by the base so as to be movable in the first direction (H1), and the article transfer device further comprises: a guide movement mechanism for moving the first guide portion and the second guide portion independently along the first direction (H1); and an interlocking mechanism for interlocking movement of the first guide portion and the second guide portion along the first direction (H1) with movement of the article supporting portion such that the article supporting portion is located midway between the first guide portion and the second guide portion in the first direction (H1). a guide movement mechanism for moving the first guide portion and the second guide portion independently along the first direction (H1); and an interlocking mechanism for interlocking movement of the first guide portion and the second guide portion along the first direction (H1) with movement of the article supporting portion such that the article supporting portion is located midway between the first guide portion and the second guide portion in the first direction (H1).
A swirler for a gas turbine engine , the swirler comprising: a swirler body with a threaded section and a multiple of circumferentially arranged tabs operable to flex radially outward, said multiple of circumferentially arranged tabs radially displaced from said threaded section , wherein said threaded section and said multiple of circumferentially arranged tabs are configured to detachably engage with a bulkhead support shell of a combustor .
A method for managing a downstream bitrate of network traffic comprising: receiving a packet ; retrieving metadata from the packet , wherein the metadata identifies at least whether a direction of the packet is upstream from or downstream to a subscriber connected to the network and associating the packet with at least one network link; determining a drop rate for the at least one network link based on network flow data; determining, based on the drop rate and the direction of the packet, to forward or drop the packet , wherein if the packet is travelling in the upstream direction from the subscriber to the network and is identified based on the metadata comprising a request for content, the packet is a candidate to be dropped to control the downstream bitrate of the network traffic from the network to the subscriber; and dropping the packet if the packet is a candidate to be dropped. receiving a packet ; retrieving metadata from the packet , wherein the metadata identifies at least whether a direction of the packet is upstream from or downstream to a subscriber connected to the network and associating the packet with at least one network link; determining a drop rate for the at least one network link based on network flow data; determining, based on the drop rate and the direction of the packet, to forward or drop the packet , wherein if the packet is travelling in the upstream direction from the subscriber to the network and is identified based on the metadata comprising a request for content, the packet is a candidate to be dropped to control the downstream bitrate of the network traffic from the network to the subscriber; and dropping the packet if the packet is a candidate to be dropped.
A yarn winding system comprising: one spinning frame including a plurality of spinning units aligned in one direction and each configured to form a yarn feeding bobbin that is a bobbin (B) around which yarn (Y2) is wound; a plurality of yarn winding machines each including a plurality of winding units each configured to wind yarn from the yarn feeding bobbin to form a package ; and a conveying device configured to convey the yarn feeding bobbin formed in the one spinning frame to the yarn winding machines and convey a used yarn feeding bobbin used in the yarn winding machines to the spinning frame , characterized in that the one spinning frame and the yarn winding machines are aligned along an alignment direction of the spinning units . one spinning frame including a plurality of spinning units aligned in one direction and each configured to form a yarn feeding bobbin that is a bobbin (B) around which yarn (Y2) is wound; a plurality of yarn winding machines each including a plurality of winding units each configured to wind yarn from the yarn feeding bobbin to form a package ; and a conveying device configured to convey the yarn feeding bobbin formed in the one spinning frame to the yarn winding machines and convey a used yarn feeding bobbin used in the yarn winding machines to the spinning frame , characterized in that the one spinning frame and the yarn winding machines are aligned along an alignment direction of the spinning units .