mhurhangee/ep-ind-claims huggingface dataset:
A pack of tissue paper rolls, comprising a plurality of rolls of tissue paper that are arranged adjacent to one another with the respective axes parallel to, or coinciding with, one another, and are wrapped in a plastic film; the plastic film laterally wraps the rolls and is arranged with a first (1.1) and a second (1.2) longitudinal edge folded and closed onto two approximately flat opposite surfaces, (11, 13) which are defined by bases of the tissue paper rolls; wherein the plastic film comprises a first transverse edge (1.3) and a second transverse edge (1.4) extending from one flat surface to the other, one (1.4) of said first transverse edge and second transverse edge being outside the pack and the other transverse edge (1.3) being inside the pack; characterised in that a line-shaped element having a first end and a second end is applied to a surface of the plastic film; wherein at least one of said first end and second end of the line-shaped element is arranged near, or at the transverse edge (1.4) of the plastic film outside the pack; and wherein the line-shaped element completely surrounds the pack and wherein a member is applied to the plastic film to prevent the plastic film from breaking, said member being applied along the line-shaped element.
A fluorinated supramolecular material comprising, based on the total weight of the fluorinated supramolecular material: i) 1 - 50 wt.% of a fluorinated supramolecular polymer, and ii) 50 - 99 wt.% of a non-fluorinated polymer;or a fluorinated compound; or a combination of a non-fluorinated polymer and a fluorinated compound, wherein the fluorinated supramolecular polymer contains at least 5% by weight of covalently bonded fluorine atoms, based on the total weight of the fluorinated supramolecular polymer, said fluorinated supramolecular polymer comprising a fluorinated polymer chain and a (self-)complementary unit capable of forming at least three hydrogen bonds [Bonding Unit], said (self-)complementary unit being covalently bonded to said fluorinated polymer chain, said (self-)complementary unit being selected from the group consisting of 4H-units, amino-ethyl-imidazoline derivatives selected from the group consisting of 2-amino ethyl- imidazolidone, 1-(2-[(2-amino ethyl)amino]-ethyl)-imidazolidone and 1-(2-(2-[(2-amino ethylamino]ethyl]amino)-ethyl]-imidazolidone, and C 1 - C 20 bis(ureido)alkylenes, -arylenes or -alkarylenes, wherein the non-fluorinated polymer contains less than 5 % by weight of covalently bonded fluorine atoms, based on the total weight of the non-fluorinated polymer, and wherein the fluorinated compound is a fluoropolymer containing at least 5 % by weight of covalently bonded fluorine atoms, based on the total weight of the fluoropolymer, and having a molecular weight of 600 to 5000, and wherein the fluoropolymer is a perfluoropolyether. i) 1 - 50 wt.% of a fluorinated supramolecular polymer, and ii) 50 - 99 wt.% of
A medical device with a tubular wall produced from webs which delimit cells, and with a flexible membrane which forms at least one flap which has - a first end connected to at least one first web of a cell, and - a free second end disposed opposite the first end in the longitudinal direction of the flap, and wherein the flap can be moved - into a closed position in which the flap extends along the tubular wall and at least partially closes the cell, and - automatically into an open position as a consequence of a pressure gradient or a fluid flow, in which the flap is radially deflected relative to the wall in order to open the cell in the manner of a valve, characterized in that the flap is connected to the web in a linear manner. - a first end connected to at least one first web of a cell, and - a free second end disposed opposite the first end in the longitudinal direction of the flap, and wherein the flap can be moved - into a closed position in which the flap extends along the tubular wall and at least partially closes the cell, and - automatically into an open position as a consequence of a pressure gradient or a fluid flow, in which the flap is radially deflected relative to the wall in order to open the cell in the manner of a valve,
A sealed electrical apparatus comprising a casing constituted by a first part and a second part; said first part being sealingly associable with said second part; said electrical apparatus being characterized in that it comprises a retractable locking means comprising a closure member; said closure member defining at least two conditions: an open condition and a closed condition; in said closed condition said closure member engages said second part and is integrated within the contour of said casing defined by said first part joined to said second part; said electrical apparatus being characterized in that said closure member is hinged to said first part by means of a pair of elastic members; each of said elastic members having a first end engaged in a respective hinge formed in said first part and a second end elastically engageable with an abutment portion of said closure member when said closure member is in said closed condition.
An exterior surface protective layer (20, 80) for protecting a composite structure from environmental conditions, said exterior surface protective layer (20, 80) comprising: at least a first and a second curable film; and an electrically conductive material, wherein the first and second curable films comprise polyurethane upon curing, wherein the electrically conductive material comprises a wire-free electrically conductive material, and/or an electrically conductive polymer weave, wherein a weight of the exterior surface protective layer (20, 80) ranges from 98 grams per square meterto 488 grams per square meter, and wherein the electrically conductive material is disposed between the first and second curable films. at least a first and a second curable film; and an electrically conductive material, wherein the first and second curable films comprise polyurethane upon curing, wherein the electrically conductive material comprises a wire-free electrically conductive material, and/or an electrically conductive polymer weave, wherein a weight of the exterior surface protective layer (20, 80) ranges from 98 grams per square meterto 488 grams per square meter, and wherein the electrically conductive material is disposed between the first and second curable films.
A method of data communications, comprising: receiving a sequence of symbols from a plurality of signal wires, wherein each symbol in the sequence of symbols is received during one of an odd transmission interval or an even transmission interval; generating a first clock signal from transitions in signaling state of the plurality of signal wires occurring between each odd transmission interval and a consecutive even transmission interval; generating a second clock signal from transitions in signaling state of the plurality of signal wires occurring between the consecutive even transmission interval and a consecutive odd transmission interval; using the first clock signal to capture a first set of symbols comprising symbols in the sequence of symbols that are received in the consecutive even transmission interval; and using the second clock signal to capture a second set of symbols comprising symbols in the sequence of symbols that are received in the consecutive odd transmission interval, wherein each symbol in the sequence of symbols defines a signaling state of the plurality of signal wires for a corresponding transmission interval, and wherein data is encoded in a difference in value between symbols in each pair of consecutive symbols in the sequence of symbols. receiving a sequence of symbols from a plurality of signal wires, wherein each symbol in the sequence of symbols is received during one of an odd transmission interval or an even transmission interval; generating a first clock signal from transitions in signaling state of the plurality of signal wires occurring between each odd transmission interval and a consecutive even transmission interval; generating a second clock signal from transitions in signaling state of the plurality of signal wires occurring between the consecutive even transmission interval and a consecutive odd transmission interval; using the first clock signal to capture a first set of symbols comprising symbols in the sequence of symbols that are received in the consecutive even transmission interval; and using the second clock signal to capture a second set of symbols comprising symbols in the sequence of symbols that are received in the consecutive odd transmission interval, wherein each symbol in the sequence of symbols defines a signaling state of the plurality of signal wires for a corresponding transmission interval, and wherein data is encoded in a difference in value between symbols in each pair of consecutive symbols in the sequence of symbols.
A method executed by a measurement device connected to an optical sensor and a display device which is a tablet information terminal independent from the measurement device and configured to communicate with the measurement device via a network communication, wherein a predetermined Web browser on operation in the display device sequentially displays, on the display device, a plurality of different images for adjustment and the measurement device measures, at a predetermined timing, light intensity of the display device displaying each image for adjustment using the optical sensor, the method comprising: a step of transmitting, by the measurement device, to the display device and via the network communication, display control information for causing the Web browser to transmit a content request to the measurement device and to display content each time the content is received; a step of, in response to the content request by the Web browser, transmitting, by the measurement device, to the display device, content comprising an image for adjustment and display control information related to content to be displayed next; a step of displaying the image for adjustment by the Web browser; a step of measuring, by the measurement device, the light intensity of the display device displaying the image for adjustment using the optical sensor; and a changing step of changing, by the measurement device, content to be transmitted, so as to correspond to the display control information in accordance with the timing when the optical sensor performs a measurement. a step of transmitting, by the measurement device, to the display device and via the network communication, display control information for causing the Web browser to transmit a content request to the measurement device and to display content each time the content is received; a step of, in response to the content request by the Web browser, transmitting, by the measurement device, to the display device, content comprising an image for adjustment and display control information related to content to be displayed next; a step of displaying the image for adjustment by the Web browser; a step of measuring, by the measurement device, the light intensity of the display device displaying the image for adjustment using the optical sensor; and a changing step of changing, by the measurement device, content to be transmitted, so as to correspond to the display control information in accordance with the timing when the optical sensor performs a measurement.
Use of a composition comprising an antirestenotic compound non-covalently conjugated to a microparticle carrier for the preparation of a pharmaceutical composition for inhibiting stenosis formation at a site of trauma in a blood vessel, wherein the antirestenotic compound is rapamycin and the microparticle carrier comprises a suspension of insoluble gas-containing microbubbles in a pharmaceutically acceptable liquid vehicle.
A method of managing security for a connection between a user device (3-0, 3-1, 3-2) and a Long Term Evolution, LTE, communications network comprising a plurality of Evolved Universal Terrestrial Radio Access Network, E-UTRAN, base stations (5-1, 5-2, 5-3, 41-1, 41-2, 41-3) and a core network, the method comprising: receiving at the core network security capability information for the user device connecting to the LTE communications network via a first base station of the plurality of E-UTRAN base stations; retrieving at the core network security capability information for the first base station from a database that stores security capability information for said plurality of base stations; processing, at the core network, the security capability information for the user device and the security capability information for the first base station, to select a plurality of preferred security policies for a connection between the user device and the first base station; and transmitting the selected plurality of preferred security policies to the first base station as a list of preferred security polices from which said first base station can select a security policy; wherein the selected security policy relates to Radio Resource Control, RRC, a User Plane, UP, and a Non-Access Stratum, NAS, traffic. receiving at the core network security capability information for the user device connecting to the LTE communications network via a first base station of the plurality of E-UTRAN base stations; retrieving at the core network security capability information for the first base station from a database that stores security capability information for said plurality of base stations; processing, at the core network, the security capability information for the user device and the security capability information for the first base station, to select a plurality of preferred security policies for a connection between the user device and the first base station; and transmitting the selected plurality of preferred security policies to the first base station as a list of preferred security polices from which said first base station can select a security policy; wherein the selected security policy relates to Radio Resource Control, RRC, a User Plane, UP, and a Non-Access Stratum, NAS, traffic.
An apparatus comprising: a processor arranged to determine a change in a vehicle-to-everything preference for a vehicle-to-everything application for a remote unit; and a transceiver arranged to transmit to a network device a remote unit interest indication in response to the processor determining the change in the vehicle-to-everything preference, wherein the processor is further arranged to determine vehicle-to-everything resources for the remote unit based on a network vehicle-to-everything support type for the network device selected from a plurality of network vehicle-to-everything support types comprising at least one network vehicle-to-everything support type that supports simultaneous communications on more than one radio access technology, and in response to the network device determining that the change in the vehicle-to-everything preference for the vehicle-to-everything application is to communicate a vehicle-to-everything message on a radio access technology that is not supported on the network device, the processor is further arranged to receive a vehicle-to-everything response comprising a handover command toward one or more of: a target frequency interest indicated in the remote unit interest indication; and a target radio access technology indicated in the remote unit interest indication. a processor arranged to determine a change in a vehicle-to-everything preference for a vehicle-to-everything application for a remote unit; and a transceiver arranged to transmit to a network device a remote unit interest indication in response to the processor determining the change in the vehicle-to-everything preference, wherein the processor is further arranged to determine vehicle-to-everything resources for the remote unit based on a network vehicle-to-everything support type for the network device selected from a plurality of network vehicle-to-everything support types comprising at least one network vehicle-to-everything support type that supports simultaneous communications on more than one radio access technology, and in response to the network device determining that the change in the vehicle-to-everything preference for the vehicle-to-everything application is to communicate a vehicle-to-everything message on a radio access technology that is not supported on the network device, the processor is further arranged to receive a vehicle-to-everything response comprising a handover command toward one or more of: a target frequency interest indicated in the remote unit interest indication; and a target radio access technology indicated in the remote unit interest indication. a target frequency interest indicated in the remote unit interest indication; and a target radio access technology indicated in the remote unit interest indication.
A variable cycle gas turbine engine, comprising: a compressor configured to compress a core gas flow; a combustor in fluid communication with the compressor and configured to combust the core gas flow; a primary turbine drivingly coupled to the compressor and configured to receive the core gas flow, wherein the primary turbine is configured to drive the compressor; an auxiliary turbine drivingly coupled to the compressor; and a valve configured to selectively direct a portion of the core gas flow to the auxiliary turbine, wherein the auxiliary turbine is configured to extract power from the portion of the core gas flow and supply the power to the compressor when the valve is open. a compressor configured to compress a core gas flow; a combustor in fluid communication with the compressor and configured to combust the core gas flow; a primary turbine drivingly coupled to the compressor and configured to receive the core gas flow, wherein the primary turbine is configured to drive the compressor; an auxiliary turbine drivingly coupled to the compressor; and a valve configured to selectively direct a portion of the core gas flow to the auxiliary turbine, wherein the auxiliary turbine is configured to extract power from the portion of the core gas flow and supply the power to the compressor when the valve is open.
A scroll compressor, comprising: an orbiting scroll having a disk-shaped orbiting end plate and a spiral wall-shaped orbiting lap protruding from a front surface of the orbiting end plate; and a fixed scroll having a spiral wall-shaped fixed lap meshing with the orbiting lap, wherein the orbiting end plate is provided with a rear concave portion that opens in a rear surface of the orbiting end plate and extends along a winding finish portion of the orbiting lap, the rear concave portion opens in both of the rear surface and outer peripheral surface of the orbiting end plate, the rear concave portion includes a bottom surface that is a flat surface extending along a front surface of the orbiting end plate, an inner peripheral wall surface that is a curved surface extending along the winding finish portion of the orbiting lap, the inner peripheral wall surface is located outside an outer surface of the orbiting lap in a radial direction of the orbiting end plate. an orbiting scroll having a disk-shaped orbiting end plate and a spiral wall-shaped orbiting lap protruding from a front surface of the orbiting end plate; and a fixed scroll having a spiral wall-shaped fixed lap meshing with the orbiting lap, wherein the orbiting end plate is provided with a rear concave portion that opens in a rear surface of the orbiting end plate and extends along a winding finish portion of the orbiting lap, the rear concave portion opens in both of the rear surface and outer peripheral surface of the orbiting end plate, the rear concave portion includes a bottom surface that is a flat surface extending along a front surface of the orbiting end plate, an inner peripheral wall surface that is a curved surface extending along the winding finish portion of the orbiting lap, a bottom surface that is a flat surface extending along a front surface of the orbiting end plate, an inner peripheral wall surface that is a curved surface extending along the winding finish portion of the orbiting lap, the inner peripheral wall surface is located outside an outer surface of the orbiting lap in a radial direction of the orbiting end plate.
A pneumatic tyre comprising: a tread portion having a first tread edge (Ti, To), and a first buttress portion (4A, 4B) extending inwardly in a tyre radial direction from the first tread edge (Ti, To), wherein the first buttress portion (4A, 4B) is provided with a plurality of protectors protruding outwardly in a tyre axial direction, each of the plurality of protectors comprises a top surface facing outwardly in the tyre axial direction, and a side surface extending inwardly in the tyre axial direction from an edge of the top surface, the side surface comprises an outward-facing portion facing outwardly in the tyre radial direction, an inward-facing portion facing inwardly in the tyre radial direction, and a circumferential portion facing in a tyre circumferential direction, the outward-facing portion, the inward-facing portion and the circumferential portion have different angles with respect to respective normal lines (n) of the top surface from each other, and an angle θi of the inward-facing portion with respect to the normal line (n) is smaller than an angle θc of the circumferential portion with respect to the normal line (n), characterized in that a difference (θc-θi) between the angle θc of the circumferential portion with respect to the normal line (n) and the angle θi of the inward-facing portion with respect to the normal line (n) is in a range from 10 degrees to 25 degrees. a tread portion having a first tread edge (Ti, To), and a first buttress portion (4A, 4B) extending inwardly in a tyre radial direction from the first tread edge (Ti, To), wherein the first buttress portion (4A, 4B) is provided with a plurality of protectors protruding outwardly in a tyre axial direction, each of the plurality of protectors comprises a top surface facing outwardly in the tyre axial direction, and a side surface extending inwardly in the tyre axial direction from an edge of the top surface, the side surface comprises an outward-facing portion facing outwardly in the tyre radial direction, an inward-facing portion facing inwardly in the tyre radial direction, and a circumferential portion facing in a tyre circumferential direction, the outward-facing portion, the inward-facing portion and the circumferential portion have different angles with respect to respective normal lines (n) of the top surface from each other, and an angle θi of the inward-facing portion with respect to the normal line (n) is smaller than an angle θc of the circumferential portion with respect to the normal line (n), characterized in that a difference (θc-θi) between the angle θc of the circumferential portion with respect to the normal line (n) and the angle θi of the inward-facing portion with respect to the normal line (n) is in a range from 10 degrees to 25 degrees.