mhurhangee/ep-ind-claims huggingface dataset:
A waistband for an article of apparel (800, 1000), the waistband comprising: an inner surface, an outer surface, a first end, a second end, a top edge, and a bottom edge; at least one cord (114, 116) having a first end (126, 127), a second end (128, 129), and an intervening portion (119, 123) between the first end (126, 127) and the second end (128, 129), wherein: the first end (126, 127) and the second end (128, 129) are fixedly attached to at least one of the first end or the second end of the waistband, and the intervening portion (119, 123) is movably coupled to the outer surface of the waistband using embroidery stitching, the embroidery stitching (130, 132) forming an embroidery tunnel (134, 144) on the outer surface of the waistband that permits the intervening portion (119, 123) to move in a direction substantially parallel to the top and the bottom edge of the waistband, the embroidery tunnel (134, 144) forming a plurality of substantially parallel courses relative to the top edge and the bottom edge of the waistband, the embroidery tunnel (134, 144) configured to distribute a tensioning force applied to the cord (114, 116) across at least a part of the waistband. an inner surface, an outer surface, a first end, a second end, a top edge, and a bottom edge; at least one cord (114, 116) having a first end (126, 127), a second end (128, 129), and an intervening portion (119, 123) between the first end (126, 127) and the second end (128, 129), wherein: the first end (126, 127) and the second end (128, 129) are fixedly attached to at least one of the first end or the second end of the waistband, and the intervening portion (119, 123) is movably coupled to the outer surface of the waistband using embroidery stitching, the embroidery stitching (130, 132) forming an embroidery tunnel (134, 144) on the outer surface of the waistband that permits the intervening portion (119, 123) to move in a direction substantially parallel to the top and the bottom edge of the waistband, the embroidery tunnel (134, 144) forming a plurality of substantially parallel courses relative to the top edge and the bottom edge of the waistband, the embroidery tunnel (134, 144) configured to distribute a tensioning force applied to the cord (114, 116) across at least a part of the waistband. the first end (126, 127) and the second end (128, 129) are fixedly attached to at least one of the first end or the second end of the waistband, and the intervening portion (119, 123) is movably coupled to the outer surface of the waistband using embroidery stitching, the embroidery stitching (130, 132) forming an embroidery tunnel (134, 144) on the outer surface of the waistband that permits the intervening portion (119, 123) to move in a direction substantially parallel to the top and the bottom edge of the waistband, the embroidery tunnel (134, 144) forming a plurality of substantially parallel courses relative to the top edge and the bottom edge of the waistband, the embroidery tunnel (134, 144) configured to distribute a tensioning force applied to the cord (114, 116) across at least a part of the waistband.
A seat track locking system for a vehicle, the locking system including a lower rail that can be fixed to a lower surface of an inside of the vehicle and having lock grooves formed thereon at regular intervals along a longitudinal direction, upper rails that can be fixed to the bottom of a vehicle seat and inserted into the lower rail to be slidable on the lower rail in the longitudinal direction and a seat locking assembly mounted in the upper rail and fixing or sliding the upper rail on the lower rail by means of an operating part, the seat locking assembly comprising: a lock bracket mounted on the inner side of the upper rail; a first lock mounted in the lock bracket and having first lock protrusions inserted into and separated from lock grooves of the lower rail and an one-side extending part extending outward from one side of the other end thereof; a second lock mounted in the lock bracket and having second lock protrusions inserted into and separated from the lock grooves of the lower rail and an another-side extending part extending outward from the other side of one end thereof, wherein, the first lock and the second lock are arranged in a line along an longitudinal direction of the upper rail such that the other side of the one-side extending part is opposite to one side of the another-side extending part; wherein the first lock protrusions are formed to be spaced from each other at a first pitch along the longitudinal direction of the upper rail in both sides of the first lock and in only one side of the one-side extending part, the second lock protrusions are formed to be spaced from each other at a second pitch along the longitudinal direction of the upper rail in both sides of the second lock and in only the other side of the another-side extending part, and wherein a third pitch, which is a spaced distance between the first lock protrusion formed on the other side of the first lock and the second lock protrusion formed on one side of the second lock, is set to be larger than the first pitch or the second pitch by a value of a half of the first pitch or the second pitch, so that only one of the first lock protrusion of the first the lock and the second lock protrusion of the second lock is inserted into the lock grooves of the lower rail. a lock bracket mounted on the inner side of the upper rail; a first lock mounted in the lock bracket and having first lock protrusions inserted into and separated from lock grooves of the lower rail and an one-side extending part extending outward from one side of the other end thereof; a second lock mounted in the lock bracket and having second lock protrusions inserted into and separated from the lock grooves of the lower rail and an another-side extending part extending outward from the other side of one end thereof, wherein, the first lock and the second lock are arranged in a line along an longitudinal direction of the upper rail such that the other side of the one-side extending part is opposite to one side of the another-side extending part;
Terrace roof having a roof surface which has at least two partial roof surfaces, of which the first partial roof surface is formed by one or several fixed roof elements (11, 12, 13, 14) and a second partial roof surface is formed by one or several movable slats (21, 22, 23), wherein the terrace roof has at least two longitudinal beams (2, 3) delimiting the roof surface, characterised in that the partial roof surfaces lie on different planes, wherein the fixed roof elements (11, 12, 13, 14) have a different inclination with regard to the horizontal than the longitudinal beams (2, 3).
A rubber composition comprising from 50 phr to 100 phr of a styrene butadiene rubber; from 0 phr to 50 phr of at least one further diene based rubber; and from 101 phr to 200 phr of a filler; and from 40 phr to 80 phr of a plasticizer comprising a hydrocarbon resin having a softening point as determined by ASTM E28 within a range of from 80°C to 130°C; characterized in that the filler comprises from 50 phr to 75 phr of silica, from 40 phr to 70 phr of carbon black, and from 11 phr to 20 phr of an inorganic metal hydroxide.
A sterile packaging assembly configured to receive a surgical instrument, wherein the sterile packaging assembly comprises: a vacuum-molded tray, comprising: an instrument cavity configured to receive the surgical instrument; and a trap cavity; and a particulate trap (830; 840) positioned in said trap cavity, wherein said particulate trap (830; 840) comprises a housing including a funnel shaped side terminating in an opening, and wherein said opening is in communication with a chamber defined in said particulate trap, characterized in that said particulate trap (830; 840) further comprises an adhesive (837; 847) positioned in said chamber. a vacuum-molded tray, comprising: an instrument cavity configured to receive the surgical instrument; and a trap cavity; and an instrument cavity configured to receive the surgical instrument; and a trap cavity; and a particulate trap (830; 840) positioned in said trap cavity, wherein said particulate trap (830; 840) comprises a housing including a funnel shaped side terminating in an opening, and wherein said opening is in communication with a chamber defined in said particulate trap, characterized in that said particulate trap (830; 840) further comprises an adhesive (837; 847) positioned in said chamber.
A process for the preparation of ethylene α-olefin copolymers by copolymerizing ethylene with α-olefins in the presence of a catalyst formed by contacting a metallocene complex with a cocatalyst, wherein the metallocene complex is chosen from the group consisting of a metallocene complex according to formula I, wherein M is chosen from the group of Ti, Zr and Hf; Q is halogen (F, Cl, Br, I) or an alkyl group comprising 1 to 20 carbon atoms; k is the number of Q groups, is an integer and equals the valence of M minus 2.
A method for obtaining highly fire-retarding synthetic fibres with a limiting oxygen index of greater than 25, preferably greater than 28, from textile fabrics which contain at least a portion of highly fire-retarding synthetic fibres and at least a portion of enzymatically hydrolysable fibres comprising fire retardant pigments, characterised in that the textile fabric is treated by means of a solution containing enzymes for dissolving the hydrolysable fibre portion comprising fire retardant pigments, and then separation of the remaining portion of the textile fabric made of synthetic fibres from the reaction mixture containing enzymes and hydrolysed fibre decomposition products and separation and recovery of the fire retardant pigments released from the hydrolysable fibres takes place.
An olefin polymerization process comprising vapor phase polymerization of at least one olefin monomer in one or more polymerization reactors wherein the polymerization process is carried out in an apparatus comprising: a) one or more reactor vessels to which olefin monomer and catalyst components can be added and which contain an agitated bed of forming polymer particles; b) means for removing a stream comprising polymer particles from the reactor; c) means for removing a gas-liquid stream comprising unreacted olefin monomers from the reactor; d) means for withdrawing a liquid recycle stream from the gas-liquid stream comprising unreacted olefin monomers; e) means (7, 19, 9, 4, 1) for recycle a gas-liquid stream comprising unreacted olefin monomers to the reactor; wherein the process further comprises the steps of: i. withdrawing a gaseous stream from the stream comprising polymer particles; ii. contacting a liquid recycle stream from d) with said gaseous stream from i) thereby forming a mixture; iii. withdrawing a liquid stream from the mixture of ii) to form a vapor stream from the mixture of ii); iv. recycling the vapor stream from the mixture of ii) to the polymerization reactor. a) one or more reactor vessels to which olefin monomer and catalyst components can be added and which contain an agitated bed of forming polymer particles; b) means for removing a stream comprising polymer particles from the reactor; c) means for removing a gas-liquid stream comprising unreacted olefin monomers from the reactor; d) means for withdrawing a liquid recycle stream from the gas-liquid stream comprising unreacted olefin monomers; e) means (7, 19, 9, 4, 1) for recycle a gas-liquid stream comprising unreacted olefin monomers to the reactor; i. withdrawing a gaseous stream from the stream comprising polymer particles; ii. contacting a liquid recycle stream from d) with said gaseous stream from i) thereby forming a mixture; iii. withdrawing a liquid stream from the mixture of ii) to form a vapor stream from the mixture of ii); iv. recycling the vapor stream from the mixture of ii) to the polymerization reactor.
Refrigerator having at least one water-conducting built-in part, which has a surface layer to which a chemical substance effective against microbes and/or fungi has been applied and a carrier layer essentially free from said chemical substance, characterised in that the chemical substance contains a silver compound and is embedded into a plastic matrix.
A semiconductor package structure, comprising: a package substrate; and an IC die having a RF wireless communication circuit and a memory die stacked over the package substrate, wherein the memory die entirely covers a first surface portion of the package substrate wherein a second surface portion of the package substrate is exposed from the memory die and the IC die partially covers the first surface portion and partially covers the second surface portion of the package substrate; and wherein the RF wireless communication circuit comprises a first sensitive device region and a second sensitive device region which are spaced apart, as viewed from a top-view perspective, the first sensitive region being disposed over the second surface portion of the package substrate and a second sensitive device region being disposed over to the first surface portion of the package substrate where it is partially covered by the IC die, each sensitive device region including at least one RF device, selected from the group consisting of RF transmitters, RF receivers, RF synthesizers, and RF baluns, the second sensitive device region being offset from a memory input/output (I/O) electrical path of the memory die, as viewed from a top-view perspective; and further comprising a metal plate connected to ground and disposed directly below the second sensitive device region, between the IC die and the memory die, wherein the IC die is disposed over the memory die. a package substrate; and an IC die having a RF wireless communication circuit and a memory die stacked over the package substrate, wherein the memory die entirely covers a first surface portion of the package substrate wherein a second surface portion of the package substrate is exposed from the memory die and the IC die partially covers the first surface portion and partially covers the second surface portion of the package substrate; and wherein the RF wireless communication circuit comprises a first sensitive device region and a second sensitive device region which are spaced apart, as viewed from a top-view perspective, the first sensitive region being disposed over the second surface portion of the package substrate and a second sensitive device region being disposed over to the first surface portion of the package substrate where it is partially covered by the IC die, each sensitive device region including at least one RF device, selected from the group consisting of RF transmitters, RF receivers, RF synthesizers, and RF baluns, the second sensitive device region being offset from a memory input/output (I/O) electrical path of the memory die, as viewed from a top-view perspective; and further comprising a metal plate connected to ground and disposed directly below the second sensitive device region, between the IC die and the memory die, wherein the IC die is disposed over the memory die.
Facial massage device comprising: - a massage head that comprises: - a bearing element having an overall ring shape that is intended to be placed against the face and that forms a bearing ring defining a bearing surface lying within a bearing plane on the one hand, and a working area located within the bearing ring on the other hand, - within the bearing ring and inside the working area, at least one working head that has a working surface that extends, protruding, from the bearing plane, - manoeuvring means designed to move each working head in rotation about at least one axis of rotation (Δ, Δ') offset relative to the centre of the corresponding working surface, - and a drive housing that carries the massage head and that comprises an electric motor that actuates drive means designed to transmit the motion from the electric motor to the manoeuvring means, device wherein furthermore, each working surface extends permanently protruding from the bearing plane by a height H, measured between the top of the working surface and the bearing plane. - a massage head that comprises: - a bearing element having an overall ring shape that is intended to be placed against the face and that forms a bearing ring defining a bearing surface lying within a bearing plane on the one hand, and a working area located within the bearing ring on the other hand, - within the bearing ring and inside the working area, at least one working head that has a working surface that extends, protruding, from the bearing plane, - manoeuvring means designed to move each working head in rotation about at least one axis of rotation (Δ, Δ') offset relative to the centre of the corresponding working surface, - and a drive housing that carries the massage head and that comprises an electric motor that actuates drive means designed to transmit the motion from the electric motor to the manoeuvring means, device wherein furthermore, each working surface extends permanently protruding from the bearing plane by a height H, measured between the top of the working surface and the bearing plane. - a bearing element having an overall ring shape that is intended to be placed against the face and that forms a bearing ring defining a bearing surface lying within a bearing plane on the one hand, and a working area located within the bearing ring on the other hand, - within the bearing ring and inside the working area, at least one working head that has a working surface that extends, protruding, from the bearing plane, - manoeuvring means designed to move each working head in rotation about at least one axis of rotation (Δ, Δ') offset relative to the centre of the corresponding working surface, - and a drive housing that carries the massage head and that comprises an electric motor that actuates drive means designed to transmit the motion from the electric motor to the manoeuvring means,
An in vitro method of differentiating a human pluripotent stem cell population into a cardiomyocyte cell population, the method comprising a) contacting, prior to step b), the human pluripotent stem cell population with at least a Wnt-signaling agonist in an aqueous media; b) contacting the human pluripotent stem cell population with 3,5,7,8-Tetrahydro-2-[4-(trifluoromethyl)phenyl]-4H-thiopyrano[4,3-d]pyrimidin-4-one (XAV-939) and a second compound wherein the compound is 2-[(4-oxo-3-phenyl-6,7-dihydrothieno[3,2-d]pyrimidin-2-yl)sulfanyl]-N-(5-phenylpyridin-2-yl)acetamide (IWP-L6) in an aqueous media; and c) contacting, after step b), the human pluripotent stem cell population with an aqueous media not comprising XAV-939, said second compound, and/or said Wnt-signaling agonist, a) contacting, prior to step b), the human pluripotent stem cell population with at least a Wnt-signaling agonist in an aqueous media; b) contacting the human pluripotent stem cell population with 3,5,7,8-Tetrahydro-2-[4-(trifluoromethyl)phenyl]-4H-thiopyrano[4,3-d]pyrimidin-4-one (XAV-939) and a second compound wherein the compound is 2-[(4-oxo-3-phenyl-6,7-dihydrothieno[3,2-d]pyrimidin-2-yl)sulfanyl]-N-(5-phenylpyridin-2-yl)acetamide (IWP-L6) in an aqueous media; and c) contacting, after step b), the human pluripotent stem cell population with an aqueous media not comprising XAV-939, said second compound, and/or said Wnt-signaling agonist,
A method of investigating a gas-liquid fluid mixture as it is conveyed in a conduit with a cross-section which narrows into a first constriction region providing a reduced conduit width and cross section, the method including: inducing the mixture to exhibit swirling flow in the first constriction region, thereby separating the liquid from the gas so that the liquid flows along the wall of the first constriction region, while the gas flows through the first constriction region inside and in contact with the flow of liquid; characterised by measuring the liquid hold-up in the first constriction region. inducing the mixture to exhibit swirling flow in the first constriction region, thereby separating the liquid from the gas so that the liquid flows along the wall of the first constriction region, while the gas flows through the first constriction region inside and in contact with the flow of liquid; characterised by measuring the liquid hold-up in the first constriction region.
A method for characterizing a living plant, the method comprising: a. Generating a first beam of penetrating radiation; b. Scanning the beam across the living plant; c. detecting Compton scatter from the living plant derived from the first beam of penetrating radiation to generate a first scatter signal; and d. processing the scatter signal to derive a first characteristic of the living plant; wherein scanning the beam includes irradiating the living plant with a pencil beam (120;222) of penetrating radiation emitted from a conveyance; characterized in that the method further comprises: e. monitoring at least one of position and orientation of the pencil beam (120;222) in a frame of reference of the living plant; and f. steering the pencil beam (120;222) in a closed loop to maintain a specified path of the pencil beam (120;222) in the frame of reference of the living plant. a. Generating a first beam of penetrating radiation; b. Scanning the beam across the living plant; c. detecting Compton scatter from the living plant derived from the first beam of penetrating radiation to generate a first scatter signal; and d. processing the scatter signal to derive a first characteristic of the living plant; wherein scanning the beam includes irradiating the living plant with a pencil beam (120;222) of penetrating radiation emitted from a conveyance; characterized in that the method further comprises: e. monitoring at least one of position and orientation of the pencil beam (120;222) in a frame of reference of the living plant; and f. steering the pencil beam (120;222) in a closed loop to maintain a specified path of the pencil beam (120;222) in the frame of reference of the living plant. wherein scanning the beam includes irradiating the living plant with a pencil beam (120;222) of penetrating radiation emitted from a conveyance; characterized in that the method further comprises: e. monitoring at least one of position and orientation of the pencil beam (120;222) in a frame of reference of the living plant; and f. steering the pencil beam (120;222) in a closed loop to maintain a specified path of the pencil beam (120;222) in the frame of reference of the living plant. e. monitoring at least one of position and orientation of the pencil beam (120;222) in a frame of reference of the living plant; and f. steering the pencil beam (120;222) in a closed loop to maintain a specified path of the pencil beam (120;222) in the frame of reference of the living plant.