mhurhangee/ep-ind-claims huggingface dataset:
A gate comprising: a first supporting arm comprising an interior surface and an interior cavity; a hinge fixed to the first supporting arm and an adjacent structure to allow the first supporting arm to rotate relative to the structure; and an adjustable arm comprising a first adjustable arm member comprising an insertable end inserted into the interior cavity of the first supporting arm; the gate characterised in that the adjustable arm further comprises an adjustable compression member disposed at the insertable end of the first adjustable arm member; and a compression fitting configured to adjust the adjustable compression member, wherein the adjustable compression member is adjusted to compress against the interior surface of the first supporting arm so that the first adjustable arm is fixed relative to the first supporting arm, and the compression fitting comprises a screw portion shaped to mate the end of a tool used for adjusting the compression fitting. a first supporting arm comprising an interior surface and an interior cavity; a hinge fixed to the first supporting arm and an adjacent structure to allow the first supporting arm to rotate relative to the structure; and an adjustable arm comprising a first adjustable arm member comprising an insertable end inserted into the interior cavity of the first supporting arm; the gate characterised in that the adjustable arm further comprises an adjustable compression member disposed at the insertable end of the first adjustable arm member; and a compression fitting configured to adjust the adjustable compression member, wherein the adjustable compression member is adjusted to compress against the interior surface of the first supporting arm so that the first adjustable arm is fixed relative to the first supporting arm, a first adjustable arm member comprising an insertable end inserted into the interior cavity of the first supporting arm; the gate characterised in that the adjustable arm further comprises an adjustable compression member disposed at the insertable end of the first adjustable arm member; and a compression fitting configured to adjust the adjustable compression member, wherein the adjustable compression member is adjusted to compress against the interior surface of the first supporting arm so that the first adjustable arm is fixed relative to the first supporting arm, and the compression fitting comprises a screw portion shaped to mate the end of a tool used for adjusting the compression fitting.
A tire with printed shear sensors (34, 36), comprising: a pair of bead areas; a ground-contacting tread disposed radially outwardly of the pair of bead areas; a pair of sidewalls, including an inboard sidewall extending from a first one of the bead areas to the tread, and an outboard sidewall extending from a second one of the bead areas to the tread; a carcass extending toroidally between each of the bead areas radially inwardly of the tread; an innerliner formed on an inside surface of the carcass; and a pair of resistive shear sensors (34, 36) printed on the innerliner, wherein a first sensor is printed in a sidewall zone of the inboard sidewall and a second sensor is printed in a sidewall zone of the outboard sidewall; the first shear sensor being configured to measure deformation in the sidewall zone of the inboard sidewall and to transmit a first shear deformation signal and the second shear sensor being configured to measure deformation in the sidewall zone of the outboard sidewall and to transmit a second shear deformation signal, characterized in that first shear deformation signal includes a first maximum amplitude corresponding to a leading edge de-radialization angle and a second maximum amplitude corresponding to a trailing edge de-radialization angle; and the second shear deformation signal includes a third maximum amplitude corresponding to a leading edge de-radialization angle and a fourth maximum amplitude corresponding to a trailing edge de-radialization angle. a pair of bead areas; a ground-contacting tread disposed radially outwardly of the pair of bead areas; a pair of sidewalls, including an inboard sidewall extending from a first one of the bead areas to the tread, and an outboard sidewall extending from a second one of the bead areas to the tread; a carcass extending toroidally between each of the bead areas radially inwardly of the tread; an innerliner formed on an inside surface of the carcass; and a pair of resistive shear sensors (34, 36) printed on the innerliner, wherein a first sensor is printed in a sidewall zone of the inboard sidewall and a second sensor is printed in a sidewall zone of the outboard sidewall; the first shear sensor being configured to measure deformation in the sidewall zone of the inboard sidewall and to transmit a first shear deformation signal and the second shear sensor being configured to measure deformation in the sidewall zone of the outboard sidewall and to transmit a second shear deformation signal, characterized in that first shear deformation signal includes a first maximum amplitude corresponding to a leading edge de-radialization angle and a second maximum amplitude corresponding to a trailing edge de-radialization angle; and the second shear deformation signal includes a third maximum amplitude corresponding to a leading edge de-radialization angle and a fourth maximum amplitude corresponding to a trailing edge de-radialization angle.
A tire rubber composition comprising 100 parts by mass of a solid rubber having a glass transition temperature (Tg) of not more than -10°C, 0.1 to 50 parts by mass of a modified liquid diene rubber having a functional group derived from a silane compound represented by the formula below, and 20 to 200 parts by mass of a filler, the modified liquid diene rubber satisfying the following (i) to (iv): (i) the weight average molecular weight (Mw) is 15,000 to 120,000, (ii) the vinyl content is not more than 70 molt, (iii) the average number of the functional groups derived from the silane compound represented by the formula below per molecule of the modified liquid diene rubber is 1 to 30, and (iv) the glass transition temperature (Tg) is not more than 0°C, wherein R 1 is a C 1-6 divalent alkylene group, and R 2, R 3 and R 4 are each independently a methoxy group, an ethoxy group, a phenoxy group, a methyl group, an ethyl group or a phenyl group, with the proviso that at least one of R 2, R 3 and R 4 is a methoxy group, an ethoxy group or a phenoxy group, and wherein the modified liquid diene rubber is prepared by adding the silane compound represented by the formula to an unmodified liquid diene rubber (B') which is free from modification with other functional groups. the modified liquid diene rubber satisfying the following (i) to (iv): (i) the weight average molecular weight (Mw) is 15,000 to 120,000, (ii) the vinyl content is not more than 70 molt, (iii) the average number of the functional groups derived from the silane compound represented by the formula below per molecule of the modified liquid diene rubber is 1 to 30, and (iv) the glass transition temperature (Tg) is not more than 0°C, (i) the weight average molecular weight (Mw) is 15,000 to 120,000, (ii) the vinyl content is not more than 70 molt, (iii) the average number of the functional groups derived from the silane compound represented by the formula below per molecule of the modified liquid diene rubber is 1 to 30, and (iv) the glass transition temperature (Tg) is not more than 0°C, wherein R 1 is a C 1-6 divalent alkylene group, and R 2, R 3 and R 4 are each independently a methoxy group, an ethoxy group, a phenoxy group, a methyl group, an ethyl group or a phenyl group, with the proviso that at least one of R 2, R 3 and R 4 is a methoxy group, an ethoxy group or a phenoxy group, and wherein the modified liquid diene rubber is prepared by adding the silane compound represented by the formula to an unmodified liquid diene rubber (B') which is free from modification with other functional groups.
A polypeptide binding to human serum albumin and comprising or consisting of an amino acid sequence selected from the group consisting of SEQ ID NOs: 4 to 40.
Snowboard with an internal structure incorporating: - one bottom assembly with a sole that is edged with ski edges and at least one bottom reinforcement; - one top assembly incorporating at least one top reinforcement; - one core separating the aforesaid bottom and top assemblies; - rims added onto the sides of the core and covered by the top assembly, with these rims being positioned vertically between the top assembly and the bottom assembly, and with these rims being composed of multiple parts integral with each other and positioned essentially vertically; characterized by the fact that at least one of the rims is composed of three parts, namely one interior part, one intermediate part and one exterior part, in which the intermediate part is composed of an elastomeric material and the interior part has a compression rigidity exceeding the compression rigidity of the exterior part. - one bottom assembly with a sole that is edged with ski edges and at least one bottom reinforcement; - one top assembly incorporating at least one top reinforcement; - one core separating the aforesaid bottom and top assemblies; - rims added onto the sides of the core and covered by the top assembly, with these rims being positioned vertically between the top assembly and the bottom assembly, and with these rims being composed of multiple parts integral with each other and positioned essentially vertically;
A sleeper shoe for sleepers of preferably ballastless railroad track systems, which is designed for at least partially accommodating the sleeper and for this purpose features a bottom region and a wall region, wherein the wall region is at least partially realized of a first material, wherein the bottom region is at least partially realized of a second material that is harder than the first material, and wherein the bottom region and the wall region are realized in one piece, characterized in that the bottom region features a bottom wall section and at least two lateral wall sections protruding therefrom, wherein the material of the wall region is cast around the bottom region in the region of the lateral wall section.
A method for producing an improved meal, comprising: (a) providing a plant meal comprising a protein and one or more anti-nutritional substances; (b) forming the improved meal from the plant meal by mitigating an anti-nutritional effect of the ANS comprised by the plant meal, the mitigating comprising at least partly oxidizing the one or more ANS or a biochemically digested portion of the one or more ANS; and optionally one or more of: (i) at least partly biochemically digesting the oxidized portion of the one or more ANS; and (ii) combining the oxidized portion of the one or more ANS with one or more enzymes selected to at least partially biochemically digest, in a subject upon ingestion of the improved meal, the oxidized portion of the one or more ANS; and (c) separating from the protein at least one of the oxidized portion of the one or more ANS, the oxidized portion of the biochemically digested portion of the one or more ANS, or the biochemically digested portion of the oxidized portion of the one or more ANS, the separating comprising one or more of: aqueous extraction, organic solvent extraction, supercritical extraction, and electrophoretic separation. (a) providing a plant meal comprising a protein and one or more anti-nutritional substances; (b) forming the improved meal from the plant meal by mitigating an anti-nutritional effect of the ANS comprised by the plant meal, the mitigating comprising at least partly oxidizing the one or more ANS or a biochemically digested portion of the one or more ANS; and optionally one or more of: (i) at least partly biochemically digesting the oxidized portion of the one or more ANS; and (ii) combining the oxidized portion of the one or more ANS with one or more enzymes selected to at least partially biochemically digest, in a subject upon ingestion of the improved meal, the oxidized portion of the one or more ANS; and (i) at least partly biochemically digesting the oxidized portion of the one or more ANS; and (ii) combining the oxidized portion of the one or more ANS with one or more enzymes selected to at least partially biochemically digest, in a subject upon ingestion of the improved meal, the oxidized portion of the one or more ANS; and (c) separating from the protein at least one of the oxidized portion of the one or more ANS, the oxidized portion of the biochemically digested portion of the one or more ANS, or the biochemically digested portion of the oxidized portion of the one or more ANS, the separating comprising one or more of: aqueous extraction, organic solvent extraction, supercritical extraction, and electrophoretic separation.
A baling system comprising: a high capacity baler; and an electronic display configured to display baling information to an operator of said baler, wherein said baler comprises - a first baling chamber in which a first series of first individual bales can be formed, a second baling chamber in which a second series of second individual bales can be formed, wherein said first and second baling chambers are positioned side by side, a first sensor configured to sense one or more parameters related to the first bales, a second sensor configured to sense one or more parameters related to the second bales, characterized in that said first sensor comprises a flake length sensor configured to measure a real-time flake length of the first bales and said second sensor comprises a flake length sensor configured to measure a real-time flake length of the second bales being formed in said second baling chamber, wherein said electronic display is configured to simultaneously display the data generated from at least one of said first sensors and at least one of said second sensors including the real-time flake lengths of both the first bales and the second bales measured by said first flake length sensor and said second flake length sensor a high capacity baler; and an electronic display configured to display baling information to an operator of said baler, wherein said baler comprises - a first baling chamber in which a first series of first individual bales can be formed, a second baling chamber in which a second series of second individual bales can be formed, wherein said first and second baling chambers are positioned side by side, a first sensor configured to sense one or more parameters related to the first bales, a second sensor configured to sense one or more parameters related to the second bales, characterized in that said first sensor comprises a flake length sensor configured to measure a real-time flake length of the first bales and said second sensor comprises a flake length sensor configured to measure a real-time flake length of the second bales being formed in said second baling chamber, a first baling chamber in which a first series of first individual bales can be formed, a second baling chamber in which a second series of second individual bales can be formed, wherein said first and second baling chambers are positioned side by side, a first sensor configured to sense one or more parameters related to the first bales, a second sensor configured to sense one or more parameters related to the second bales, characterized in that said first sensor comprises a flake length sensor configured to measure a real-time flake length of the first bales and said second sensor comprises a flake length sensor configured to measure a real-time flake length of the second bales being formed in said second baling chamber, wherein said electronic display is configured to simultaneously display the data generated from at least one of said first sensors and at least one of said second sensors including the real-time flake lengths of both the first bales and the second bales measured by said first flake length sensor and said second flake length sensor
An agricultural/utility vehicle having as its motive power source one or more electric motors (M1, M2) supplied by one or more rechargeable batteries, which electric motor or motors (M1, M2) are connected to drivingly rotate a shaft of a drive line when coupled to provide motive power to one or more axles (14, 18) of the vehicle, characterised in the vehicle having one or more recharging inputs (82, 30) which, when coupled to an appropriate power source (P IN, 86), cause the drive line shaft to rotate, causing the, or one of the, electric motors to act as a generator to recharge the one or more rechargeable batteries.
A method for wireless communication, comprising: identifying (1305, 1405) a first uplink transmission beam and / or a first random access resource for a random access procedure; transmitting (1310, 1410), to a base station, a random access message using the first uplink transmission beam and / or the first random access resource; selecting (1315, 1415) a second uplink transmission beam and / or a second random access resource based at least in part on an absence of a random access response from the base station corresponding to the random access message transmitted using the first uplink transmission beam and / or the first random access resource; determining (1320, 1420) an uplink transmission power based at least in part on the selection of the second uplink transmission beam and / or the second random access resource; and retransmitting (1325, 1425) the random access message to the base station using the second uplink transmission beam and / or the second random access resource and the determined uplink transmission power; the method further comprising: receiving multiple directional synchronization signals from a base station, and determining a path loss estimate for each of the multiple directional synchronization signals, wherein the second uplink transmission beam and / or the second random access resource are selected based at least in part on the determined path loss estimates. identifying (1305, 1405) a first uplink transmission beam and / or a first random access resource for a random access procedure; transmitting (1310, 1410), to a base station, a random access message using the first uplink transmission beam and / or the first random access resource; selecting (1315, 1415) a second uplink transmission beam and / or a second random access resource based at least in part on an absence of a random access response from the base station corresponding to the random access message transmitted using the first uplink transmission beam and / or the first random access resource; determining (1320, 1420) an uplink transmission power based at least in part on the selection of the second uplink transmission beam and / or the second random access resource; and retransmitting (1325, 1425) the random access message to the base station using the second uplink transmission beam and / or the second random access resource and the determined uplink transmission power; the method further comprising: receiving multiple directional synchronization signals from a base station, and determining a path loss estimate for each of the multiple directional synchronization signals, wherein the second uplink transmission beam and / or the second random access resource are selected based at least in part on the determined path loss estimates.
An optoelectronic device having a housing and a chip assembly, the chip assembly comprising an optoelectronic chip housed entirely within the housing and an optical coupling element bonded to the chip, wherein at least a portion of the optical coupling element protrudes out of the housing through an aperture in a wall of the housing; and wherein the optical coupling element is bonded to an end of an optical fibre such that both the optical fibre and the optical coupling element are butt-coupled to the chip, and such that the optical fibre is optically coupled with an optical waveguide of the chip; wherein the device further comprises: an external feed-through, wherein the optical fibre is bonded to the external feed-through, and the external feed-through is adapted to fit onto an alignment feature of the wall of the housing and is bonded to the wall of the housing; and wherein the external feed-through is adapted to receive both the part of the optical coupling element that protrudes from within the housing and the end portion of the optical fibre; and a strain relief collar that fits over the external feed through and abuts the wall of the housing, wherein the optical fibre passes within the strain relief collar and through the external feed-through. an external feed-through, wherein the optical fibre is bonded to the external feed-through, and the external feed-through is adapted to fit onto an alignment feature of the wall of the housing and is bonded to the wall of the housing; and wherein the external feed-through is adapted to receive both the part of the optical coupling element that protrudes from within the housing and the end portion of the optical fibre; and a strain relief collar that fits over the external feed through and abuts the wall of the housing, wherein the optical fibre passes within the strain relief collar and through the external feed-through.
A hinged carrying case for a portable defibrillator having an open position and a closed position comprising: a rigid base having a base interior region bounded by four base side walls and a bottom surface; a rigid lid having a lid interior region bounded by four lid side walls and a top surface; a hinge disposed on one base side wall connecting the base to the lid; a rigid latch assembly disposed on a side of the carrying case opposite the hinge side wall for holding the lid to the base in the closed position; and a plurality of interior compartments disposed in the base interior region and the lid interior region, wherein the portable defibrillator is located in the base interior region, characterised in that the hinged carrying case further comprises a handle with two ends, the handle disposed on a second side of the carrying case adjacent both of the hinge and the latch assembly, the hinge comprises an articulated body interposed between the rigid lid and the rigid base, the articulated body being connected to the rigid base on each end by a bottom hinge pin and being connected to the rigid lid on each end by a top hinge pin, and the hinge is disposed such that when the carrying case is closed, a first surface of the articulated body is flush to the surfaces of one of the four base side walls and one of the four lid side walls, and when the carrying case is open, a second surface of the articulated body is flush to the open faces of the rigid base and the rigid lid. a rigid base having a base interior region bounded by four base side walls and a bottom surface; a rigid lid having a lid interior region bounded by four lid side walls and a top surface; a hinge disposed on one base side wall connecting the base to the lid; a rigid latch assembly disposed on a side of the carrying case opposite the hinge side wall for holding the lid to the base in the closed position; and a plurality of interior compartments disposed in the base interior region and the lid interior region, wherein the portable defibrillator is located in the base interior region, characterised in that the hinged carrying case further comprises a handle with two ends, the handle disposed on a second side of the carrying case adjacent both of the hinge and the latch assembly, the hinge comprises an articulated body interposed between the rigid lid and the rigid base, the articulated body being connected to the rigid base on each end by a bottom hinge pin and being connected to the rigid lid on each end by a top hinge pin, and the hinge is disposed such that when the carrying case is closed, a first surface of the articulated body is flush to the surfaces of one of the four base side walls and one of the four lid side walls, and when the carrying case is open, a second surface of the articulated body is flush to the open faces of the rigid base and the rigid lid.