mhurhangee/ep-ind-claims huggingface dataset:
An automated nucleic acid assay system (480, 680), comprising: (a) a specimen holding portion comprising a specimen; (b) a first holding portion comprising magnetic particles to which a substance having affinity to a target nucleic acid from the specimen is immobilized; (c) a second holding portion comprising a reagent for detecting the target nucleic acid, the reagent comprising a substance having affinity to the target nucleic acid; (d) a dispensing mechanism with a pipette chip; (e) a magnet; wherein the specimen holding portion, the first holding portion, and the second holding portion are arranged in an approximate straight line, wherein the pipette chip is configured to i) dispense the specimen into the specimen holding portion, ii) extract the target nucleic acid from the specimen in conjunction with the magnet, iii) mix the extracted target nucleic acid with the reagent for detecting, wherein the dispensing mechanism further comprises a mechanism configured to irradiate an irradiating light for letting the target nucleic acid fluoresce, and a mechanism (734, 740, 784) configured to receive a light from the target nucleic acid irradiated with the irradiating light to detect the target nucleic acid. (a) a specimen holding portion comprising a specimen; (b) a first holding portion comprising magnetic particles to which a substance having affinity to a target nucleic acid from the specimen is immobilized; (c) a second holding portion comprising a reagent for detecting the target nucleic acid, the reagent comprising a substance having affinity to the target nucleic acid; (d) a dispensing mechanism with a pipette chip; (e) a magnet;
Method for operating a production plant for producing a chemical and/or pharmaceutical product, having process modules which are connected to one another for production purposes and are autonomous for regulating purposes, wherein for each process module an amount of material that is respectively present in this process module and is to be processed by this process module is continuously or discretely detected and compared with a prescribed limit value for the amount, wherein - a mass inflow into the respective process module is increased if the amount of material that is respectively present in this process module and is to be processed by this process module is less than the limit value for the amount, the mass inflow at the same time being a mass outflow of a further process module connected directly upstream of this process module for production purposes, with the result that all process modules of the production plant consistently operate according to the pull principle, or - a mass outflow from the respective process module is increased if the amount of material that is respectively present in this process module and is to be processed by this process module is greater than the limit value for the amount, the mass outflow at the same time being a mass inflow of a further process module connected directly downstream of this process module for production purposes, with the result that all process modules of the production plant consistently operate according to the push principle. - a mass inflow into the respective process module is increased if the amount of material that is respectively present in this process module and is to be processed by this process module is less than the limit value for the amount, the mass inflow at the same time being a mass outflow of a further process module connected directly upstream of this process module for production purposes, with the result that all process modules of the production plant consistently operate according to the pull principle, or - a mass outflow from the respective process module is increased if the amount of material that is respectively present in this process module and is to be processed by this process module is greater than the limit value for the amount, the mass outflow at the same time being a mass inflow of a further process module connected directly downstream of this process module for production purposes, with the result that all process modules of the production plant consistently operate according to the push principle.
Hosiery piece made of knitted fabric, the stitches of which are arranged in stitch rows and in stitch wales, with a worked in pocket-like part, which is arranged in a predefined area of the hosiery piece, wherein in the predefined area • in a first stitch row on the edge side, the number of stitches is decreased to a predetermined first minimum number, which is smaller than the stitch number in a stitch row adjacent to this stitch row and located outside the predefined area, • in each of the stitch rows adjoining the first stitch row on the edge side and generated by a reciprocating knitting action, working from the first minimum number, the stitch number is continuously increased to a predetermined maximum number, • in each of the following stitch rows generated by a reciprocating knitting action, working from the maximum number, the stitch number is continuously decreased again to a predetermined second minimum number in a second stitch row on the edge side, and • stitch rows located outside the predefined area adjoin the second stitch row on the edge side with a stitch number that is increased again in relation to the second minimum number. • in a first stitch row on the edge side, the number of stitches is decreased to a predetermined first minimum number, which is smaller than the stitch number in a stitch row adjacent to this stitch row and located outside the predefined area, • in each of the stitch rows adjoining the first stitch row on the edge side and generated by a reciprocating knitting action, working from the first minimum number, the stitch number is continuously increased to a predetermined maximum number, • in each of the following stitch rows generated by a reciprocating knitting action, working from the maximum number, the stitch number is continuously decreased again to a predetermined second minimum number in a second stitch row on the edge side, and • stitch rows located outside the predefined area adjoin the second stitch row on the edge side with a stitch number that is increased again in relation to the second minimum number.
An electronic device comprising: at least one communication circuit; at least one processor; and memory storing instructions, wherein the instructions, when executed by the at least one processor individually or collectively, cause the electronic device to: select an external device supporting a directional communication scheme, acquire a first identifier of the selected external device through at least one of the at least one communication circuit, configure action information and authentication information, and transmit authentication data generated based on the first identifier, the action information, and the authentication information to the selected external device through the at least one communication circuit; wherein the selected external device is configured to transmit the authentication data to a second external device through the at least one communication circuit, based on authentication of the second external device. at least one communication circuit; at least one processor; and memory storing instructions, wherein the instructions, when executed by the at least one processor individually or collectively, cause the electronic device to: select an external device supporting a directional communication scheme, acquire a first identifier of the selected external device through at least one of the at least one communication circuit, configure action information and authentication information, and transmit authentication data generated based on the first identifier, the action information, and the authentication information to the selected external device through the at least one communication circuit; wherein the selected external device is configured to transmit the authentication data to a second external device through the at least one communication circuit, based on authentication of the second external device. wherein the instructions, when executed by the at least one processor individually or collectively, cause the electronic device to: select an external device supporting a directional communication scheme, acquire a first identifier of the selected external device through at least one of the at least one communication circuit, configure action information and authentication information, and transmit authentication data generated based on the first identifier, the action information, and the authentication information to the selected external device through the at least one communication circuit; wherein the selected external device is configured to transmit the authentication data to a second external device through the at least one communication circuit, based on authentication of the second external device.
An antagonist of the BTLA/HVEM interaction for use in therapy, wherein said antagonist increases the proliferation of Vγ9Vδ2 T cells, wherein said antagonist is a monoclonal antibody directed against HVEM or a fragment thereof which blocks the interaction between BTLA and HVEM, wherein said monoclonal antibody or said fragment thereof comprises: - all the CDRs of the variable light chain chain of the antibody obtainable from hybridoma deposited as CNCM 1-4752; and - all the CDRs of the variable heavy chain chain of the antibody obtainable from hybridoma deposited as CNCM 1-4752. - all the CDRs of the variable light chain chain of the antibody obtainable from hybridoma deposited as CNCM 1-4752; and - all the CDRs of the variable heavy chain chain of the antibody obtainable from hybridoma deposited as CNCM 1-4752.
Cover of a substrate, comprising a frame, laid onto the substrate and connected therewith, made of sections (20, 21, 22), connected with one another, of a steel profile, wherein the frame delimits a fill space above the substrate, which is filled with a cured load distribution layer and onto the load distribution layer is introduced at least one cover plate completely covering the load distribution layer and welded at the edges with the frame, characterised in that the cover plate is equipped on its bottom side, facing the load distribution layer, with protruding reinforcement bolts extending into the load distribution layer.
An electronic device for wireless communication, comprising: a processing circuitry (110, 111) configured to: in a case where a user equipment performs a proximity-based service communication with a short transmission time interval which is less than a first transmission time interval, perform control so as to transmit, in a same subframe, at least two transmission blocks that are otherwise to be transmitted in different subframes respectively without performing a combination and each having a short transmission time interval, wherein the length of the subframe is equal to the first transmission time interval; wherein the processing circuitry is configured to perform the control when a predetermined condition is satisfied, the predetermined condition comprises: a plurality of user equipments sharing a same resource pool perform proximity-based service communications with the first transmission time interval and a short transmission time interval, respectively. in a case where a user equipment performs a proximity-based service communication with a short transmission time interval which is less than a first transmission time interval, perform control so as to transmit, in a same subframe, at least two transmission blocks that are otherwise to be transmitted in different subframes respectively without performing a combination and each having a short transmission time interval, wherein the length of the subframe is equal to the first transmission time interval; wherein the processing circuitry is configured to perform the control when a predetermined condition is satisfied, the predetermined condition comprises: a plurality of user equipments sharing a same resource pool perform proximity-based service communications with the first transmission time interval and a short transmission time interval, respectively.
An apparatus for treating a fiber mass with a treatment fluid, consisting of • a distribution device for the treatment fluid, having at least one pressure chamber, and • a fiber transport device for the fiber mass, which is permeable to the treatment fluid, wherein the aggregate width of all pressure chambers substantially corresponds to the width provided for the fiber mass on the fiber transport device, the at least one pressure chamber is designed as open toward the fiber mass, the pressure chamber can be brought close to the fiber transport device such that the side walls of the pressure chamber contact the fiber mass, and the side walls are designed such that, when contacting the fiber mass, they seal the pressure chamber from the atmosphere, characterized in that the distribution device is movable parallel to the direction of movement of the fiber mass and vertically to the direction of movement of the fiber mass. • a distribution device for the treatment fluid, having at least one pressure chamber, and • a fiber transport device for the fiber mass, which is permeable to the treatment fluid,
A method for configuring a touchscreen display of a mobile device comprising: Capturing an image of an object with a fingerprint sensor of the mobile device, wherein the mobile device is a protected device having a plurality of enrolled users, and wherein the capturing of the image of the object is performed by the fingerprint sensor while the touchscreen display of the mobile device is disabled; and in response to a determination that the object captured within the image is a finger, uf enabling the touchscreen display of the mobile device to receive touch input via the touchscreen display and unlocking a subset of functions of the mobile device without performing authentication of a fingerprint and/or receipt of a user password. Capturing an image of an object with a fingerprint sensor of the mobile device, wherein the mobile device is a protected device having a plurality of enrolled users, and wherein the capturing of the image of the object is performed by the fingerprint sensor while the touchscreen display of the mobile device is disabled; and in response to a determination that the object captured within the image is a finger, uf enabling the touchscreen display of the mobile device to receive touch input via the touchscreen display and unlocking a subset of functions of the mobile device without performing authentication of a fingerprint and/or receipt of a user password.
A coupling assembly comprising: a ball socket having a central socket axis, the ball socket comprising a lower body portion extending to an upper flange portion, wherein the body portion and flange portion are at least partially segmented by a plurality of longitudinal socket slots to form a plurality of longitudinally extending arms; a plurality of longitudinally extending journaling ribs protruding radially from the body portion, wherein the ribs include an upper rib portion and a lower rib portion, and wherein the upper rib portion has a greater radial width than the lower rib portion; a plurality of wedges extending from the body portion; a plurality of engagement tabs extending from the body portion, each having a tab end portion; and a ball stud engagement cavity centrally formed between the arms for receiving and pivotably securing a ball head of a ball stud therein a ball socket having a central socket axis, the ball socket comprising a lower body portion extending to an upper flange portion, wherein the body portion and flange portion are at least partially segmented by a plurality of longitudinal socket slots to form a plurality of longitudinally extending arms; a plurality of longitudinally extending journaling ribs protruding radially from the body portion, wherein the ribs include an upper rib portion and a lower rib portion, and wherein the upper rib portion has a greater radial width than the lower rib portion; a plurality of wedges extending from the body portion; a plurality of engagement tabs extending from the body portion, each having a tab end portion; and a ball stud engagement cavity centrally formed between the arms for receiving and pivotably securing a ball head of a ball stud therein
A method for transmitting an uplink reference signal in a wireless access system, comprising: generating (S81; S1301) a plurality of uplink reference signal sequences; mapping (S82; S1303) respectively the plurality of uplink reference signal sequences to 3 orthogonal frequency division multiplexing, OFDM, symbols within one subframe; and transmitting (S84; S1305) the plurality of the mapped uplink reference signal sequences to a base station, wherein the plurality of uplink reference signal sequences are generated by applying i) an orthogonal cover code having a length of 3 and ii) respective cyclic shift values, and wherein a cyclic shift value for an uplink reference signal sequence is determined based on an index of the uplink reference signal sequence and an index of a subframe in which the uplink reference signal sequence is transmitted. generating (S81; S1301) a plurality of uplink reference signal sequences; mapping (S82; S1303) respectively the plurality of uplink reference signal sequences to 3 orthogonal frequency division multiplexing, OFDM, symbols within one subframe; and transmitting (S84; S1305) the plurality of the mapped uplink reference signal sequences to a base station, wherein the plurality of uplink reference signal sequences are generated by applying i) an orthogonal cover code having a length of 3 and ii) respective cyclic shift values, and wherein a cyclic shift value for an uplink reference signal sequence is determined based on an index of the uplink reference signal sequence and an index of a subframe in which the uplink reference signal sequence is transmitted.
An electrical machine comprising a plurality of stator segments, each segment has a plurality of electrical phase windings (20, 21, 31) embedded in stator slots in a phase sequence, wherein the phase of the first slot of a segment is different from the phase of the first slot of an adjacent segment, each of the phase windings in each segment is connected in series with the phase winding of a corresponding electrical phase in the adjacent segment wherein the number of windings connected in series equals the number of phase windings in each segment times N, wherein N is an integer, and wherein the windings are embedded in the slots in a single layer.
A dual part polymerizable composition comprising: a. a first part comprising at least one triorganoborane-amine complex having the structure Z-NHR 1 -B(R 2) 3 wherein: i. Z is an organic group; ii. R 1 is H or an organic group; and iii. each R 2 is independently an organic group bound to the boron atom through a carbon atom; and b. a second part comprising a polymerizable component and a plurality of acidified nanoparticles comprising acid groups, wherein each acidified nanoparticle comprises an inorganic core and acid groups, wherein the acid groups comprise acid stabilizers, acid groups covalently bound to the inorganic core through an organic group, or combinations thereof. a. a first part comprising at least one triorganoborane-amine complex having the structure Z-NHR 1 -B(R 2) 3 wherein: i. Z is an organic group; ii. R 1 is H or an organic group; and iii. each R 2 is independently an organic group bound to the boron atom through a carbon atom; and i. Z is an organic group; ii. R 1 is H or an organic group; and iii. each R 2 is independently an organic group bound to the boron atom through a carbon atom; and b. a second part comprising a polymerizable component and a plurality of acidified nanoparticles comprising acid groups, wherein each acidified nanoparticle comprises an inorganic core and acid groups, wherein the acid groups comprise acid stabilizers, acid groups covalently bound to the inorganic core through an organic group, or combinations thereof.
A system of a fixing unit and an assist unit, wherein the fixing unit comprises: a heating roller; a pressure roller capable of being brought into press-contact with the heating roller, one of the heating roller and the pressure roller being capable of being inserted and extracted along a shaft direction of the roller to be replaced; and an assist-unit linkage part to which the assist unit for assisting an insertion and extraction of the roller to be replaced is detachably linked, wherein the assist unit has a unit main body and a handle as an operating part, wherein the handle is attached on the outer side surface of the unit main body, characterized in that a heat transfer preventing member is provided in the heating roller and integrally linked to the heating roller, wherein the assist unit further has a holder, wherein the holder is configured to hold the heat transfer preventing member at the inner end of the heating roller between the holder and the heating roller so as to engage the heating roller with the assist unit. a heating roller; a pressure roller capable of being brought into press-contact with the heating roller, one of the heating roller and the pressure roller being capable of being inserted and extracted along a shaft direction of the roller to be replaced; and an assist-unit linkage part to which the assist unit for assisting an insertion and extraction of the roller to be replaced is detachably linked, wherein the assist unit has a unit main body and a handle as an operating part, wherein the handle is attached on the outer side surface of the unit main body, characterized in that a heat transfer preventing member is provided in the heating roller and integrally linked to the heating roller, wherein the assist unit further has a holder, wherein the holder is configured to hold the heat transfer preventing member at the inner end of the heating roller between the holder and the heating roller so as to engage the heating roller with the assist unit.
Composition, in the form of an aqueous solution, comprising an insulin in hexameric form, and at least one substituted citrate of Formula I: in which: - R 1, R 2, R 3, identical or different, represent OH or AA, - at least one of the R 1, R 2, R 3 is an AA radical, - AA is a radical resulting from a natural or synthetic aromatic amino acid comprising at least one phenyl group or indole group, substituted or not substituted, said AA radical having at least one free carboxylic acid function, - the carboxylic acid functions are in the form of a salt of an alkali metal selected from Na + and K +. - R 1, R 2, R 3, identical or different, represent OH or AA, - at least one of the R 1, R 2, R 3 is an AA radical, - AA is a radical resulting from a natural or synthetic aromatic amino acid comprising at least one phenyl group or indole group, substituted or not substituted, said AA radical having at least one free carboxylic acid function, - the carboxylic acid functions are in the form of a salt of an alkali metal selected from Na + and K +.