mhurhangee/patent-ind-claim-en huggingface dataset:
An optical reader configured to read a reading object having a plurality of color patterns, the plurality of color patterns assigned to respective different values being arranged in a first direction (Y), each of the color patterns having a plurality of patterns corresponding to a plurality of digits arranged in a second direction (X) intersecting the first direction (Y), the optical reader characterized by comprising: a plurality of first readers arranged along the second direction (X), and configured to read patterns corresponding to respective different digits in one of the color patterns; and a plurality of second readers arranged opposite to one of the first readers along the first direction (Y), and configured to read patterns of the same digit as a digit read by the one of the first readers, the patterns of the same digit being included in a color pattern adjacent to a color pattern read by the first readers in the first direction (Y). a plurality of first readers arranged along the second direction (X), and configured to read patterns corresponding to respective different digits in one of the color patterns; and a plurality of second readers arranged opposite to one of the first readers along the first direction (Y), and configured to read patterns of the same digit as a digit read by the one of the first readers, the patterns of the same digit being included in a color pattern adjacent to a color pattern read by the first readers in the first direction (Y).
A compound of the formula: wherein: X is selected from the group consisting of: and R 1 to R 9 are independently C, N, O or S; R 10 is independently selected from C 1-6 alkyl, halo, carboxylic acid, amino, hydroxy and C 1-6 alkoxy; Y is A, CH 2 -A or CH=A; A is selected from: Z is selected from the group consisting of: R 11 is independently selected from halo, alkyl, hydroxy, amino and substituted amino; R 12 , R 14 and R 15 are independently C, CH, CH 2 , O, N, NH or S; R 13 is C, CH, CH 2 , N, NH, C-CF 3 , CH-CF 3 or C=O; m is 0, 1, 2, 3, 4 or 5; and n is 0, 1, 2, 3 or 4, or a stereoisomer or pharmaceutically acceptable salt thereof. X is selected from the group consisting of: and R 1 to R 9 are independently C, N, O or S; R 10 is independently selected from C 1-6 alkyl, halo, carboxylic acid, amino, hydroxy and C 1-6 alkoxy; Y is A, CH 2 -A or CH=A; A is selected from: Z is selected from the group consisting of: R 11 is independently selected from halo, alkyl, hydroxy, amino and substituted amino; R 12 , R 14 and R 15 are independently C, CH, CH 2 , O, N, NH or S; R 13 is C, CH, CH 2 , N, NH, C-CF 3 , CH-CF 3 or C=O; m is 0, 1, 2, 3, 4 or 5; and n is 0, 1, 2, 3 or 4,
A compound sample needle for liquid chromatography, comprising: a rigid needle having a coupling end and an internal channel for passage of a sample fluid; a flexible tubing having a coupling end and an internal channel for passage of the sample fluid, the coupling ends of the rigid needle and flexible tubing being secured to each other by a weld, the internal channel of the rigid needle being collinear with the internal channel of the flexible tubing at the coupling ends ; and a rigid sleeve disposed over the coupling end of the rigid needle and the coupling end of the flexible tubing , wherein the coupling end of one of the rigid needle and flexible tubing has a face and a counterbore; and the other of the rigid needle and flexible tubing has an outer surface and the coupling end is disposed in the counterbore and has a face in contact with a base of the counterbore, and wherein the weld is along a circumference of the outer surface of one and the face of the other of the rigid needle and flexible tubing . a rigid needle having a coupling end and an internal channel for passage of a sample fluid; a flexible tubing having a coupling end and an internal channel for passage of the sample fluid, the coupling ends of the rigid needle and flexible tubing being secured to each other by a weld, the internal channel of the rigid needle being collinear with the internal channel of the flexible tubing at the coupling ends ; and a rigid sleeve disposed over the coupling end of the rigid needle and the coupling end of the flexible tubing , wherein the coupling end of one of the rigid needle and flexible tubing has a face and a counterbore; and the other of the rigid needle and flexible tubing has an outer surface and the coupling end is disposed in the counterbore and has a face in contact with a base of the counterbore, and wherein the weld is along a circumference of the outer surface of one and the face of the other of the rigid needle and flexible tubing .
A method of upregulating the high mannose glycoform content of a recombinant protein comprising an immunoglobulin Fc region during a mammalian cell culture process, comprising: establishing a mammalian cell culture expressing the recombinant protein in a serum-free culture medium in a bioreactor, maintaining the mammalian cells during a production phase, and contacting the cell culture with monensin. establishing a mammalian cell culture expressing the recombinant protein in a serum-free culture medium in a bioreactor, maintaining the mammalian cells during a production phase, and contacting the cell culture with monensin.
A power supply assembly, comprising: a first mounting hole configured to mount a magnetic member , wherein an inner wall of the first mounting hole is provided with a vent groove ; and an airflow sensor in air communication with the vent groove . a first mounting hole configured to mount a magnetic member , wherein an inner wall of the first mounting hole is provided with a vent groove ; and an airflow sensor in air communication with the vent groove .
Method for transmission of a data packet in a cellular network between a transmitting node, TN, and a receiving node, RN, the receiving node, RN being configured to receive data packets from the transmitting node, TN, transmitting node, TN, supporting at least one frequency band composed of a plurality of carriers, the method comprising for the transmitting node, TN, the step of transmitting in parallel to the receiving node a plurality of data transmissions, DTx, of the data packet according to a predetermined redundancy level and within the same subframe, whereby the redundancy level represents the number of data transmissions, DTx, that are sent of the data packet in parallel and whereby the first of the plurality of data transmissions, DTx, is transmitted in a resource area addressed by a scheduling occurrence, and the rest of the plurality of data transmissions, DTx, are transmitted in the same resource area as the first data transmission, and each data transmission, DTx, is transmitted on a different carrier wherein the method comprises adapting the redundancy level in response to reception of a feedback signal, FSx, concerning the reception of previously transmitted data packet from the receiving node, the feedback signal, FSx, comprising a modification indication and wherein the modification indication relates to a decrease of the redundancy level in case the received data transmissions all are decodable alone and the redundancy level is above a predetermined floor value. whereby the redundancy level represents the number of data transmissions, DTx, that are sent of the data packet in parallel and whereby the first of the plurality of data transmissions, DTx, is transmitted in a resource area addressed by a scheduling occurrence, and the rest of the plurality of data transmissions, DTx, are transmitted in the same resource area as the first data transmission, and each data transmission, DTx, is transmitted on a different carrier wherein the method comprises adapting the redundancy level in response to reception of a feedback signal, FSx, concerning the reception of previously transmitted data packet from the receiving node, the feedback signal, FSx, comprising a modification indication and wherein the modification indication relates to a decrease of the redundancy level in case the received data transmissions all are decodable alone and the redundancy level is above a predetermined floor value.
A turbo compressor comprising: a lubricant spray nozzle which is disposed to penetrate a housing and sprays a lubricant toward a sliding site , such as a bearing, accommodated in the housing; a support member which is detachably mounted on the housing and supports the lubricant spray nozzle outside of the housing; characterized in that a cover member covers the sliding site in the interior of the housing and has a through-hole , wherein the lubricant spray nozzle is disposed to pass through the through-hole, and the lubricant spray nozzle has a nozzle portion having a jet orifice which is open toward the sliding site whereby the lubricant spray nozzle is installable by inserting the lubricant spray nozzle from the outside to the inside of the housing. a lubricant spray nozzle which is disposed to penetrate a housing and sprays a lubricant toward a sliding site , such as a bearing, accommodated in the housing; a support member which is detachably mounted on the housing and supports the lubricant spray nozzle outside of the housing; characterized in that a cover member covers the sliding site in the interior of the housing and has a through-hole , wherein the lubricant spray nozzle is disposed to pass through the through-hole, and the lubricant spray nozzle has a nozzle portion having a jet orifice which is open toward the sliding site whereby the lubricant spray nozzle is installable by inserting the lubricant spray nozzle from the outside to the inside of the housing.
A method of wireless communication at a User Equipment, UE, comprising: requesting a service for maneuver scheduling of a vehicle from a maneuver coordinator wirelessly over a direct communication link between the UE and the maneuver coordinator; receiving maneuver information from the maneuver coordinator wirelessly over the direct communication link; receiving , prior to receiving the maneuver information, a maneuver identifier for the UE in a message from the maneuver coordinator, wherein the maneuver information is received from the maneuver coordinator via a broadcast, a multicast, or a groupcast using the identifier for the UE; and receiving , prior to receiving the maneuver information, a transmission profile in the message from the maneuver coordinator, wherein the maneuver information is received from the maneuver coordinator via the broadcast, the multicast, or the groupcast based on the transmission profile; and applying the maneuver information. requesting a service for maneuver scheduling of a vehicle from a maneuver coordinator wirelessly over a direct communication link between the UE and the maneuver coordinator; receiving maneuver information from the maneuver coordinator wirelessly over the direct communication link; receiving , prior to receiving the maneuver information, a maneuver identifier for the UE in a message from the maneuver coordinator, wherein the maneuver information is received from the maneuver coordinator via a broadcast, a multicast, or a groupcast using the identifier for the UE; and receiving , prior to receiving the maneuver information, a transmission profile in the message from the maneuver coordinator, wherein the maneuver information is received from the maneuver coordinator via the broadcast, the multicast, or the groupcast based on the transmission profile; and applying the maneuver information.
A radio communication system comprising: a radio access network including first and second base stations configured to manage a first cell and a second cell , respectively; and a radio terminal configured to perform dual connectivity involving a bearer split in which a network bearer between the radio terminal and a core network is split over the first base station and the second base station , wherein the radio access network is configured to transmit, to the radio terminal , first control information that relates to an access stratum, wherein the first control information includes Layer-2 configuration information applied to a procedure for generating, in the radio terminal , a first Medium Access Control Protocol Data Unit, MAC PDU, for uplink transmission in the first cell and a second MAC PDU for uplink transmission in the second cell , and the system is characterized in that the Layer-2 configuration information includes information indicating that the generation of the second MAC PDU is prioritized higher than the generation of the first MAC PDU, wherein each of the first and second MAC PDU is to transmit uplink data for a logical channel of the network bearer subjected to the bearer split. a radio access network including first and second base stations configured to manage a first cell and a second cell , respectively; and a radio terminal configured to perform dual connectivity involving a bearer split in which a network bearer between the radio terminal and a core network is split over the first base station and the second base station , wherein the radio access network is configured to transmit, to the radio terminal , first control information that relates to an access stratum, wherein the first control information includes Layer-2 configuration information applied to a procedure for generating, in the radio terminal , a first Medium Access Control Protocol Data Unit, MAC PDU, for uplink transmission in the first cell and a second MAC PDU for uplink transmission in the second cell , and the system is characterized in that the Layer-2 configuration information includes information indicating that the generation of the second MAC PDU is prioritized higher than the generation of the first MAC PDU, wherein each of the first and second MAC PDU is to transmit uplink data for a logical channel of the network bearer subjected to the bearer split.
An apparatus for automatically packaging at least one article (A) made of a plastic film (F), comprising: - a weakening system for automatically performing a step of weakening a part (P) of said film (F), in such a way as to obtain a weakness on said part (P); - a drawing system for automatically performing a step of drawing at least said part (P) along an operating path (T) and, during said drawing step, a step of separating said part (P) from the remaining part of the film (F), in such a way that said part (P), once separated, corresponds to a piece (Q) of the film (F); - a wrapping system for automatically performing a step of wrapping said article (A) in said piece (Q); wherein said drawing system , in order to perform said drawing step, is configured to apply on said film (F) at least a first drawing force along a first sector (S1) of said path (T) and a second drawing force along a second sector (S2) of said path (T), said first sector (S1) and second sector (S2) defining between them a third intermediate sector (S3) which is interposed between said first sector (S1) and second sector (S2), said sectors (S1, S2, S3) being positioned, along said path (T), downstream of said weakening system ; wherein said drawing system is configured to perform said separating step, differentiating from each other said drawing forces upon the positioning of said weakness in said intermediate sector (S3); wherein said wrapping system is configured to perform said wrapping step by moving said article (A) along an axis (Y) transversal to said path (T), in such a way that said article (A) intercepts transversely the piece (Q) along said axis (Y); characterized in that the apparatus is configured to perform a preliminary step of adjusting the distance (d) along the path (T) between said intermediate sector (S3) and said axis (Y), in such a way as to allow adjustment of the distance (d) as a function of an input value correlated with the extension (L) of the piece (Q) along the operating path (T), said extension (L) of the piece (Q) being in turn correlated to at least a first dimension (D) of the article (A). - a weakening system for automatically performing a step of weakening a part (P) of said film (F), in such a way as to obtain a weakness on said part (P); - a drawing system for automatically performing a step of drawing at least said part (P) along an operating path (T) and, during said drawing step, a step of separating said part (P) from the remaining part of the film (F), in such a way that said part (P), once separated, corresponds to a piece (Q) of the film (F); - a wrapping system for automatically performing a step of wrapping said article (A) in said piece (Q); wherein said drawing system is configured to perform said separating step, differentiating from each other said drawing forces upon the positioning of said weakness in said intermediate sector (S3); wherein said wrapping system is configured to perform said wrapping step by moving said article (A) along an axis (Y) transversal to said path (T), in such a way that said article (A) intercepts transversely the piece (Q) along said axis (Y);
An antenna comprising: a ground plane ; a driven element disposed in a first layer and configured to excite a right hand circularly polarized wave; a plurality of elementary cells arranged in the first layer around the driven element , wherein at least one elementary cell of the plurality of elementary cells is different from each of the remaining elementary cells in the plurality of elementary cells , and each elementary cell of the plurality of elementary cells comprises a first conductor located in the first layer above and parallel with the ground plane ; and a first plurality of circuit elements , each circuit element of the first plurality of circuit elements connecting a particular pair of elementary cells in the plurality of elementary cells such that the antenna maintains a 4-fold rotational symmetry relative to a vertical axis orthogonal to the ground plane . a ground plane ; a driven element disposed in a first layer and configured to excite a right hand circularly polarized wave; a plurality of elementary cells arranged in the first layer around the driven element , wherein at least one elementary cell of the plurality of elementary cells is different from each of the remaining elementary cells in the plurality of elementary cells , and each elementary cell of the plurality of elementary cells comprises a first conductor located in the first layer above and parallel with the ground plane ; and a first plurality of circuit elements , each circuit element of the first plurality of circuit elements connecting a particular pair of elementary cells in the plurality of elementary cells such that the antenna maintains a 4-fold rotational symmetry relative to a vertical axis orthogonal to the ground plane .
A ventilator with at least one impeller having an axis of rotation and at least one suction channel with an air suction opening situated upstream of the impeller , wherein a cover is arranged with a distance from the opening in order to establish a lateral air flow, the cover being attached to a housing of the ventilator that features the air suction opening , wherein at least one air conducting means that reduces or prevents an air flow around the axis of rotation is arranged in a zone between the backside of the cover and the impeller , characterised in that the air conducting means has at least one air conducting web arranged in the region of the air suction opening and a flow guiding means arranged on the backside of the cover .
A creamer composition, said composition comprising casein or a salt thereof and an oil, wherein the weight ratio of casein or salt thereof to oil is 0.005:1 to 0.035:1, preferably 0.010:1 to 0.030:1; preferably 0.012:1 to 0.028:1, more preferably 0.015:1 to 0.025:1, the composition comprises 0.20 wt.% to 0.8 wt.% casein or salt thereof, and the composition is in the form of a powder.
Method for producing reconstituted tobacco in that: - the solid components of tobacco are comminuted to bring them to a particle size of about 20 - 220 μm, preferably about 80 - 180 μm, - said comminuted solid components of tobacco so obtained are mixed with water, at least one binding agent and at least one material to form an aerosol until a mixture with a liquid content of about 30 - 50%, preferably about 35 - 40% is obtained, said mixture is subjected to a first lamination in order to obtain a continuous strip having a thickness of about 1 - 20 mm, preferably of about 1-10 mm, - said strip, already subjected to said first lamination, is subjected to a series of further rolling passages, to obtain a strip having a substantially constant thickness of approximately 90 - 280 μm, preferably about 140 - 200 μm, - said strip is dried to bring its liquid content to about 8 - 15 %, and the mixture is subjected to a homogenization and forming step before being subjected to said first lamination step, said mixture is subjected to said homogenization and forming step for its transformation into a sequence of portions to be then subjected to said first lamination step. - the solid components of tobacco are comminuted to bring them to a particle size of about 20 - 220 μm, preferably about 80 - 180 μm, - said comminuted solid components of tobacco so obtained are mixed with water, at least one binding agent and at least one material to form an aerosol until a mixture with a liquid content of about 30 - 50%, preferably about 35 - 40% is obtained, said mixture is subjected to a first lamination in order to obtain a continuous strip having a thickness of about 1 - 20 mm, preferably of about 1-10 mm, - said strip, already subjected to said first lamination, is subjected to a series of further rolling passages, to obtain a strip having a substantially constant thickness of approximately 90 - 280 μm, preferably about 140 - 200 μm, - said strip is dried to bring its liquid content to about 8 - 15 %, and the mixture is subjected to a homogenization and forming step before being subjected to said first lamination step, said mixture is subjected to said homogenization and forming step for its transformation into a sequence of portions to be then subjected to said first lamination step.