mhurhangee/ep-ind-claims huggingface dataset:
A transmission device for Single-Input Single-Output, SISO, Multiple-Input Single-Output, MISO, and Multiple-Input Multiple-Output, MIMO, the transmission device comprising: a frame configurator configuring at least one SISO frame by exclusively gathering PLP data for SISO from target data for transmission, the target data including a plurality of pieces of PLP data to be transmitted via physical layer pipes, PLPs, and configuring at least one MISO/MIMO frame by gathering either or both of PLP data for MISO and PLP data for MIMO from the target data; a pilot symbol inserter for inserting pilot symbols into the at least one SISO frame and pilot symbols into the at least one MISO/MIMO frame, using common pilots for the PLP data for MISO and the PLP data for MIMO; and a transmitter for switching between first transmission processing for transmitting the at least one SISO frame using the PLPs and second transmission processing for transmitting the at least one MISO/MIMO frame using the PLPs by switching a precoding matrix over time, and executing transmission via the first transmission processing and the second transmission processing. a frame configurator configuring at least one SISO frame by exclusively gathering PLP data for SISO from target data for transmission, the target data including a plurality of pieces of PLP data to be transmitted via physical layer pipes, PLPs, and configuring at least one MISO/MIMO frame by gathering either or both of PLP data for MISO and PLP data for MIMO from the target data; a pilot symbol inserter for inserting pilot symbols into the at least one SISO frame and pilot symbols into the at least one MISO/MIMO frame, using common pilots for the PLP data for MISO and the PLP data for MIMO; and a transmitter for switching between first transmission processing for transmitting the at least one SISO frame using the PLPs and second transmission processing for transmitting the at least one MISO/MIMO frame using the PLPs by switching a precoding matrix over time, and executing transmission via the first transmission processing and the second transmission processing.
A float device comprising a floating body, wherein the floating body includes: a main body part having a first surface (3a1), a second surface (3a2) opposite the first surface (3a1), a first side surface (3a3) connecting the first surface (3a1) and the second surface (3a2), and a second side surface (3a4) opposite the first side surface (3a3); and a first joining part and a second joining part located on the first side surface (3a3) to locate on both sides in a first direction parallel to a ridge line (3a8) defined by the first surface (3a1) and the first side surface (3a3), the first joining part and the second joining part each include a first portion (3b1) located on the first side surface (3a3) and a second portion (3b2) connected to the first portion (3b1) to face the first side surface (3a3), the second portion (3b2) includes an end portion (3b22) farthest from the first portion (3b1), an end portion (3b22) of the first joining part and an end portion (3b22) of the second joining part face each other, and a minimum distance D1 between the end portion (3b22) of the first joining part and the end portion (3b22) of the second joining part is greater than twice a width D2 of the second portion (3b2) of the first joining part in the first direction, and is smaller than a minimum distance D3 between the first portion (3b1) of the first joining part and the first portion (3b1) of the second joining part, and a third joining part and a fourth joining part located on the second side surface (3a4), as the first joining part and second joining part are located on the first side surface (3a3) (3a3), wherein the fourth joining part is located on the same axis in a direction perpendicular to the first side surface (3a3) as the first joining part and the third joining part is located on the same axis in a direction perpendicular to the first side surface (3a3) as the second joining part. a main body part having a first surface (3a1), a second surface (3a2) opposite the first surface (3a1), a first side surface (3a3) connecting the first surface (3a1) and the second surface (3a2), and a second side surface (3a4) opposite the first side surface (3a3); and a first joining part and a second joining part located on the first side surface (3a3) to locate on both sides in a first direction parallel to a ridge line (3a8) defined by the first surface (3a1) and the first side surface (3a3),
A method for extracellularly secreting a Mycobacterium tuberculosis complex-specific protein, comprising subjecting a biological sample containing the Mycobacterium tuberculosis complex to a heat-treatment at 40°C to 60°C for at least 15 minutes and for at most 2.5 hours.
A method for animating models of a patient's mandibular and maxillary arches in a corrected intermaxillary relationship, said method being computer-implemented and comprising: - receiving three-dimensional digital models (MD, MX) of the patient's mandibular and maxillary arches, - receiving a record of the patient's mandibular kinematics, said record comprising a plurality of relative positions of the patient's mandible relative to to the maxilla, - selecting, from said positions, a reference position of the mandible relative to the patient's maxilla, and - determining a target position of the mandible relative to the maxilla, said target position defining the patient's corrected intermaxillary relationship, - determining a rigid transformation between the reference position and the target position, - applying said rigid transformation to (i) the record of the patient's mandibular kinematics to animate the three-dimensional digital models of the mandibular and maxillary arches, or (ii) the three-dimensional digital model of the mandible, the record of the mandibular kinematics provided being applied to the three-dimensional digital models of the mandible and maxilla to animate said models. - receiving three-dimensional digital models (MD, MX) of the patient's mandibular and maxillary arches, - receiving a record of the patient's mandibular kinematics, said record comprising a plurality of relative positions of the patient's mandible relative to to the maxilla, - selecting, from said positions, a reference position of the mandible relative to the patient's maxilla, and - determining a target position of the mandible relative to the maxilla, said target position defining the patient's corrected intermaxillary relationship, - determining a rigid transformation between the reference position and the target position, - applying said rigid transformation to (i) the record of the patient's mandibular kinematics to animate the three-dimensional digital models of the mandibular and maxillary arches, or (ii) the three-dimensional digital model of the mandible, the record of the mandibular kinematics provided being applied to the three-dimensional digital models of the mandible and maxilla to animate said models.
A User Equipment, UE, device for transmitting Hybrid Automatic Repeat reQuest, HARQ, for uplink data in support of multi-subframe scheduling, the UE device comprising: a data receiving unit, a processing unit and a data sending unit; wherein the data receiving unit is configured to receive Physical HARQ Indicator CHannel, PHICH, information and a multi-subframe scheduling uplink grant signaling which schedules uplink subframes, sent from a base station; the processing unit is configured to, according to a timing relationship between the multi-subframe scheduling uplink grant signaling and a scheduled uplink subframe which is scheduled by the multi-subframe scheduling uplink grant signaling, determine timing positions of the scheduled uplink subframe and a retransmission of the scheduled uplink subframe according to a Synchronous HARQ,SHARQ, process; and for the scheduled uplink subframe, determine parameters comprising an allocated channel resource, according to a relative position between a PHICH channel and the multi-subframe scheduling uplink grant signaling which schedules the SHARQ process of the scheduled uplink subframe, wherein if the UE does not detect the multi-subframe scheduling uplink grant signaling which schedules the SHARQ process, the UE performs the determining according to the PHICH information corresponding to the SHARQ process; the data sending unit is configured to perform data transmission or stop a current transmission in the scheduled uplink subframe according to the parameters. a data receiving unit, a processing unit and a data sending unit; wherein the data receiving unit is configured to receive Physical HARQ Indicator CHannel, PHICH, information and a multi-subframe scheduling uplink grant signaling which schedules uplink subframes, sent from a base station; the processing unit is configured to, according to a timing relationship between the multi-subframe scheduling uplink grant signaling and a scheduled uplink subframe which is scheduled by the multi-subframe scheduling uplink grant signaling, determine timing positions of the scheduled uplink subframe and a retransmission of the scheduled uplink subframe according to a Synchronous HARQ,SHARQ, process; and for the scheduled uplink subframe, determine parameters comprising an allocated channel resource, according to a relative position between a PHICH channel and the multi-subframe scheduling uplink grant signaling which schedules the SHARQ process of the scheduled uplink subframe, wherein if the UE does not detect the multi-subframe scheduling uplink grant signaling which schedules the SHARQ process, the UE performs the determining according to the PHICH information corresponding to the SHARQ process; the data sending unit is configured to perform data transmission or stop a current transmission in the scheduled uplink subframe according to the parameters.
Method for producing a solid-insulated circuit-breaker pole, comprising the steps: - Forming a pole shell housing with an elastic layer that is connected to the pole shell housing in an integrally bonded manner, - Mounting a vacuum interrupter in the pole shell housing that is provided with the elastic layer, characterized in that the step of forming the pole shell housing with the elastic layer that is connected to the pole shell housing in an integrally bonded manner comprises the steps: - Forming the elastic layer, - Attaching the pole shell housing to the elastic layer in an integrally bonded manner. - Forming a pole shell housing with an elastic layer that is connected to the pole shell housing in an integrally bonded manner, - Mounting a vacuum interrupter in the pole shell housing that is provided with the elastic layer, - Forming the elastic layer, - Attaching the pole shell housing to the elastic layer in an integrally bonded manner.
Method for detecting and/or documenting the operation of an attachment device (22, 23) which can be coupled to a work vehicle, in which, in the case of a respective attachment device (22, 23), a telematics unit of the work vehicle assigns an identification code, as a component of identification information (ID info) generated in the telematics unit and sent to an external data centre, when the attachment device (22, 23) is coupled for the first time, wherein the identification code is different for each attachment device (22, 23) coupled to the work vehicle, and wherein, when the attachment device (22, 23) is decoupled, the telematics unit detects an operating parameter contained in the identification information (ID info) and representing the attachment device (22, 23), in the form of a position (Pos-G) of the attachment device (22, 23) derived from a current position (Pos-G) of the work vehicle, as the current parking position of the attachment device (22, 23), and the resulting identification information (ID info) is sent to the external data centre for documentation via a mobile radio antenna connected to the telematics unit.
Appliance for cutting food consisting of a main body with a drive member extending into a working chamber intended to accommodate a rotating accessory to cut food mounted on the drive member, characterised by the fact that the main body offers storage space intended for another accessory for cutting food, in that the storage space is arranged on one side of the main body opposite the working chamber, in that the storage space includes at least one retaining member intending to store the other accessory for cutting food, and in that the retaining member comprises at least one holding hook from an elastic tongue and/or at least one holding hook movably mounted against an elastic return, the holding hook(s) carrying the other accessory to cut food.
A SerpinF2-binding antibody that reduces SerpinF2 activity or concentration, for use in a method of preventing or treating hemorrhage or edema in a patient in need thereof.
A pane with at least one electrical connection element, comprising: - a substrate, - an electrically conductive structure on a region of the substrate, - a layer of a leadfree solder material on a region of the electrically conductive structure, and - a connection element on the solder material, wherein the connection element contains at least a chromium-containing steel with a proportion of chromium greater than or equal to 10.5 wt.-% and a coefficient of thermal expansion of 9 × 10 -6 /°C to 13 × 10 -6 /°C, - the connection element contains a first and a second foot region (7,7'), a first and a second transition region (9,11), and a bridge region between the first and second transition region (9,11), - a first and a second contact surface (8,8') are located on the bottom of the first and second foot regions (7,7'), - the first and second contact surface (8,8') and the surfaces (9',11') of the first and second transition regions (9,11) facing the substrate are connected to the electrically conductive structure by the solder material, and - the angle between the surface of the substrate and each of the tangent planes of the surfaces (9',11') of the transition regions (9,11) facing the substrate is < 90°. - a substrate, - an electrically conductive structure on a region of the substrate, - a layer of a leadfree solder material on a region of the electrically conductive structure, and - a connection element on the solder material, wherein the connection element contains at least a chromium-containing steel with a proportion of chromium greater than or equal to 10.5 wt.-% and a coefficient of thermal expansion of 9 × 10 -6 /°C to 13 × 10 -6 /°C, - the connection element contains a first and a second foot region (7,7'), a first and a second transition region (9,11), and a bridge region between the first and second transition region (9,11), - a first and a second contact surface (8,8') are located on the bottom of the first and second foot regions (7,7'), - the first and second contact surface (8,8') and the surfaces (9',11') of the first and second transition regions (9,11) facing the substrate are connected to the electrically conductive structure by the solder material, and - the angle between the surface of the substrate and each of the tangent planes of the surfaces (9',11') of the transition regions (9,11) facing the substrate is < 90°.
A method for preparing methyl acrylate, comprising: a) heating in a reaction zone a mixture comprising acrylic acid, methanol, and an acid catalyst to react and form a product comprising methyl acrylate, which is vaporized with other light components and then fed to a distillation zone, wherein a feed stream entering the reaction zone comprises methanol and acrylic acid in a molar ratio of greater than 1 and less than 2, and a residence time in the reaction zone ranges from 0.25 to 2 hours; b) condensing and phase-separating a distillate from the distillation zone to form an organic phase comprising methyl acrylate and an aqueous phase; c) returning a portion of the organic phase to the distillation zone as organic reflux; d) feeding the remainder of the organic phase and the aqueous phase of the distillation zone to an extraction column to form a methanol rich aqueous effluent and an organic effluent comprising methyl acrylate; and e) purifying the organic effluent from the extraction column in a single finishing column, wherein a light ends stream is removed from the top of the finishing column, a bottoms stream is removed from the bottom of the finishing column, and methyl acrylate is removed from a side draw stream. a) heating in a reaction zone a mixture comprising acrylic acid, methanol, and an acid catalyst to react and form a product comprising methyl acrylate, which is vaporized with other light components and then fed to a distillation zone, wherein a feed stream entering the reaction zone comprises methanol and acrylic acid in a molar ratio of greater than 1 and less than 2, and a residence time in the reaction zone ranges from 0.25 to 2 hours; b) condensing and phase-separating a distillate from the distillation zone to form an organic phase comprising methyl acrylate and an aqueous phase; c) returning a portion of the organic phase to the distillation zone as organic reflux; d) feeding the remainder of the organic phase and the aqueous phase of the distillation zone to an extraction column to form a methanol rich aqueous effluent and an organic effluent comprising methyl acrylate; and e) purifying the organic effluent from the extraction column in a single finishing column, wherein a light ends stream is removed from the top of the finishing column, a bottoms stream is removed from the bottom of the finishing column, and methyl acrylate is removed from a side draw stream.
A kinematic rail mount for mounting a device on a rail, the rail including a topmost surface and an under surface along opposing sides of the rail, the mount comprising: a frame having a length along a first direction (y), a width along a second direction (x), and a height along a third direction (z); and a clamp, wherein the clamp is operatively connected to the frame to be slidable along the second direction (x), the frame has a first end portion and a second end portion arranged along the first direction (y) and an intermediate portion disposed between the first and second end portions (A, C), characterized in that: the clamp includes a guide disposed in a channel formed in the intermediate portion of the frame, the first end portion and second end portion include, respectively, a first raised pad and a second raised pad, each raised pad disposed closer to a first edge of the frame than to a second edge of the frame, the first and second edges being opposing edges extending along the first direction (y), the intermediate portion includes a third raised pad disposed closer to the second edge of the frame than to the first edge of the frame, the frame is configured to contact the topmost surface of the rail by only the first, second and third raised pads (101d, 101e) of the frame, and a surface of the first raised pad contacting the topmost surface of the rail, a surface of the second raised pad contacting the topmost surface of the rail, and a surface of the third raised pad contacting the topmost surface of the rail are discontinuous with each other. a frame having a length along a first direction (y), a width along a second direction (x), and a height along a third direction (z); and a clamp, wherein the clamp is operatively connected to the frame to be slidable along the second direction (x), the frame has a first end portion and a second end portion arranged along the first direction (y) and an intermediate portion disposed between the first and second end portions (A, C), characterized in that: the clamp includes a guide disposed in a channel formed in the intermediate portion of the frame, the first end portion and second end portion include, respectively, a first raised pad and a second raised pad, each raised pad disposed closer to a first edge of the frame than to a second edge of the frame, the first and second edges being opposing edges extending along the first direction (y), the intermediate portion includes a third raised pad disposed closer to the second edge of the frame than to the first edge of the frame, the frame is configured to contact the topmost surface of the rail by only the first, second and third raised pads (101d, 101e) of the frame, and a surface of the first raised pad contacting the topmost surface of the rail, a surface of the second raised pad contacting the topmost surface of the rail, and a surface of the third raised pad contacting the topmost surface of the rail are discontinuous with each other.
An expression system comprising: (a) a Pichia pastoris host cell in which the endogenous gene or the open reading frame thereof encoding an auxotrophic selectable marker protein encoded by the ADE1 gene or the ADE2 gene has been removed from the genome of the host cell to render the cell auxotrophic and (b) an integration vector comprising: a nucleic acid comprising an ADE1 or ADE2 gene operably linked to an endogenous truncated ADE1 or ADE2 promoter, in which the truncation renders the promoter with a transcription activity that is less than the native endogenous promoter, or no promoter; a nucleic acid having an insertion site for the insertion of one or more expression cassettes comprising a nucleic acid encoding a peptide, protein and/or functional nucleic acid of interest, and a targeting nucleic acid that directs insertion of the integration vector into a particular location of the genome of the host cell by roll-in single-crossover homologous recombination; (a) a Pichia pastoris host cell in which the endogenous gene or the open reading frame thereof encoding an auxotrophic selectable marker protein encoded by the ADE1 gene or the ADE2 gene has been removed from the genome of the host cell to render the cell auxotrophic and (b) an integration vector comprising: a nucleic acid comprising an ADE1 or ADE2 gene operably linked to an endogenous truncated ADE1 or ADE2 promoter, in which the truncation renders the promoter with a transcription activity that is less than the native endogenous promoter, or no promoter; a nucleic acid having an insertion site for the insertion of one or more expression cassettes comprising a nucleic acid encoding a peptide, protein and/or functional nucleic acid of interest, and a targeting nucleic acid that directs insertion of the integration vector into a particular location of the genome of the host cell by roll-in single-crossover homologous recombination; a nucleic acid comprising an ADE1 or ADE2 gene operably linked to an endogenous truncated ADE1 or ADE2 promoter, in which the truncation renders the promoter with a transcription activity that is less than the native endogenous promoter, or no promoter; a nucleic acid having an insertion site for the insertion of one or more expression cassettes comprising a nucleic acid encoding a peptide, protein and/or functional nucleic acid of interest, and a targeting nucleic acid that directs insertion of the integration vector into a particular location of the genome of the host cell by roll-in single-crossover homologous recombination;
Motor vehicle door latch with an operating/bolting lever mechanism with a first lever and a second lever, whereby both levers can be coupled in at least two different relative positions, whereby at least the first lever has a connected ratchet spring to engage in at least a ratchet recess on the other second lever, characterized in that the first lever is formed with the ratchet spring as a fixed lever and the second lever is formed with the ratchet recess as a ratchet lever which can be aligned in different ratchet positions in relation to the fixed lever.