mhurhangee/ep-ind-claims huggingface dataset:
A channel encoding method, comprising: Obtaining a bit sequence X 1 N, wherein X 1 N = D 1 N F N, F N is an N × N matrix, F N = F 2 ⊗( log 2), F N is a Kronecker product of log 2 N matrices F 2, and F = 10 11; N is a length of a mother code, D 1 N is a bit sequence obtained after an input bit sequence u 1 N is encoded based on locations of K to-be-encoded information bits in an encoding diagram that has a mother code length of N, and u 1 N is N bit sequences generated based on the K to-be-encoded information bits; K is an integer greater than or equal to 1, N is an integral power of m, and m is a positive integer greater than 1; and the locations of the K to-be-encoded information bits in the encoding diagram that has a mother code length of N comprise a row location index set H of the information bits in the encoding diagram, 0 ≤ H ≤ N; sending the bit sequence X 1 N; characterized in that D 1 N comprises bits corresponding to the row location index set H in a sequence C 1 N and fixed bits; the locations of the K to-be-encoded information bits in the encoding diagram that has a mother code length of N comprise a layer location index set M of the information bits in the encoding diagram, 0 < M ≤log m N -1; and the bit sequence C 1 N is a bit sequence obtained after polar encoding is performed on u 1 N based on layers 0 to M in the polar encoding diagram. Obtaining a bit sequence X 1 N, wherein X 1 N = D 1 N F N, F N is an N × N matrix, F N = F 2 ⊗( log 2), F N is a Kronecker product of log 2 N matrices F 2, and F = 10 11; N is a length of a mother code, D 1 N is a bit sequence obtained after an input bit sequence u 1 N is encoded based on locations of K to-be-encoded information bits in an encoding diagram that has a mother code length of N, and u 1 N is N bit sequences generated based on the K to-be-encoded information bits; K is an integer greater than or equal to 1, N is an integral power of m, and m is a positive integer greater than 1; and the locations of the K to-be-encoded information bits in the encoding diagram that has a mother code length of N comprise a row location index set H of the information bits in the encoding diagram, 0 ≤ H ≤ N; sending the bit sequence X 1 N; characterized in that D 1 N comprises bits corresponding to the row location index set H in a sequence C 1 N and fixed bits; the locations of the K to-be-encoded information bits in the encoding diagram that has a mother code length of N comprise a layer location index set M of the information bits in the encoding diagram, 0 < M ≤log m N -1; and the bit sequence C 1 N is a bit sequence obtained after polar encoding is performed on u 1 N based on layers 0 to M in the polar encoding diagram.
A base for a conveyor belt scraper, wherein the base has an elongate body of uniform cross-section which includes a bridging piece with a first side and a second side which is opposed to the first side, first and second spaced apart legs (20, 22) on the first side of the bridging piece and at least two spaced apart retention sections (30, 32, 34) on the second side of the bridging piece characterized in that the first and second legs (20, 22) project diverging respectively from the first side and in that the retention sections (30, 32, 34) extend from the second side, away from the legs (20, 22).
A method for defining a working area of a rock drilling rig, which rock drilling rig comprises: a movable carrier; at least one boom pivoted to the carrier; a drilling unit arranged on the boom; as well as at least one control unit and at least one display device connected to it, the method comprising: determining the following current input parameters: an orientation of the rock drilling rig and a hole parameter; determining a working area that defines a reach of the drilling unit in the control unit on the basis of said current input parameters and at least one fixed reach parameter; displaying a graphical representation of said working area on the display; and re-determining said working area and updating said graphical representation of said working area dynamically in response to a change in at least one of said current input parameters, wherein the at least one display is configured to display the working area by indicating one or more holes that can be drilled from a current position of the rock drilling rig. determining the following current input parameters: an orientation of the rock drilling rig and a hole parameter; determining a working area that defines a reach of the drilling unit in the control unit on the basis of said current input parameters and at least one fixed reach parameter; displaying a graphical representation of said working area on the display; and re-determining said working area and updating said graphical representation of said working area dynamically in response to a change in at least one of said current input parameters, wherein the at least one display is configured to display the working area by indicating one or more holes that can be drilled from a current position of the rock drilling rig.
A driver apparatus (120, 220) for driving one or more light emitting diodes, the driver apparatus (120, 220) comprising a power converter portion for converting operating power supplied to the driver apparatus (120, 220) into a driving current for light emitting diodes, characterized in that the power converter portion comprises two or more power converter stages, of which a first power converter stage (340, 440, 540, 640) is configured to derive an intermediate circuit voltage, said driver apparatus (120, 220) further comprising a control portion (230, 330) for issuing control signals to control the power converter portion, a current monitoring portion arranged to measure a current in the first power converter stage of the power converter portion and to provide a current measurement signal, and a temperature monitoring portion for providing a temperature measurement signal indicative of ambient temperature of the driver apparatus (120, 220), wherein the control portion (230, 330) is configured to issue, in response to the current measurement signal indicating a current exceeding a threshold value, one or more control signals for limiting the output power of the first power converter stage (340, 440, 540, 640), and set the threshold value based on the temperature measurement signal.
A wireless transmit/receive unit, WTRU, comprising: a memory; a processor, the processor configured to: detect, by the WTRU, one or more transmission points within a communication range of the WTRU; determine, by the WTRU, at least one WTRU-specific cell identifier, WCID, based on a detection by the WTRU of the one or more transmission points; determine one or more resources via which to indicate the at least one WCID; determine an occurrence of at least one condition relating to transmission to or from the WTRU or relating to operation of the WTRU; and initiate a transmission upon the occurrence of the at least one condition, the transmission indicating the at least one WCID; and a transceiver, the transceiver configured to: send the transmission using the one or more resources. a memory; a processor, the processor configured to: detect, by the WTRU, one or more transmission points within a communication range of the WTRU; determine, by the WTRU, at least one WTRU-specific cell identifier, WCID, based on a detection by the WTRU of the one or more transmission points; determine one or more resources via which to indicate the at least one WCID; determine an occurrence of at least one condition relating to transmission to or from the WTRU or relating to operation of the WTRU; and initiate a transmission upon the occurrence of the at least one condition, the transmission indicating the at least one WCID; and detect, by the WTRU, one or more transmission points within a communication range of the WTRU; determine, by the WTRU, at least one WTRU-specific cell identifier, WCID, based on a detection by the WTRU of the one or more transmission points; determine one or more resources via which to indicate the at least one WCID; determine an occurrence of at least one condition relating to transmission to or from the WTRU or relating to operation of the WTRU; and initiate a transmission upon the occurrence of the at least one condition, the transmission indicating the at least one WCID; and a transceiver, the transceiver configured to: send the transmission using the one or more resources.
A negative electrode active material for a secondary battery, comprising: a silicon-carbon composite comprising a silicon particle, a carbon, and a lithium ion solid electrolyte particle, wherein the carbon and the lithium ion solid electrolyte particle are in contact with the silicon particle, wherein the carbon comprises one or more selected from the group consisting of a carbon particle with a graphene structure, fibrous carbon and carbon black, wherein the carbon particle with a graphene structure has an average particle diameter of 300 nm to 10 μm, the fibrous carbon has an average diameter of 10 to 200 nm, the carbon black has a primary particle with a bead-like connected structure, the primary particle has an average particle diameter of 10 to 80 nm, and the primary particle has a crystal size of 2 to 5 nm, and the silicon particle has an average particle diameter of 5 to 200 nm, and an amorphous surface layer is on a surface of the silicon particle having a thickness of 1 to 10 nm, and wherein the amorphous surface layer comprises amorphous carbon. a silicon-carbon composite comprising a silicon particle, a carbon, and a lithium ion solid electrolyte particle, wherein the carbon and the lithium ion solid electrolyte particle are in contact with the silicon particle, wherein the carbon comprises one or more selected from the group consisting of a carbon particle with a graphene structure, fibrous carbon and carbon black, wherein the carbon particle with a graphene structure has an average particle diameter of 300 nm to 10 μm, the fibrous carbon has an average diameter of 10 to 200 nm, the carbon black has a primary particle with a bead-like connected structure, the primary particle has an average particle diameter of 10 to 80 nm, and the primary particle has a crystal size of 2 to 5 nm, and the silicon particle has an average particle diameter of 5 to 200 nm, and an amorphous surface layer is on a surface of the silicon particle having a thickness of 1 to 10 nm, and wherein the amorphous surface layer comprises amorphous carbon.
A reactor arrangement for carrying out catalytic gas phase reactions, comprising a shell-and-tube reactor which includes a tube bundle surrounded by a shell with a number of catalyst-filled reaction tubes, wherein the reaction tubes all have the same inside diameter and the reaction tube bundle has a constant tube pitch T 1 and perpendicularly to the longitudinal axis of the reaction tubes occupies a cross-sectional area equipped with tubes, and comprising a separate, directly succeeding aftercooler which includes a tube bundle surrounded by a shell with cooling tubes whose number is smaller than that of the reaction tubes, wherein the cooling tubes all have the same inside diameter and the cooling tube bundle has a constant tube pitch T 2 and perpendicularly to the longitudinal axis of the cooling tubes likewise occupies a cross-sectional area equipped with tubes, wherein the tube pitch each is the shortest center distance of two adjacent tubes, and wherein the reaction tubes and the cooling tubes each are arranged in a rhombic pattern and the clear total flow cross-section of all cooling tubes is smaller than the clear total flow cross-section of all reaction tubes, characterized in that the tube pitch T 2 of the cooling tubes is greater than the tube pitch T 1 of the reaction tubes and a protrusion of the edges of the respective cross-sectional areas (26, 27) equipped with tubes relative to each other is not more than the tube pitch T 2 of the cooling tubes, so that the flow velocity in the cooling tubes is greater than that in the reaction tubes.
A sheet separation device configured to separate a non-bonding portion of a two-ply sheet in which two sheets (P1, P2) are overlapped and bonded together at one end as a bonding portion of the two-ply sheet, the sheet separation device comprising a separator configured to be inserted into a gap formed between the two sheets (P1, P2) of the two-ply sheet, relatively move from the one end of the two-ply sheet to another end of the two-ply sheet.
An integrated endoscope comprising a shaft having proximal and distal ends, and a tissue apposition device at the distal end of the shaft, at least one apposition device control element extending the length of the shaft and an apposition control mechanism mounted at the proximal end of the shaft for controlling said tissue apposition device, the apposition device comprising at least one vacuum chamber that opens to the outside of the apposition device and which draws tissue by a vacuum introduced to the vacuum chamber, wherein the tissue apposition device comprises semicircular needle configured for advancement within the apposition device through an circular path and means for driving the needle through the circular path, wherein tissue is drawn to said vacuum chamber to position the tissue along the circular path of the needle, wherein the circular path is located entirely in a single plane in an end to end direction of the device.
A motion vector determining method for determining, in a direct mode, a motion vector of a current block Included in a current picture that is included in coded form in a bit stream, said motion vector determining method being characterized by: specifying, when a co-located block has exactly two motion vectors, only one motion vector out of the two motion vectors, the co-located block being located in a motion compensated second picture at the same position that the current block is located in the current picture, the motion compensated second picture being a picture following the current picture in display order; and determining the motion vector of the current block, using the specified motion vector and not the other out of the two motion vectors, wherein, in the case where (i) a first motion vector of the two motion vectors of the co-located block refers to a first reference picture preceding the motion compensated second picture in display order and (ii) a second motion vector of the two motion vectors of the co-located block refers to a second reference picture preceding the motion compensated second picture in display order, only the first motion vector is specified in said specifying of one motion vector, the first motion vector being coded or decoded earlier than the second motion vector, and wherein the first reference picture and the second reference picture are different pictures, and the motion compensated second picture is a B-picture. specifying, when a co-located block has exactly two motion vectors, only one motion vector out of the two motion vectors, the co-located block being located in a motion compensated second picture at the same position that the current block is located in the current picture, the motion compensated second picture being a picture following the current picture in display order; and determining the motion vector of the current block, using the specified motion vector and not the other out of the two motion vectors, wherein, in the case where (i) a first motion vector of the two motion vectors of the co-located block refers to a first reference picture preceding the motion compensated second picture in display order and (ii) a second motion vector of the two motion vectors of the co-located block refers to a second reference picture preceding the motion compensated second picture in display order, only the first motion vector is specified in said specifying of one motion vector, the first motion vector being coded or decoded earlier than the second motion vector, and wherein the first reference picture and the second reference picture are different pictures, and the motion compensated second picture is a B-picture.
A method for determining whether a subject is at risk of developing autoimmune diabetes, comprising: measuring in a sample obtained from the subject, the enzymatic activities and/or protein levels of neutrophil elastase and proteinase 3 in the sample; comparing the enzymatic activities and/or protein levels of the neutrophil elastase and proteinase 3 to respective reference levels of enzymatic activities and/or protein levels, wherein the respective reference levels of neutrophil elastase and proteinase 3 are obtained from one or more reference subject that does not have autoimmune diabetes; and determining that the subject is at risk of developing autoimmune diabetes when the enzymatic activities and/or protein levels of neutrophil elastase and proteinase 3 contained in the sample are greater than 20% above the respective reference levels. measuring in a sample obtained from the subject, the enzymatic activities and/or protein levels of neutrophil elastase and proteinase 3 in the sample; comparing the enzymatic activities and/or protein levels of the neutrophil elastase and proteinase 3 to respective reference levels of enzymatic activities and/or protein levels, wherein the respective reference levels of neutrophil elastase and proteinase 3 are obtained from one or more reference subject that does not have autoimmune diabetes; and determining that the subject is at risk of developing autoimmune diabetes when the enzymatic activities and/or protein levels of neutrophil elastase and proteinase 3 contained in the sample are greater than 20% above the respective reference levels.
A reservoir kit comprising at least one predosed reservoir that is hermetically sealed and that contains a single dose of powder, each predosed reservoir comprising a base layer forming a cavity, and a closure layer that is bonded to said base layer so as to seal said cavity hermetically, said closure layer comprising an inner layer that is made of a material that is powder-tight, airtight, and moisture-tight, such as a sheet of aluminum, and a protective outer layer that is bonded on said inner layer, the reservoir kit being characterized in that said protective outer layer is made of a material that has shape memory and that is substantially elastic, such as an elastomer material, so that if said closure layer is pierced by one or more piercer elements cutting out flaps (17, 18), and the piercer element(s) are then removed, said outer layer closes preferably in sealed manner at said flaps (17, 18), preventing any powder from escaping from said reservoir.
A covering slab intended to a pavement system for a pavement, the covering slab comprising: a support frame configured to be positioned on the pavement and comprising a plurality of passage orifices, said passage orifices being adapted to allow the passage of power supply elements and/or of communication elements; and a covering element adapted to cover the support frame and comprising: a traffic face, said traffic face comprising: a communication unit; a control unit; and the control unit and/or the communication unit comprises at least one input/output terminal intended to be connected to a power supply element or to a communication element passing through a passage orifice, characterized in that the at least one passage orifice is located in the immediate vicinity of a corner of said support frame. a support frame configured to be positioned on the pavement and comprising a plurality of passage orifices, said passage orifices being adapted to allow the passage of power supply elements and/or of communication elements; and a covering element adapted to cover the support frame and comprising: a traffic face, said traffic face comprising: a communication unit; a control unit; and the control unit and/or the communication unit comprises at least one input/output terminal intended to be connected to a power supply element or to a communication element passing through a passage orifice, characterized in that the at least one passage orifice is located in the immediate vicinity of a corner of said support frame. a communication unit; a control unit; and the control unit and/or the communication unit comprises at least one input/output terminal intended to be connected to a power supply element or to a communication element passing through a passage orifice, characterized in that the at least one passage orifice is located in the immediate vicinity of a corner of said support frame.
A stabilized pharmaceutical preparation of a human interferon beta variant, comprising the following: (a) a human interferon beta variant, (b) an acetate buffer at a concentration of 5 to 100 mM, (c) arginine at a concentration of 10 to 150 mM, (d) trehalose at a concentration of 150 to 250 mM, (e) Poloxamer 188 at a concentration of 0.1 to 10 mg/mL, and (f) methionine at a concentration of 0.5 to 5 mM.
A coil device comprising: a coil bobbin having a wind-starting side conducting terminal and a wind-ending side conducting terminal; magnet wire wound around the coil bobbin and having a starting end bound and fixed to the wind-starting side conducting terminal and a terminal end bound and fixed to the wind-ending side conducting terminal; and a mold resin covering an outer periphery of the magnet wire, wherein the wind-ending side conducting terminal includes, from a proximal end, a wind-ending side proximal-end binding part and a wind-ending side distal-end binding part for binding the magnet wire, and a wind-ending side wire-connecting part between the wind-ending side proximal-end binding part and the wind-ending side distal-end binding part, and the terminal end of the magnet wire is fixed to the wind-ending side conducting terminal by swaging and/or fusing at the wind-ending side distal-end binding part characterized in that the magnet wire is wound for several rounds at a winding part of the wind-ending side distal-end binding part, the wind-ending side wire-connecting part is adapted to electrically connect the magnet wire with the wind-ending side conducting terminal, and the wind-ending side distal-end binding part has a stepped structure including: the relatively narrow winding part that protrudes from a conducting part of the wind-ending side conducting terminal and being for binding the magnet wire; and a relatively wide contacting part that protrudes from the winding part and being brought into contact with the conducting part. the wind-ending side conducting terminal includes, from a proximal end, a wind-ending side proximal-end binding part and a wind-ending side distal-end binding part for binding the magnet wire, and a wind-ending side wire-connecting part between the wind-ending side proximal-end binding part and the wind-ending side distal-end binding part, and the terminal end of the magnet wire is fixed to the wind-ending side conducting terminal by swaging and/or fusing at the wind-ending side distal-end binding part characterized in that the magnet wire is wound for several rounds at a winding part of the wind-ending side distal-end binding part, the wind-ending side wire-connecting part is adapted to electrically connect the magnet wire with the wind-ending side conducting terminal, and the wind-ending side distal-end binding part has a stepped structure including: the relatively narrow winding part that protrudes from a conducting part of the wind-ending side conducting terminal and being for binding the magnet wire; and a relatively wide contacting part that protrudes from the winding part and being brought into contact with the conducting part.