mhurhangee/ep-ind-claims huggingface dataset:
A base station for performing coordinated multiple point (CoMP) communication in collaboration with a plurality of other base stations, a plurality of CoMP sets being defined where each CoMP set identifies a particular combination of the other base stations to be used with the base station for CoMP communication, the base station comprising: a plurality of branches (b0, b1, b2); a storage unit arranged to store a calibration coefficient of each of the plurality of branches for each of the CoMP sets; wherein the storage unit is further arranged to store, for each communication device (20A to 20L) of a CoMP transmission destination, an indication of a CoMP set, to thereby identify the particular combination of the other base stations to be used in combination with the plurality of branches to perform CoMP transmission with that communication device; a reading unit arranged to read from the storage unit a calibration coefficient of each of the plurality of branches for the CoMP set indicated in the storage for a communication device assigned to each resource block, and a multiplying unit arranged to multiply a transmission signal from each of the plurality of branches in each resource block by the read calibration coefficient when CoMP transmission to the communication device assigned to that resource block is performed through the plurality of branches. a plurality of branches (b0, b1, b2); a storage unit arranged to store a calibration coefficient of each of the plurality of branches for each of the CoMP sets; wherein the storage unit is further arranged to store, for each communication device (20A to 20L) of a CoMP transmission destination, an indication of a CoMP set, to thereby identify the particular combination of the other base stations to be used in combination with the plurality of branches to perform CoMP transmission with that communication device; a reading unit arranged to read from the storage unit a calibration coefficient of each of the plurality of branches for the CoMP set indicated in the storage for a communication device assigned to each resource block, and a multiplying unit arranged to multiply a transmission signal from each of the plurality of branches in each resource block by the read calibration coefficient when CoMP transmission to the communication device assigned to that resource block is performed through the plurality of branches.
An operating machine comprising: a power transmission machine with an input shaft linked to a drive source; an operation body (21, 22) to be selected from a plurality of different operation bodies and configured to be attachable and detachable with respect to an output shaft of the power transmission machine depending on an operation; and a control unit configured to control the drive source, wherein the operation body (21, 22) selected from the plurality of different operation bodies rotates by the drive source and is configured to have at least one detection body disposed thereon along a circumference of an approximately identical circle centered around the output shaft of the power transmission machine, wherein the power transmission machine includes a sensor configured to detect the at least one detection body at a time of rotation of the operation body (21, 22) and to emit a detection signal, wherein the control unit is configured to identify the operation body (21, 22) selected from the plurality of different operation bodies in accordance with the detection signals received from the sensor for a duration as long as the output shaft rotates a predetermined number of revolutions, and wherein the control unit is configured to control the drive source to be in a number of rotations per time unit suitable for an operation of the operation body (21, 22) selected from the plurality of different operation bodies based on the identification result. a power transmission machine with an input shaft linked to a drive source; an operation body (21, 22) to be selected from a plurality of different operation bodies and configured to be attachable and detachable with respect to an output shaft of the power transmission machine depending on an operation; and a control unit configured to control the drive source, wherein the operation body (21, 22) selected from the plurality of different operation bodies rotates by the drive source and is configured to have at least one detection body disposed thereon along a circumference of an approximately identical circle centered around the output shaft of the power transmission machine, wherein the power transmission machine includes a sensor configured to detect the at least one detection body at a time of rotation of the operation body (21, 22) and to emit a detection signal, wherein the control unit is configured to identify the operation body (21, 22) selected from the plurality of different operation bodies in accordance with the detection signals received from the sensor for a duration as long as the output shaft rotates a predetermined number of revolutions, and wherein the control unit is configured to control the drive source to be in a number of rotations per time unit suitable for an operation of the operation body (21, 22) selected from the plurality of different operation bodies based on the identification result.
An insect cell comprising a first nucleotide sequence coding for a first amino acid sequence and a second nucleotide sequence coding for a second amino acid sequence, wherein: (a) the first and second nucleotide sequence are each operably linked to expression control sequences for expression in an insect cell; (b) the first and second amino acid sequences comprise a common amino acid sequence of which at least 100 amino acids have at least 90% amino acid identity between the first and second amino acid sequences; (c) the nucleotide sequences that encode the common amino acid sequence in the first and second amino acid sequences are less than 95% identical; (d) codon usage of the first or second nucleotide sequence encoding the common amino acid sequence is adapted to the codon usage of the insect host cell; (e) the first nucleotide sequence encodes the amino acid sequence of a parvoviral Rep52 or 40 protein and the second nucleotide sequence encodes the amino acid sequence of a parvoviral Rep78 or 68 protein; and (f) the common amino acid sequences comprise the amino acid sequences from the second amino acid to the most C-terminal amino acid of the parvoviral Rep52 or 40 protein. (a) the first and second nucleotide sequence are each operably linked to expression control sequences for expression in an insect cell; (b) the first and second amino acid sequences comprise a common amino acid sequence of which at least 100 amino acids have at least 90% amino acid identity between the first and second amino acid sequences; (c) the nucleotide sequences that encode the common amino acid sequence in the first and second amino acid sequences are less than 95% identical; (d) codon usage of the first or second nucleotide sequence encoding the common amino acid sequence is adapted to the codon usage of the insect host cell; (e) the first nucleotide sequence encodes the amino acid sequence of a parvoviral Rep52 or 40 protein and the second nucleotide sequence encodes the amino acid sequence of a parvoviral Rep78 or 68 protein; and (f) the common amino acid sequences comprise the amino acid sequences from the second amino acid to the most C-terminal amino acid of the parvoviral Rep52 or 40 protein.
An airbag cover comprising: an instrument panel, a plate-like portion constituting a vehicle interior surface and forming part of the instrument panel; and an inner case disposed at a back face of the plate-like portion, which constitutes an airbag inflation and deployment path; wherein the airbag cover is formed by integrally molding the plate-like portion and the inner case; wherein the plate-like portion constitutes part of an instrument panel disposed in front of an occupant, and the inner case is formed in a position in front of an occupant in a passenger seat; and wherein the plate-like portion and the inner case are made of an olefin thermoplastic resin which meets the following requirements: A: bending modulus of elasticity: 500 to 1000 MPa, B: tensile break strength: 15 to 40 MPa, C: stretch at break: 600% or more, and D: Izod impact strength: not to break away at -35 degrees centigrade or higher, characterized in that a side close to a driver's seat of the plate-like portion is formed so as to be disposed in the back of a convex portion formed in the middle of the instrument panel, the convex portion having onboard apparatuses set therein. an instrument panel, a plate-like portion constituting a vehicle interior surface and forming part of the instrument panel; and an inner case disposed at a back face of the plate-like portion, which constitutes an airbag inflation and deployment path; wherein the airbag cover is formed by integrally molding the plate-like portion and the inner case; wherein the plate-like portion constitutes part of an instrument panel disposed in front of an occupant, and the inner case is formed in a position in front of an occupant in a passenger seat; and wherein the plate-like portion and the inner case are made of an olefin thermoplastic resin which meets the following requirements: A: bending modulus of elasticity: 500 to 1000 MPa, B: tensile break strength: 15 to 40 MPa, C: stretch at break: 600% or more, and D: Izod impact strength: not to break away at -35 degrees centigrade or higher, A: bending modulus of elasticity: 500 to 1000 MPa, B: tensile break strength: 15 to 40 MPa, C: stretch at break: 600% or more, and D: Izod impact strength: not to break away at -35 degrees centigrade or higher,
A service implementation method, comprising: receiving, by a serving gateway, a data packet of a terminal device sent by a packet data network gateway; determining, by the serving gateway, whether the data packet is with a serving priority and whether there is paging trigger message with a serving priority sent to a mobility management entity, MME; if the data packet is with a serving priority and there is no paging trigger message with a serving priority sent to the MME, sending, by the serving gateway, a paging trigger message with a serving priority to the MME. receiving, by a serving gateway, a data packet of a terminal device sent by a packet data network gateway; determining, by the serving gateway, whether the data packet is with a serving priority and whether there is paging trigger message with a serving priority sent to a mobility management entity, MME; if the data packet is with a serving priority and there is no paging trigger message with a serving priority sent to the MME, sending, by the serving gateway, a paging trigger message with a serving priority to the MME.
A gas turbine engine comprising: a fan nacelle and a core nacelle providing a bypass flow path radially between, the fan nacelle having an inlet including a throat, the inlet having an inlet forward-most point; a fan arranged in the bypass flow path and rotatable about an axis, the fan having a leading edge recessed from the inlet forward-most point by an inlet length in an axial direction; a spinner having a spinner length from a spinner forward-most point to the leading edge; the spinner forward-most point does not extend forward of the inlet forward-most point; and an area is provided between the fan nacelle and the spinner, characterised in that the area is monotonically convergent from the inlet to the fan; and a ratio of the spinner length to inlet length (L2/L1) is equal to or greater than 0.5. a fan nacelle and a core nacelle providing a bypass flow path radially between, the fan nacelle having an inlet including a throat, the inlet having an inlet forward-most point; a fan arranged in the bypass flow path and rotatable about an axis, the fan having a leading edge recessed from the inlet forward-most point by an inlet length in an axial direction; a spinner having a spinner length from a spinner forward-most point to the leading edge; the spinner forward-most point does not extend forward of the inlet forward-most point; and an area is provided between the fan nacelle and the spinner, characterised in that the area is monotonically convergent from the inlet to the fan; and a ratio of the spinner length to inlet length (L2/L1) is equal to or greater than 0.5.
Additional toilet seat having a seat ring and a fastening device for fastening to a toilet seat, wherein in a state in which the additional toilet seat is attached to a toilet seat which is fastened to a toilet bowl both the additional toilet seat as well as the toilet seat are capable of being raised, and the additional toilet seat between the fastening device and the seat ring has a material diminution in the region of which a material of the additional toilet seat is deformed when being raised, and wherein the additional toilet seat is embodied in two parts, wherein a first part comprises the seat ring and a second part comprises the fastening device and the material diminution, characterized in that the first and the second parts (2, 4) are interconnectable.
A programmable device configured for use within an industrial control system, the programmable device comprising: a memory (312, 318) storing a plurality of root certificates, the plurality of root certificates including at least an active root certificate, a secondary root certificate, and a tertiary root certificate stored at the memory in a hierarchical format, wherein in the hierarchical format the tertiary root certificate is subordinate to the secondary root certificate; at least one processor in data communication with the memory (312, 318) and an interface to exchange information within an industrial control network; and one or more components executable by the at least one processor and collectively configured to: receive an identifier of the secondary root certificate of the plurality of root certificates through the industrial control network according to an industrial protocol; activate the secondary root certificate to replace the active root certificate in response to receiving the identifier through the industrial control network, the active root certificate being revoked; and responsive to the activation of the secondary root certificate, replace the secondary root certificate in the hierarchical format with the tertiary root certificate. a memory (312, 318) storing a plurality of root certificates, the plurality of root certificates including at least an active root certificate, a secondary root certificate, and a tertiary root certificate stored at the memory in a hierarchical format, wherein in the hierarchical format the tertiary root certificate is subordinate to the secondary root certificate; at least one processor in data communication with the memory (312, 318) and an interface to exchange information within an industrial control network; and one or more components executable by the at least one processor and collectively configured to: receive an identifier of the secondary root certificate of the plurality of root certificates through the industrial control network according to an industrial protocol; activate the secondary root certificate to replace the active root certificate in response to receiving the identifier through the industrial control network, the active root certificate being revoked; and responsive to the activation of the secondary root certificate, replace the secondary root certificate in the hierarchical format with the tertiary root certificate. receive an identifier of the secondary root certificate of the plurality of root certificates through the industrial control network according to an industrial protocol; activate the secondary root certificate to replace the active root certificate in response to receiving the identifier through the industrial control network, the active root certificate being revoked; and responsive to the activation of the secondary root certificate, replace the secondary root certificate in the hierarchical format with the tertiary root certificate.
A doctor blade for use in a papermaking machine, comprising a fiber reinforced composite material containing a polymeric resin matrix reinforced by fabrics, characterized by the fabrics comprising combination glass/carbon yarns, wherein a combination glass/carbon yarn comprises a combination of carbon material and glass material.
A method performed by a first radio network node for handling neighbour relationships between radio network nodes in a wireless communication network; the method comprising - receiving a measurement report from a wireless device, wherein the measurement report comprises an identity of a reference signal, RS, measured by the wireless device; - determining (612,306) that the first radio network node does not know nor recognize the identity of the reference signal in the measurement report; and in that case - transmitting (613,307) a request to a second network node, the second network node being a core network node, which request requests for a transmission of an identifier, ID, of a reference signal handler associated with the identity of the reference signal in the measurement report, wherein the reference signal handler is a second radio network node, wherein the ID of the reference signal handler is a cell global identity, - receiving from the wireless device the ID of the reference signal handler, and then - triggering a neighbour relationship establishment process to the second radio network node based on the received ID of the reference signal handler. - receiving a measurement report from a wireless device, wherein the measurement report comprises an identity of a reference signal, RS, measured by the wireless device; - determining (612,306) that the first radio network node does not know nor recognize the identity of the reference signal in the measurement report; and in that case - transmitting (613,307) a request to a second network node, the second network node being a core network node, which request requests for a transmission of an identifier, ID, of a reference signal handler associated with the identity of the reference signal in the measurement report, wherein the reference signal handler is a second radio network node, wherein the ID of the reference signal handler is a cell global identity, - receiving from the wireless device the ID of the reference signal handler, and then - triggering a neighbour relationship establishment process to the second radio network node based on the received ID of the reference signal handler.
Use of a dual-carriage linear motor equipped with a controller within a blowing device, a first carriage of said motor moving a first movable support of a draw rod equipping said blowing device along at least a first path, whilst a second carriage of said motor moves a second movable support of a nozzle equipping said blowing device along at least a second path, each of said first and second paths being controlled independently by said controller.
A method for evaluating a connection between a first network node and a User Equipment, UE,, via a Second Cell,, which first network node serves a first cell, the method comprising: initiate sending, from the first network node to the UE via the second cell, a first message comprising a trigger for the UE to respond by sending a second message comprising feedback relating to the connection to the second cell; the method being characterized by obtaining a time value difference between the sending of said first message and receiving of said second message in the first network node, which second message comprises the feedback relating to the connection sent from the UE in response to the first message; evaluating how the connection shall be used based on the obtained time value difference and the received feedback. initiate sending, from the first network node to the UE via the second cell, a first message comprising a trigger for the UE to respond by sending a second message comprising feedback relating to the connection to the second cell; the method being characterized by obtaining a time value difference between the sending of said first message and receiving of said second message in the first network node, which second message comprises the feedback relating to the connection sent from the UE in response to the first message; evaluating how the connection shall be used based on the obtained time value difference and the received feedback.
A silicone laminate comprising layers of a silicone rubber layer and a silicone layer with a lower hardness than the silicone rubber layer, wherein the silicone rubber layer has an Asker A hardness of 40 to 80 and the silicone layer has an Asker C hardness of30 to 70, where the Asker A hardness and the Asker C hardness are measured with a rubber hardness tester specified in JIS K 7312, the silicone layer is at least one layer selected from the group consisting of a silicone sponge layer and a silicone gel layer, both the silicone rubber layer and the silicone layer are made of a material that is converted to ceramic and forms a sintered body when burned, so that the material retains its shape, and the silicone laminate is fire resistant. wherein the silicone rubber layer has an Asker A hardness of 40 to 80 and the silicone layer has an Asker C hardness of30 to 70, where the Asker A hardness and the Asker C hardness are measured with a rubber hardness tester specified in JIS K 7312, the silicone layer is at least one layer selected from the group consisting of a silicone sponge layer and a silicone gel layer, both the silicone rubber layer and the silicone layer are made of a material that is converted to ceramic and forms a sintered body when burned, so that the material retains its shape, and the silicone laminate is fire resistant.
Method of reducing lifting of a graphics film from a substrate, the graphic film having a polymeric film layer having on one major side thereof an adhesive layer, wherein lifting is reduced by applying the graphic film to the substrate with an intermediary base film, the base film comprising a backing layer having opposite first and second major sides, the first major side having an adhesive layer and the graphic film being adhered to the second major side of the base film: wherein the base film when elongated by 30 % at a temperature of 23°C, held at this elongation for 10 min. followed by removal of the force used to elongate the base film, the time in reducing the elongation level for the base film to a predetermined elongation level is larger than the time in reducing the elongation level of the graphic film to the same predetermined elongation level tested in the same way, and wherein the graphic film comprises a polyvinyl chloride film layer as the polymeric film layer and wherein the backing layer of the base film comprises a layer having a polymer other than a vinyl chloride based polymer.