mhurhangee/ep-ind-claims huggingface dataset:
A coil component comprising: an annular coil core composed of a material having a higher permeability than that of air, wherein the coil core is configured into a square loop, the sides of which being configured by a pair of columnar parts which respectively have a columnar shape and have the side circumferential surfaces opposed to each other and a pair of sandwiching parts which support the pair of columnar parts so as to hold them in between; and a winding wound respectively around each of the pair of columnar parts, characterized in that a width of a cross section of the pair of columnar parts increases in a first direction in which the columnar parts are opposed in the annular coil core towards either one side of the inner loop side or the outer loop side of the coil core, wherein the cross section is taken orthogonally to the winding axis of the winding and the width is taken within the cross section in a direction normal to the first direction, and wherein the columnar parts and the sandwiching parts are kept apart, and the distance between the columnar parts and the sandwiching parts is larger on said either one side, than on the opposite side. an annular coil core composed of a material having a higher permeability than that of air, wherein the coil core is configured into a square loop, the sides of which being configured by a pair of columnar parts which respectively have a columnar shape and have the side circumferential surfaces opposed to each other and a pair of sandwiching parts which support the pair of columnar parts so as to hold them in between; and a winding wound respectively around each of the pair of columnar parts,
A method of directing the evolution of a Chinese hamster ovary cell, the method comprising: introducing at least one mutator gene into the CHO cell, wherein the at least one mutator gene comprises a low fidelity mutation and an exonuclease deficient mutation, wherein the introduction of the at least one mutator gene increases the mutation rate of the CHO cell; growing the CHO cell into which the at least one mutator gene is introduced to obtain a grown cell; and selecting at least one mutated cell with a desired hereditary trait from the grown cell, wherein (a) the exonuclease deficient mutation comprises a D398A (aspartic acid to alanine change at amino acid 398) amino acid substitution in at least one catalytic subunit of a DNA polymerase delta gene (Poldl) of the CHO cell; and (b) the low fidelity mutation comprises a L602M (leucine to methionine change at amino acid 602) amino acid substitution in at least one catalytic subunit of a DNA polymerase delta gene (Poldl) of the CHO cell. introducing at least one mutator gene into the CHO cell, wherein the at least one mutator gene comprises a low fidelity mutation and an exonuclease deficient mutation, wherein the introduction of the at least one mutator gene increases the mutation rate of the CHO cell; growing the CHO cell into which the at least one mutator gene is introduced to obtain a grown cell; and selecting at least one mutated cell with a desired hereditary trait from the grown cell, wherein (a) the exonuclease deficient mutation comprises a D398A (aspartic acid to alanine change at amino acid 398) amino acid substitution in at least one catalytic subunit of a DNA polymerase delta gene (Poldl) of the CHO cell; and (b) the low fidelity mutation comprises a L602M (leucine to methionine change at amino acid 602) amino acid substitution in at least one catalytic subunit of a DNA polymerase delta gene (Poldl) of the CHO cell. (a) the exonuclease deficient mutation comprises a D398A (aspartic acid to alanine change at amino acid 398) amino acid substitution in at least one catalytic subunit of a DNA polymerase delta gene (Poldl) of the CHO cell; and (b) the low fidelity mutation comprises a L602M (leucine to methionine change at amino acid 602) amino acid substitution in at least one catalytic subunit of a DNA polymerase delta gene (Poldl) of the CHO cell.
Retaining element (22, 54) for retention of a heat shield tile of a gas turbine combustion chamber on a support structure, with a fastening section which can be fastened on the support structure in a fastening groove and at least one retaining section with a retaining head which is designed for engaging in an engagement device of the heat shield tile, wherein the fastening section comprises an elongate baseplate, arranged on one end face of which is the retaining section and oppositely adjoining which is an end region facing away from the retaining section, and an upper side of the fastening section can be arranged to face a cold side of the heat shield tile, characterized in that the fastening section in the end region has a projection on the upper side, wherein at least one cooling air passage (34, 55) is arranged in the fastening section in the region of the projection and comprises an inlet opening (35, 68) and at least one discharge opening (37, 38, 62) which is arranged in a lateral face (32, 39, 58) and/or on the upper side of the fastening section so that by means of the cooling air passage (34, 55) an outflow direction (50, 51, 59, 61, 63) can be impressed in each case upon the cooling air flowing from the discharge opening, which outflow direction comprises a velocity component which is parallel to the cold side and avoids an impingement cooling of the heat shield tile which is retained by the retaining section, and the fastening section can be arranged on the support structure in such a way that the inlet opening of the cooling air passage (34, 55) aligns with a cooling air channel which is arranged in the bottom of the fastening groove.
Method implemented by a device having a first radio interface for implementing a first wireless communication network and a second radio interface for implementing a second wireless communication network, the first and second wireless communication networks having distinct identifiers, the first radio interface is suitable for implementing wireless communication networks in a first frequency band and the second radio interface is suitable for implementing wireless communication networks in a second frequency band distinct from the first frequency band, the method being characterized in that, when no client device is connected to the second wireless communication network, the device implements an economy mode by performing the following steps: - deactivating the second radio interface; - implementing a third wireless communication network via said first radio interface, the third wireless communication network possessing the same identifier as the second wireless communication network; and, once a client device is connected to the third wireless communication network: - reactivating the second radio interface and re-implementing the second wireless communication network; and - cutting off the third wireless network and switching said client device to the second wireless communication network. - deactivating the second radio interface; - implementing a third wireless communication network via said first radio interface, the third wireless communication network possessing the same identifier as the second wireless communication network; - reactivating the second radio interface and re-implementing the second wireless communication network; and - cutting off the third wireless network and switching said client device to the second wireless communication network.
A connecting system for a solar-thermal installation comprising a conduit tube which is pivotable about an axis of rotation and which is filled with a carrier fluid, wherein the conduit tube extends between two ends (4a, 4b) and for transportation of the carrier fluid is connected at a first end via a metal hose as flexible tube connection to a stationary fixed conduit and at its second end via at least one connection means (11, 14, 16*) to a further conduit tube, characterized in that the conduit tube is mounted such that the metal hose only experiences forces acting vertical to the rotation axis and the connection means (11, 14, 16*) only experiences forces acting parallel to the rotation axis.
Set comprising a makeup product and a cosmetic applicator for applying this product, the applicator comprising a stem and an application member borne by the stem, the latter comprising a flexible portion of wavy shape, of flattened cross section on a major axis, the flexible portion comprising a succession of elementary patterns, characterized in that the flexible portion has its angular deflection about the major axis limited by elementary patterns coming into mutual abutment and in that the flexible portion defines a succession of grooves (15c, 15f) alternately opening onto opposite sides of the applicator.
A communication method performed by a terminal, comprising: receiving first control information, from a network device wherein the first control information is used to trigger a channel state information, CSI, operation corresponding to a first secondary component carrier, the first secondary component carrier is in a deactivated state, and the CSI operation comprises aperiodic CSI measurement; and performing, based on the first control information, the CSI operation corresponding to the first secondary component carrier; the method characterized in that the first control information is used to trigger the CSI operation corresponding to a bandwidth part, BWP, of the first secondary component carrier, and the BWP is a first active BWP; and the performing, based on the first control information, the CSI operation corresponding to the first secondary component carrier comprises: performing, based on the first control information, the CSI operation corresponding to the BWP of the first secondary component carrier. receiving first control information, from a network device wherein the first control information is used to trigger a channel state information, CSI, operation corresponding to a first secondary component carrier, the first secondary component carrier is in a deactivated state, and the CSI operation comprises aperiodic CSI measurement; and performing, based on the first control information, the CSI operation corresponding to the first secondary component carrier; the method characterized in that the first control information is used to trigger the CSI operation corresponding to a bandwidth part, BWP, of the first secondary component carrier, and the BWP is a first active BWP; and the performing, based on the first control information, the CSI operation corresponding to the first secondary component carrier comprises: performing, based on the first control information, the CSI operation corresponding to the BWP of the first secondary component carrier.
Process for treating a workpiece,, preferably for shaping a workpiece by ablating material, by a liquid jet guided laser beam within a time frame, comprising the following steps: a) producing a liquid jet by a nozzle, b) impinging the liquid jet on a reference surface allocated to the workpiece, whereby an intersection of the liquid jet with the reference surface defines a liquid jet-footprint, c) effecting a displacement between the liquid jet and the reference surface, whereby the liquid jet- footprint evolves to a trace along a trajectory associated with the trace during the time frame, wherein the trace covers a trace-area, d) irradiating the workpiece at least during part of the time frame with a laser beam coupled into the liquid jet, preferably for ablating material, characterized in that e) the trace has at least one overlap-area, wherein each of the at least one overlap-areas is defined by an associated common area of an associated second length-section (between 13a and 13b) of the trace and an associated first length-section (between 12a and 12b) of the trace and wherein the workpiece is irradiated by the laser beam along at least one of the length-sections. a) producing a liquid jet by a nozzle, b) impinging the liquid jet on a reference surface allocated to the workpiece, whereby an intersection of the liquid jet with the reference surface defines a liquid jet-footprint, c) effecting a displacement between the liquid jet and the reference surface, whereby the liquid jet- footprint evolves to a trace along a trajectory associated with the trace during the time frame, wherein the trace covers a trace-area, d) irradiating the workpiece at least during part of the time frame with a laser beam coupled into the liquid jet, preferably for ablating material, characterized in that e) the trace has at least one overlap-area, wherein each of the at least one overlap-areas is defined by an associated common area of an associated second length-section (between 13a and 13b) of the trace and an associated first length-section (between 12a and 12b) of the trace and wherein the workpiece is irradiated by the laser beam along at least one of the length-sections.
Bead-apex stitching device for stitching an apex to a bead, wherein the bead-apex stitching device comprises a first set of first stitching members distributed in a circumferential direction about a central axis for stitching the apex to the bead and a second set of second stitching members for stitching the apex to the bead in a manner different from the first stitching members of the first set, characterized in that the second stitching members of the second set are distributed in an alternating pattern with the first stitching members of the first set in the circumferential direction.
LED lamp (1; 21), in particular a refrigerator lamp, comprising at least one LED, an optics designed in the form of a collimator optics (4; 2) for the light emitted by the at least one LED, and an opaque lamp housing that surrounds the collimator optics (4; 22), wherein the collimator optics (4; 22) is designed to be transmissive, the opaque lamp housing and the transmissive collimator optics (4; 22) are jointly formed by a two-component plastic injection-moulded part, and the collimator optics (4; 22) is formed on the inner side of the two-component plastic injection-moulded part facing the LED, characterized in that the outside of the transmissive collimator optics (4; 22) is formed with structures for additional beam shaping.
A mobile wireless communications device comprising: a baseband input configured to receive a baseband signal; a transmitter coupled to said baseband input and configured to generate a transmit signal based upon the baseband signal, the transmit signal having an initial transmit impairment; an auxiliary receiver coupled to said transmitter and configured to generate a receive signal having a receive impairment therein resulting from the initial transmit impairment; a controller coupled to said baseband input and said auxiliary receiver, said controller configured to determine a power of the baseband signal by integrating a product of the receive signal and a complex conjugate of the baseband signal, determine a power of the receive signal by integrating a product of the baseband signal and the receive signal, determine the initial transmit impairment based upon the power of the baseband signal and the power of the receive signal, and generate a transmit impairment compensation signal based upon the determined initial transmit impairment. a baseband input configured to receive a baseband signal; a transmitter coupled to said baseband input and configured to generate a transmit signal based upon the baseband signal, the transmit signal having an initial transmit impairment; an auxiliary receiver coupled to said transmitter and configured to generate a receive signal having a receive impairment therein resulting from the initial transmit impairment; a controller coupled to said baseband input and said auxiliary receiver, said controller configured to determine a power of the baseband signal by integrating a product of the receive signal and a complex conjugate of the baseband signal, determine a power of the receive signal by integrating a product of the baseband signal and the receive signal, determine the initial transmit impairment based upon the power of the baseband signal and the power of the receive signal, and generate a transmit impairment compensation signal based upon the determined initial transmit impairment. determine a power of the baseband signal by integrating a product of the receive signal and a complex conjugate of the baseband signal, determine a power of the receive signal by integrating a product of the baseband signal and the receive signal, determine the initial transmit impairment based upon the power of the baseband signal and the power of the receive signal, and generate a transmit impairment compensation signal based upon the determined initial transmit impairment.
A wear member for attachment to earth working equipment to protect the equipment from wear during use, the wear member comprising a wear surface to contact the ground during operation of the earth working equipment, a mounting structure to effect mounting of the wear member on the earth working equipment, and a hole defined by a perimeter wall extending through the wear member and opening in both the wear surface and the mounting structure to receive a lock to hold the wear member to the earth working equipment, the perimeter wall including a retaining structure between the wear surface and the mounting structure, and the retaining structure having an upper shoulder and a lower shoulder for contacting corresponding bearing surfaces on the lock to positively hold the lock in the hole against inward and outward forces on the lock, wherein the retaining structure is formed as a radial projection extending into the hole from the perimeter wall, charcterised in that the perimeter wall includes a passage, the passage being adjacent the retaining structure and extending along a length of the hole from the mounting structure toward the wear surface to permit a lock component of a unified construction to be installed in the hole and rotated such that lugs (236, 237) on the lock component are slid along passage and rotated so that the lugs (236, 237) straddle the retaining structure and contact the upper shoulder and the lower shoulder. a wear surface to contact the ground during operation of the earth working equipment, a mounting structure to effect mounting of the wear member on the earth working equipment, and a hole defined by a perimeter wall extending through the wear member and opening in both the wear surface and the mounting structure to receive a lock to hold the wear member to the earth working equipment, the perimeter wall including a retaining structure between the wear surface and the mounting structure, and the retaining structure having an upper shoulder and a lower shoulder for contacting corresponding bearing surfaces on the lock to positively hold the lock in the hole against inward and outward forces on the lock, wherein the retaining structure is formed as a radial projection extending into the hole from the perimeter wall, charcterised in that the perimeter wall includes a passage, the passage being adjacent the retaining structure and extending along a length of the hole from the mounting structure toward the wear surface to permit a lock component of a unified construction to be installed in the hole and rotated such that lugs (236, 237) on the lock component are slid along passage and rotated so that the lugs (236, 237) straddle the retaining structure and contact the upper shoulder and the lower shoulder.
A method of performing persistent operations, the method comprising: receiving, at a memory system, a Persistent Write command and associated write data from a host; and performing a Persistent Write of the write data to a non-volatile memory in the memory system based on the Persistent Write command, and receiving a write identification, WID, associated with the Persistent Write command from the host; and further characterized by comprising: receiving a group of two or more Persistent Write commands with a common WID, with the last Persistent Write command of the group having a Persist bit set to 1 and the remaining Persistent Write commands having respective Persist bits set to 0 and providing a Persistent Write completion indication for the last Persistent Write command. receiving, at a memory system, a Persistent Write command and associated write data from a host; and performing a Persistent Write of the write data to a non-volatile memory in the memory system based on the Persistent Write command, and receiving a write identification, WID, associated with the Persistent Write command from the host; and further characterized by comprising: receiving a group of two or more Persistent Write commands with a common WID, with the last Persistent Write command of the group having a Persist bit set to 1 and the remaining Persistent Write commands having respective Persist bits set to 0 and providing a Persistent Write completion indication for the last Persistent Write command.
A method of providing an input into a handheld electronic device having an input apparatus, an output apparatus, and a memory having stored therein a plurality of language objects and a plurality of frequency objects, the language objects each being associated with an associated frequency object indicating the frequency of use of the language object, the input apparatus including a plurality of input members, each of at least a portion of the input members having a plurality of characters assigned thereto, the method comprising: providing a disambiguation function which, responsive to an ambiguous input of a number of input member actuations, is operable to: generate a number of prefix objects corresponding with the ambiguous input; and generate a result by, for each of at least some of the prefix objects, identifying a language object that corresponds with the prefix object, obtaining an associated frequency object that corresponds with the identified language object, and outputting at least a portion of the prefix objects of the result to provide a number of proposed disambiguated outputs that each have a correspondence with the ambiguous input; detecting that a focus of the handheld electronic device is on a particular component of the handheld electronic device; characterised in that responsive to said detecting that a focus of the handheld electronic device is on a particular component, disabling at least temporarily the disambiguation function; and enabling a multi-tap interpretation system. providing a disambiguation function which, responsive to an ambiguous input of a number of input member actuations, is operable to: generate a number of prefix objects corresponding with the ambiguous input; and generate a result by, for each of at least some of the prefix objects, identifying a language object that corresponds with the prefix object, obtaining an associated frequency object that corresponds with the identified language object, and outputting at least a portion of the prefix objects of the result to provide a number of proposed disambiguated outputs that each have a correspondence with the ambiguous input; generate a number of prefix objects corresponding with the ambiguous input; and generate a result by, for each of at least some of the prefix objects, identifying a language object that corresponds with the prefix object, obtaining an associated frequency object that corresponds with the identified language object, and outputting at least a portion of the prefix objects of the result to provide a number of proposed disambiguated outputs that each have a correspondence with the ambiguous input; detecting that a focus of the handheld electronic device is on a particular component of the handheld electronic device; characterised in that responsive to said detecting that a focus of the handheld electronic device is on a particular component, disabling at least temporarily the disambiguation function; and enabling a multi-tap interpretation system.