mhurhangee/ep-ind-claims huggingface dataset:
A surge arrester, comprising an elongate housing having an interior comprising an interior surface that extends along a longitudinal axis between a first end and a second end of said housing; an active member, arranged at least partially within the interior and extending along the longitudinal axis; an enclosure that is fixed to or integrally formed with the housing and that closes the interior at the first end, wherein the enclosure comprises a predetermined breaking line, wherein the breaking line extends around the longitudinal axis, defining a radially inner enclosure portion and a radially outer enclosure portion, wherein the radially inner enclosure portion is configured to support the active member. an elongate housing having an interior comprising an interior surface that extends along a longitudinal axis between a first end and a second end of said housing; an active member, arranged at least partially within the interior and extending along the longitudinal axis; an enclosure that is fixed to or integrally formed with the housing and that closes the interior at the first end, wherein the enclosure comprises a predetermined breaking line, wherein the breaking line extends around the longitudinal axis, defining a radially inner enclosure portion and a radially outer enclosure portion, wherein the radially inner enclosure portion is configured to support the active member.
A functionalized chromophoric polymer dot (Pdot) comprising: a hydrophobic core and a hydrophilic cap, and wherein said core comprises a chromophoric polymer, and said cap comprises a functionalization agent bearing one or more reactive functional groups, wherein the functionalization agent is an amphiphilic molecule, having a hydrophobic moiety and a hydrophilic moiety attached to the one or more reactive functional groups, wherein the chromophoric polymer is embedded within the hydrophobic core of the Pdot; wherein a portion of the amphiphilic molecule is embedded within the core of the Pdot; the one or more reactive functional grousp is located in the hydrophilic cap; wherein a weight ratio of the amphiphilic molecule to chromophoric polymer is from 1% to 25% with the proviso that not all of the cap is an organo silicate; and wherein the chromophoric polymer is one or more semiconducting homopolymers selected from fluorene polymers, phenylene vinylene polymers, phenylene polymers, phenylene ethynylene polymers, benzothiazole polymers, thiophen polymers, carbazole fluorine polymers, boron-dipyrromethene-based polymers; or one or more semiconducting copolymers comprising at least two different chromophoric units selected from fluorene units, phenylene vinylene unit, phenylene units, phenylene ethynylene units, benzothiazole units, thiophen units, carbazole fluorene units, boron-dipyrromethene units. a hydrophobic core and a hydrophilic cap, and wherein said core comprises a chromophoric polymer, and said cap comprises a functionalization agent bearing one or more reactive functional groups, wherein the functionalization agent is an amphiphilic molecule, having a hydrophobic moiety and a hydrophilic moiety attached to the one or more reactive functional groups, wherein the chromophoric polymer is embedded within the hydrophobic core of the Pdot; wherein a portion of the amphiphilic molecule is embedded within the core of the Pdot; the one or more reactive functional grousp is located in the hydrophilic cap; wherein a weight ratio of the amphiphilic molecule to chromophoric polymer is from 1% to 25% with the proviso that not all of the cap is an organo silicate; and wherein the chromophoric polymer is one or more semiconducting homopolymers selected from fluorene polymers, phenylene vinylene polymers, phenylene polymers, phenylene ethynylene polymers, benzothiazole polymers, thiophen polymers, carbazole fluorine polymers, boron-dipyrromethene-based polymers; or one or more semiconducting copolymers comprising at least two different chromophoric units selected from fluorene units, phenylene vinylene unit, phenylene units, phenylene ethynylene units, benzothiazole units, thiophen units, carbazole fluorene units, boron-dipyrromethene units.
A sealing collar adapted for being mounted around a window frame mounted in an inclined roof of a building, said sealing collar comprising an inner portion having top, bottom and side members, where said inner portion has an inner edge and an outer edge opposite the inner edge, where said inner edge defines an opening when the sealing collar is in the mounted condition, and where said inner portion is adapted for surrounding a window frame by the inner edge, and an outer skirt portion attached to the outer edge of the inner portion, where said outer skirt portion is a waterproof membrane adapted for forming a waterproof transition to an underroof of the inclined roof, wherein shape and size of the opening substantially match shape and size of the window frame, when the sealing collar is in the mounted condition, characterized in that the top, bottom and side members of the inner portion are made from a substantially dimensionally stable material, so that the inner edges of the inner portion may be used as a guide for a drawing aid or cutting tool.
A thermoelectric conversion element wherein on a first surface of a thermoelectric conversion module comprising a P-type thermoelectric element, an N-type thermoelectric element, and an electrode, characterised by a thermally conductive resin layer A and a thermally conductive resin layer B having a lower thermal conductivity than the thermally conductive resin layer A are provided in an alternating manner so as to be in direct contact with the first surface, and on a second surface on the opposite side of the first surface of the thermoelectric conversion module, a thermally conductive resin layer a and a thermally conductive resin layer b having a lower thermal conductivity than the thermally conductive resin layer a are provided in an alternating manner so as to be in direct contact with the second surface.
A flat cable winding device in which one end of a flat cable is connected and the other end side is wound so as to be able to be fed out, comprising: a base plate in which a central shaft for holding one end side of the flat cable is erected on the center of the upper surface; a rotation table disposed on an upper surface of the base plate and rotatably supported around the central shaft by fitting a center hole to the central shaft; an energizing member for rotationally energizing the rotation table in the winding direction of the flat cable, with the energizing member being interposed between the base plate and the rotation table, one end being locked to the rotation table, and the other end being locked to the base plate; and a tubular wall body mounted on the base plate while the energizing member and the rotation table are accommodated therein, characterized in that a rib is formed on an inner periphery wall surface of the tubular wall body for preventing the rotation table from popping out of the base plate in a direction away from the base plate in a state in which the tubular wall body is fixed to the base plate. a base plate in which a central shaft for holding one end side of the flat cable is erected on the center of the upper surface; a rotation table disposed on an upper surface of the base plate and rotatably supported around the central shaft by fitting a center hole to the central shaft; an energizing member for rotationally energizing the rotation table in the winding direction of the flat cable, with the energizing member being interposed between the base plate and the rotation table, one end being locked to the rotation table, and the other end being locked to the base plate; and a tubular wall body mounted on the base plate while the energizing member and the rotation table are accommodated therein, characterized in that a rib is formed on an inner periphery wall surface of the tubular wall body for preventing the rotation table from popping out of the base plate in a direction away from the base plate in a state in which the tubular wall body is fixed to the base plate.
Method for fabricating a nonvolatile semiconductor memory cell having the following steps: a) formation of a first insulation layer, an electrically non-conductive charge storage layer, a second insulation layer and a mask layer on a substrate; b) patterning of the mask layer; c) formation of sidewall layers at the patterned mask layer; d) removal of at least the second insulation layer and the charge storage layer using the patterned mask layer and the sidewall layer; e) formation of source and drain regions (7, 8) in the substrate; f) removal of the mask layer; g) removal of the second insulation layer, the charge storage layer and the first insulation layer using the sidewall layers in order to produce locally delimited layer stacks; h) removal of the sidewall layers; i) formation of a third insulation layer at the surface of the substrate and the layer stacks; j) formation of an electrically conductive control layer; k) patterning of the control layer in order to form word lines; and l) removal of the third insulation layer, the second insulation layer, the charge storage layer and the first insulation layer using the patterned control layer in order to form locally delimited memory locations (LB, RB). a) formation of a first insulation layer, an electrically non-conductive charge storage layer, a second insulation layer and a mask layer on a substrate; b) patterning of the mask layer; c) formation of sidewall layers at the patterned mask layer; d) removal of at least the second insulation layer and the charge storage layer using the patterned mask layer and the sidewall layer; e) formation of source and drain regions (7, 8) in the substrate; f) removal of the mask layer; g) removal of the second insulation layer, the charge storage layer and the first insulation layer using the sidewall layers in order to produce locally delimited layer stacks; h) removal of the sidewall layers; i) formation of a third insulation layer at the surface of the substrate and the layer stacks; j) formation of an electrically conductive control layer; k) patterning of the control layer in order to form word lines; and l) removal of the third insulation layer, the second insulation layer, the charge storage layer and the first insulation layer using the patterned control layer in order to form locally delimited memory locations (LB, RB).
Headrest of a vehicle seat comprising a deformable, central supporting body which forms the impact zone for the head of a vehicle occupant and into which the kinetic energy of the head is introduced during an accident, and comprising lateral supporting surfaces which are connected to both sides of the central supporting body and are extendable from the plane of the headrest for laterally supporting the head, the headrest comprising means for absorbing the energy introduced into the central supporting body and for outputting the absorbed energy for activating lateral supporting surfaces, characterised in that the means comprises at least one lattice-like supporting structure having a front supporting flange and a rear supporting flange which is not parallel thereto, the first end of the front supporting flange being connected to the first end of the rear supporting flange at an acute angle (β), the second end of the front supporting flange being arranged at a distance from the second end of the rear supporting flange and cross-struts which interconnect the front supporting flange and the rear supporting flange being arranged in the free space between the front supporting flange and the rear supporting flange.
A method for obtaining characteristics of a target coating layer, said method comprising the steps of: a) providing a removable front support layer having a lower surface and an upper surface; b) providing a clearcoat layer having a first surface and a second surface, wherein at least a portion of said lower surface of the front support layer is affixed to said second surface of the clearcoat layer and removable from said clearcoat layer; c) applying a target coating composition over at least a portion of said first surface of the clearcoat layer to form a wet coating layer thereon; d) at least partially curing or drying said wet coating layer to form said target coating layer; e) applying a back support layer over said target coating layer, wherein said target coating layer is positioned between said clearcoat layer and said back support layer; and f) obtaining said characteristics of said target coating layer by measuring characterized in that said back support layer comprises a primer layer, and in that said measuring is performed from the second surface of the clearcoat layer. a) providing a removable front support layer having a lower surface and an upper surface; b) providing a clearcoat layer having a first surface and a second surface, wherein at least a portion of said lower surface of the front support layer is affixed to said second surface of the clearcoat layer and removable from said clearcoat layer; c) applying a target coating composition over at least a portion of said first surface of the clearcoat layer to form a wet coating layer thereon; d) at least partially curing or drying said wet coating layer to form said target coating layer; e) applying a back support layer over said target coating layer, wherein said target coating layer is positioned between said clearcoat layer and said back support layer; and f) obtaining said characteristics of said target coating layer by measuring
A method in a television broadcasting system in which a transmission unit controls the presentation of items of enhanced content during a running program and the presentation of the items of enhanced content is triggered in response to receipt by the transmission unit of periodic indications embedded in the running program, characterised by the method comprising: prior to the presentation of items of enhanced content during a running program, measuring, for each periodic indication, a criterion indicative of the quality of that periodic indication; storing the measured criteria as quality data; and, during the running program, if no periodic indication is detected by the transmission unit for a predetermined time, accessing the quality data to determine an expected indication quality of a periodic indication following a last detected periodic indication, and: if the expected indication quality is above a threshold quality level, suspending the triggering of enhanced content, and if the expected indication quality is below the threshold, triggering the presentation of enhanced content. prior to the presentation of items of enhanced content during a running program, measuring, for each periodic indication, a criterion indicative of the quality of that periodic indication; storing the measured criteria as quality data; and, during the running program, if no periodic indication is detected by the transmission unit for a predetermined time, accessing the quality data to determine an expected indication quality of a periodic indication following a last detected periodic indication, and: if the expected indication quality is above a threshold quality level, suspending the triggering of enhanced content, and if the expected indication quality is below the threshold, triggering the presentation of enhanced content. if the expected indication quality is above a threshold quality level, suspending the triggering of enhanced content, and if the expected indication quality is below the threshold, triggering the presentation of enhanced content.
An apparatus for actuating a signal generator, in particular a radio key of a motor vehicle, comprising a signal generator receiver, movable between a closed position and an open position, for receiving the signal generator; an actuation means for actuating the signal generator receivable in the signal generator receiver; and a locking means for locking the signal generator receiver in the closed position, characterized in that the actuation means and the locking means form a structural unit.
An ignition system for a combustion engine comprising: - a spark plug with a pair of gapped electrodes; - a first transformer including a first primary winding inductively coupled to a first secondary winding; - a second transformer including a second primary winding inductively coupled to a second secondary winding; - secondary windings (L2, L4) being each coupled to the gapped electrodes of the spark plug and being decoupled one from the other by high voltage diodes (D1, D2); - a control unit enabled to simultaneously energize and deenergize both primary windings (L1, L3) by simultaneously switching on and off two corresponding switches (Q1, Q2) to establish an electrical arc across the gapped electrodes and to sequentially energize and deenergize both primary windings (L1, L3) by sequentially switching on and off both corresponding switches (Q1, Q2) to maintain a continuous ignition fire, characterized in that said control unit being further enabled to detect a burn voltage at the spark plug in the combustion engine, to switch off both corresponding switches (Q1, Q2) when burn voltage is higher than a predetermined burn voltage threshold and thereby switch on both high voltage diodes (D1, D2) so as a forward current floats through. - a spark plug with a pair of gapped electrodes; - a first transformer including a first primary winding inductively coupled to a first secondary winding; - a second transformer including a second primary winding inductively coupled to a second secondary winding; - secondary windings (L2, L4) being each coupled to the gapped electrodes of the spark plug and being decoupled one from the other by high voltage diodes (D1, D2); - a control unit enabled to simultaneously energize and deenergize both primary windings (L1, L3) by simultaneously switching on and off two corresponding switches (Q1, Q2) to establish an electrical arc across the gapped electrodes and to sequentially energize and deenergize both primary windings (L1, L3) by sequentially switching on and off both corresponding switches (Q1, Q2) to maintain a continuous ignition fire,
A 5'adapter comprising in the following order from 5' to 3' (i) a 5'terminal nucleotide sequence comprising 6 to 15 deoxynucleotides, wherein said 6 to 15 deoxynucleotides are reverse complementary to a 5'-terminal sequence of a target RNA, and (ii) a nucleotide sequence capable of forming a stem-loop structure containing a loop and a double stranded stem, wherein at least 2 nucleotides at its 3'end are ribonucleotides or modified ribonucleotides and wherein the nucleotide sequence is locked nucleotide- (LNA-) enhanced. (i) a 5'terminal nucleotide sequence comprising 6 to 15 deoxynucleotides, wherein said 6 to 15 deoxynucleotides are reverse complementary to a 5'-terminal sequence of a target RNA, and (ii) a nucleotide sequence capable of forming a stem-loop structure containing a loop and a double stranded stem, wherein at least 2 nucleotides at its 3'end are ribonucleotides or modified ribonucleotides and wherein the nucleotide sequence is locked nucleotide- (LNA-) enhanced.
A method for individual actuation within a source subarray comprising source elements, wherein the source elements are air guns, the method comprising: individually actuating source elements (851, 951, 1051, 1151, 1251, 1351) of the source subarray (880, 981, 1083, 1184, 1285, 1380-1, 1380-2, 1380-3) according to an actuation sequence, characterized in that the actuation sequence is based on: a relative cross-line position and a relative depth of each of the source elements within a particular geometry of the source subarray with respect to a previously actuated source element of the source subarray; and a towing velocity of the source subarray, such that the actuation of each of the source elements occurs outside bubbles formed by the previously actuated source element according to the actuation sequence. individually actuating source elements (851, 951, 1051, 1151, 1251, 1351) of the source subarray (880, 981, 1083, 1184, 1285, 1380-1, 1380-2, 1380-3) according to an actuation sequence, characterized in that the actuation sequence is based on: a relative cross-line position and a relative depth of each of the source elements within a particular geometry of the source subarray with respect to a previously actuated source element of the source subarray; and a towing velocity of the source subarray, such that the actuation of each of the source elements occurs outside bubbles formed by the previously actuated source element according to the actuation sequence. a relative cross-line position and a relative depth of each of the source elements within a particular geometry of the source subarray with respect to a previously actuated source element of the source subarray; and a towing velocity of the source subarray, such that the actuation of each of the source elements occurs outside bubbles formed by the previously actuated source element according to the actuation sequence.
A method performed by a user equipment, UE, the method comprising: performing a measurement procedure; providing a measurement report to a source base station according to a measurement configuration provided by the source base station, wherein the measurement causes the source base station to decide to handover the UE; receiving, from the source base station, a Radio Resource Control, RRC, message for triggering handover to a target base station, wherein the RRC message includes information indicating an interval at which persistent transmission from the target base station is scheduled; and processing the RRC message to determine the interval. performing a measurement procedure; providing a measurement report to a source base station according to a measurement configuration provided by the source base station, wherein the measurement causes the source base station to decide to handover the UE; receiving, from the source base station, a Radio Resource Control, RRC, message for triggering handover to a target base station, wherein the RRC message includes information indicating an interval at which persistent transmission from the target base station is scheduled; and processing the RRC message to determine the interval.