mhurhangee/ep-ind-claims huggingface dataset:
A housing part, configured to be connected to an electric component, configured to house an electric line, and configured to be filled with a liquid, wherein the housing part comprises an electrically conductive material, wherein the housing part has an open mounting side to be connected to the electric component, wherein a surface-to-volume ratio of the housing part is at least 3 m -1 and is at most 9 m -1, characterised in that a ratio of the volume and a wall rupture pressure (r) of the housing part is either one - between 0.04 m 3 MPa -1 and 0.6 m 3 Mpa -1 inclusive if the housing part is a straight turret, - between 0.4 m 3 MPa -1 and 1.5 m 3 MPa -1 inclusive if the housing part is an external or a side turret, - between 0.1 m 3 MPa -1 and 1 m 3 MPa -1 inclusive if the housing part is a cable box. configured to be connected to an electric component, configured to house an electric line, and configured to be filled with a liquid, wherein the housing part comprises an electrically conductive material, wherein the housing part has an open mounting side to be connected to the electric component, wherein a surface-to-volume ratio of the housing part is at least 3 m -1 and is at most 9 m -1, characterised in that a ratio of the volume and a wall rupture pressure (r) of the housing part is either one - between 0.04 m 3 MPa -1 and 0.6 m 3 Mpa -1 inclusive if the housing part is a straight turret, - between 0.4 m 3 MPa -1 and 1.5 m 3 MPa -1 inclusive if the housing part is an external or a side turret, - between 0.1 m 3 MPa -1 and 1 m 3 MPa -1 inclusive if the housing part is a cable box.
An operator control unit for a steering wheel having a housing which is insertable into a steering wheel spoke of the steering wheel and which has at least one housing side wall (4.1) and a housing base (4.2), having an electrical contact element (5.1, 6.1, 7.1) provided in the housing, and having at least one actuating element (5.2, 6.2, 7.2) which is mounted movably on the housing and which acts with an electrical switching action on the contact element (5.1, 6.1, 7.1), characterized in that the operator control unit has a fan for a steering wheel temperature control arrangement and has a flow channel which is acted on by the fan, which flow channel is formed by the housing base (4.2) and has an inlet and outlet opening (9.2 and 9.1) on the housing.
An artificial tooth, comprising artificial enamel having a Vickers hardness of 1 to 6 GPa and artificial dentin having a Vickers hardness of 0.05 to 0.8 GPa, wherein the artificial enamel and the artificial dentin are bonded, wherein the artificial enamel comprises pressed and sintered calcium phosphate, and wherein the artificial dentin comprises pressed calcium phosphate.
A system for at least minimising coupling nulls between an electromagnetic field derived from one or more sources and a plurality of randomly oriented RFID tags, said system comprises: a passive rotating loop antenna that includes a main axis that is oriented obliquely and is rotated relative to a direction of movement of the plurality of RFID tags, wherein the electromagnetic field is derived from the passive rotating loop antenna and rotates as the passive rotating loop antenna rotates such that no tag is persistently located in a coupling null relative to said field; the system further comprises: an active fixed loop antenna having a substantially circular loop, wherein said passive rotating loop antenna lies in a non-parallel plane relative to the fixed loop antenna the passive loop antenna comprises an elliptical loop associated with a rotatable forming cylinder (21,30), the fixed loop antenna surrounds the cylinder (21,30) and Is spaced from the cylinder (21,30) and fixed loop antenna such that the fixed loop antenna and the rotating loop antenna are electromagnetically coupled when the cylinder rotates, and the plurality of RFID tags is arranged to travel through an aperture of the fixed loop antenna and the rotating loop antenna and the direction of movement of the plurality of the RFID tags is the axis of the cylinder (21, 30). a passive rotating loop antenna that includes a main axis that is oriented obliquely and is rotated relative to a direction of movement of the plurality of RFID tags, wherein the electromagnetic field is derived from the passive rotating loop antenna and rotates as the passive rotating loop antenna rotates such that no tag is persistently located in a coupling null relative to said field; an active fixed loop antenna having a substantially circular loop, wherein said passive rotating loop antenna lies in a non-parallel plane relative to the fixed loop antenna the passive loop antenna comprises an elliptical loop associated with a rotatable forming cylinder (21,30), the fixed loop antenna surrounds the cylinder (21,30) and Is spaced from the cylinder (21,30) and fixed loop antenna such that the fixed loop antenna and the rotating loop antenna are electromagnetically coupled when the cylinder rotates, and the plurality of RFID tags is arranged to travel through an aperture of the fixed loop antenna and the rotating loop antenna and the direction of movement of the plurality of the RFID tags is the axis of the cylinder (21, 30).
A seal member for an interface assembly, the seal member comprising: a sidewall; and characterised by: a flange extending inwardly from the sidewall, the flange comprising a face contacting surface comprising first and second cheek surfaces, the face contacting surface comprising an edge that at least partially defines an opening, wherein the first cheek surface comprises a first thickened panel and the second cheek surface comprises a second thickened panel, wherein the first and second thickened panels comprise locally thickened regions of the flange, each of the thickened panels having a first side at or proximate to a respective portion of the edge, and arranged so as to increase the lateral pressure against a lateral nose surface of a user, in use. a flange extending inwardly from the sidewall, the flange comprising a face contacting surface comprising first and second cheek surfaces, the face contacting surface comprising an edge that at least partially defines an opening, wherein the first cheek surface comprises a first thickened panel and the second cheek surface comprises a second thickened panel, wherein the first and second thickened panels comprise locally thickened regions of the flange, each of the thickened panels having a first side at or proximate to a respective portion of the edge, and arranged so as to increase the lateral pressure against a lateral nose surface of a user, in use.
A method for canceling an acoustic echo in an audio system, comprising: compressing an audio signal; decompressing the compressed audio signal to provide a decompressed audio signal; transmitting the compressed audio signal from a base station to a remote speaker over a first wireless link; generating a second audio signal from the compressed audio signal at the remote speaker; detecting the second audio signal with a remote microphone; compressing the second audio signal to provide a compressed second audio signal; transmitting the compressed second audio signal to the base station over a second wireless link; decompressing, at the base station, the compressed second audio signal to provide a decompressed second audio signal; comparing the decompressed second audio signal to the decompressed audio signal to detect an acoustic echo component of the decompressed second audio signal; and canceling any detected acoustic echo component of the decompressed second audio signal characterized in that the non-linearity involved in the compression and decompression of the second audio signal does not introduce additional differences into the second audio signal. compressing an audio signal; decompressing the compressed audio signal to provide a decompressed audio signal; transmitting the compressed audio signal from a base station to a remote speaker over a first wireless link; generating a second audio signal from the compressed audio signal at the remote speaker; detecting the second audio signal with a remote microphone; compressing the second audio signal to provide a compressed second audio signal; transmitting the compressed second audio signal to the base station over a second wireless link; decompressing, at the base station, the compressed second audio signal to provide a decompressed second audio signal; comparing the decompressed second audio signal to the decompressed audio signal to detect an acoustic echo component of the decompressed second audio signal; and canceling any detected acoustic echo component of the decompressed second audio signal characterized in that the non-linearity involved in the compression and decompression of the second audio signal does not introduce additional differences into the second audio signal.
A method of fastening stacked composite material parts (51, 52) of a work by means of a fastener arranged in a countersink through-hole formed through the stacked composite material parts (51,52) to form a fastened work, comprising: arranging a first fastener in a first countersink through-hole formed in a first work such that a head portion of the first fastener is fit to the countersink portion of the first countersink through-hole having a first countersink depth and measuring a first smoothness of the first fastener, which is a distance from a surface of the first work to a head surface of the head portion of the first fastener in an axial direction of the first countersink through-hole, before fastening the first fastener; determining a second countersink depth based on the measured first smoothness; forming a second countersink through-hole with the determined second countersink depth in stacked composite material parts (51,52) of a second work; and fastening the second work by arranging a second fastener in the second countersink through-hole and fastening the second fastener to form a second fastened work. arranging a first fastener in a first countersink through-hole formed in a first work such that a head portion of the first fastener is fit to the countersink portion of the first countersink through-hole having a first countersink depth and measuring a first smoothness of the first fastener, which is a distance from a surface of the first work to a head surface of the head portion of the first fastener in an axial direction of the first countersink through-hole, before fastening the first fastener; determining a second countersink depth based on the measured first smoothness; forming a second countersink through-hole with the determined second countersink depth in stacked composite material parts (51,52) of a second work; and fastening the second work by arranging a second fastener in the second countersink through-hole and fastening the second fastener to form a second fastened work.
A backrest for scuba diving comprising a support element, a first strap for constraining said support element to the diver's body and at least a second strap for constraining at least one air cylinder to said support element, said support element having at least first slots (110, 112, 120, 113) for the passage of said first strap and at least second slots for the passage of said second strap, said first slots (110, 112, 120, 113) delimiting a right portion and respectively a left portion of said first strap, independently adjustable over the right shoulder and right side and respectively over the left shoulder and left side of the diver, wherein said support element comprises a support plate, a right angular profile having a first right wing and a second right wing, a right bracket supported by said first right wing of said right angular profile, a left angular profile having a first left wing and a second left wing, a left bracket supported by said first left wing of said left angular profile, said first slots (110, 112, 120, 113) comprising a first lower right slot fashioned on said right bracket and facing said second right wing and a first lower left slot fashioned on said left bracket and facing said second left wing, said right angular profile and respectively said left angular profile extend from a lower right lateral edge (101 A) and respectively from a lower left lateral edge (101 B) of said support plate, characterised in that said first right wing extends substantially orthogonally from said lower right lateral edge (101 A) of said support plate, said first left wing extends substantially orthogonally from said lower left lateral edge (101 B) of said support plate, said second right wing extends rearwardly and substantially orthogonally from said first right wing, and said second left wing extends rearwardly and substantially orthogonally from said first left wing. said support element comprises a support plate, a right angular profile having a first right wing and a second right wing, a right bracket supported by said first right wing of said right angular profile, a left angular profile having a first left wing and a second left wing, a left bracket supported by said first left wing of said left angular profile, said first slots (110, 112, 120, 113) comprising a first lower right slot fashioned on said right bracket and facing said second right wing and a first lower left slot fashioned on said left bracket and facing said second left wing, said right angular profile and respectively said left angular profile extend from a lower right lateral edge (101 A) and respectively from a lower left lateral edge (101 B) of said support plate, characterised in that said first right wing extends substantially orthogonally from said lower right lateral edge (101 A) of said support plate, said first left wing extends substantially orthogonally from said lower left lateral edge (101 B) of said support plate, said second right wing extends rearwardly and substantially orthogonally from said first right wing, and said second left wing extends rearwardly and substantially orthogonally from said first left wing.
A method of preparing a library of barcoded DNA fragments of a target nucleic acid comprising: a. contacting a target nucleic acid with a plurality of transposome complexes, each transposome complex comprising: transposons and transposases, wherein the transposons comprise transferred strands and non-transferred strands, wherein at least one of the transposons of the transposome complex comprise an adaptor sequence capable of hybridizing to a complementary capture sequence; b. fragmenting the target nucleic acid into a plurality of fragments and inserting a plurality of transferred strands to the 5' end of at least one strand of the fragments while maintaining the contiguity of the target nucleic acid; c. contacting the plurality of fragments of the target nucleic acid with a plurality of solid supports, each of the solid supports in the plurality comprising a plurality of immobilized oligonucleotides, each of the oligonucleotides comprising a complementary capture sequence and a first barcode sequence, and wherein the first barcode sequence from each solid support in the plurality of the solid supports differs from the first barcode sequence from other solid supports in the plurality of solid supports; d. transferring the barcode sequence information to the target nucleic acid fragments, thereby producing a library of double-stranded fragments, wherein at least one strand is 5'- tagged with the first barcode, wherein at least two fragments of the same target nucleic acid receives identical barcode information. a. contacting a target nucleic acid with a plurality of transposome complexes, each transposome complex comprising: transposons and transposases, wherein the transposons comprise transferred strands and non-transferred strands, wherein at least one of the transposons of the transposome complex comprise an adaptor sequence capable of hybridizing to a complementary capture sequence; b. fragmenting the target nucleic acid into a plurality of fragments and inserting a plurality of transferred strands to the 5' end of at least one strand of the fragments while maintaining the contiguity of the target nucleic acid; c. contacting the plurality of fragments of the target nucleic acid with a plurality of solid supports, each of the solid supports in the plurality comprising a plurality of immobilized oligonucleotides, each of the oligonucleotides comprising a complementary capture sequence and a first barcode sequence, and wherein the first barcode sequence from each solid support in the plurality of the solid supports differs from the first barcode sequence from other solid supports in the plurality of solid supports; d. transferring the barcode sequence information to the target nucleic acid fragments, thereby producing a library of double-stranded fragments, wherein at least one strand is 5'- tagged with the first barcode, wherein at least two fragments of the same target nucleic acid receives identical barcode information.
Displaceable carrier e.g. for electrodes of a welding machine, in particular for a grid welding machine, - having clamping means, with which the carrier can be clamped to a clamping rail of the grid welding machine, - wherein the clamping means have at least one terminal element at which further means, for example at least one electrode, can be fastened, - characterised by guiding means with which the carrier can be displaced on a guiding rail of the welding machine, wherein - the guiding means are a part of the carrier and not part of a carriage which can be coupled to the carrier and - the clamping means are fastened to the guiding means so as to be linearly displaceable in a first direction. - having clamping means, with which the carrier can be clamped to a clamping rail of the grid welding machine, - wherein the clamping means have at least one terminal element at which further means, for example at least one electrode, can be fastened, - characterised by guiding means with which the carrier can be displaced on a guiding rail of the welding machine, wherein guiding means with which the carrier can be displaced on a guiding rail of the welding machine, wherein - the guiding means are a part of the carrier and not part of a carriage which can be coupled to the carrier and - the clamping means are fastened to the guiding means so as to be linearly displaceable in a first direction.
A method comprising: generating data associated with operation of a managed device being monitored by a data center infrastructure management 'DCIM' system, the data comprising data points and events; using at least one remote access appliance (602, 1300, 1400, 1500), having a manageability subsystem services 'MSS' engine to receive the data from the managed device and to use an element library framework to generate events from the data and normalize the received events based on a predetermined policy, and also using the remote access appliance to implement a complex event processing subsystem to analyze the events and to generate event related signals therefrom; using a bus (1302, 1402, 1502) to transmit the event related signals from the appliance to a common platform services 'CPS' subsystem of the DCIM system; and using the CPS subsystem to receive the event related signals and to use the event related signals to inform the user of an aspect of performance of the managed device. generating data associated with operation of a managed device being monitored by a data center infrastructure management 'DCIM' system, the data comprising data points and events; using at least one remote access appliance (602, 1300, 1400, 1500), having a manageability subsystem services 'MSS' engine to receive the data from the managed device and to use an element library framework to generate events from the data and normalize the received events based on a predetermined policy, and also using the remote access appliance to implement a complex event processing subsystem to analyze the events and to generate event related signals therefrom; using a bus (1302, 1402, 1502) to transmit the event related signals from the appliance to a common platform services 'CPS' subsystem of the DCIM system; and using the CPS subsystem to receive the event related signals and to use the event related signals to inform the user of an aspect of performance of the managed device.
A pharmaceutical dosage form for oral administration twice daily, once daily or less frequently, which contains a pharmacologically active agent according to general formula wherein R is -H or -CH 3, or a physiologically acceptable salt thereof and a surfactant, wherein the surfactant has a HLB value of at least 10.
A method for transmitting signals in a wireless network, the method comprising: transmitting, by a transmitter, to a user equipment, UE, a first transmission in a default sub-band with default frame structure parameters; characterized in that: transmitting, by the transmitter, to the UE, a high layer signaling to indicate additional frame structure parameters and an additional sub-band; and transmitting, by the transmitter, to the UE, a second transmission in the additional sub-band with the additional frame structure parameters; wherein before the transmitter transmits the first transmission in the default sub-band, the method further comprising: transmitting, by the transmitter, to the UE, a downlink related signaling indicating the default frame structure parameters when the UE initial accesses the wireless network; wherein the default sub-band and the additional sub-band are in a same system bandwidth, the default frame structure parameters comprise a first sub-carrier spacing, the additional frame structure parameters comprise a second sub-carrier spacing; and either of the first sub-carrier spacing and the second sub-carrier spacing is one of 7.5 kHz, 15kHz, 30kHz or 60kHz. transmitting, by the transmitter, to the UE, a high layer signaling to indicate additional frame structure parameters and an additional sub-band; and transmitting, by the transmitter, to the UE, a second transmission in the additional sub-band with the additional frame structure parameters;
An unworn sterile hydrogel contact lens immersed in a packaging solution and sealed in a package, said contact lens comprising: (a) a polymeric lens body; and (b) an amount of N-(4-methoxyphenyl)-5-methyl-2-(1-methylethyl)cyclohexane carboxamide releasably adhered to the polymeric lens body, wherein the packaging solution has a concentration of WS12 that is less than 0.1 μg/ml. (a) a polymeric lens body; and (b) an amount of N-(4-methoxyphenyl)-5-methyl-2-(1-methylethyl)cyclohexane carboxamide releasably adhered to the polymeric lens body,