mhurhangee/ep-ind-claims huggingface dataset:
Window glass for vehicle (100, 200) comprising a glass plate, a dielectric (12, 32), a conductive film arranged between the glass plate and the dielectric (12, 32), and an antenna conductor having electrodes (16, 16A, 16B) provided on a surface of the dielectric (12, 32) on a side opposite from the conductive film, characterized in that: the conductive film is formed with a slot having a first end part that opens at a peripheral edge part of the conductive film; the antenna conductor includes a loop-shaped antenna element which the electrodes (16, 16A, 16B) serve as a feeding point, wherein projections (21, 22) of the electrodes (16, 16A, 16B) on a side of the glass plate are located at positions not overlapping the conductive film; and a projection of the loop-shaped antenna element on the side of the glass plate forms a crossover part that crosses the slot. the conductive film is formed with a slot having a first end part that opens at a peripheral edge part of the conductive film; the antenna conductor includes a loop-shaped antenna element which the electrodes (16, 16A, 16B) serve as a feeding point, wherein projections (21, 22) of the electrodes (16, 16A, 16B) on a side of the glass plate are located at positions not overlapping the conductive film; and a projection of the loop-shaped antenna element on the side of the glass plate forms a crossover part that crosses the slot.
A tissue distraction device comprising: first and second elongated members (252, 253) insertable between adjacent tissue layers of a spine and adapted to define a structure in situ having a dimensional aspect in a direction extending between the tissue layers, and a flexible augmenting elongated member at least partially insertable between and in contact with said first and second elongated members (252, 253) to separate the first and second elongated members (252, 253) to increase the dimensional aspect of at least a portion of the structure in situ, wherein said augmenting elongated member and said first and second elongated members (252, 253) are sufficiently flexible to change between a generally linear configuration and a generally less linear configuration and the device in situ is substantially rigid in a direction extending between the tissue layers and flexible in a different direction. first and second elongated members (252, 253) insertable between adjacent tissue layers of a spine and adapted to define a structure in situ having a dimensional aspect in a direction extending between the tissue layers, and a flexible augmenting elongated member at least partially insertable between and in contact with said first and second elongated members (252, 253) to separate the first and second elongated members (252, 253) to increase the dimensional aspect of at least a portion of the structure in situ, wherein said augmenting elongated member and said first and second elongated members (252, 253) are sufficiently flexible to change between a generally linear configuration and a generally less linear configuration and the device in situ is substantially rigid in a direction extending between the tissue layers and flexible in a different direction.
A method operational on an access terminal, comprising: receiving a first frame specifying a time period during which the access terminal is to refrain from transmitting on a shared transmission channel, wherein the time period coincides with an interval during which one or more other access terminals are instructed to also refrain from transmitting on the shared transmission channel; the method further characterized by the steps of: receiving a partial-reset frame before an expiration of the specified time period, the partial-reset frame indicating that the access terminal is allowed to transmit at least one type of transmission frame on the shared transmission channel during the specified time period; and sending only an allowed type of transmission frame on the shared transmission channel during the specified time period. receiving a first frame specifying a time period during which the access terminal is to refrain from transmitting on a shared transmission channel, wherein the time period coincides with an interval during which one or more other access terminals are instructed to also refrain from transmitting on the shared transmission channel; the method further characterized by the steps of: receiving a partial-reset frame before an expiration of the specified time period, the partial-reset frame indicating that the access terminal is allowed to transmit at least one type of transmission frame on the shared transmission channel during the specified time period; and sending only an allowed type of transmission frame on the shared transmission channel during the specified time period. receiving a partial-reset frame before an expiration of the specified time period, the partial-reset frame indicating that the access terminal is allowed to transmit at least one type of transmission frame on the shared transmission channel during the specified time period; and sending only an allowed type of transmission frame on the shared transmission channel during the specified time period.
A process for the production of glycols comprising: contacting a saccharide-containing feedstock with hydrogen in the presence of a catalyst composition and a solvent, wherein the solvent comprises water and at least 25% by weight, based on the total weight of the solvent, of one or more alcohols selected from a C 1 to C 6 alcohol, a C 1 to C 6 polyalcohol, and a combination thereof, and wherein the catalyst composition comprises at least two active catalytic components, the active catalyst components comprising, as a first active catalyst component, one or more materials selected from transition metals from groups 8, 9 or 10 or compounds thereof, with catalytic hydrogenation capabilities; and, as a second active catalyst component, one or more materials selected from tungsten, molybdenum, lanthanum, tin or compounds or complexes thereof. contacting a saccharide-containing feedstock with hydrogen in the presence of a catalyst composition and a solvent, wherein the solvent comprises water and at least 25% by weight, based on the total weight of the solvent, of one or more alcohols selected from a C 1 to C 6 alcohol, a C 1 to C 6 polyalcohol, and a combination thereof, and wherein the catalyst composition comprises at least two active catalytic components, the active catalyst components comprising, as a first active catalyst component, one or more materials selected from transition metals from groups 8, 9 or 10 or compounds thereof, with catalytic hydrogenation capabilities; and, as a second active catalyst component, one or more materials selected from tungsten, molybdenum, lanthanum, tin or compounds or complexes thereof.
A printing apparatus comprising: a photo imaging plate (12, 102) to be held at a first voltage having a first polarity; an intermediate transfer member (14, 110) to receive an intermediate image from the photo imaging plate (12, 102), the intermediate transfer member (14, 110) to be held at a second voltage having a second polarity opposite to the first polarity; and an electrically conductive member (16, 114) disposed between the photo imaging plate (12, 102) and the intermediate transfer member (14, 110); characterized in that: the electrically conductive member (16, 114) is configured to act as a leakage path in case of corona discharge between the photo imaging plate (12, 102) and the intermediate transfer member (14, 110). a photo imaging plate (12, 102) to be held at a first voltage having a first polarity; an intermediate transfer member (14, 110) to receive an intermediate image from the photo imaging plate (12, 102), the intermediate transfer member (14, 110) to be held at a second voltage having a second polarity opposite to the first polarity; and an electrically conductive member (16, 114) disposed between the photo imaging plate (12, 102) and the intermediate transfer member (14, 110);
Display rack for shades of nail varnish, the display rack comprising: - a support (4, 8, 10, 34) and - coloured tabs which are mounted on the support in a mobile manner, the support having housings to hold the tabs, the housings being profiled in a direction perpendicular to a main plane of the support, the tabs being held in the housings, and the display rack being adapted to successively place a finger under each tab, such that the tabs are held in the housings with sufficient clearance to allow them to rotate relative to the support, the tabs all being held separately on the support, all mounted in a mobile manner independently from each other and all removably mounted independently from each other. - a support (4, 8, 10, 34) and - coloured tabs which are mounted on the support in a mobile manner, the support having housings to hold the tabs, the housings being profiled in a direction perpendicular to a main plane of the support, the tabs being held in the housings, and the display rack being adapted to successively place a finger under each tab, such that the tabs are held in the housings with sufficient clearance to allow them to rotate relative to the support, the tabs all being held separately on the support, all mounted in a mobile manner independently from each other and all removably mounted independently from each other.
A tandem blade, comprising: a front blade extending from a main body end, the front blade having a front blade pressure side disposed opposite a front blade suction side, each of the front blade pressure side and the front blade suction side extending between a front blade leading edge and a front blade trailing edge and a front blade tip extending from the front blade pressure side to the front blade suction side; and a rear blade extending from the main body end, the rear blade having a rear blade pressure side disposed opposite a rear blade suction side, each of the rear blade pressure side and the rear blade suction side extending between a rear blade leading edge and a rear blade trailing edge, and a rear blade tip extending from the rear blade pressure side to the rear blade suction side; characterised in that: the rear blade leading edge abuts the front blade trailing edge. a front blade extending from a main body end, the front blade having a front blade pressure side disposed opposite a front blade suction side, each of the front blade pressure side and the front blade suction side extending between a front blade leading edge and a front blade trailing edge and a front blade tip extending from the front blade pressure side to the front blade suction side; and a rear blade extending from the main body end, the rear blade having a rear blade pressure side disposed opposite a rear blade suction side, each of the rear blade pressure side and the rear blade suction side extending between a rear blade leading edge and a rear blade trailing edge, and a rear blade tip extending from the rear blade pressure side to the rear blade suction side; characterised in that: the rear blade leading edge abuts the front blade trailing edge.
A method for mitigating, by an interference mitigation apparatus, interference on a home network transmission line, the method comprising: pairing domain masters (34a, 34b,..., 34x) with relay terminals (40a, 40b,..., 40x) by a signal having a unique frequency; grouping the domain masters (34a, 34b,..., 34x) causing interference with respect to each other based on status information of channels; performing Tx/Rx synchronization between the domain masters (34a, 34b,..., 34x) and the relay terminals (40a, 40b,..., 40x); and controlling the domain masters (34a, 34b,..., 34x) and the relay terminals (40a, 40b,..., 40x) to transmit and receive data according to the Tx/Rx synchronization, wherein the controlling comprises controlling the domain masters (34a, 34b,..., 34x) of a same group (G1, G2) not to simultaneously transmit/receive data with another domain master (34a, 34b,..., 34x) of the same group (G1, G2). pairing domain masters (34a, 34b,..., 34x) with relay terminals (40a, 40b,..., 40x) by a signal having a unique frequency; grouping the domain masters (34a, 34b,..., 34x) causing interference with respect to each other based on status information of channels; performing Tx/Rx synchronization between the domain masters (34a, 34b,..., 34x) and the relay terminals (40a, 40b,..., 40x); and controlling the domain masters (34a, 34b,..., 34x) and the relay terminals (40a, 40b,..., 40x) to transmit and receive data according to the Tx/Rx synchronization, wherein the controlling comprises controlling the domain masters (34a, 34b,..., 34x) of a same group (G1, G2) not to simultaneously transmit/receive data with another domain master (34a, 34b,..., 34x) of the same group (G1, G2).
A flexible pipe comprising a tubular sheath and at least one layer (28, 30) of tensile armors arranged externally relative to the tubular sheath, the layer of armors (28, 30) comprising a plurality of filiform armor elements, the flexible pipe including: at least one connecting end-piece, the end-piece including: - an end dome having an internal fluid flow aperture of central axis (A-A'), intended to open into the circulation passage, the end dome having an end flange intended for connection to another end-piece; and - at least one ring-shaped seal with a central axis (A-A'), the seal being housed in the end flange around the internal aperture, characterized in that the or each seal has a polygonal cross-section. at least one connecting end-piece, the end-piece including: - an end dome having an internal fluid flow aperture of central axis (A-A'), intended to open into the circulation passage, the end dome having an end flange intended for connection to another end-piece; and - at least one ring-shaped seal with a central axis (A-A'), the seal being housed in the end flange around the internal aperture, characterized in that the or each seal has a polygonal cross-section. - an end dome having an internal fluid flow aperture of central axis (A-A'), intended to open into the circulation passage, the end dome having an end flange intended for connection to another end-piece; and - at least one ring-shaped seal with a central axis (A-A'), the seal being housed in the end flange around the internal aperture, characterized in that the or each seal has a polygonal cross-section.
Light-emitting module (100, 200, 300, 400, 500), having - a supporting element, - a plurality of optoelectronic semiconductor components for the generation of electromagnetic radiation arranged on the supporting element and - a metallic connecting layer by means of which the optoelectronic semiconductor components are supplied with operating voltage, wherein the metallic connecting layer constitutes a light shade for the optoelectronic semiconductor components, as a result of which the electromagnetic radiation is only emitted in a specified direction, and - an insulation layer arranged in a region of the optoelectronic semiconductor components between the supporting element and the metallic connecting layer, wherein a depression in the insulation layer is located between the optoelectronic semiconductor components, characterized in that the depression in the insulation layer is filled with a light shading element, wherein - the light shading element is formed by an opaque layer which is not electrically connected to the connecting layer. - a supporting element, - a plurality of optoelectronic semiconductor components for the generation of electromagnetic radiation arranged on the supporting element and - a metallic connecting layer by means of which the optoelectronic semiconductor components are supplied with operating voltage, wherein the metallic connecting layer constitutes a light shade for the optoelectronic semiconductor components, as a result of which the electromagnetic radiation is only emitted in a specified direction, and - an insulation layer arranged in a region of the optoelectronic semiconductor components between the supporting element and the metallic connecting layer, wherein a depression in the insulation layer is located between the optoelectronic semiconductor components, characterized in that the depression in the insulation layer is filled with a light shading element, wherein - the light shading element is formed by an opaque layer which is not electrically connected to the connecting layer.
A fluid dispenser pump comprising a first piston, a second piston, and a dispenser head, provided with a dispenser orifice, for actuating said pump, a shutter being arranged upstream from said dispenser orifice, said shutter being movable between closed and open positions of said dispenser orifice, said second piston being formed outside a hollow part and being slidable inside said dispenser head, said first piston being slidable inside said hollow part, said fluid dispenser pump being characterized in that said hollow part includes an axial opening that is defined by a radial edge through which there passes a stem portion of the shutter, said stem portion being defined between a proximal radial shoulder and a distal radial shoulder of the shutter, said shutter being moved from its closed position to its open position by said radial edge of said hollow part co-operating with said distal radial shoulder, and being moved from its open position to its closed position by said radial edge co-operating with said proximal radial shoulder.
A device comprising: a receiver configured to receive an encoded bitstream that includes an encoded mid channel and stereo parameters, the stereo parameters including inter-channel phase difference, IPD, parameter values and a mismatch value corresponding to an amount of temporal delay between an encoder-side reference channel and an encoder-side target channel; a mid channel decoder configured to decode the encoded mid channel to generate a decoded mid channel; a transform unit configured to perform a transform operation on the decoded mid channel to generate a decoded frequency-domain mid channel; a stereo parameter adjustment unit configured to modify at least a portion of the IPD parameter values based on the mismatch value to generate modified IPD parameter values; an up-mixer configured to perform an up-mix operation on the decoded frequency-domain mid channel to generate a frequency-domain left channel and a frequency-domain right channel, the modified IPD parameter values applied to the decoded frequency-domain mid channel during the up-mix operation; a first inverse transform unit configured to perform a first inverse transform operation on the frequency-domain left channel to generate a time-domain left channel; and a second inverse transform unit configured to perform a second inverse transform operation on the frequency-domain right channel to generate a time-domain right channel. a receiver configured to receive an encoded bitstream that includes an encoded mid channel and stereo parameters, the stereo parameters including inter-channel phase difference, IPD, parameter values and a mismatch value corresponding to an amount of temporal delay between an encoder-side reference channel and an encoder-side target channel; a mid channel decoder configured to decode the encoded mid channel to generate a decoded mid channel; a transform unit configured to perform a transform operation on the decoded mid channel to generate a decoded frequency-domain mid channel; a stereo parameter adjustment unit configured to modify at least a portion of the IPD parameter values based on the mismatch value to generate modified IPD parameter values; an up-mixer configured to perform an up-mix operation on the decoded frequency-domain mid channel to generate a frequency-domain left channel and a frequency-domain right channel, the modified IPD parameter values applied to the decoded frequency-domain mid channel during the up-mix operation; a first inverse transform unit configured to perform a first inverse transform operation on the frequency-domain left channel to generate a time-domain left channel; and a second inverse transform unit configured to perform a second inverse transform operation on the frequency-domain right channel to generate a time-domain right channel.
A method of producing a semiconductor device that includes an avalanche photodiode and CMOS circuitry, the method comprising: forming a component of an avalanche photodiode in a semiconductor material which comprises a semiconductor material substrate and an epitaxial layer provided thereon, wherein the component is a buried semiconductor layer and wherein the buried semiconductor layer is formed by either i) shallow implantation or diffusion into the semiconductor material substrate and subsequently growing the epitaxial layer over the shallow implanted or diffused region, or ii) deep implantation in the epitaxial layer grown on the semiconductor material substrate; forming a deep isolation trench in the semiconductor material, wherein the deep isolation trench surrounds an active region of the avalanche photodiode; forming a vertical electrode along a sidewall of the isolation trench by implantation or diffusion, wherein the vertical electrode makes an electrical contact with the buried semiconductor layer, wherein the vertical electrode and the buried semiconductor layer form an isolation well that surrounds the active region of the avalanche photodiode; forming a field enhancement region of the avalanche photodiode in the epitaxial layer by implantation; processing the CMOS circuitry; annealing the semiconductor material to repair a defect resulting from the formation of the field enhancement region, wherein the step of annealing is performed prior to the step of processing the CMOS circuitry. forming a component of an avalanche photodiode in a semiconductor material which comprises a semiconductor material substrate and an epitaxial layer provided thereon, wherein the component is a buried semiconductor layer and wherein the buried semiconductor layer is formed by either i) shallow implantation or diffusion into the semiconductor material substrate and subsequently growing the epitaxial layer over the shallow implanted or diffused region, or ii) deep implantation in the epitaxial layer grown on the semiconductor material substrate; forming a deep isolation trench in the semiconductor material, wherein the deep isolation trench surrounds an active region of the avalanche photodiode; forming a vertical electrode along a sidewall of the isolation trench by implantation or diffusion, wherein the vertical electrode makes an electrical contact with the buried semiconductor layer, wherein the vertical electrode and the buried semiconductor layer form an isolation well that surrounds the active region of the avalanche photodiode; forming a field enhancement region of the avalanche photodiode in the epitaxial layer by implantation; processing the CMOS circuitry; annealing the semiconductor material to repair a defect resulting from the formation of the field enhancement region, wherein the step of annealing is performed prior to the step of processing the CMOS circuitry.
A gear unit having a first housing part and a second housing part, wherein the first and second housing parts (3, 5) are connected at least non-positively by means of a clamping ring, characterised in that a clamping screw is screwed with its threaded portion into an axially directed threaded bore of a clamping flange, such that the clamping flange is pulled axially towards the first housing part and thus presses on the clamping ring, a screw head of the clamping screw lies against the side of a bearing flange which faces away from the first housing part, the clamping screw being guided through a bore which is axially uninterrupted through the bearing flange and through the first housing part, the first housing part being arranged axially between the clamping flange and the bearing flange.