mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device, comprising: a first silicon germanium buffer layer disposed above a silicon substrate; a parasitic leakage barrier disposed above the first buffer layer; a second silicon germanium buffer layer disposed above the parasitic leakage barrier, said second buffer layer having a higher concentration of germanium than the first buffer layer; wherein the parasitic leakage barrier includes at least two layers of alternating first and second layer types and, wherein one layer of the first layer type of the at least two layers is composed essentially of silicon or silicon germanium having a lower concentration of germanium than the first or second buffer layer (206A, 206B) and wherein the other layer of the second layer type of the at least two layers is essentially composed of the same material as the first buffer layer; a germanium active layer disposed above the second buffer layer; a gate electrode stack disposed above the germanium active layer; and source and drain regions (210, 212) disposed above the parasitic leakage barrier, on either side of the gate electrode stack, wherein the parasitic leakage barrier comprises a semiconductor layer having a band-gap greater than a band-gap of the first buffer layer, greater than a band-gap of the second buffer layer, and greater than a band-gap of the germanium active layer. a first silicon germanium buffer layer disposed above a silicon substrate; a parasitic leakage barrier disposed above the first buffer layer; a second silicon germanium buffer layer disposed above the parasitic leakage barrier, said second buffer layer having a higher concentration of germanium than the first buffer layer; wherein the parasitic leakage barrier includes at least two layers of alternating first and second layer types and, wherein one layer of the first layer type of the at least two layers is composed essentially of silicon or silicon germanium having a lower concentration of germanium than the first or second buffer layer (206A, 206B) and wherein the other layer of the second layer type of the at least two layers is essentially composed of the same material as the first buffer layer; a germanium active layer disposed above the second buffer layer; a gate electrode stack disposed above the germanium active layer; and source and drain regions (210, 212) disposed above the parasitic leakage barrier, on either side of the gate electrode stack, wherein the parasitic leakage barrier comprises a semiconductor layer having a band-gap greater than a band-gap of the first buffer layer, greater than a band-gap of the second buffer layer, and greater than a band-gap of the germanium active layer.
Gearshift lever for a single- or multi-lane motor vehicle, comprising a lever arm and at least one gearshift pedal mounted to be rotatable about its axial direction, characterized in that the gearshift lever is fixed to the lever arm about its axial direction only in a first sense of rotation so that the gearshift pedal can roll off on the upper side of a shoe.
A user equipment, UE, comprising: at least one component configured to send power headroom, PH, information for each of a plurality of component carriers, CCs, of a carrier aggregation, and CC specific configured maximum power information for the CCs. at least one component configured to send power headroom, PH, information for each of a plurality of component carriers, CCs, of a carrier aggregation, and CC specific configured maximum power information for the CCs.
An electronic device comprising: a display including a first area having a plurality of first pixels arranged with a first density and a second area having a plurality of second pixels arranged with a second density, wherein the display includes a cushion layer for absorbing external shocks, the cushion layer having an opening formed in the first area, wherein the display further includes a display panel layer, the display panel layer including a curved area (82a, 82b) and a substantially flat area; a first sensor configured to detect incident light through a transparent area in the first area; and a second sensor configured to generate image data using incident light received through the opening, wherein the first sensor is partially overlapped with at least one pixel among the plurality of first pixels, wherein the second sensor is overlapped with the opening formed in the first area; wherein the second sensor is not overlapped with the plurality of first pixels when viewed in the first direction; wherein at least part of the first sensor is disposed in an area that corresponds to the first area of the display and the curved area (82a, 82b); and wherein the opening is formed in an area of the cushion layer corresponding to the substantially flat area. a display including a first area having a plurality of first pixels arranged with a first density and a second area having a plurality of second pixels arranged with a second density, wherein the display includes a cushion layer for absorbing external shocks, the cushion layer having an opening formed in the first area, wherein the display further includes a display panel layer, the display panel layer including a curved area (82a, 82b) and a substantially flat area; a first sensor configured to detect incident light through a transparent area in the first area; and a second sensor configured to generate image data using incident light received through the opening, wherein the first sensor is partially overlapped with at least one pixel among the plurality of first pixels, wherein the second sensor is overlapped with the opening formed in the first area; wherein the second sensor is not overlapped with the plurality of first pixels when viewed in the first direction; wherein at least part of the first sensor is disposed in an area that corresponds to the first area of the display and the curved area (82a, 82b); and wherein the opening is formed in an area of the cushion layer corresponding to the substantially flat area.
A manifold comprising: a manifold body comprising at least one conduit comprising a first dialysate conduit, a dialysate circuit pump header in fluid communication with the first dialysate conduit, a blood circuit pump header, an eighth external port in fluid communication with the first dialysate conduit, and a third external port in fluid communication with the blood circuit pump header; a patient arterial tube that is external to the manifold body, has a free end for connecting to a patient's artery, and has a manifold end connected to the third external port; and characterised by an external tube in fluid communication with the eighth external port and comprising an external main segment, a first external branch segment comprising a first flow restrictor, and a second external branch segment comprising a second flow restrictor and at least one bacterial filter, wherein the second flow restrictor is located between the at least one bacterial filter and the external main segment and the second external branch segment is connected to the patient arterial tube upstream of the blood circuit pump header. a manifold body comprising at least one conduit comprising a first dialysate conduit, a dialysate circuit pump header in fluid communication with the first dialysate conduit, a blood circuit pump header, an eighth external port in fluid communication with the first dialysate conduit, and a third external port in fluid communication with the blood circuit pump header; a patient arterial tube that is external to the manifold body, has a free end for connecting to a patient's artery, and has a manifold end connected to the third external port; and characterised by an external tube in fluid communication with the eighth external port and comprising an external main segment, a first external branch segment comprising a first flow restrictor, and a second external branch segment comprising a second flow restrictor and at least one bacterial filter, wherein the second flow restrictor is located between the at least one bacterial filter and the external main segment and the second external branch segment is connected to the patient arterial tube upstream of the blood circuit pump header.
Layered composite for an aircraft or spacecraft containing coated first carbon fibres, the coating being electrically insulating and poly(meth)acrylic acid polyglycol esters being used as the insulating coating of the individual fibres.
A system for loading molten sulfur into a container having an interior, whereby a vapor zone forms over the molten sulfur, said system comprising: a loading pipe coupled to a source of molten sulfur, said loading pipe having an outlet for discharging molten sulfur into the interior of the container through an overhead container opening; probe movable from a first position outside of the container into a second position in which at least a first portion of said probe is positioned vertically within the interior of the container; wherein said probe comprises a plurality of vertically spaced temperature sensing junctions for producing electrical signals which vary as a function of sensed temperature such that, as molten sulfur is discharged into the interior of the container through said loading pipe, said temperature sensing devices at vertically increased heights come into thermal contact with the molten sulfur; a processor located outside of the container and electrically coupled to said sensing devices for receiving said electrical signals; wherein said processor is programmed to calculating a value representing the current volume or level of molten sulfur within the container based on the geometry of the container in combination with said electrical signals; and an output stage coupled to the processor to provide an indication to a user of the current volume or level of molten sulfur within the container; and further comprising an electrically controlled shutoff valve for controlling the flow of molten sulfur through said loading pipe; wherein said processor further includes programming means for monitoring said electrical signals and determining whether at least one shutdown condition has occurred; and wherein said processor includes programming means for closing said shutoff valve in response to determining that a shutdown condition exists. a loading pipe coupled to a source of molten sulfur, said loading pipe having an outlet for discharging molten sulfur into the interior of the container through an overhead container opening; probe movable from a first position outside of the container into a second position in which at least a first portion of said probe is positioned vertically within the interior of the container; wherein said probe comprises a plurality of vertically spaced temperature sensing junctions for producing electrical signals which vary as a function of sensed temperature such that, as molten sulfur is discharged into the interior of the container through said loading pipe, said temperature sensing devices at vertically increased heights come into thermal contact with the molten sulfur;
A tenso-elastic flat composite material (1; 20) with an elastic carrier film (2; 21), which is laminated at least on one side (3, 4; 22, 23) with a textile material (9, 10; 26, 27), characterized in that the textile material (9, 10; 26, 27) comprises aligned fibres (11; 24, 25) with a length not exceeding 10 mm, each of which is aligned and bonded with the elastic carrier film (2; 21).
A composition comprising a mixture comprising at least two aldehyde scavengers, at least one polyol, water and at least one amine catalyst, wherein the aldehyde scavenger comprises at least one member selected from the group consisting of N,N'-dimethylpropanediamine, N'N'-diphenylpropanediamine, 1-Benzyl-1,3-propanediamine, isotridecyloxypropyl-1,3-diaminopropane, dodecyloxypropyl-1,3-diaminopropane, and hexyloxypropyl-1,3-diaminopropane, N,N',N"-Tris-(3-aminopropyl)-4-aminopropyl-1,8-octanediamine, N,N'-Bis-(3-aminopropyl)-propane 1,3-diamine, N'- {2-[2-(3-Amino-propylamino)-ethylamino]-ethyl}-propane-1,3-diamine and N'-[2-(3-Amino-propylamino)-ethyl]-propane-1,3-diamine.
A joint scheduling method for increasing frequency efficiency and fairness in a multi-channel distributed antenna system using frequency reuse and common control power, comprising: (a) selecting packets for transmission to mobile stations, said selecting taking into account a Quality of Service, QoS, in at least one of a base station and a relay station, grouping the packets into packet groups, and mapping packets from the MSs to subchannels; (b) selecting packets from the packet groups formed in step (a), grouping links corresponding to the packets into a link group, and performing a joint power control on the link group; (c) performing link elimination and link addition in the link group until optimal solutions are achieved for the links of the link group in the joint power control; and (d) allocating channels to the links when the optimal solutions are achieved for the links in step (c) and updating the status of a user queue for at least one of the BS and the RS. (a) selecting packets for transmission to mobile stations, said selecting taking into account a Quality of Service, QoS, in at least one of a base station and a relay station, grouping the packets into packet groups, and mapping packets from the MSs to subchannels; (b) selecting packets from the packet groups formed in step (a), grouping links corresponding to the packets into a link group, and performing a joint power control on the link group; (c) performing link elimination and link addition in the link group until optimal solutions are achieved for the links of the link group in the joint power control; and (d) allocating channels to the links when the optimal solutions are achieved for the links in step (c) and updating the status of a user queue for at least one of the BS and the RS.
A heart valve prosthesis comprising: a tubular stent having a compressed configuration for delivery within a vasculature and a deployed configuration for deployment within a native heart valve; a prosthetic valve component disposed within and secured to the stent; and at least two positioning elements coupled to an outflow end of the stent, wherein each positioning element is attached to the tubular body of the stent by two V-shaped connectors (124A, 124B, 125A, 125B) such that there are four connection points (126A, 127A, 128A, 129A, 126B, 127B, 128B, 129B) between each positioning element and the tubular body of the stent, each positioning element including a generally U-shaped or V-shaped support arm (122A, 122B) configured to be approximately parallel with a longitudinal axis (L A) of the stent and to extend downstream from the outflow end of the stent when the stent is in the compressed configuration, wherein during deployment of the prosthesis each positioning element is configured to bend radially outward and then towards an outer surface of the stent such that the support arm translates between 135 degrees and 180 degrees from the compressed configuration to extend upstream from the outflow end of the stent when the stent is in the deployed configuration. a tubular stent having a compressed configuration for delivery within a vasculature and a deployed configuration for deployment within a native heart valve; a prosthetic valve component disposed within and secured to the stent; and at least two positioning elements coupled to an outflow end of the stent, wherein each positioning element is attached to the tubular body of the stent by two V-shaped connectors (124A, 124B, 125A, 125B) such that there are four connection points (126A, 127A, 128A, 129A, 126B, 127B, 128B, 129B) between each positioning element and the tubular body of the stent, each positioning element including a generally U-shaped or V-shaped support arm (122A, 122B) configured to be approximately parallel with a longitudinal axis (L A) of the stent and to extend downstream from the outflow end of the stent when the stent is in the compressed configuration, wherein during deployment of the prosthesis each positioning element is configured to bend radially outward and then towards an outer surface of the stent such that the support arm translates between 135 degrees and 180 degrees from the compressed configuration to extend upstream from the outflow end of the stent when the stent is in the deployed configuration.
A locking system comprising a lock and a holder for releasably receiving the lock during a transport, wherein the lock comprises a lock body and an alarm device for generating an alarm, and wherein the lock and/or the holder has/have at least one means by which the generation of the alarm can be suppressed when the lock is received in the holder, characterized in that the lock comprises a first sensor which is connected to the alarm device and which is configured to detect the receiving of the lock in the holder, wherein a transport state can be recognized by this detection of the lock in the holder, and wherein the alarm device is configured to suppress the generation of the alarm when the first sensor detects the receiving of the lock in the holder. wherein the lock and/or the holder has/have at least one means by which the generation of the alarm can be suppressed when the lock is received in the holder, characterized in that the lock comprises a first sensor which is connected to the alarm device and which is configured to detect the receiving of the lock in the holder, wherein a transport state can be recognized by this detection of the lock in the holder, and wherein the alarm device is configured to suppress the generation of the alarm when the first sensor detects the receiving of the lock in the holder.
A magnetizable sheet comprising: a) at least one homogenous sheet comprising i) at least one binder material structured and arranged to bind together components of said at least one homogenous sheet, and ii) at least one plurality of magnetizable particles held by said at least one binder material, b) at least one thickness of less than 0,508 mm (20 mils) thick; characterized in that said at least one binder material comprises chlorosulfonated polyethylene rubber, polyisobutylene, and ethylene vinyl acetate, characterized in that said at least one binder material, by weight of said at least one homogeneous sheet, comprises: a) about 3.6 percent chlorosulfonated polyethylene rubber; b) about 3 percent polyisobutylene; and c) about 2.2 percent ethylene vinyl acetate and wherein the at least one homogeneous sheet, by weight, comprises about 91 percent strontium ferrite. a) at least one homogenous sheet comprising i) at least one binder material structured and arranged to bind together components of said at least one homogenous sheet, and ii) at least one plurality of magnetizable particles held by said at least one binder material, i) at least one binder material structured and arranged to bind together components of said at least one homogenous sheet, and ii) at least one plurality of magnetizable particles held by said at least one binder material, b) at least one thickness of less than 0,508 mm (20 mils) thick; characterized in that said at least one binder material comprises chlorosulfonated polyethylene rubber, polyisobutylene, and ethylene vinyl acetate, characterized in that said at least one binder material, by weight of said at least one homogeneous sheet, comprises: a) about 3.6 percent chlorosulfonated polyethylene rubber; b) about 3 percent polyisobutylene; and c) about 2.2 percent ethylene vinyl acetate a) about 3.6 percent chlorosulfonated polyethylene rubber; b) about 3 percent polyisobutylene; and c) about 2.2 percent ethylene vinyl acetate
A hydraulic seal arrangement for a rotating machine, the hydraulic seal arrangement comprising: a hydraulic seal; and an annular reservoir fluidly coupled to the hydraulic seal; wherein the annular reservoir is arranged to retain fluid from the hydraulic seal when the machine is shutdown and to return the retained fluid to the hydraulic seal under centrifugal force after the machine is restarted, wherein the reservoir comprises an inner chamber having an opening, an outer chamber having an opening and a central chamber in fluid communication with the inner and outer chambers. a hydraulic seal; and an annular reservoir fluidly coupled to the hydraulic seal; wherein the annular reservoir is arranged to retain fluid from the hydraulic seal when the machine is shutdown and to return the retained fluid to the hydraulic seal under centrifugal force after the machine is restarted, wherein the reservoir comprises an inner chamber having an opening, an outer chamber having an opening and a central chamber in fluid communication with the inner and outer chambers.
A mobile station apparatus comprising: a radio receiving section configured to receive a control signal from a base station; a selecting unit configured to randomly select a sequence from a plurality of sequences contained in one group of a plurality of groups based on control information and an association between the plurality of groups and different control information, wherein a predetermined number of sequences that are generated from a plurality of base sequences are grouped into the plurality of groups that are respectively associated with the different control information, the different control information being associated with different amounts of data or reception qualities, wherein the predetermined number of sequences are grouped into the plurality of groups by partitioning the predetermined number of sequences, in which sequences generated from the same base sequence and having different cyclic shifts are arranged in an increasing order of the cyclic shifts; and a transmitting unit configured to transmit the selected sequence, wherein a position at which the predetermined number of sequences are partitioned is based on a characteristic of the different control information, and a number of sequences contained in each of the plurality of groups varies in accordance with the received control signal. a radio receiving section configured to receive a control signal from a base station; a selecting unit configured to randomly select a sequence from a plurality of sequences contained in one group of a plurality of groups based on control information and an association between the plurality of groups and different control information, wherein a predetermined number of sequences that are generated from a plurality of base sequences are grouped into the plurality of groups that are respectively associated with the different control information, the different control information being associated with different amounts of data or reception qualities, wherein the predetermined number of sequences are grouped into the plurality of groups by partitioning the predetermined number of sequences, in which sequences generated from the same base sequence and having different cyclic shifts are arranged in an increasing order of the cyclic shifts; and a transmitting unit configured to transmit the selected sequence, wherein a position at which the predetermined number of sequences are partitioned is based on a characteristic of the different control information, and a number of sequences contained in each of the plurality of groups varies in accordance with the received control signal.