mhurhangee/ep-ind-claims huggingface dataset:
A photomask blank comprising: a substrate; a film made of a chromium-containing material; and a film to be processed that is provided between the film made of the chromium-containing material and the substrate, and that is to be processed by using a pattern of the film made of the chromium-containing material as an etching mask, wherein the film made of the chromium-containing material has a first layer, a second layer, a third layer, and a fourth layer in order from a side away from the substrate, each of the first layer, the second layer, the third layer, and the fourth layer contains three or more kinds of elements of chromium, oxygen, nitrogen, and carbon, the first layer has a chromium content of 40 atomic% or less, an oxygen content of 38 atomic% or more, and a nitrogen content of 22 atomic% or less, and a thickness of 6 nm or less, the second layer has a chromium content of 38 atomic% or less, an oxygen content of 30 atomic% or more, a nitrogen content of 18 atomic% or less, and a carbon content of 14 atomic% or less, and a film thickness of 22 nm or more and 32 nm or less, the third layer has a chromium content of 50 atomic% or less, an oxygen content of 30 atomic% or less, and a nitrogen content of 20 atomic% or more, and a film thickness of 6 nm or less, and the fourth layer has a chromium content of 44 atomic% or less, an oxygen content of 20 atomic% or more, a nitrogen content of 20 atomic% or less, and a carbon content of 16 atomic% or less, and a film thickness of 13 nm or more. a substrate; a film made of a chromium-containing material; and a film to be processed that is provided between the film made of the chromium-containing material and the substrate, and that is to be processed by using a pattern of the film made of the chromium-containing material as an etching mask, wherein the film made of the chromium-containing material has a first layer, a second layer, a third layer, and a fourth layer in order from a side away from the substrate, each of the first layer, the second layer, the third layer, and the fourth layer contains three or more kinds of elements of chromium, oxygen, nitrogen, and carbon, the first layer has a chromium content of 40 atomic% or less, an oxygen content of 38 atomic% or more, and a nitrogen content of 22 atomic% or less, and a thickness of 6 nm or less, the second layer has a chromium content of 38 atomic% or less, an oxygen content of 30 atomic% or more, a nitrogen content of 18 atomic% or less, and a carbon content of 14 atomic% or less, and a film thickness of 22 nm or more and 32 nm or less, the third layer has a chromium content of 50 atomic% or less, an oxygen content of 30 atomic% or less, and a nitrogen content of 20 atomic% or more, and a film thickness of 6 nm or less, and the fourth layer has a chromium content of 44 atomic% or less, an oxygen content of 20 atomic% or more, a nitrogen content of 20 atomic% or less, and a carbon content of 16 atomic% or less, and a film thickness of 13 nm or more.
A light-emitting diode light source, wherein the LED light source comprises: a plurality of LED dies; and a plurality of electricity-conducting holding elements being metal sheets respectively; wherein adjacent two of the electricity-conducting holding elements are respectively configured to jointly hold and electrically connect to a positive polarity and a negative polarity installed at two opposite sides of a bottom of one of the LED dies to form a flexible LED light bar; wherein each one of the LED dies is a double-sided light emission LED with a light-emitting surface on a bottom surface uncovered by the adjacent two of the electricity-conducting holding elements of the LED die and another light-emitting surface on a top surface of the LED die; wherein each LED die is a flip-chip LED die or an OLED die; and wherein the electricity-conducting holding elements and the LED dies are alternately connected in series to form the flexible LED light bar; characterized in that a first length of each electricity-conducting holding element is greater than or equal to a second length of each LED die, and a first width of each electricity-conducting holding element is greater than or equal to one-half of a second width of each LED die. a plurality of LED dies; and a plurality of electricity-conducting holding elements being metal sheets respectively; wherein adjacent two of the electricity-conducting holding elements are respectively configured to jointly hold and electrically connect to a positive polarity and a negative polarity installed at two opposite sides of a bottom of one of the LED dies to form a flexible LED light bar; wherein each one of the LED dies is a double-sided light emission LED with a light-emitting surface on a bottom surface uncovered by the adjacent two of the electricity-conducting holding elements of the LED die and another light-emitting surface on a top surface of the LED die; wherein each LED die is a flip-chip LED die or an OLED die; and wherein the electricity-conducting holding elements and the LED dies are alternately connected in series to form the flexible LED light bar; characterized in that a first length of each electricity-conducting holding element is greater than or equal to a second length of each LED die, and a first width of each electricity-conducting holding element is greater than or equal to one-half of a second width of each LED die.
A curved obturator for arthroscopic knee surgery, comprising: a handle; and a shaft attached to the handle, the shaft comprising a substantially curved portion, characterised in that the curved obturator is adapted to be employed for the formation of a posterior arthoscopic portal, wherein the curved portion of the shaft follows the curvature of one of femoral condyles when the shaft is inserted through an anterior joint to exit a posterior-medial or posterior-lateral side of the knee, the shaft further comprising a substantially straight portion located between the substantially curved portion and the handle.
A racking system in which multiple storage positions are provided for individual storage boxes (7, 53, 72, 75) and in which one or more automated guided vehicles (5, 57) carry out automated placement, relocation and retrieval of storage boxes from storage positions in which they are located, the racking system comprising multiple vertical supports supporting multiple horizontal support beams extending between the vertical supports, the width of the horizontal support beams projecting outwards beyond the dimensions of the vertical supports in plan view so that automated guided vehicles can pass the vertical supports and each other; the racking system being arranged in horizontally extending layers comprising: storage layers in which said multiple storage positions are located; and transfer layers vertically juxtaposed with respect to the storage layers so that the storage layers and the transfer layers alternate; wherein automated guided vehicles are movable in at least two directions at right angles to each other in the transfer layers to place, relocate and retrieve boxes to and from storage positions in which they are located in the storage layers by vertical movement of the storage boxes into and out of storage positions in which a storage box is located above or below a transfer layer, and wherein storage guides for guiding storage boxes into and out of the storage positions are associated with the storage positions, wherein support arrangements (45, 46) for supporting the storage boxes in their storage positions are associated with the storage positions, wherein a storage box stored in a storage position in one storage layer positioned between two juxtaposed transfer layers is accessible by both an automated guided vehicle movable in a transfer layer above that storage layer as well as by an automated guided vehicle movable in a transfer layer below that storage layer such that a storage box stored in the one storage layer can be transferred from that storage layer through an automated guided vehicle to another storage layer and thence to an automated guided vehicle in a different transfer layer to effectively move the storage box vertically upwards or downwards through the racking system, the racking system being characterized in that, guide grooves are provided in a top surface of the horizontal support beams of the transfer layer and arcuate connecting grooves are provided at the intersections of the horizontal support beams of the transfer layer to define tracks along which the automated guided vehicles are movable.
A bandwidth management device (300, 500) for streaming media, the bandwidth management device comprising: a first receiver (301, 501), configured to receive attribute information of media devices from a central management device; wherein a criticality factor for indicating importance level of the media device is included in each of the attribute information; a second receiver (302, 502), configured to receive media streamings from the media devices; and a bandwidth assigner (303, 503), configured to assign bandwidth for each of the media streamings at least based on the criticality factor; wherein an activity factor for indicating active level of the media device is further included in each of the attribute information; wherein the bandwidth assigner is further configured to assign adaptively bandwidth for each of media streamings based on the criticality factor and the activity factor. a first receiver (301, 501), configured to receive attribute information of media devices from a central management device; wherein a criticality factor for indicating importance level of the media device is included in each of the attribute information; a second receiver (302, 502), configured to receive media streamings from the media devices; and a bandwidth assigner (303, 503), configured to assign bandwidth for each of the media streamings at least based on the criticality factor; wherein an activity factor for indicating active level of the media device is further included in each of the attribute information; wherein the bandwidth assigner is further configured to assign adaptively bandwidth for each of media streamings based on the criticality factor and the activity factor.
A light shielding apparatus comprising: first and second substrates (210, 250) facing each other; a first electrode on the first substrate; a second electrode on the second substrate; and a first polymer dispersed liquid crystal layer on the first electrode; a second polymer dispersed liquid crystal layer on the first polymer dispersed liquid crystal layer; and a third polymer dispersed liquid crystal layer on the second polymer dispersed liquid crystal layer, wherein the first polymer dispersed liquid crystal layer includes first droplets having first liquid crystals, and the second polymer dispersed liquid crystal layer includes second droplets having second liquid crystals and first dichroic dyes, wherein the first polymer dispersed liquid crystal layer directly adheres to the second polymer dispersed liquid crystal layer without using an adhesive layer, wherein the first droplets do not have dichroic dyes, wherein the second droplets have a size greater than that of the first droplets, wherein the third polymer dispersed liquid crystal layer includes third droplets having third liquid crystals, wherein the size of the second droplets is greater than the size of the third droplets, wherein the second droplets have a size smaller than five times of that of the first droplets, wherein external light incident onto the light shielding apparatus firstly reaches the first polymer dispersed liquid crystal layer among the first to third polymer dispersed liquid crystal layers (231, 232, 233). first and second substrates (210, 250) facing each other; a first electrode on the first substrate; a second electrode on the second substrate; and a first polymer dispersed liquid crystal layer on the first electrode; a second polymer dispersed liquid crystal layer on the first polymer dispersed liquid crystal layer; and a third polymer dispersed liquid crystal layer on the second polymer dispersed liquid crystal layer, wherein the first polymer dispersed liquid crystal layer includes first droplets having first liquid crystals, and the second polymer dispersed liquid crystal layer includes second droplets having second liquid crystals and first dichroic dyes, wherein the first polymer dispersed liquid crystal layer directly adheres to the second polymer dispersed liquid crystal layer without using an adhesive layer, wherein the first droplets do not have dichroic dyes, wherein the second droplets have a size greater than that of the first droplets, wherein the third polymer dispersed liquid crystal layer includes third droplets having third liquid crystals, wherein the size of the second droplets is greater than the size of the third droplets, wherein the second droplets have a size smaller than five times of that of the first droplets, wherein external light incident onto the light shielding apparatus firstly reaches the first polymer dispersed liquid crystal layer among the first to third polymer dispersed liquid crystal layers (231, 232, 233).
A side seal of a linear guide attached to each of both ends of a slider of the linear guide in a sliding direction of the slider and sliding in contact with a guide rail, the side seal comprising: a seal main body formed by shaping an elastic material using a mold, and sliding in contact with the guide rail; and a holder for housing and holding the seal main body, characterized by a gate burr housing for housing an elastic-material gate burr of the seal main body being formed in a seal main body housing of the holder, wherein, when it is presumed that a forward side of a direction in which the seal main body is held in the holder is a rear side and a backward side of the direction in which the seal main body is held is a front side, the gate burr housing is formed at a rear side of the seal main body housing of the holder and the elastic-material gate burr of the seal main body is formed at a corresponding portion to the gate burr housing, and the gate burr housing dents in a direction perpendicular to the direction in which the seal main body is held in the holder. a seal main body formed by shaping an elastic material using a mold, and sliding in contact with the guide rail; and a holder for housing and holding the seal main body,
A method for determining the support capacity of a local cell, comprising the following steps of: a controlling radio network controller receiving from a node B capability support information about the local cell of the node B, wherein the capability support information comprises uplink multi-carrier capability support information and shared interconnection of type B transport bearer capability support information; characterized by the controlling radio network controller determining that the local cell supports a separate interconnection of type B transport bearer in the case that no separate interconnection of type B transport bearer capability support information is received, and determining an uplink multi-carrier support capability and a shared interconnection of type B transport bearer support capability of the local cell according to the capability support information. a controlling radio network controller receiving from a node B capability support information about the local cell of the node B, wherein the capability support information comprises uplink multi-carrier capability support information and shared interconnection of type B transport bearer capability support information; characterized by the controlling radio network controller determining that the local cell supports a separate interconnection of type B transport bearer in the case that no separate interconnection of type B transport bearer capability support information is received, and determining an uplink multi-carrier support capability and a shared interconnection of type B transport bearer support capability of the local cell according to the capability support information.
A thermoplastic composition comprising: from 50 wt. % to 90 wt. % of a polymeric base resin; and from 10 wt. % to 50 wt. % of a low dielectric constant (Dk)/low dissipation factor (Df) glass fiber component, wherein the low Dk/low Df glass fiber component has a Dk of less than 5.0 at a frequency of from 1 MHz to 1 GHz and a Df of less than 0.002 at a frequency of from 1 MHz to 1 GHz. from 50 wt. % to 90 wt. % of a polymeric base resin; and from 10 wt. % to 50 wt. % of a low dielectric constant (Dk)/low dissipation factor (Df) glass fiber component, wherein the low Dk/low Df glass fiber component has a Dk of less than 5.0 at a frequency of from 1 MHz to 1 GHz and a Df of less than 0.002 at a frequency of from 1 MHz to 1 GHz.
A method for communicating in a wireless local area network, the method specifically adapted for: receiving, at a station, communication from an access point, AP, to which the station is associated, the communication including a first color value and a color indication, the first color value identifying at least one basic service set, BSS, managed by the AP, the color indication having a value; receiving, at the station, a physical layer protocol data unit, PPDU, the PPDU including a second color value, the second color value found within a partial association identifier, AID, of the PPDU if the color indication has a first value; and comparing the first color value and the second color value to determine whether or not the received PPDU is from the AP, wherein the determination is based on when the color indication is set to the first value to indicate that the second color value appears in the partial AID and is set to a second value to indicate that the second color value does not appear in the partial AID. receiving, at a station, communication from an access point, AP, to which the station is associated, the communication including a first color value and a color indication, the first color value identifying at least one basic service set, BSS, managed by the AP, the color indication having a value; receiving, at the station, a physical layer protocol data unit, PPDU, the PPDU including a second color value, the second color value found within a partial association identifier, AID, of the PPDU if the color indication has a first value; and comparing the first color value and the second color value to determine whether or not the received PPDU is from the AP, wherein the determination is based on when the color indication is set to the first value to indicate that the second color value appears in the partial AID and is set to a second value to indicate that the second color value does not appear in the partial AID.
Method for quantification of the amount of lactide, which is the cyclic dimer of lactic acid, in a lactide-based polymeric matrix by means of Infra Red Spectroscopy measurements, wherein the polymeric matrix comprises polylactic acid or PLA-containing copolymers, and, wherein the quantification is based on measurements performed on absorptions in the near Infra Red region of the electromagnetic spectrum, the near Infra Red region ranging from 12000-4000cm -1 so as to capture molecular overtones and combination vibrations of said lactide. wherein the polymeric matrix comprises polylactic acid or PLA-containing copolymers, and, wherein the quantification is based on measurements performed on absorptions in the near Infra Red region of the electromagnetic spectrum, the near Infra Red region ranging from 12000-4000cm -1 so as to capture molecular overtones and combination vibrations of said lactide.
A method for the detection of a fetal chromosomal aneuploidy in a pregnant female comprising i) preparing free-floating DNA from a biological sample from said pregnant female, ii) amplifying a selected set of target DNA sequences from one or more chromosomes which are presumed to be aneuploid and amplifying a selected set of target DNA sequences from one or more chromosomes which are presumed to be euploid in at least one quantitative multiplex PCR reaction wherein at least one amplified DNA sequence comprises at least one SNP for which the female is heterozygous wherein the amplified DNA sequences have lengths below 140 base pairs, iii) sequencing of the amplified target DNA sequences and iv) calculating the sum of read counts for all amplified DNA sequences of a suspected chromosomal aneuploidy followed by normalization, against the sum of read counts for all amplified DNA sequences of a reference euploid chromosome to determine by statistical methods a set score indicative for the presence of a fetal chromosomal aneuploidy and/or determining the allelic ratios of the informative SNPs wherein a distorted allelic ratio is indicative for the presence of a fetal chromosomal aneuploidy in said pregnant female wherein said. fetal chromosomal aneuploidy is chromosome 13 and/or chromosome 18 and/or chromosome 21 and/or chromosome X and/or chromosome Y i) preparing free-floating DNA from a biological sample from said pregnant female, ii) amplifying a selected set of target DNA sequences from one or more chromosomes which are presumed to be aneuploid and amplifying a selected set of target DNA sequences from one or more chromosomes which are presumed to be euploid in at least one quantitative multiplex PCR reaction wherein at least one amplified DNA sequence comprises at least one SNP for which the female is heterozygous wherein the amplified DNA sequences have lengths below 140 base pairs, iii) sequencing of the amplified target DNA sequences and iv) calculating the sum of read counts for all amplified DNA sequences of a suspected chromosomal aneuploidy followed by normalization, against the sum of read counts for all amplified DNA sequences of a reference euploid chromosome to determine by statistical methods a set score indicative for the presence of a fetal chromosomal aneuploidy and/or determining the allelic ratios of the informative SNPs wherein a distorted allelic ratio is indicative for the presence of a fetal chromosomal aneuploidy in said pregnant female
An apparatus, comprising: - means for receiving, by a network function, in a cellular communication system, configuration information required to initialize at least one other network function (102, 104, 108) to operate according to a port-based network access control standard and a port-based medium access security standard, wherein the network function is configured to provide time sensitive networking or communications, and the configuration information comprises a storage format of the port-based network access control standard and a storage format of the port-based medium access security standard; and - means for configuring the at least one other network function (102, 104, 108) to operate according to the port-based network access control standard and the port-based medium access security standard based on the configuration information. - means for receiving, by a network function, in a cellular communication system, configuration information required to initialize at least one other network function (102, 104, 108) to operate according to a port-based network access control standard and a port-based medium access security standard, wherein the network function is configured to provide time sensitive networking or communications, and the configuration information comprises a storage format of the port-based network access control standard and a storage format of the port-based medium access security standard; and - means for configuring the at least one other network function (102, 104, 108) to operate according to the port-based network access control standard and the port-based medium access security standard based on the configuration information.