mhurhangee/ep-ind-claims huggingface dataset:
A method performed by an access point, AP, of a wireless local area network, WLAN, system, the method comprising: receiving, by the AP, a control message for link adaptation comprising a first field for a recommended resource unit, RU, of a station, STA, a second field for a recommended modulation and coding scheme, MCS, of the STA, and a third field related to an RU size for uplink multi-user, UL MU, communication of the STA from the STA; and transmitting, by the AP, a trigger frame to trigger the UL MU communication of the STA, wherein a size of an uplink RU allocated by the trigger frame is determined based on the third field, wherein when the third field has a first value, the first field includes information on a recommended RU for the UL MU communication, and wherein the size of the uplink RU is set equal to or smaller than a size of the recommended RU for the UL MU communication. receiving, by the AP, a control message for link adaptation comprising a first field for a recommended resource unit, RU, of a station, STA, a second field for a recommended modulation and coding scheme, MCS, of the STA, and a third field related to an RU size for uplink multi-user, UL MU, communication of the STA from the STA; and transmitting, by the AP, a trigger frame to trigger the UL MU communication of the STA, wherein a size of an uplink RU allocated by the trigger frame is determined based on the third field, wherein when the third field has a first value, the first field includes information on a recommended RU for the UL MU communication, and wherein the size of the uplink RU is set equal to or smaller than a size of the recommended RU for the UL MU communication.
An electronic device configured to be wirelessly charged through an external power transmitting device, the electronic device comprising: a conductive pattern configured to have a current induced therein based on a power signal transmitted by the external power transmitting device; an adjustment circuit configured to generate a voltage signal using the current; a load configured to be charged through the voltage signal; a control circuit electrically connected with the conductive pattern, the adjustment circuit, and the load; and a sensor circuit including a motion sensor configured to sense a movement of the electronic device, wherein, the control circuit is configured to: in response to determining that a range of the movement of the electronic device is within a specified value, interrupt an output of information associated with a change in a charge status, in response to determining that the range of the movement of the electronic device is not within the specified value, generate a power control signal for interrupting the power signal, the power control signal including information about intensity of the power signal and transmit the power control signal to the external power transmitting device through the conductive pattern, and wherein the conductive pattern is configured to receive the power signal, the intensity of which is changed based on the power control signal. a conductive pattern configured to have a current induced therein based on a power signal transmitted by the external power transmitting device; an adjustment circuit configured to generate a voltage signal using the current; a load configured to be charged through the voltage signal; a control circuit electrically connected with the conductive pattern, the adjustment circuit, and the load; and a sensor circuit including a motion sensor configured to sense a movement of the electronic device, wherein, the control circuit is configured to: in response to determining that a range of the movement of the electronic device is within a specified value, interrupt an output of information associated with a change in a charge status, in response to determining that the range of the movement of the electronic device is not within the specified value, generate a power control signal for interrupting the power signal, the power control signal including information about intensity of the power signal and transmit the power control signal to the external power transmitting device through the conductive pattern, and wherein the conductive pattern is configured to receive the power signal, the intensity of which is changed based on the power control signal.
A method of quantifying the dose and/or potency of an adeno-associated virus preparation, comprising quantifying a total number of AAV capsids in the AAV preparation via an AAV-specific ELISA assay and evaluating a percentage or ratio of full versus empty (full:empty) AAV capsids in the AAV preparation via cryogenic transmission electron microscopy (CryoTEM).
A gas turbine engine, comprising: a buffer system (260; 360) that communicates buffer supply air to a portion of the gas turbine engine, wherein said buffer system (260; 360) includes: a first circuit (274; 374) that selects between a first bleed air supply (264A; 364) having a first pressure and a second bleed air supply (266A; 366) having a second pressure that is greater than said first pressure to render a first buffer supply air (262A; 362A) having an intermediate pressure compared to said first pressure and said second pressure; characterised in that said gas turbine engine further comprises: a second circuit (276; 376) that selects between a third bleed air supply (264B; 365) and a fourth bleed air supply (266B; 367) to communicate a second buffer supply air (262B; 362B); and in that: said first buffer supply air (262A; 362A) is communicated to front and rear bearing compartments of said engine, and said second buffer supply air (262B; 362B) is communicated to a mid-engine bearing compartment of said engine.
An implantable prosthesis for replacing a human hip or knee joint and the adjoining bone shaft sections, comprising - a joint part; - a shaft anchoring part, and - a shaft replacement part arranged between the joint part and the shaft anchoring part, wherein - the shaft replacement part is formed by a tubular body proximal to the joint and a tubular body distal from the joint, which telescopically engage in one another, - a remote-controlled drive for axially pushing the tubular bodies (121, 122) apart is arranged in the lumen of the tubular bodies (121, 122), and - the tubular bodies (121, 122) have an anti-rotation mechanism, characterized in - that the drive is encapsulated in the lumen of the tubular bodies (121, 122), wherein the drive has a drive housing inserted in the lumen of the inner tubular body of the two tubular bodies (121, 122). - a joint part; - a shaft anchoring part, and - a shaft replacement part arranged between the joint part and the shaft anchoring part, - the shaft replacement part is formed by a tubular body proximal to the joint and a tubular body distal from the joint, which telescopically engage in one another, - a remote-controlled drive for axially pushing the tubular bodies (121, 122) apart is arranged in the lumen of the tubular bodies (121, 122), and - the tubular bodies (121, 122) have an anti-rotation mechanism, characterized in - that the drive is encapsulated in the lumen of the tubular bodies (121, 122), wherein the drive has a drive housing inserted in the lumen of the inner tubular body of the two tubular bodies (121, 122).
A method of separating a sample material into a plurality of separated components and isolating one or more of said separated components in a microfluidic device comprising separating the sample components in a separation conduit (104, 214) located within the device in the presence of a separation matrix disposed therein, detecting the sample components at a detection zone (124, 280) in the separation conduit, transporting selected one or more of the sample components to a sample component collection conduit (110, 216) in the device based on information received at said detection zone, and driving the selected one or more sample components along the sample collection conduit to one or more collection wells (118, 240-248, 262-270) by application of a voltage gradient or pressure gradient between the one or more collection wells and a reservoir (120, 256) which is fluidly coupled to the collection conduit near to the intersection of the collection conduit with the separation conduit and between said intersection and said one or more collection wells.
A synergistic microbicidal composition comprising: (a) a nonionic surfactant with structure: R 1 O(CH 2 CH(CH 3)O) 5 (CH 2 CH 2 O) 9 H where R 1 is a C 8 alkyl group; and (b) phenoxyethanol; wherein a weight ratio of said nonionic surfactant to phenoxyethanol is from 1:1 to 1:18.2766.
Use, as a first means of labelling, of a lectin recognizing the fucose α 1-2 galactose group, advantageously UEA-1 or TJA-II, for detecting and isolating colorectal cancer stem cells.
A computer implemented method for determining pre-determined points in an input image, the method comprising the following steps carried out by computer hardware components: - applying a plurality of shifts to the input image to obtain a plurality of shifted images; - detecting pre-determined points in each of the shifted images; - re-shifting the detected pre-determined points; and - determining the pre-determined points based on the re-shifted detected pre-determined points; wherein detecting the pre-determined points comprises determining coordinates; wherein the re-shifting comprises shifting the coordinates to a coordinate system of the input image; wherein detecting the pre-determined points comprises determining probabilities of a pre-determined point being present at the respective determined coordinates; wherein determining the pre-determined points based on the re-shifted detected pre-determined points comprises accumulating the probabilities of the re-shifted detected pre-determined points; wherein the image comprises a checkerboard; wherein the pre-determined points comprise saddle points of the checkerboard; and wherein the pre-determined points in each of the shifted images are determined using a machine learning method. the method comprising the following steps carried out by computer hardware components: - applying a plurality of shifts to the input image to obtain a plurality of shifted images; - detecting pre-determined points in each of the shifted images; - re-shifting the detected pre-determined points; and - determining the pre-determined points based on the re-shifted detected pre-determined points; - applying a plurality of shifts to the input image to obtain a plurality of shifted images; - detecting pre-determined points in each of the shifted images; - re-shifting the detected pre-determined points; and - determining the pre-determined points based on the re-shifted detected pre-determined points; wherein detecting the pre-determined points comprises determining coordinates; wherein the re-shifting comprises shifting the coordinates to a coordinate system of the input image; wherein detecting the pre-determined points comprises determining probabilities of a pre-determined point being present at the respective determined coordinates; wherein determining the pre-determined points based on the re-shifted detected pre-determined points comprises accumulating the probabilities of the re-shifted detected pre-determined points; wherein the image comprises a checkerboard; wherein the pre-determined points comprise saddle points of the checkerboard; and wherein the pre-determined points in each of the shifted images are determined using a machine learning method.
A transmission assembly for a power tool comprising: an input shaft powered by a motor; an output shaft powered by the input shaft via a gear train, the gear train comprising: a first driven gear on the output shaft defining a high speed operation of the transmission assembly; and a second driven gear on the output shaft defining a low speed of operation of the transmission assembly; a connector operable to perform one of engaging and disengaging the first driven gear from the output shaft; wherein, when the first driven gear is engaged with the output shaft, the transmission assembly operates at said high speed of operation, and wherein the second driven gear is coupled to the output shaft by an overrunning bearing which defines the low speed operation of the transmission assembly; and wherein the first and second driven gears (154, 158) are permanently driven during operation of the transmission assembly. an input shaft powered by a motor; an output shaft powered by the input shaft via a gear train, the gear train comprising: a first driven gear on the output shaft defining a high speed operation of the transmission assembly; and a second driven gear on the output shaft defining a low speed of operation of the transmission assembly; a first driven gear on the output shaft defining a high speed operation of the transmission assembly; and a second driven gear on the output shaft defining a low speed of operation of the transmission assembly; a connector operable to perform one of engaging and disengaging the first driven gear from the output shaft; wherein, when the first driven gear is engaged with the output shaft, the transmission assembly operates at said high speed of operation, and wherein the second driven gear is coupled to the output shaft by an overrunning bearing which defines the low speed operation of the transmission assembly; and wherein the first and second driven gears (154, 158) are permanently driven during operation of the transmission assembly.
A system for transferring a fluid from a first spacecraft to a second spacecraft, the system including the first spacecraft comprising a fluid transfer system comprising: a pressurant supply system; a first fluid tank configured to store a fluid to be transferred, one or more transfer feedlines configured to provide fluidic connection between the first fluid tank and the second spacecraft, a connector for connecting the first spacecraft to the second spacecraft, an accumulator tank comprising: a first portion connected to the pressurant supply system, a second portion configured to be in fluidic communication with the one or more transfer feedlines, and a flexible separator arranged to separate the first portion and the second portion; wherein the pressurant supply system is arranged to supply pressurant gas to the first fluid tank for pressurising the first fluid tank and to supply pressurant gas to the first portion of the accumulator tank for pressurising the first portion of the accumulator tank. a pressurant supply system; a first fluid tank configured to store a fluid to be transferred, one or more transfer feedlines configured to provide fluidic connection between the first fluid tank and the second spacecraft, a connector for connecting the first spacecraft to the second spacecraft, an accumulator tank comprising: a first portion connected to the pressurant supply system, a second portion configured to be in fluidic communication with the one or more transfer feedlines, and a flexible separator arranged to separate the first portion and the second portion; wherein a first portion connected to the pressurant supply system, a second portion configured to be in fluidic communication with the one or more transfer feedlines, and a flexible separator arranged to separate the first portion and the second portion; wherein the pressurant supply system is arranged to supply pressurant gas to the first fluid tank for pressurising the first fluid tank and to supply pressurant gas to the first portion of the accumulator tank for pressurising the first portion of the accumulator tank.
Lifting device for lifting loads, particularly vehicles, with a load handling attachment, which is movable and down with at least one lifting element, with drive equipment, which is controlled by a drive control, wherein an energy storage device, which provides the drive control and the drive equipment with energy, is provided on the lifting element or the load pick up (12, characterised in - that the energy storage device is attachable to a quick change device, which is arranged on the load pick up or lifting element, - that a mounting frame of the quick change device is attached to a printed circuit board, which comprises conducting paths, which lead from contact elements of the quick change device to the drive control and/or to the electric motor of the drive equipment and/or to the hydraulic control, and - that the printed circuit board comprises current sensors, through which, preferably, the state of charge of the energy storage device is ascertainable. - that the energy storage device is attachable to a quick change device, which is arranged on the load pick up or lifting element, - that a mounting frame of the quick change device is attached to a printed circuit board, which comprises conducting paths, which lead from contact elements of the quick change device to the drive control and/or to the electric motor of the drive equipment and/or to the hydraulic control, and - that the printed circuit board comprises current sensors, through which, preferably, the state of charge of the energy storage device is ascertainable.
A holding material comprising a stack of a first mat and a second mat, char acterized in that the first mat comprising 80 wt% or more of inorganic fibers consisting of alumina fibers that comprise 60 wt% or more of alumina and 40 wt% or less of silica, the second mat comprising 80 wt% or more of inorganic fibers consisting of silica fibers that comprise 60 wt% or more of silica and 40 wt% or less of alumina, and having a surface pressure higher than that of the first mat as measured at a gap bulk density of 0.30 g/cm 3, and the holding material being to be placed in a gap between a processing structure and a casing in a gas treatment device comprising the processing structure and the casing that accommodates the processing structure therein such that the first mat is situated to come in contact with the processing structure. the first mat comprising 80 wt% or more of inorganic fibers consisting of alumina fibers that comprise 60 wt% or more of alumina and 40 wt% or less of silica, the second mat comprising 80 wt% or more of inorganic fibers consisting of silica fibers that comprise 60 wt% or more of silica and 40 wt% or less of alumina, and having a surface pressure higher than that of the first mat as measured at a gap bulk density of 0.30 g/cm 3, and the holding material being to be placed in a gap between a processing structure and a casing in a gas treatment device comprising the processing structure and the casing that accommodates the processing structure therein such that the first mat is situated to come in contact with the processing structure.
Car access assembly comprising a car door, a handle mounted on the car door, the car access assembly also comprising an electronic sensing unit for the handle attached on the car door, the electronic sensing unit comprising: - a sensor attached on an external side of a part of the car door extending according to a reference plane, - a fixing mechanism for the sensor, the fixing mechanism comprising a first element and a second element configured to cooperate together; the first element being also configured to cooperate with the part of the car door and the sensor or with the handle; the second element being also configured to cooperate with the handle or with the part of the car door and the sensor so that a constraint applied to the handle is transmitted to the sensor for detection of a command, wherein the handle comprises a guiding leg extending farther than the internal face of the part of the car door, the guiding leg being configured for guiding a signal transmitting device of the electronic sensing unit connected the sensor. - a sensor attached on an external side of a part of the car door extending according to a reference plane, - a fixing mechanism for the sensor, the fixing mechanism comprising a first element and a second element configured to cooperate together; the first element being also configured to cooperate with the part of the car door and the sensor or with the handle; the second element being also configured to cooperate with the handle or with the part of the car door and the sensor so that a constraint applied to the handle is transmitted to the sensor for detection of a command, wherein the handle comprises a guiding leg extending farther than the internal face of the part of the car door, the guiding leg being configured for guiding a signal transmitting device of the electronic sensing unit connected the sensor.
A compound design program causing a computer to execute a process comprising: disposing a virtual single atom at a position that does not collide with a protein, a fragment, or a virtual single atom disposed on a simulation space; forming a bond when an interatomic distance and an angle formed by the disposed virtual single atom with an atom in the fragment or another virtual single atom are within predetermined ranges for bond length and bond angle; determining whether an angle formed between a first vector from a first atom to a second atom and a second vector from the second atom to a third atom in a set of three contiguous atoms including the disposed virtual single atom is a predetermined angle; and executing a cyclization process of generating a ring by adding a virtual single atom to the set of three atoms determined when the angle formed between the first vector and the second vector is determined to be the predetermined angle. disposing a virtual single atom at a position that does not collide with a protein, a fragment, or a virtual single atom disposed on a simulation space; forming a bond when an interatomic distance and an angle formed by the disposed virtual single atom with an atom in the fragment or another virtual single atom are within predetermined ranges for bond length and bond angle; determining whether an angle formed between a first vector from a first atom to a second atom and a second vector from the second atom to a third atom in a set of three contiguous atoms including the disposed virtual single atom is a predetermined angle; and executing a cyclization process of generating a ring by adding a virtual single atom to the set of three atoms determined when the angle formed between the first vector and the second vector is determined to be the predetermined angle.
An antiviral member, comprising: a substrate; univalent copper compound particles; and a group of inorganic particles which are for supporting the univalent copper compound particles on the substrate and which have a silane monomer chemically bonded to a surface thereof, wherein the inorganic particles having the silane monomer on the surface thereof are bonded to each other via chemical bonds formed between the silane monomers provided on the surface of the inorganic particles, and the group of inorganic particles are bonded to the substrate due to the chemical bonds between the silane monomers on the surface of the inorganic particles and the substrate, whereby the group of inorganic particles forms spaces for supporting the univalent copper compound particles. a substrate; univalent copper compound particles; and a group of inorganic particles which are for supporting the univalent copper compound particles on the substrate and which have a silane monomer chemically bonded to a surface thereof, wherein the inorganic particles having the silane monomer on the surface thereof are bonded to each other via chemical bonds formed between the silane monomers provided on the surface of the inorganic particles, and the group of inorganic particles are bonded to the substrate due to the chemical bonds between the silane monomers on the surface of the inorganic particles and the substrate, whereby the group of inorganic particles forms spaces for supporting the univalent copper compound particles.