mhurhangee/patent-ind-claim-en huggingface dataset:
A strapping device , comprising: a body having a first body end , a second body end , and a base extending between the first body end and the second body end; a tensioner coupled with the body and adjacent to the base, the body defines a strap axis between the tensioner and the base, the tensioner applies a force to a strap received by the body along the strap axis; a handle extending between a first handle end coupled with the first body end and a second handle end coupled with the second body end; an input device coupled with the handle, the input device including at least one of a trigger, a button, a lever, and a switch, the input device defining a length from a first input device end proximate the first body end to a second input end opposite the first input end, the length greater than or equal to 5.08mm (0.2 inches) and less than or equal to 76.2 mm (3 inches); characterized in that the handle is oriented at an angle (α) relative to a plane parallel to the strap axis, the angle being greater than or equal to 15 degrees, and less than or equal to 45 degrees, an interface surface is defined by the handle on an opposite side of the handle from the input device , the interface surface spaced from a tangent line defined by the handle by a spacing, the spacing being less than 25.4mm (one inch), wherein the interface surface supports at least a portion of a user interface . a body having a first body end , a second body end , and a base extending between the first body end and the second body end; a tensioner coupled with the body and adjacent to the base, the body defines a strap axis between the tensioner and the base, the tensioner applies a force to a strap received by the body along the strap axis; a handle extending between a first handle end coupled with the first body end and a second handle end coupled with the second body end; an input device coupled with the handle, the input device including at least one of a trigger, a button, a lever, and a switch, the input device defining a length from a first input device end proximate the first body end to a second input end opposite the first input end, the length greater than or equal to 5.08mm (0.2 inches) and less than or equal to 76.2 mm (3 inches); characterized in that the handle is oriented at an angle (α) relative to a plane parallel to the strap axis, the angle being greater than or equal to 15 degrees, and less than or equal to 45 degrees, an interface surface is defined by the handle on an opposite side of the handle from the input device , the interface surface spaced from a tangent line defined by the handle by a spacing, the spacing being less than 25.4mm (one inch), wherein the interface surface supports at least a portion of a user interface .
A method, comprising: transitioning at least one memory page from a first virtual machine executing at a processor to a hypervisor executing at the processor; receiving, at a security module of the processor, a request from the hypervisor to return the at least one memory page to the first virtual machine; selectively verifying at the security module of the processor the contents of the at least one memory page in response to the request to return the at least one memory page from the hypervisor to the first virtual machine; bypassing the verifying of the contents of the at least one memory page in response to the hypervisor requesting to return the at least one memory page, the bypassing being based on the at least one memory page being allocated to a balloon pool associated with the first virtual machine, the balloon pool to hold memory pages that are not anticipated to be written to by the first virtual machine; and providing the at least one memory page to the first virtual machine in response to verifying the contents of the at least one memory page or in response to the at least one memory page being allocated to the balloon pool associated with the first virtual machine. transitioning at least one memory page from a first virtual machine executing at a processor to a hypervisor executing at the processor; receiving, at a security module of the processor, a request from the hypervisor to return the at least one memory page to the first virtual machine; selectively verifying at the security module of the processor the contents of the at least one memory page in response to the request to return the at least one memory page from the hypervisor to the first virtual machine; bypassing the verifying of the contents of the at least one memory page in response to the hypervisor requesting to return the at least one memory page, the bypassing being based on the at least one memory page being allocated to a balloon pool associated with the first virtual machine, the balloon pool to hold memory pages that are not anticipated to be written to by the first virtual machine; and providing the at least one memory page to the first virtual machine in response to verifying the contents of the at least one memory page or in response to the at least one memory page being allocated to the balloon pool associated with the first virtual machine.
Gripper for use in a cutting machine, in particular a high-performance cutting machine, said gripper being at least temporarily and reversibly engaged with the end of a food product before and/or during the slicing of the food product , wherein the gripper has a negative-pressure chamber , in which a negative pressure prevails that keeps the food product against the gripper, wherein at least two cylinders generate the negative pressure and each cylinder has a first and a second port , which are selectively, in particular alternately, connected to the negative-pressure chamber, characterized in that each cylinder has its own drive.
A composition comprising the compound of formula (I), wherein the formula (I) is: and T is a targeting moiety adapted to bind to a target ligand.
An apparatus for folding and winding a predetermined length of non-woven fabric from a roll wound on a core, mounted on a countertop, equipped with a housing, provided with a drive unit, wherein mounted on a hub is a cylinder , to which eccentrically attached are rods from which at a certain distance is mounted a linear feed , characterized in that the hub assembly with the cylinder with the rods is longitudinally movable in the direction of said linear feed and that the rods are retractable towards the cylinder .
A method to measure network packet latency, comprising: receiving packets at a first input port associated with a first point within a network packet communication system; receiving packets at a second input port associated with a second point within the network packet communication system; and for each received packet: generating a packet signature for the packet; comparing the packet signature to packet signatures stored in a signature table; if a signature match is not found, storing the packet signature within the signature table along with a timestamp associated with the received packet; and if a signature match is found, determining a latency value for the received packet based upon a timestamp associated with the received packet and a timestamp associated with the matching packet signature within the signature table; wherein the received packets comprise request packets received at the first input port and response packets received at the second input port and associated with the request packets, and wherein matching packet signatures are configured to pair a response packet to its associated request packet. receiving packets at a first input port associated with a first point within a network packet communication system; receiving packets at a second input port associated with a second point within the network packet communication system; and for each received packet: generating a packet signature for the packet; comparing the packet signature to packet signatures stored in a signature table; if a signature match is not found, storing the packet signature within the signature table along with a timestamp associated with the received packet; and if a signature match is found, determining a latency value for the received packet based upon a timestamp associated with the received packet and a timestamp associated with the matching packet signature within the signature table; generating a packet signature for the packet; comparing the packet signature to packet signatures stored in a signature table; if a signature match is not found, storing the packet signature within the signature table along with a timestamp associated with the received packet; and if a signature match is found, determining a latency value for the received packet based upon a timestamp associated with the received packet and a timestamp associated with the matching packet signature within the signature table; wherein the received packets comprise request packets received at the first input port and response packets received at the second input port and associated with the request packets, and wherein matching packet signatures are configured to pair a response packet to its associated request packet.
An air-conditioning apparatus comprising a refrigerant circuit with a refrigerant, which operates in a transcritical cycle, and refrigerating machine oil, which has low miscibility with the refrigerant, the refrigerant circuit comprising a compressor , a radiator , an expansion mechanism , and an evaporator , the air-conditioning apparatus further comprising: a flow regulating mechanism provided in the refrigerant circuit; and flow control means configured to control the flow regulating mechanism, characterized in that if a refrigerant flow velocity at an outlet side of the radiator is lower than a predetermined threshold value, the refrigerant flow velocity, in which the refrigerant is in a supercritical state, at the outlet side of the radiator is increased by the flow control means so that oil-return operation that returns the refrigerating machine oil discharged from the compressor to the compressor is performed until the refrigerant flow velocity is greater than a second threshold value which is larger than the predetermined threshold value and at least a predetermined time period elapses. a flow regulating mechanism provided in the refrigerant circuit; and flow control means configured to control the flow regulating mechanism, characterized in that if a refrigerant flow velocity at an outlet side of the radiator is lower than a predetermined threshold value, the refrigerant flow velocity, in which the refrigerant is in a supercritical state, at the outlet side of the radiator is increased by the flow control means so that oil-return operation that returns the refrigerating machine oil discharged from the compressor to the compressor is performed until the refrigerant flow velocity is greater than a second threshold value which is larger than the predetermined threshold value and at least a predetermined time period elapses.
A computer implemented method, comprising: obtaining, using a processor, spectral reflectance data from a spectrophotometric measurement of a target coating on a surface, wherein the measurement was taken at a specular angle; removing, using the processor, at least a portion of the spectral reflectance data that is attributable to a glossy coating of the surface; constructing, using the processor, at least one spectral reflectance curve from the remaining spectral reflectance data; and identifying, using the processor, at least one type of pigmentation effect of the target coating based at least in part on the at least one spectral reflectance curve. obtaining, using a processor, spectral reflectance data from a spectrophotometric measurement of a target coating on a surface, wherein the measurement was taken at a specular angle; removing, using the processor, at least a portion of the spectral reflectance data that is attributable to a glossy coating of the surface; constructing, using the processor, at least one spectral reflectance curve from the remaining spectral reflectance data; and identifying, using the processor, at least one type of pigmentation effect of the target coating based at least in part on the at least one spectral reflectance curve.
An optically-transparent device , the device configured to form a field intensity distribution in a near field zone of the device from an electromagnetic wave incident on the device, wherein the device is embedded in a first dielectric material having a first refractive index n 1 , the device comprising: a main part made of a second dielectric material having a second refractive index n 2 , wherein the second refractive index n 2 is higher than the first refractive index n 1 , wherein first nanojet beams are generated by first edges of the main part , which first edges are adjacent to the first dielectric material; and an insert made of a third dielectric material having a third refractive index n 3 that is higher than the second refractive index n 2 , wherein the insert is at least partially within the main part , wherein the first refractive index n 1 is different from the third refractive index n 3 , wherein W 1 ≥ λ 1 4 , where W 1 is a half width of the main part and λ 1 is a first wavelength of the incident electromagnetic wave in the main part , and where W 2 ≥ λ 2 4 , where W 2 is a half width of the insert and λ 2 is a second wavelength of the incident electromagnetic wave in the insert , wherein second nanojet beams are generated by second edges of the insert , which second edges are adjacent to the second dielectric material of the main part , and wherein the first nanojet beams and the second nanojet beams recombine and contribute to formation of a single high-intensity nanojet beam. a main part made of a second dielectric material having a second refractive index n 2 , wherein the second refractive index n 2 is higher than the first refractive index n 1 , wherein first nanojet beams are generated by first edges of the main part , which first edges are adjacent to the first dielectric material; and an insert made of a third dielectric material having a third refractive index n 3 that is higher than the second refractive index n 2 , wherein the insert is at least partially within the main part , wherein the first refractive index n 1 is different from the third refractive index n 3 , wherein W 1 ≥ λ 1 4 , where W 1 is a half width of the main part and λ 1 is a first wavelength of the incident electromagnetic wave in the main part , and where W 2 ≥ λ 2 4 , where W 2 is a half width of the insert and λ 2 is a second wavelength of the incident electromagnetic wave in the insert , wherein second nanojet beams are generated by second edges of the insert , which second edges are adjacent to the second dielectric material of the main part , and wherein the first nanojet beams and the second nanojet beams recombine and contribute to formation of a single high-intensity nanojet beam.
A method of screening for the presence of cancer in a subject, comprising (a) contacting a biological sample from a subject with a gene expression detection assay, wherein said gene expression detection assay comprises a gene expression informative reagent for identification of the level of expression of a non-coding RNA described by SEQ ID NO: 2304; (b) detecting the level of expression of said non-coding RNA in said sample using an in vitro assay; and (c) diagnosing cancer in said subject when an increased level of expression of said non-coding RNA in said sample relative to the level in normal cells is detected. (a) contacting a biological sample from a subject with a gene expression detection assay, wherein said gene expression detection assay comprises a gene expression informative reagent for identification of the level of expression of a non-coding RNA described by SEQ ID NO: 2304; (b) detecting the level of expression of said non-coding RNA in said sample using an in vitro assay; and (c) diagnosing cancer in said subject when an increased level of expression of said non-coding RNA in said sample relative to the level in normal cells is detected.
Blade for a fan of a turbomachine comprising a composite material structure comprising a fibrous reinforcement obtained by three-dimensional weaving and a matrix in which the fibrous reinforcement is embedded, the fibrous reinforcement comprising first strands having a predefined elongation at break, said blade further comprising a root and a tip , the fibrous reinforcement comprising a first portion comprising the root and a second portion comprising the tip , a part of the fibre reinforcement comprising second strands having an elongation at break greater than that of the first strands , the blade being characterised in that the first portion is deprived of second strands while the second portion comprises the second strands .
A process for producing metallic structures, comprising the following steps: a) providing a spinning composition comprising at least one hydrolyzable titanium compound or a condensate thereof, and at least one organic polymer and/or oligomer; b) electrospinning the composition on a substrate; c) thermal treatment of the nanofibers obtained at above 430°C and below 470°C, to obtain photocatalytically active nanofibers comprising anatase and amorphous titanium dioxide; d) contacting at least one precursor compound for a metallic structure with the nanofibers; e) reducing the at least one precursor compound to the metallic structure by action of electromagnetic radiation on the nanofiber. a) providing a spinning composition comprising at least one hydrolyzable titanium compound or a condensate thereof, and at least one organic polymer and/or oligomer; b) electrospinning the composition on a substrate; c) thermal treatment of the nanofibers obtained at above 430°C and below 470°C, to obtain photocatalytically active nanofibers comprising anatase and amorphous titanium dioxide; d) contacting at least one precursor compound for a metallic structure with the nanofibers; e) reducing the at least one precursor compound to the metallic structure by action of electromagnetic radiation on the nanofiber.
A combustor panel comprising: an attachment feature having a central longitudinal axis and extending from a cold side of the combustor panel ; and a plurality of standoffs extending from the cold side of the combustor panel and disposed around the attachment feature ; wherein a first height, as measured parallel to the central longitudinal axis from the cold side of the combustor panel , of a first standoff of the plurality of standoffs is less than a second height, also measured parallel to the central longitudinal axis from the cold side of the combustor panel , of a second standoff of the plurality of standoffs , and the first standoff is one of a first grouping of standoffs of the plurality of standoffs having the first height and the second standoff is one of a second grouping of standoffs of the plurality of standoffs having the second height; characterised in that : a standoff effusion hole is defined in at least one first standoff of the first grouping of standoffs. an attachment feature having a central longitudinal axis and extending from a cold side of the combustor panel ; and a plurality of standoffs extending from the cold side of the combustor panel and disposed around the attachment feature ; wherein a first height, as measured parallel to the central longitudinal axis from the cold side of the combustor panel , of a first standoff of the plurality of standoffs is less than a second height, also measured parallel to the central longitudinal axis from the cold side of the combustor panel , of a second standoff of the plurality of standoffs , and the first standoff is one of a first grouping of standoffs of the plurality of standoffs having the first height and the second standoff is one of a second grouping of standoffs of the plurality of standoffs having the second height; characterised in that : a standoff effusion hole is defined in at least one first standoff of the first grouping of standoffs.
A method, performed in a terminal device (STA1 60a), for a modulation and coding scheme, MCS, selection in a link between a network node (AP, 40) and the terminal device (STA1 60a) in an orthogonal frequency division multiple access, OFDMA, based system, providing a plurality of sub-carriers, the method comprising: - measuring (S501) a channel quality information for a set of sub-carriers corresponding to a sub-channel on which the terminal device (STA1 60a) transmits and/or receives, and/or on sub-carriers assigned to other terminal devices (STA2 60b, STA3 60c); - determining (S502) a channel quality indicator for the plurality of sub-carriers based on the measured channel quality information; - determining (S503), based on the channel quality information, a MCS recommendation to be used on a currently used sub-channel to the network node (AP 40) and/or on at least one other sub-carrier to the network node (AP 40); and - transmitting (S504) the determined MCS recommendation and/or the determined plurality of channel quality indicators to the network node (AP 40) characterized in that the channel quality information includes information about noise or interference limitation for the link; and - determining (S503), when the link is interference limited, based on the channel quality information an MCS recommendation which comprises selecting a less robust MCS than an MCS currently used, and - determining (S503), when when the link is noise limited, based on the channel quality information an MCS recommendation which comprises selecting a more robust MCS than the MCS currently used. - measuring (S501) a channel quality information for a set of sub-carriers corresponding to a sub-channel on which the terminal device (STA1 60a) transmits and/or receives, and/or on sub-carriers assigned to other terminal devices (STA2 60b, STA3 60c); - determining (S502) a channel quality indicator for the plurality of sub-carriers based on the measured channel quality information; - determining (S503), based on the channel quality information, a MCS recommendation to be used on a currently used sub-channel to the network node (AP 40) and/or on at least one other sub-carrier to the network node (AP 40); and - transmitting (S504) the determined MCS recommendation and/or the determined plurality of channel quality indicators to the network node (AP 40) - determining (S503), when the link is interference limited, based on the channel quality information an MCS recommendation which comprises selecting a less robust MCS than an MCS currently used, and - determining (S503), when when the link is noise limited, based on the channel quality information an MCS recommendation which comprises selecting a more robust MCS than the MCS currently used.