mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a cabinet having a storage chamber; a door configured to open and close the storage chamber, the door being rotatably connected to the cabinet by a hinge ; a door opening device configured to open the door , wherein the door opening device comprises a driving motor and a push member configured to receive power of the driving motor to move forward and backward, the push member comprises a first end portion disposed close to a front surface of the cabinet and a second end portion disposed at an opposite side of the first end portion , the cabinet comprises a cabinet sidewall disposed close to the hinge , the door comprises a door sidewall disposed close to the hinge , in a state in which the door is closed, a horizontal distance (L1) between the cabinet sidewall and the first end portion is less than a horizontal distance (L2) between the cabinet sidewall and the second end portion , or in a state in which the door is closed, a horizontal distance between the door sidewall and the first end portion is less than a horizontal distance between the door sidewall and the second end portion , characterized in that the push member further comprises: a push rack comprising a rack gear configured to receive power of the driving motor ; and a rack cover rotatably connected to the push rack by a shaft while the door is opened, the rack cover being configured to contact a front surface of the cabinet or a rear surface of the door . a cabinet having a storage chamber; a door configured to open and close the storage chamber, the door being rotatably connected to the cabinet by a hinge ; a door opening device configured to open the door , wherein the door opening device comprises a driving motor and a push member configured to receive power of the driving motor to move forward and backward, the push member comprises a first end portion disposed close to a front surface of the cabinet and a second end portion disposed at an opposite side of the first end portion , the cabinet comprises a cabinet sidewall disposed close to the hinge , the door comprises a door sidewall disposed close to the hinge , in a state in which the door is closed, a horizontal distance (L1) between the cabinet sidewall and the first end portion is less than a horizontal distance (L2) between the cabinet sidewall and the second end portion , or in a state in which the door is closed, a horizontal distance between the door sidewall and the first end portion is less than a horizontal distance between the door sidewall and the second end portion , characterized in that the push member further comprises: a push rack comprising a rack gear configured to receive power of the driving motor ; and a rack cover rotatably connected to the push rack by a shaft while the door is opened, the rack cover being configured to contact a front surface of the cabinet or a rear surface of the door . a push rack comprising a rack gear configured to receive power of the driving motor ; and a rack cover rotatably connected to the push rack by a shaft while the door is opened, the rack cover being configured to contact a front surface of the cabinet or a rear surface of the door .
A low-temperature smoking body , comprising tobacco particles, wherein the tobacco particle comprises a particle body and a shell wrapped on the particle body, a carrier is distributed in the particle body and/or the shell, the carrier comprises at least one of a raw tobacco material, a non-tobacco material and a porous material, the carrier carries a smoking agent, and the smoking agent comprises a tobacco extract and/or an atomizer.
A method to improve network performance by co-operative caching content in a multi-router information centric network, ICN, architecture, the multi-router ICN architecture comprising at least one edge router , a plurality of intermediate routers, a central router and an ICN manager , the method comprising: receiving, at the edge router , a request for content from a plurality of end users ; checking a local cache, by the edge router , for the availability of the content; serving, by the edge router , the request if the content is available and forwarding, by the edge router , the request to the ICN manager if the content is not available; forwarding the request, by the ICN manager , to a source router, the source router being an original source of the content or a nearest intermediate router having the content; caching, by each of the intermediate routers and the edge router present in the path from the source router to an end user, the content received from the source router, based on the availability of a respective local cache to perform on-path caching; replacing, by each of the intermediate routers and the edge router , the stale contents of the respective local cache with incoming content upon finding the respective local cache full and updating the central router ; and caching by the central router one or more un-cached contents and one or more stale contents of each of the intermediate routers and the edge router to perform off-path caching. receiving, at the edge router , a request for content from a plurality of end users ; checking a local cache, by the edge router , for the availability of the content; serving, by the edge router , the request if the content is available and forwarding, by the edge router , the request to the ICN manager if the content is not available; forwarding the request, by the ICN manager , to a source router, the source router being an original source of the content or a nearest intermediate router having the content; caching, by each of the intermediate routers and the edge router present in the path from the source router to an end user, the content received from the source router, based on the availability of a respective local cache to perform on-path caching; replacing, by each of the intermediate routers and the edge router , the stale contents of the respective local cache with incoming content upon finding the respective local cache full and updating the central router ; and caching by the central router one or more un-cached contents and one or more stale contents of each of the intermediate routers and the edge router to perform off-path caching.
A lifting point for lifting loads, comprising: a swivel body (12; 112; 212; 312; 412; 512) with which is associated a coupling means (16; 16'; 116; 316; 416; 516) capable of cooperating with a lifting accessory; a fixing member (14; 114; 214; 314; 414; 514) for fixing the lifting point to the load, the fixing member and the swivel body being joined together by a swivel linkage allowing the body to swivel relative to the fixing member around an axis A; characterised in that the parts of the fixing member and of the swivel body cooperating in the swivel linkage are each made in one piece, and in that one and/or the other of these parts is/are manufactured by metallic additive manufacturing. a swivel body (12; 112; 212; 312; 412; 512) with which is associated a coupling means (16; 16'; 116; 316; 416; 516) capable of cooperating with a lifting accessory; a fixing member (14; 114; 214; 314; 414; 514) for fixing the lifting point to the load, the fixing member and the swivel body being joined together by a swivel linkage allowing the body to swivel relative to the fixing member around an axis A; characterised in that the parts of the fixing member and of the swivel body cooperating in the swivel linkage are each made in one piece, and in that one and/or the other of these parts is/are manufactured by metallic additive manufacturing.
An image processor for being supplied image files representing an image with associated image information, the image information containing focus information for a plurality of focus positions (P1...P35) of the image and containing focal length information, the image files being supplied from an imaging apparatus , wherein the image processor comprises: an attention region determining unit , including a processor, configured to determine an attention region of an image that includes an intended subject of the image; and a blurring unit configured to blur all of the image regions outside of the attention region; characterised in that the attention region determining unit determines the attention region either a) as a region including a most focused position of the image or b) as a region including a position of a center of gravity of the plurality of focus positions (P1...P35) of the image, wherein the attention region determining unit selects a) in a case that the focal length of the image as represented by the focal length information is a threshold or more and selects b) in a case that the focal length is less than the threshold. an attention region determining unit , including a processor, configured to determine an attention region of an image that includes an intended subject of the image; and a blurring unit configured to blur all of the image regions outside of the attention region; characterised in that the attention region determining unit determines the attention region either a) as a region including a most focused position of the image or b) as a region including a position of a center of gravity of the plurality of focus positions (P1...P35) of the image, wherein the attention region determining unit selects a) in a case that the focal length of the image as represented by the focal length information is a threshold or more and selects b) in a case that the focal length is less than the threshold.
An apparatus comprising: a respiration sensor configured to collect information related to one or more triggering events associated with a respiratory system; an oxygen sensor configured to collect information related to a concentration of oxygen in a gas; characterised in that the apparatus further compriss a controller configured to determine one or more control parameters based on the collected information from both respiration sensor and oxygen sensor; and electrodes configured to initiate a series of electric arcs to generate nitric oxide based on the determined control parameters. a respiration sensor configured to collect information related to one or more triggering events associated with a respiratory system; an oxygen sensor configured to collect information related to a concentration of oxygen in a gas; characterised in that the apparatus further compriss a controller configured to determine one or more control parameters based on the collected information from both respiration sensor and oxygen sensor; and electrodes configured to initiate a series of electric arcs to generate nitric oxide based on the determined control parameters.
A method in a user equipment "UE" comprising: determining whether a first scheduled physical uplink shared channel "PUSCH" transmission from the UE collides with an uplink transmission of a first acknowledgement / negative acknowledgement "ACK/NACK" signal from the UE , the first ACK/NACK signal being part of an ACK/NACK repetition sequence ; and responsive to the determining that the first scheduled PUSCH transmission from the UE collides with the transmission of the first ACK/NACK signal from the UE , refraining from transmitting the first ACK/NACK signal; and transmitting the first scheduled PUSCH transmission. determining whether a first scheduled physical uplink shared channel "PUSCH" transmission from the UE collides with an uplink transmission of a first acknowledgement / negative acknowledgement "ACK/NACK" signal from the UE , the first ACK/NACK signal being part of an ACK/NACK repetition sequence ; and responsive to the determining that the first scheduled PUSCH transmission from the UE collides with the transmission of the first ACK/NACK signal from the UE , refraining from transmitting the first ACK/NACK signal; and transmitting the first scheduled PUSCH transmission. refraining from transmitting the first ACK/NACK signal; and transmitting the first scheduled PUSCH transmission.
A Brassica plant, or a cell, part, seed or progeny thereof, characterized in that all ALC genes of said plant are full knock-out alc genes, of which at least one ALC gene is a full knock-out mutant ALC gene, which is a mutated version of the native ALC gene selected from the group consisting of: (a) a nucleic acid molecule which comprises at least 90% sequence identity to SEQ ID NO: 3; (b) a nucleic acid molecule which comprises at least 90% sequence identity to SEQ ID NO: 4; (c) a nucleic acid molecule encoding an amino acid sequence comprising at least 90% sequence identity to SEQ ID NO: 9; and (d) a nucleic acid molecule encoding an amino acid sequence comprising at least 90% sequence identity to SEQ ID NO: 10, wherein said full knock-out mutant alc genes comprise a mutated DNA region comprising a nonsense mutation, a frameshift mutation, or a mutated splice site, compared to a corresponding wild-type DNA region in the functional ALC gene and wherein said full knock-out mutant alc gene does not encode a functional ALC protein, wherein said plant produces no functional ALC protein, and wherein the seed shattering of the plant is reduced or delayed compared to the seed shattering of a corresponding plant not comprising full knock-out alc genes. (a) a nucleic acid molecule which comprises at least 90% sequence identity to SEQ ID NO: 3; (b) a nucleic acid molecule which comprises at least 90% sequence identity to SEQ ID NO: 4; (c) a nucleic acid molecule encoding an amino acid sequence comprising at least 90% sequence identity to SEQ ID NO: 9; and (d) a nucleic acid molecule encoding an amino acid sequence comprising at least 90% sequence identity to SEQ ID NO: 10, wherein said full knock-out mutant alc genes comprise a mutated DNA region comprising a nonsense mutation, a frameshift mutation, or a mutated splice site, compared to a corresponding wild-type DNA region in the functional ALC gene and wherein said full knock-out mutant alc gene does not encode a functional ALC protein, wherein said plant produces no functional ALC protein, and wherein the seed shattering of the plant is reduced or delayed compared to the seed shattering of a corresponding plant not comprising full knock-out alc genes.
A method, performed by a first base station, of sharing a frequency resource with a second base station in a wireless communication system, the method comprising: transmitting , to one or more channel measurement target terminals determined from among terminals communicating with the first base station using first frequency resources, information instructing to transmit a signal for channel measurement to the second base station; transmitting , to the second base station, information indicating that the signal for channel measurement is to be transmitted from the one or more channel measurement target terminals; receiving , from the second base station, measurement information about channels between the second base station and the one or more channel measurement target terminals, wherein the measurement information includes information about at least one first maximum transmission power of the second base station corresponding to the one or more channel measurement target terminals, which is determined by the second base station; determining a shared frequency resource to be shared with the second base station from among the first frequency resources, based on the measurement information about the channels between the second base station and the one or more channel measurement target terminals; and transmitting information about the shared frequency resource to the second base station. transmitting , to one or more channel measurement target terminals determined from among terminals communicating with the first base station using first frequency resources, information instructing to transmit a signal for channel measurement to the second base station; transmitting , to the second base station, information indicating that the signal for channel measurement is to be transmitted from the one or more channel measurement target terminals; receiving , from the second base station, measurement information about channels between the second base station and the one or more channel measurement target terminals, wherein the measurement information includes information about at least one first maximum transmission power of the second base station corresponding to the one or more channel measurement target terminals, which is determined by the second base station; determining a shared frequency resource to be shared with the second base station from among the first frequency resources, based on the measurement information about the channels between the second base station and the one or more channel measurement target terminals; and transmitting information about the shared frequency resource to the second base station.
A positive electrode plate, comprising: a positive electrode current collector and a positive electrode active material layer disposed on at least one surface of the positive electrode current collector, characterized in that , the positive electrode active material layer comprises a first positive electrode active material represented by chemical formula and a second positive electrode active material represented by chemical formula : Li 1+x A a Fe y Mn z Ti v PO 4-w S w , wherein in chemical formula , -0.1<x<0.1, 0<a<0.01, 0≤y≤1, 0≤z≤1, 0.001<v<0.005, 0≤w<0.05, and A comprises at least one of Na or K; and Li 2+r Na s M 1+q O 2+t , wherein in chemical formula , -0.2<r<0.2, 0<s<0.05, -0.1<q<0.1, 0≤t<0.05, and M comprises at least one of Ni, Cu, Mn, Fe, or Co; and a compacted density of the positive electrode plate is R g/cm 3 , and single surface density of the positive electrode plate is Q g/1540.25 mm 2 , wherein 5.2≤R/Q≤13.5, wherein the compacted density R of the positive electrode plate is calculated using the formula: R=m/v, wherein m is the mass of the positive electrode active material layer in a unit of g and v is the volume of the positive electrode active material layer in a unit of cm 3 , said volume v being a product of an area Ar of the positive electrode active material layer and a thickness of the positive electrode active material layer, wherein the single surface density Q of the positive electrode plate is calculated using the formula: Q=1540.25m/Ar, wherein m is the mass of the positive electrode active material layer in a unit of g and Ar is an area of the positive electrode active material layer in a unit of mm 2 . wherein in chemical formula , -0.2<r<0.2, 0<s<0.05, -0.1<q<0.1, 0≤t<0.05, and M comprises at least one of Ni, Cu, Mn, Fe, or Co; and a compacted density of the positive electrode plate is R g/cm 3 , and single surface density of the positive electrode plate is Q g/1540.25 mm 2 , wherein 5.2≤R/Q≤13.5, wherein the compacted density R of the positive electrode plate is calculated using the formula: R=m/v, wherein m is the mass of the positive electrode active material layer in a unit of g and v is the volume of the positive electrode active material layer in a unit of cm 3 , said volume v being a product of an area Ar of the positive electrode active material layer and a thickness of the positive electrode active material layer, wherein the single surface density Q of the positive electrode plate is calculated using the formula: Q=1540.25m/Ar, wherein m is the mass of the positive electrode active material layer in a unit of g and Ar is an area of the positive electrode active material layer in a unit of mm 2 .
A system for correlating a Notice to Airmen, NOTAM, with a chart on an avionic display in a cockpit of an aircraft, the system comprising: a flight management system, FMS ; a position determining system ; a database comprising a plurality of pre-loaded charts; a source of a NOTAM; a controller circuit operably coupled to the FMS, position determining system, database, and source of the NOTAM, the controller circuit configured by programming instructions to, receive, from the FMS, a flight plan, FP; receive, from the position determining system, a position and location of the aircraft; render the avionic display comprising a chart page or a NOTAM page; receive the NOTAM; characterised in that the controller circuit is further configured by programming instructions to: determine that the NOTAM is relevant, when the NOTAM is concurrently related to the FP and references a chart of the plurality of pre-loaded charts, and render a selectable visual indicator of the chart on the NOTAM page of the avionic display, responsive thereto; and when the NOTAM is related to the chart page displayed on the avionic display, (i) further identify the NOTAM as relevant, and (ii) render a selectable visual indicator of the NOTAM on the chart page displayed on the avionic display, responsive thereto. a flight management system, FMS ; a position determining system ; a database comprising a plurality of pre-loaded charts; a source of a NOTAM; a controller circuit operably coupled to the FMS, position determining system, database, and source of the NOTAM, the controller circuit configured by programming instructions to, receive, from the FMS, a flight plan, FP; receive, from the position determining system, a position and location of the aircraft; render the avionic display comprising a chart page or a NOTAM page; receive the NOTAM; receive, from the position determining system, a position and location of the aircraft; render the avionic display comprising a chart page or a NOTAM page; receive the NOTAM; determine that the NOTAM is relevant, when the NOTAM is concurrently related to the FP and references a chart of the plurality of pre-loaded charts, and render a selectable visual indicator of the chart on the NOTAM page of the avionic display, responsive thereto; and when the NOTAM is related to the chart page displayed on the avionic display, (i) further identify the NOTAM as relevant, and (ii) render a selectable visual indicator of the NOTAM on the chart page displayed on the avionic display, responsive thereto.
Enzyme composition comprising enzyme containing particles, wherein the particles comprise i) at least one enzyme, and ii) at least one polymer P, where the polymer P is a hydrophobically modified polyvinyl alcohol, and the hydrophobic modifying groups are a mixture of keto-ester and butyryl groups such that the total degree of substitution (DS) is between about 3% and 20%. i) at least one enzyme, and ii) at least one polymer P,