mhurhangee/patent-ind-claim-en huggingface dataset:
A method for sharing information, the method comprising, at a first system : receiving a request to send a copy of a document to a second system ; wherein the document comprises an identifier to a first object that is stored outside of the document and within the first system, the document further comprising one or more instructions configured to cause generation of one or more presented components of the document based on retrieving data that belongs to the first object; at a first server, based at least partially upon the retrieved data belonging to the first object, generating evidence data that describes one or more aspects of the first object; wherein the evidence data is different from the identifier to the first object and different from the retrieved data belonging to the first object; responsive to the request to send the copy of the document to the second system, the first server at the first system sending, to the second system, the copy of the document and the evidence data; wherein the method is performed by one or more computing devices. receiving a request to send a copy of a document to a second system ; wherein the document comprises an identifier to a first object that is stored outside of the document and within the first system, the document further comprising one or more instructions configured to cause generation of one or more presented components of the document based on retrieving data that belongs to the first object; at a first server, based at least partially upon the retrieved data belonging to the first object, generating evidence data that describes one or more aspects of the first object; wherein the evidence data is different from the identifier to the first object and different from the retrieved data belonging to the first object; responsive to the request to send the copy of the document to the second system, the first server at the first system sending, to the second system, the copy of the document and the evidence data; wherein the method is performed by one or more computing devices.
A method for operating a doubly fed induction generator (DFIG) power system connected to a power grid , the DFIG power system defining a generator power path and a converter power path , the generator power path having a DFIG with a rotor and a stator , the converter power path having a power converter with a rotor-side converter coupled to a line-side converter via a DC link, the power converter having at least two power bridge circuits connected in parallel, the method characterized by : monitoring, via one or more sensors , at least one electrical condition of the DFIG power system ; comparing, via a control system , the at least one electrical condition to a predetermined threshold, the predetermined threshold being indicative of an occurrence of a transient overloading event; and alternating between non-interleaving and interleaving intervals of the phase angles of the at least two power bridge circuits if the at least one electrical condition exceeds the predetermined threshold so as to reduce harmonics of the DFIG power system . monitoring, via one or more sensors , at least one electrical condition of the DFIG power system ; comparing, via a control system , the at least one electrical condition to a predetermined threshold, the predetermined threshold being indicative of an occurrence of a transient overloading event; and alternating between non-interleaving and interleaving intervals of the phase angles of the at least two power bridge circuits if the at least one electrical condition exceeds the predetermined threshold so as to reduce harmonics of the DFIG power system .
A method for processing cloud files containing a target, the method comprising: when a target file that a client intends to read from a cloud server is divided into a plurality of data packets: acquiring a position of a first data packet read by the client in the target file as a reading position; acquiring a state of a second data packet not at the reading position in the target file as a peripheral state, wherein the peripheral state is a read-completed state or an unread state; and sending, by the client, a data pre-fetch request to the cloud server when the reading position and the peripheral state meet one of three preset conditions, each of said preset conditions being associated with a respective different reading mode, wherein the data pre-fetch request is used to request to read, from the cloud server, a preset amount of data packets whose peripheral states are unread states in the target file, wherein different preset amounts are set for each different reading mode, and wherein the data pre-fetch request is not sent to the cloud server if none of the three preset conditions is met. when a target file that a client intends to read from a cloud server is divided into a plurality of data packets: acquiring a position of a first data packet read by the client in the target file as a reading position; acquiring a state of a second data packet not at the reading position in the target file as a peripheral state, wherein the peripheral state is a read-completed state or an unread state; and acquiring a position of a first data packet read by the client in the target file as a reading position; acquiring a state of a second data packet not at the reading position in the target file as a peripheral state, wherein the peripheral state is a read-completed state or an unread state; and sending, by the client, a data pre-fetch request to the cloud server when the reading position and the peripheral state meet one of three preset conditions, each of said preset conditions being associated with a respective different reading mode, wherein the data pre-fetch request is used to request to read, from the cloud server, a preset amount of data packets whose peripheral states are unread states in the target file, wherein different preset amounts are set for each different reading mode, and wherein the data pre-fetch request is not sent to the cloud server if none of the three preset conditions is met.
Composition comprising A) at least one sorbitan carboxylic ester of at least one carboxylic acid selected from carboxylic acids having 6 to 12, preferably 8 to 10, carbon atoms, wherein all sorbitan carboxylic esters present in component A together have on average a degree of esterification of 0.7 to 2.1, preferably 0.9 to 1.9, particularly preferably 1.3 to 1.7, carboxylic acid radicals per sorbitan carboxylic ester, B) at least one glycerol carboxylic ester of at least one carboxylic acid selected from carboxylic acids having 6 to 22, preferably 12 to 18, carbon atoms, wherein all glycerol carboxylic esters present in component B together have on average a degree of esterification of 0.7 to 1.5 carboxylic acid radicals per glycerol carboxylic ester, and C) water, characterized in that components A) and B) in sum total are present to an extent of at least 50% by weight, preferably to an extent of at least 65% by weight, particularly preferably to an extent of at least 75% by weight, especially to an extent of at least 85% by weight, based on the total composition. A) at least one sorbitan carboxylic ester of at least one carboxylic acid selected from carboxylic acids having 6 to 12, preferably 8 to 10, carbon atoms, wherein all sorbitan carboxylic esters present in component A together have on average a degree of esterification of 0.7 to 2.1, preferably 0.9 to 1.9, particularly preferably 1.3 to 1.7, carboxylic acid radicals per sorbitan carboxylic ester, B) at least one glycerol carboxylic ester of at least one carboxylic acid selected from carboxylic acids having 6 to 22, preferably 12 to 18, carbon atoms, wherein all glycerol carboxylic esters present in component B together have on average a degree of esterification of 0.7 to 1.5 carboxylic acid radicals per glycerol carboxylic ester, and C) water,
A thermal imaging system comprising: a pixel array including a plurality of pixel groups , each pixel group comprising: a plurality of pixel rows, each pixel row containing a plurality of bolometer pixels ; a trigger sense circuit including a pixel group input line in signal communication with the plurality of bolometer pixels , the trigger sense circuit configured to detect one or more overheated bolometer pixels included in the pixel group; and a group selector switch that selectively establishes an electrical connection between the pixel group and the trigger sense circuit ; and an integration unit configured to generate an image based on a resistance of the plurality of bolometer pixels , wherein a group selector switch of a selected pixel group operates in a first state to disconnect the selected pixel group from the pixel group input line and to connect the selected pixel group to the integration unit such that the integration unit generates the image while remaining groups are connected to the pixel group input line, and wherein the group selector switch of the selected pixel group operates in a second state to disconnect the selected pixel group from the integration unit and to connect the selected pixel group to the pixel group input line such that the trigger sense circuit monitors the selected pixel group for a high temperature bolometer. a plurality of pixel rows, each pixel row containing a plurality of bolometer pixels ; a trigger sense circuit including a pixel group input line in signal communication with the plurality of bolometer pixels , the trigger sense circuit configured to detect one or more overheated bolometer pixels included in the pixel group; and a group selector switch that selectively establishes an electrical connection between the pixel group and the trigger sense circuit ; and an integration unit configured to generate an image based on a resistance of the plurality of bolometer pixels , wherein a group selector switch of a selected pixel group operates in a first state to disconnect the selected pixel group from the pixel group input line and to connect the selected pixel group to the integration unit such that the integration unit generates the image while remaining groups are connected to the pixel group input line, and wherein the group selector switch of the selected pixel group operates in a second state to disconnect the selected pixel group from the integration unit and to connect the selected pixel group to the pixel group input line such that the trigger sense circuit monitors the selected pixel group for a high temperature bolometer.
A method of producing a reaction mixture comprising uniquely tagged target nucleic acid molecules, the method comprising: a) covalently linking a plurality of variable length barcode tags consisting of from 0-10 nucleotides of one or more nucleic acid sequence(s) to a first end of a plurality of target nucleic acid molecules, such that individual target nucleic acid molecules of the plurality comprise a single variable length barcode tag and the plurality comprises at least 5 different variable length barcode tag lengths and/or sequence(s); and b) contacting the target nucleic acid molecules with a plurality of transposases, such that a transposase fragmentation site and a covalently linked transposon end is introduced at a second end of the individual target nucleic acid molecules of the plurality, thereby producing a plurality of uniquely tagged target nucleic acid molecules, wherein individual uniquely tagged target nucleic acid molecules of the plurality comprise: i) the variable length barcode tag at the first end; and ii) the transposase fragmentation site and transposon end at the second end, wherein a combination of: i) and ii) together in the uniquely tagged individual target nucleic acid molecules of the plurality comprise a unique molecular barcode that is unique as compared to all other uniquely tagged individual target nucleic acid molecules of the plurality that have an identical sequence of at least 25 contiguous nucleotides between the variable length barcode tag and the transposase fragmentation site in the reaction mixture. a) covalently linking a plurality of variable length barcode tags consisting of from 0-10 nucleotides of one or more nucleic acid sequence(s) to a first end of a plurality of target nucleic acid molecules, such that individual target nucleic acid molecules of the plurality comprise a single variable length barcode tag and the plurality comprises at least 5 different variable length barcode tag lengths and/or sequence(s); and b) contacting the target nucleic acid molecules with a plurality of transposases, such that a transposase fragmentation site and a covalently linked transposon end is introduced at a second end of the individual target nucleic acid molecules of the plurality, thereby producing a plurality of uniquely tagged target nucleic acid molecules, wherein individual uniquely tagged target nucleic acid molecules of the plurality comprise: i) the variable length barcode tag at the first end; and ii) the transposase fragmentation site and transposon end at the second end, wherein a combination of: i) and ii) together in the uniquely tagged individual target nucleic acid molecules of the plurality comprise a unique molecular barcode that is unique as compared to all other uniquely tagged individual target nucleic acid molecules of the plurality that have an identical sequence of at least 25 contiguous nucleotides between the variable length barcode tag and the transposase fragmentation site in the reaction mixture. i) the variable length barcode tag at the first end; and ii) the transposase fragmentation site and transposon end at the second end,
An absorbent article comprising an absorbent core sandwiched between a topsheet and a backsheet , said article being arranged along a longitudinal axis (y1) and a transversal axis (x1) extending in a perpendicular direction in relation to the longitudinal axis (y1) and said article defining a front portion , a back portion and a crotch portion , wherein said absorbent core comprises an absorbent component enclosed by a core cover comprising an upper side and a lower side and the core is formed with a sealing arrangement for joining said upper and lower sides comprising two channel sealings extending along said longitudinal axis (y1) in said crotch portion and defining a first channel sealing width (w1) and a second channel sealing width (w2), respectively; characterized in that the front portion of the core is formed with a recess defining a depth (c) extending from a front edge of the core and into said front portion and that a distance (I2) is defined between said front edge of the core and a front edge of each channel sealing , wherein the ratio of said depth (c) and said distance (I2) is within the interval 0,05-0,8.
Holding and centring device for containers, comprising a fixing section , by means of which the holding and centring device can be fixed at a treatment station provided at a transport element of a container treatment machine, and at least one holding section which is configured so as to receive and hold a container which is to be treated, wherein the holding and centring device can be held in a detachable manner at a plurality of treatment stations , such that the onwards movement is made possible of the respective holding and centring device together with the container provided therein, from one transport element to the next transport element, characterised in that the holding and centring device comprises two holding sections arranged opposite one another, by means of which a container which is to be treated can be fixed.
Method for determining the position of a user in a real environment by means of a mobile terminal carried by the user using a stored virtual model of the environment, the stored model comprising a three-dimensional model of the environment and at least one two-dimensional model of a sub-area of the environment, to which a 3D position is assigned within the three-dimensional model of the environment, wherein an area of the real environment is recorded with an optical sensor of the terminal in order to obtain at least one two-dimensional image of the area, wherein the at least one two-dimensional image is subjected to electronic image processing in the terminal, which comprises one first algorithm for feature extraction and a second algorithm for feature extraction, wherein the first algorithm for feature extraction is carried out to obtain a three-dimensional virtual model of the area, and the second algorithm for feature extraction is carried out in order to obtain a two-dimensional virtual model of the area, wherein the three-dimensional virtual model is compared with the stored three-dimensional model and the two-dimensional virtual model is compared with the stored two-dimensional model and, if a match is detected, the position of the user is obtained within the stored three-dimensional model, wherein the resolution of the feature extraction of the first algorithm is lower than that of the second algorithm.
A method for processing radio link failure, RLF, comprising: sending (S110), by a terminal device, same packet data convergence protocol, PDCP, layer data to a network device through a primary carrier and a secondary carrier; when a number of transmissions of an acknowledged mode data, AMD protocol data unit, PDU in a radio link control, RLC entity corresponding to the secondary carrier reaches to a maximum number of transmissions, determining (S120), by the terminal device, that an RLF event occurs on the secondary carrier, characterized by comprising: sending first radio resource control, RRC reconfiguration information to the network device, wherein the first RRC reconfiguration information is used for RRC connection reconfiguration performed by the terminal device with the network device; receiving, by the terminal device, first carrier configuration information sent by the network device according to the first RRC reconfiguration information, wherein the first carrier configuration information is used for indicating a first carrier; and sending, by the terminal device, the same PDCP layer data to the network device through the first carrier instead of the secondary carrier on which the RLF event occurs. sending (S110), by a terminal device, same packet data convergence protocol, PDCP, layer data to a network device through a primary carrier and a secondary carrier; when a number of transmissions of an acknowledged mode data, AMD protocol data unit, PDU in a radio link control, RLC entity corresponding to the secondary carrier reaches to a maximum number of transmissions, determining (S120), by the terminal device, that an RLF event occurs on the secondary carrier, characterized by comprising: sending first radio resource control, RRC reconfiguration information to the network device, wherein the first RRC reconfiguration information is used for RRC connection reconfiguration performed by the terminal device with the network device; receiving, by the terminal device, first carrier configuration information sent by the network device according to the first RRC reconfiguration information, wherein the first carrier configuration information is used for indicating a first carrier; and sending, by the terminal device, the same PDCP layer data to the network device through the first carrier instead of the secondary carrier on which the RLF event occurs. sending first radio resource control, RRC reconfiguration information to the network device, wherein the first RRC reconfiguration information is used for RRC connection reconfiguration performed by the terminal device with the network device; receiving, by the terminal device, first carrier configuration information sent by the network device according to the first RRC reconfiguration information, wherein the first carrier configuration information is used for indicating a first carrier; and sending, by the terminal device, the same PDCP layer data to the network device through the first carrier instead of the secondary carrier on which the RLF event occurs.
A heater for a motor vehicle, comprising: a heat source part : a heat source part rod (R) including a rod sidewall (RS) and a rod cover (RC) in order to receive the heat source part ; a first heat radiating plate including a first heat generation region (H1) and a first air movement region (P1) in which at least one or more first through-holes are formed; and a second heat radiating plate including a second heat generation region ((H2)) and a second air movement region (P2) in which at least one or more second through-holes are formed, wherein the heat source part is disposed on one side of the first heat radiating plate , and the rod sidewall (RS) is provided integrally with the first heat radiating plate , wherein the heat source part is disposed between the first heat radiating plate and the second heat radiating plate , characterized in that the first through-holes and the second through-holes are formed in an oblique slit shape along the X-Y plane direction on the basis of the Y axis, and wherein an oblique line direction of the first through-holes and an oblique line direction of the second through-holes intersect with each other when viewed in a direction in which the first heat radiating plate and the second heat radiating plate are arranged (Z-axis direction). a heat source part rod (R) including a rod sidewall (RS) and a rod cover (RC) in order to receive the heat source part ; a first heat radiating plate including a first heat generation region (H1) and a first air movement region (P1) in which at least one or more first through-holes are formed; and a second heat radiating plate including a second heat generation region ((H2)) and a second air movement region (P2) in which at least one or more second through-holes are formed, wherein the heat source part is disposed on one side of the first heat radiating plate , and the rod sidewall (RS) is provided integrally with the first heat radiating plate , wherein the heat source part is disposed between the first heat radiating plate and the second heat radiating plate , characterized in that the first through-holes and the second through-holes are formed in an oblique slit shape along the X-Y plane direction on the basis of the Y axis, and wherein an oblique line direction of the first through-holes and an oblique line direction of the second through-holes intersect with each other when viewed in a direction in which the first heat radiating plate and the second heat radiating plate are arranged (Z-axis direction).
A compressor comprising: a piston reciprocated in a cylinder ; a valve seat plate provided with a port through which a fluid passes along with the reciprocation of the piston ; a valve provided in the valve seat plate to open/close the port ; a valve receiver regulating the degree of opening of the valve ; and a stress suppression member provided between the valve and the valve receiver , characterized in that : the stress suppression member includes a valve exposing portion exposing the valve . a piston reciprocated in a cylinder ; a valve seat plate provided with a port through which a fluid passes along with the reciprocation of the piston ; a valve provided in the valve seat plate to open/close the port ; a valve receiver regulating the degree of opening of the valve ; and a stress suppression member provided between the valve and the valve receiver , characterized in that : the stress suppression member includes a valve exposing portion exposing the valve .
Method for producing a knitted textile structure comprising within a knitted fabric optical fibres which are able to be connected to a light source, the optical fibres being integrated in the production direction or in the cross production direction in a Rachel or crochet knitting machine, the optical fibres being maintained fully rectilinear within the structure by threads constituting the knitted fabric , parallel to the production direction or to the cross production direction, the optical fibres not meshing, characterised in that the surface of said optical fibres has been modified in view of giving the structure, properties for laterally diffusing light transiting into the optical fibres with respect to the plane in which said structure falls.