mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forming a medical device comprising the steps of: a) selecting a metal alloy, said metal alloy consisting of: C ≤ 150 ppm Mo 51 - 58 weight % O ≤ 100 ppm N ≤ 20 ppm Re 42 - 49 weight % Ti ≤ 0.5 weight % Y ≤ 0.1 weight % Zr ≤ 0.25 weight % b) processing the metal alloy by 1) melting the metal alloy or metals that form the metal alloy or 2) consolidating metal powder of the metal alloy or metal powder of metals; and, c) at least partially forming said processed metal alloy into an orthodontics device, said step of forming including I) forming an intermediary shape of said orthodontics device or, II) forming a metal strip from said processed metal alloy and then rolling and welding the strip into said orthodontics device or forming an intermediary shape of said orthodontics device. a) selecting a metal alloy, said metal alloy consisting of: C ≤ 150 ppm Mo 51 - 58 weight % O ≤ 100 ppm N ≤ 20 ppm Re 42 - 49 weight % Ti ≤ 0.5 weight % Y ≤ 0.1 weight % Zr ≤ 0.25 weight % b) processing the metal alloy by 1) melting the metal alloy or metals that form the metal alloy or 2) consolidating metal powder of the metal alloy or metal powder of metals; and, c) at least partially forming said processed metal alloy into an orthodontics device, said step of forming including I) forming an intermediary shape of said orthodontics device or, II) forming a metal strip from said processed metal alloy and then rolling and welding the strip into said orthodontics device or forming an intermediary shape of said orthodontics device.
Method for performing a self-diagnosis of a nitrogen oxide probe or a lambda probe with a pumped reference cell, wherein - a first point in time (T1) is determined at which a pulse width modulated pump current applied to the reference cell is turned on and the reference cell is in a pumped operating state, wherein - depending on the first point in time (T1) at least one first voltage characteristic value (Vref1) that is representative of a voltage applied to the reference cell is determined within a predetermined first time window (F1), wherein the first voltage characteristic value (Vref1) is determined during a switched-off time of the pulse width modulated current, - the pulse width modulated pump current applied to the reference cell is turned off at a second point in time (T2), - a third point in time (T3) is determined at which a pulse width modulated pump current applied to the reference cell is turned off and the reference cell is in an unpumped operating state, wherein - the third point in time (T3) is after the second point in time (T2), - depending on the third point in time (T3) at least one second voltage characteristic value (Vref2) that is representative of the voltage applied to the reference cell is determined within a predetermined second time window (F2), and - depending on a difference (ΔVref) between the at least one first voltage characteristic value (Vref1) and the at least one second voltage characteristic value (Vref2), a diagnostic characteristic value (D) is determined that is representative of an error in the determination of the oxides of nitrogen concentration. - a first point in time (T1) is determined at which a pulse width modulated pump current applied to the reference cell is turned on and the reference cell is in a pumped operating state, wherein - depending on the first point in time (T1) at least one first voltage characteristic value (Vref1) that is representative of a voltage applied to the reference cell is determined within a predetermined first time window (F1), wherein the first voltage characteristic value (Vref1) is determined during a switched-off time of the pulse width modulated current, - the pulse width modulated pump current applied to the reference cell is turned off at a second point in time (T2), - a third point in time (T3) is determined at which a pulse width modulated pump current applied to the reference cell is turned off and the reference cell is in an unpumped operating state, wherein - the third point in time (T3) is after the second point in time (T2), - depending on the third point in time (T3) at least one second voltage characteristic value (Vref2) that is representative of the voltage applied to the reference cell is determined within a predetermined second time window (F2), and - depending on a difference (ΔVref) between the at least one first voltage characteristic value (Vref1) and the at least one second voltage characteristic value (Vref2), a diagnostic characteristic value (D) is determined that is representative of an error in the determination of the oxides of nitrogen concentration.
A device configured to convert a constant suction force to a periodic suction force, the device comprising: a housing configured to receive a portion of a vacuum tube and a portion of a vent tube ; a first plunger ; a second plunger ; and a rotatable cam configured to cause the first plunger to periodically compress the vacuum tube and to cause the second plunger to periodically compress the vent tube . a housing configured to receive a portion of a vacuum tube and a portion of a vent tube ; a first plunger ; a second plunger ; and a rotatable cam configured to cause the first plunger to periodically compress the vacuum tube and to cause the second plunger to periodically compress the vent tube .
A battery module, comprising: a cell stack having a first battery cell and a second battery cell , which respectively have electrode leads and are stacked to face each other; a connector configured to connect the electrode leads of the pair of battery cells; and a support frame provided to at least one side of the cell stack and having a pair of lead slits at which the electrode leads are drawn and an injection slit formed at a location corresponding to the connector, the injection slit is configured to discharge venting gas at venting of the battery cell, and wherein the connector is made of a plurality of metal wires. a cell stack having a first battery cell and a second battery cell , which respectively have electrode leads and are stacked to face each other; a connector configured to connect the electrode leads of the pair of battery cells; and a support frame provided to at least one side of the cell stack and having a pair of lead slits at which the electrode leads are drawn and an injection slit formed at a location corresponding to the connector, the injection slit is configured to discharge venting gas at venting of the battery cell, and wherein the connector is made of a plurality of metal wires.
A method of performing a ranging operation between a first device (D1) and a second device (D2), the method performed by one or more processors of the first device (D1) and comprising: transmitting a first fine timing measurement, FTM, frame to the second device (D2); recording a time of departure, TOD, of the first FTM frame; receiving an acknowledgement, ACK frame from the second device (D2); recording a time of arrival, TOA of the ACK frame; and transmitting a second FTM frame to the second device (D2), the second FTM frame comprising: a time value indicating a difference between the TOD of the first FTM frame and the TOA of the ACK frame; and angle information indicating a direction of the second device (D2) relative to the first device (D1). transmitting a first fine timing measurement, FTM, frame to the second device (D2); recording a time of departure, TOD, of the first FTM frame; receiving an acknowledgement, ACK frame from the second device (D2); recording a time of arrival, TOA of the ACK frame; and transmitting a second FTM frame to the second device (D2), the second FTM frame comprising: a time value indicating a difference between the TOD of the first FTM frame and the TOA of the ACK frame; and angle information indicating a direction of the second device (D2) relative to the first device (D1). a time value indicating a difference between the TOD of the first FTM frame and the TOA of the ACK frame; and angle information indicating a direction of the second device (D2) relative to the first device (D1).
A laundry appliance for treating a load of laundry according to a cycle of operation comprising: a cabinet ; a tub assembly having a longitudinal axis , housed within the cabinet and comprising: a front tub section having a first side wall with a first draft forming a first acute angle relative to the longitudinal axis ; a rear tub section having a second side wall with a second draft forming a second acute angle relative to the longitudinal axis ; and at least one middle tub section provided between the front tub section and the rear tub section , each of the at least one middle tub sections having at least a third side wall with at least a third draft forming a third acute angle relative to the longitudinal axis ; wherein the front , rear and at least one middle tub sections are assembled such that the first draft, the second draft, and the at least a third draft are arranged in alternating directions, characterized in that the first acute angle has a magnitude and a direction and the second acute angle has a magnitude that is the same as the first acute angle and a direction that is opposite of the first acute angle , a magnitude of the third acute angle being the same as the magnitude of the first and second acute angles . a cabinet ; a tub assembly having a longitudinal axis , housed within the cabinet and comprising: a front tub section having a first side wall with a first draft forming a first acute angle relative to the longitudinal axis ; a rear tub section having a second side wall with a second draft forming a second acute angle relative to the longitudinal axis ; and at least one middle tub section provided between the front tub section and the rear tub section , each of the at least one middle tub sections having at least a third side wall with at least a third draft forming a third acute angle relative to the longitudinal axis ; a front tub section having a first side wall with a first draft forming a first acute angle relative to the longitudinal axis ; a rear tub section having a second side wall with a second draft forming a second acute angle relative to the longitudinal axis ; and at least one middle tub section provided between the front tub section and the rear tub section , each of the at least one middle tub sections having at least a third side wall with at least a third draft forming a third acute angle relative to the longitudinal axis ; wherein the front , rear and at least one middle tub sections are assembled such that the first draft, the second draft, and the at least a third draft are arranged in alternating directions,
. A water-dispersible suspension concentrate, comprising: at least one cytokinin in an amount from 0.1 to 80 wt.%, a surfactant, an anti-foam agent, a buffering system, an anti-freeze agent, and an anti-settling system, dispersed in water; wherein the suspension has an average dispersed particle size from 1 - 5 μm; wherein the concentrate has a pH from 6-8, and wherein the concentrate further comprises a biocide. at least one cytokinin in an amount from 0.1 to 80 wt.%, a surfactant, an anti-foam agent, a buffering system, an anti-freeze agent, and an anti-settling system, dispersed in water; wherein the suspension has an average dispersed particle size from 1 - 5 μm; wherein the concentrate has a pH from 6-8, and wherein the concentrate further comprises a biocide.
A method for a first vehicle , suitable for adjusting an at least semi-autonomous operation of the first vehicle based on a prediction of a driving behavior of one or more second vehicles , the one or more second vehicles being at least semi-autonomously operated vehicles, the method comprising: receiving one or more wireless messages from the one or more second vehicles, the one or more wireless messages comprising information on one or more automation capabilities the one or more second vehicles are capable of; predicting the driving behavior of the one or more second vehicles based on the information on the one or more automation capabilities the one or more second vehicles are capable of; and adjusting the at least semi-autonomous operation of the first vehicle based on the prediction of the driving behavior of the one or more second vehicles, characterised in that the one or more wireless messages comprise information on one or more cooperation capabilities the one or more second vehicles are capable of and information on one or more cooperative driving maneuvers currently executed by the one or more second vehicles, wherein the driving behavior of the one or more second vehicles is predicted based on the information on the one or more cooperation capabilities the one or more second vehicles are capable of and the information on the one or more cooperative driving maneuvers currently executed by the one or more second vehicles. receiving one or more wireless messages from the one or more second vehicles, the one or more wireless messages comprising information on one or more automation capabilities the one or more second vehicles are capable of; predicting the driving behavior of the one or more second vehicles based on the information on the one or more automation capabilities the one or more second vehicles are capable of; and adjusting the at least semi-autonomous operation of the first vehicle based on the prediction of the driving behavior of the one or more second vehicles, characterised in that the one or more wireless messages comprise information on one or more cooperation capabilities the one or more second vehicles are capable of and information on one or more cooperative driving maneuvers currently executed by the one or more second vehicles, wherein the driving behavior of the one or more second vehicles is predicted based on the information on the one or more cooperation capabilities the one or more second vehicles are capable of and the information on the one or more cooperative driving maneuvers currently executed by the one or more second vehicles.
A self-adhesive curable silicone elastomer composition that can achieve adhesion on plastic/thermoplastic/resin material substrates, comprising: (A) one or more organopolysiloxanes containing at least 2 alkenyl groups and/or alkynyl groups per molecule and having a viscosity in a range of 1000mPa.s to 200,000mPa.s at 25°C, measured using a Brookfield rotational viscometer using spindle LV1 to LV4, (B) an organopolysiloxane containing at least 2 or 3 silicon-bonded hydrogen atoms per molecule, (C) at least one hydrosilylation catalyst, (D) at least one reinforcing and optionally one or more non-reinforcing fillers; and (E) an adhesion promoter (F) an oligomer of the formula (R 3 O) 3 Si-X-(SiR 3 2 -O) y (SiR 3 2 -X) n -(Si R 3 2 -O) z -Y-(O-SiR 3 2 ) z (XSiR 3 2 ) n (O-Si R 3 2 ) y -X-Si(O R 3 ) 3 wherein Y is -SiR 1 2 -, -SiR 1 R 2 - or -Si R 3 R 1 -O- R 3 R 1 Si- each R 3 may be the same or different and is an alkyl group having 1 to 6 carbons; each X may be the same or different and is an alkylene group having from 1 to 6 carbons; each R 1 is a phenyl group; each R 2 is -(O-SiR 3 2 ) z (XSiR 3 2 ) n (O-SiR 3 2 ) y -X-Si(O R 3 ) 3 ; and y is zero or an integer up to 6, n is 0 or 1, z is 0 or 1; with the proviso that z is 0 when n is 0 and y is greater than zero. (A) one or more organopolysiloxanes containing at least 2 alkenyl groups and/or alkynyl groups per molecule and having a viscosity in a range of 1000mPa.s to 200,000mPa.s at 25°C, measured using a Brookfield rotational viscometer using spindle LV1 to LV4, (B) an organopolysiloxane containing at least 2 or 3 silicon-bonded hydrogen atoms per molecule, (C) at least one hydrosilylation catalyst, (D) at least one reinforcing and optionally one or more non-reinforcing fillers; and (E) an adhesion promoter (F) an oligomer of the formula (R 3 O) 3 Si-X-(SiR 3 2 -O) y (SiR 3 2 -X) n -(Si R 3 2 -O) z -Y-(O-SiR 3 2 ) z (XSiR 3 2 ) n (O-Si R 3 2 ) y -X-Si(O R 3 ) 3 wherein Y is -SiR 1 2 -, -SiR 1 R 2 - or -Si R 3 R 1 -O- R 3 R 1 Si- each R 3 may be the same or different and is an alkyl group having 1 to 6 carbons; each X may be the same or different and is an alkylene group having from 1 to 6 carbons; each R 1 is a phenyl group; each R 2 is -(O-SiR 3 2 ) z (XSiR 3 2 ) n (O-SiR 3 2 ) y -X-Si(O R 3 ) 3 ; and y is zero or an integer up to 6, n is 0 or 1, z is 0 or 1; with the proviso that z is 0 when n is 0 and y is greater than zero. Y is -SiR 1 2 -, -SiR 1 R 2 - or -Si R 3 R 1 -O- R 3 R 1 Si- each R 3 may be the same or different and is an alkyl group having 1 to 6 carbons; each X may be the same or different and is an alkylene group having from 1 to 6 carbons; each R 1 is a phenyl group; each R 2 is -(O-SiR 3 2 ) z (XSiR 3 2 ) n (O-SiR 3 2 ) y -X-Si(O R 3 ) 3 ; and y is zero or an integer up to 6, n is 0 or 1, z is 0 or 1; with the proviso that z is 0 when n is 0 and y is greater than zero.
A method for instantly posting images or video clips to social media websites during recording of video content by a video capture device containing a processor and a memory, the method comprising: providing a social media integration application associated with the video capture device ; enabling selection of a still image or a video clip from a video content during the recording of the video content via a one-touch process by a user interface associated with the video capture device ; and following the one-touch process, automatically processing the selected still image or the video clip by the social media integration application and at least one of directly forwarding to and posting the still image or the video clip on one or more pre-selected social media websites via a network or forwarding to and posting the still image or the video clip on the one or more pre-selected social media websites via a web browser interface . providing a social media integration application associated with the video capture device ; enabling selection of a still image or a video clip from a video content during the recording of the video content via a one-touch process by a user interface associated with the video capture device ; and following the one-touch process, automatically processing the selected still image or the video clip by the social media integration application and at least one of directly forwarding to and posting the still image or the video clip on one or more pre-selected social media websites via a network or forwarding to and posting the still image or the video clip on the one or more pre-selected social media websites via a web browser interface .
An authentication system (S), comprising: authentication means for performing authentication based on input authentication information; determination means for determining, based on the input authentication information, whether there are a plurality of users for which there is a possibility of successful authentication; input request means for requesting, when it is determined that there are the plurality of users, input of additional authentication information that is based on a difference in user information on each of the plurality of users; and additional authentication means for performing additional authentication based on the input additional authentication information. authentication means for performing authentication based on input authentication information; determination means for determining, based on the input authentication information, whether there are a plurality of users for which there is a possibility of successful authentication; input request means for requesting, when it is determined that there are the plurality of users, input of additional authentication information that is based on a difference in user information on each of the plurality of users; and additional authentication means for performing additional authentication based on the input additional authentication information.
An object recognition model training method in a computing device , the method comprising: receiving an input for designating an object of interest in an image acquired through a camera; generating an object of non-interest by designating at least a portion of a region excluding the object of interest in the image; training an object recognition model based on the object of interest and the object of non-interest; determining whether erroneous detection exist as a result of performing object recognition based on the trained object recognition model, wherein an erroneously detected object means a case in which an object not designated as an object of interest is recognized; when a first object corresponding to the erroneously detected object is recognized, changing the first object to the object of non-interest; and retraining the object recognition model based on the changed object of non-interest. receiving an input for designating an object of interest in an image acquired through a camera; generating an object of non-interest by designating at least a portion of a region excluding the object of interest in the image; training an object recognition model based on the object of interest and the object of non-interest; determining whether erroneous detection exist as a result of performing object recognition based on the trained object recognition model, wherein an erroneously detected object means a case in which an object not designated as an object of interest is recognized; when a first object corresponding to the erroneously detected object is recognized, changing the first object to the object of non-interest; and retraining the object recognition model based on the changed object of non-interest.
Device for wrapping sets of products through a stretch film , comprising a wrapping and gripping assembly which includes a wrapping head for wrapping said stretch film and gripping means for gripping and rotation of said sets of products according to a substantially horizontal direction (X), characterized in that it comprises a handling robot , provided with a handling end , to which said wrapping and gripping assembly is fixed and in that said gripping means comprise two jaws able to take the set of products .
A pentosan polysulfate having a uronic acid content of 7.0 mass% to 15.0 mass%, and an acetyl group content of 0 mass% to 2.0 mass%; a pharmaceutically acceptable salt thereof; or a pharmaceutically acceptable solvate of the pentosan polysulfate or of the pharmaceutically acceptable salt thereof. a pharmaceutically acceptable salt thereof; or a pharmaceutically acceptable solvate of the pentosan polysulfate or of the pharmaceutically acceptable salt thereof.