mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a prosthetic device, the method comprising: providing a computer model of a prosthetic device, the computer model operable to simulate movement of a prosthetic device responsive to control signals; providing a prosthetic device operable to move responsive to control signals; and receiving input control signals; and characterised in that the method further comprises: providing a detector operable to determine if the prosthetic device is operatively connected to a prosthetic device control apparatus; using the detector to determine if the prosthetic device is operatively connected to the prosthetic device control apparatus; and depending on the determination, using the input control signals to control either the computer model or movement of the prosthetic device. providing a computer model of a prosthetic device, the computer model operable to simulate movement of a prosthetic device responsive to control signals; providing a prosthetic device operable to move responsive to control signals; and receiving input control signals; and characterised in that the method further comprises: providing a detector operable to determine if the prosthetic device is operatively connected to a prosthetic device control apparatus; using the detector to determine if the prosthetic device is operatively connected to the prosthetic device control apparatus; and depending on the determination, using the input control signals to control either the computer model or movement of the prosthetic device. providing a detector operable to determine if the prosthetic device is operatively connected to a prosthetic device control apparatus; using the detector to determine if the prosthetic device is operatively connected to the prosthetic device control apparatus; and depending on the determination, using the input control signals to control either the computer model or movement of the prosthetic device.
Electrical device, comprising - a terminal for an electrical supply line to a supply apparatus; - an electrical load for operation by means of current from the electrical supply line; - an encoder for providing a bit sequence on the basis of data to be transmitted from the electrical device to the supply apparatus, and - a current controller for influencing, on the basis of the bit sequence, an electrical current consumed via the electrical supply line, characterised in that - the current controller is configured to change the current consumed by the electrical device as a function of the value of one bit in the sequence alternatively to a first or a second value, wherein one value lies above a current normally consumed by the load and the other one lies below it. - a terminal for an electrical supply line to a supply apparatus; - an electrical load for operation by means of current from the electrical supply line; - an encoder for providing a bit sequence on the basis of data to be transmitted from the electrical device to the supply apparatus, and - a current controller for influencing, on the basis of the bit sequence, an electrical current consumed via the electrical supply line, - the current controller is configured to change the current consumed by the electrical device as a function of the value of one bit in the sequence alternatively to a first or a second value, wherein one value lies above a current normally consumed by the load and the other one lies below it.
Sports facility for kindergartners, mainly for playing ball games, where the facility contains a rectangular playground, main pillars (2, 3) along the longer side of the playground, side wall panels and connection bars between main pillars (2, 3); end wall panels and goal gate elements (1a, 1b) along the shorter side of the playground; and further provided with a covering net and a door, wherein side wall panels and end wall panels in the corners of the playground are joined by corner members; and upper ends of main pillars (2, 3) arranged along the longer side of the playground are connected to an end of a main haunch, and another end of the haunch is connected to another end of a further haunch; characterised in that at least a section of main pillars (2, 3) are cambered into arch, wherein main pillars (2, 3), goal gate elements (1a, 1b) and corner members are secured to a ground retainer screw.
A microfluidic device, comprising: at least one microchannel comprising at least one inlet and at least one outlet; a plurality of microchambers and a plurality of siphon apertures, wherein said plurality of microchambers is in fluid communication with said at least one microchannel by said plurality of siphon apertures; and a thermoplastic thin film disposed adjacent to a surface of said microfluidic device such that said thermoplastic thin film covers said plurality of microchambers, wherein said thermoplastic thin film is configured (i) as a gas barrier under a first pressure differential applied across said thermoplastic thin film and (ii) to be at least partially permeable to a gas under a second pressure differential applied across said thermoplastic thin film, wherein the second pressure differential is greater than the first pressure differential, and wherein, when said gas is in said plurality of microchambers, said thermoplastic thin film is configured to permit said gas to flow from said plurality of microchambers to an environment external to said plurality of microchambers under said second pressure differential applied across said thermoplastic thin film; wherein said thermoplastic thin film is configured as said gas barrier when said first pressure differential of less than about 55158 Pa is applied across said thermoplastic thin film and wherein said second pressure differential is from about 55158 Pa to about 137895 Pa. at least one microchannel comprising at least one inlet and at least one outlet; a plurality of microchambers and a plurality of siphon apertures, wherein said plurality of microchambers is in fluid communication with said at least one microchannel by said plurality of siphon apertures; and a thermoplastic thin film disposed adjacent to a surface of said microfluidic device such that said thermoplastic thin film covers said plurality of microchambers, wherein said thermoplastic thin film is configured (i) as a gas barrier under a first pressure differential applied across said thermoplastic thin film and (ii) to be at least partially permeable to a gas under a second pressure differential applied across said thermoplastic thin film, wherein the second pressure differential is greater than the first pressure differential, and wherein, when said gas is in said plurality of microchambers, said thermoplastic thin film is configured to permit said gas to flow from said plurality of microchambers to an environment external to said plurality of microchambers under said second pressure differential applied across said thermoplastic thin film; wherein said thermoplastic thin film is configured as said gas barrier when said first pressure differential of less than about 55158 Pa is applied across said thermoplastic thin film and wherein said second pressure differential is from about 55158 Pa to about 137895 Pa.
A reformer formed by stacking each other a reforming layer configured to reform a reforming fuel with a reforming catalyst, and a heating layer configured to heat the reforming layer through an exothermic reaction with a combustion catalyst, wherein the reformer is configured to supply a gas mixture obtained by mixing a to-be-combusted gas with a combustion-assisting gas to a heating passage in the heating layer, the heating passage is separated into a plurality of separation passages (31a-31c) by a separation wall (11,13) parallel to a wall surface coated with the combustion catalyst, and the plurality of separation passages (31a-31c) respectively is configured to eject the gas mixture to different positions of the combustion catalyst.
A method implemented by a device (110, 120), comprising: obtaining an operation state of a mobile terminal; determining a target camping mode from a single camping mode and a multiple camping mode based on the operation state of the mobile terminal, the single camping mode indicating that a single radio access technology, RAT, is used for camping, and the multiple camping mode indicating that multiple RATs are used for camping, wherein determining the target camping mode comprises: in response to a traffic amount of the mobile terminal being obtained, comparing the traffic amount with a threshold amount; in response to the traffic amount exceeding the threshold amount, determining the multiple camping mode as the target camping mode; and in response to the traffic amount being less than the threshold amount, determining the single camping mode as the target camping mode; and configuring the mobile terminal based on the target camping mode. obtaining an operation state of a mobile terminal; determining a target camping mode from a single camping mode and a multiple camping mode based on the operation state of the mobile terminal, the single camping mode indicating that a single radio access technology, RAT, is used for camping, and the multiple camping mode indicating that multiple RATs are used for camping, wherein determining the target camping mode comprises: in response to a traffic amount of the mobile terminal being obtained, comparing the traffic amount with a threshold amount; in response to the traffic amount exceeding the threshold amount, determining the multiple camping mode as the target camping mode; and in response to the traffic amount being less than the threshold amount, determining the single camping mode as the target camping mode; and in response to a traffic amount of the mobile terminal being obtained, comparing the traffic amount with a threshold amount; in response to the traffic amount exceeding the threshold amount, determining the multiple camping mode as the target camping mode; and in response to the traffic amount being less than the threshold amount, determining the single camping mode as the target camping mode; and configuring the mobile terminal based on the target camping mode.
Device for managing (MG_PROV) the user accounts of a plurality of applications that can cooperate with at least one single sign-on device, said single sign-on device that can provide access to at least one application for at least one user by means of a primary authentication, said management device (MG_PROV) comprising: - a unit (M_RD11) for the primary reading of an identity directory (A_ID) comprising referrer identifiers relating to the users of the plurality of applications; - a unit (M_CR11) for the primary creation of at least one user account for an application; - a unit (M_IDT) for determining a reference user database (U_REF) used by the single sign-on device; and characterised in that it comprises: - a unit (M_ASSOC1) for the primary association of the created user account with the referrer identifier of said user for which the user account was created; - a unit (M_RD12) for the secondary reading of an application association table (APP_TAB) comprising the identifiers of the applications (APP_ID) that it provides and the corresponding application references (APP_SSO) of the applications managed by at least one single sign-on device; - a unit (M_TX) for sending to said single sign-on device a message containing: - the created user account; - a user reference (U_SSO) of the single sign-on device corresponding to the user account created; - a reference application (APP_SSO) of the single sign-on device corresponding to the application for which the user account was created. - a unit (M_RD11) for the primary reading of an identity directory (A_ID) comprising referrer identifiers relating to the users of the plurality of applications; - a unit (M_CR11) for the primary creation of at least one user account for an application; - a unit (M_IDT) for determining a reference user database (U_REF) used by the single sign-on device; - a unit (M_ASSOC1) for the primary association of the created user account with the referrer identifier of said user for which the user account was created; - a unit (M_RD12) for the secondary reading of an application association table (APP_TAB) comprising the identifiers of the applications (APP_ID) that it provides and the corresponding application references (APP_SSO) of the applications managed by at least one single sign-on device; - a unit (M_TX) for sending to said single sign-on device a message containing: - the created user account; - a user reference (U_SSO) of the single sign-on device corresponding to the user account created; - a reference application (APP_SSO) of the single sign-on device corresponding to the application for which the user account was created. - the created user account; - a user reference (U_SSO) of the single sign-on device corresponding to the user account created; - a reference application (APP_SSO) of the single sign-on device corresponding to the application for which the user account was created.
A vegetable oil based formulation, characterized in that it is kinetically stable; in that it comprises an oil in water (O/W) suspension, which comprises: - from 1 wt% to 5 wt% of surfactant, the surfactant being at least one anionic surfactant and at least one non-ionic surfactant; the surfactant being added as such or obtained in situ by addition of between 1 and 3 wt% of an ethanolamine; - 15 wt% to 50 wt% of hydrogenated or partially hydrogenated palm oil; - from 0 to 25 wt% of paraffin; - from 2 to 8 wt% of soy oil, preferably between 4 and 8 wt% soy oil; and in that - the total amount of oils, being the sum of palm oil, paraffin and soy oil in the O/W suspension does not exceed 55 wt%; - within the total amount of oils, from 2 to 10 wt% is non hydrogenated oil, and the rest is hydrogenated and/or partially hydrogenated oil; - the iodine value of the total amount of oils is at least 10 g of iodine per 100 g of total amount of oils; - the O/W suspension has a solids content of between 30 wt% and 55 wt%, preferably between 45 wt% and 55 wt%, and the rest of the suspension, until reaching 100 wt%, is water, the solids content comprising all the components which are different from water. - from 1 wt% to 5 wt% of surfactant, the surfactant being at least one anionic surfactant and at least one non-ionic surfactant; the surfactant being added as such or obtained in situ by addition of between 1 and 3 wt% of an ethanolamine; - 15 wt% to 50 wt% of hydrogenated or partially hydrogenated palm oil; - from 0 to 25 wt% of paraffin; - from 2 to 8 wt% of soy oil, preferably between 4 and 8 wt% soy oil; - the total amount of oils, being the sum of palm oil, paraffin and soy oil in the O/W suspension does not exceed 55 wt%; - within the total amount of oils, from 2 to 10 wt% is non hydrogenated oil, and the rest is hydrogenated and/or partially hydrogenated oil; - the iodine value of the total amount of oils is at least 10 g of iodine per 100 g of total amount of oils; - the O/W suspension has a solids content of between 30 wt% and 55 wt%, preferably between 45 wt% and 55 wt%, and the rest of the suspension, until reaching 100 wt%, is water, the solids content comprising all the components which are different from water.
A method of leak testing a flexible expandable bag having at least one port and at least one flexible wall, the method comprising: (a) filling the flexible bag with gas flowing through the at least one port such that the flexible bag expands, wherein filling the flexible bag includes measuring a flow rate of the gas into the flexible bag while maintaining a constant pressure of the gas in the flexible bag; (b) measuring displacement of the flexible wall; and, (c) determining whether a leak is present, characterised in that determining whether a leak is present comprises using the formula: ∫ 0 t Q ⋅ dt = K ⋅ d + L ⋅ t wherein Q is the measured flow rate into the bag at time t K is a constant relating dimensional change to the increase in volume of the bag d is the dimensional change at time t L is the flow from the leak, if present; wherein no leak is present when L = 0. (a) filling the flexible bag with gas flowing through the at least one port such that the flexible bag expands, wherein filling the flexible bag includes measuring a flow rate of the gas into the flexible bag while maintaining a constant pressure of the gas in the flexible bag; (b) measuring displacement of the flexible wall; and, (c) determining whether a leak is present, characterised in that determining whether a leak is present comprises using the formula: ∫ 0 t Q ⋅ dt = K ⋅ d + L ⋅ t wherein Q is the measured flow rate into the bag at time t K is a constant relating dimensional change to the increase in volume of the bag d is the dimensional change at time t L is the flow from the leak, if present; wherein no leak is present when L = 0. Q is the measured flow rate into the bag at time t K is a constant relating dimensional change to the increase in volume of the bag d is the dimensional change at time t L is the flow from the leak, if present; wherein no leak is present when L = 0.
A geared architecture for a gas turbine engine comprising: a fan shaft; a frame which supports said fan shaft, said frame defines a frame transverse stiffness (Kframe BEND); a gear system which drives said fan shaft; a flexible support which at least partially supports said gear system; and an input coupling to said gear system, characterised in that: said flexible support defines a flexible support transverse stiffness (KFS BEND) with respect to said frame transverse stiffness (Kframe BEND) of greater than 11% and less than 20% of said frame transverse stiffness (Kframe BEND); and said input coupling defines an input coupling transverse stiffness (KIC BEND) with respect to said frame transverse stiffness (Kframe BEND) of greater than 11% and less than 20% of said frame transverse stiffness (Kframe BEND). a fan shaft; a frame which supports said fan shaft, said frame defines a frame transverse stiffness (Kframe BEND); a gear system which drives said fan shaft; a flexible support which at least partially supports said gear system; and an input coupling to said gear system, said flexible support defines a flexible support transverse stiffness (KFS BEND) with respect to said frame transverse stiffness (Kframe BEND) of greater than 11% and less than 20% of said frame transverse stiffness (Kframe BEND); and said input coupling defines an input coupling transverse stiffness (KIC BEND) with respect to said frame transverse stiffness (Kframe BEND) of greater than 11% and less than 20% of said frame transverse stiffness (Kframe BEND).
A method for producing a rolling bearing using centerless grinding, in which the rolling bearing has an inner ring (3, 51), an outer ring (2, 32), a plurality of rolling elements (4, 34a, 34b), a seal lip (20, 67), and a sliding contact surface (10, 54) which is provided on the inner ring (3, 51) or the outer ring (2, 32) and with which a distal end of the seal lip (20, 67) is in contact in a slidable manner, wherein the method is characterized by comprising: a centerless grinding step of subjecting the sliding contact surface (10, 54) to centerless grinding while pressing a grindstone (23, 68) against a portion of the inner ring (3, 51) or the outer ring (2, 32) including the sliding contact surface (10, 54); and a finishing step of, after the centerless grinding step, subjecting the sliding contact surface (10, 54) to a process for eliminating directivity of surface roughness, which is generated on the sliding contact surface (10, 54) in the centerless grinding step, wherein the finishing step comprises a line forming process of forming a large number of grinding lines in irregular directions on an area including the sliding contact surface (10, 54) of the inner ring (3, 51) or the outer ring (2, 32) by using an abrasive grain-containing brush, a non-woven fabric abrasive, or a polishing tape so that an uneven shape of the sliding contact surface (10, 54), which has the directivity of surface roughness, becomes complicated. a centerless grinding step of subjecting the sliding contact surface (10, 54) to centerless grinding while pressing a grindstone (23, 68) against a portion of the inner ring (3, 51) or the outer ring (2, 32) including the sliding contact surface (10, 54); and a finishing step of, after the centerless grinding step, subjecting the sliding contact surface (10, 54) to a process for eliminating directivity of surface roughness, which is generated on the sliding contact surface (10, 54) in the centerless grinding step, wherein the finishing step comprises a line forming process of forming a large number of grinding lines in irregular directions on an area including the sliding contact surface (10, 54) of the inner ring (3, 51) or the outer ring (2, 32) by using an abrasive grain-containing brush, a non-woven fabric abrasive, or a polishing tape so that an uneven shape of the sliding contact surface (10, 54), which has the directivity of surface roughness, becomes complicated.
A method of producing a polymer polyol dispersion, the method comprising: 1) in a first step, a) combining at least one tin-free catalyst, at least one polyol, and at least one co-reactant, wherein the co-reactant has an equivalent weight of up to 400 and at least one active hydrogen attached to a nitrogen or oxygen atom, and b) introducing at least one polyisocyanate to create a polymer polyol having a first solid content; and 2) in a second step, a) introducing at least one co-reactant to the polymer polyol, wherein the co-reactant has an equivalent weight of up to 400 and at least one active hydrogen attached to a nitrogen or oxygen atom, b) introducing at least one polyisocyanate to create a polymer polyol having a second solid content; wherein there is a time interval between the first step and the second step of at least 0.5 minutes up to 15 minutes, wherein the final solid content is between 15 and 50 wt% based on the total weight of the polymer polyol having a final solid content, wherein more than 90% by weight of particles in the polymer polyol dispersion has a particle diameter of less than 10 μm and wherein the polymer polyol has a viscosity at 20°C of less than 15000 mPas. 1) in a first step, a) combining at least one tin-free catalyst, at least one polyol, and at least one co-reactant, wherein the co-reactant has an equivalent weight of up to 400 and at least one active hydrogen attached to a nitrogen or oxygen atom, and b) introducing at least one polyisocyanate to create a polymer polyol having a first solid content; and 2) in a second step, a) introducing at least one co-reactant to the polymer polyol, wherein the co-reactant has an equivalent weight of up to 400 and at least one active hydrogen attached to a nitrogen or oxygen atom, b) introducing at least one polyisocyanate to create a polymer polyol having a second solid content;
An implant for implantation into bone tissue having an exterior surface comprising: an elongated body having an upper portion configured to receive a prosthesis, a lower portion for being submerged in said bone tissue and an outer surface; and at least one thread on the outer surface making a plurality of turns around the elongated body between the lower portion and the upper portion, the at least one thread including a root, a flank, and a crest, characterized in that the root and a segment of the flank have an acid etched surface so that the root and a segment of the flank have a roughened portion relative to the crest. an elongated body having an upper portion configured to receive a prosthesis, a lower portion for being submerged in said bone tissue and an outer surface; and at least one thread on the outer surface making a plurality of turns around the elongated body between the lower portion and the upper portion, the at least one thread including a root, a flank, and a crest, characterized in that the root and a segment of the flank have an acid etched surface so that the root and a segment of the flank have a roughened portion relative to the crest.