mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: transmission means arranged to transmit, to an authorization server , an authorization code request for the authorization server to issue an authorization code, wherein the authorization code is a token to acquire an authorization token indicating that a user has permitted the device to access a resource server ; reception means arranged to receive an authorization code response from the authorization server corresponding to the authorization code request; and a token provider which obtains, from an application on the device , region information identifying an authorization endpoint of the authorization server to which the authorization code request is transmitted, and identifies, based on the obtained region information, the authorization endpoint, wherein the transmission means transmit the authorization code request to the identified authorization endpoint, and wherein the reception means receive the authorization code response corresponding to the authorization code request transmitted by the transmission means. transmission means arranged to transmit, to an authorization server , an authorization code request for the authorization server to issue an authorization code, wherein the authorization code is a token to acquire an authorization token indicating that a user has permitted the device to access a resource server ; reception means arranged to receive an authorization code response from the authorization server corresponding to the authorization code request; and a token provider which obtains, from an application on the device , region information identifying an authorization endpoint of the authorization server to which the authorization code request is transmitted, and identifies, based on the obtained region information, the authorization endpoint, wherein the transmission means transmit the authorization code request to the identified authorization endpoint, and wherein the reception means receive the authorization code response corresponding to the authorization code request transmitted by the transmission means.
A method, comprising: receiving at a digital television receiver a triggered declarative object (TDO) including a scripted control object that when activated by a user implements a Personal Video Recorder (PVR) function in connection with linear-broadcast television program, where the PVR function includes at least one of pausing and recording the television program; receiving , via a data stream from a service provider providing the television program, a trigger object after receipt of the scripted control object, wherein the trigger object causes the TDO to execute and the scripted control object to be displayed on a display; receiving a signal indicating activation by the user of the scripted control object; and carrying out the PVR function responsive to the signal. receiving at a digital television receiver a triggered declarative object (TDO) including a scripted control object that when activated by a user implements a Personal Video Recorder (PVR) function in connection with linear-broadcast television program, where the PVR function includes at least one of pausing and recording the television program; receiving , via a data stream from a service provider providing the television program, a trigger object after receipt of the scripted control object, wherein the trigger object causes the TDO to execute and the scripted control object to be displayed on a display; receiving a signal indicating activation by the user of the scripted control object; and carrying out the PVR function responsive to the signal.
A main switch arrangement for a residual current safety switch, characterized in that the arrangement comprises: - a main shaft movable in the vertical direction and a trip part arranged essentially around the main shaft, which trip part is adapted to turn around the main shaft, - an actuator and a summation current transformer connected electrically to it, which actuator is arranged essentially in connection with the trip part , - at least one return spring , and - a contact module, - wherein the main shaft , trip part , return spring and actuator are arranged in such a way that in a fault current situation a protrusion projecting from the actuator is adapted to push the trip part and to bring about a rotational motion in the trip part, and wherein the rotational motion of the trip part is further adapted to release the spring force formed by the return spring , said spring force lifting the main shaft and/or lowering the contact module, in such a way that the contact module of the main switch in connection with the main shaft displaces into an electrically non-conductive state. - a main shaft movable in the vertical direction and a trip part arranged essentially around the main shaft, which trip part is adapted to turn around the main shaft, - an actuator and a summation current transformer connected electrically to it, which actuator is arranged essentially in connection with the trip part , - at least one return spring , and - a contact module, - wherein the main shaft , trip part , return spring and actuator are arranged in such a way that in a fault current situation a protrusion projecting from the actuator is adapted to push the trip part and to bring about a rotational motion in the trip part, and wherein the rotational motion of the trip part is further adapted to release the spring force formed by the return spring , said spring force lifting the main shaft and/or lowering the contact module, in such a way that the contact module of the main switch in connection with the main shaft displaces into an electrically non-conductive state.
A medical data processing method for determining control data for an automated movement of a robotic system to move a tool operatively associated with the robotic system , wherein the method comprises executing, on at least one processor of at least one computer , steps of: a) acquiring (S1) image data describing an image of an anatomical structure of a patient; b) determining (S2) planned position data, based on the image data, describing a plurality of planned positions of the tool relative to the anatomical structure of the patient; c) acquiring (S3) status change data describing the change of a status of the robotic system from a first status to a second status, wherein in the first status a manual movement of at least one part of the robotic system is allowed and in the second status a manual movement of the at least one part of the robotic system is inhibited; d) acquiring (S4) actual position data describing the actual position of the tool relative to the anatomical structure; e) determining (S5), based on the planned position data and the status change data and the actual position data, control data describing instructions for controlling, in the second status of the robotic system , at least one actuator to move the tool, wherein determining the control data comprises selecting a planned position of the tool out of said plurality of planned positions based on proximity to the actual position of the tool. a) acquiring (S1) image data describing an image of an anatomical structure of a patient; b) determining (S2) planned position data, based on the image data, describing a plurality of planned positions of the tool relative to the anatomical structure of the patient; c) acquiring (S3) status change data describing the change of a status of the robotic system from a first status to a second status, wherein in the first status a manual movement of at least one part of the robotic system is allowed and in the second status a manual movement of the at least one part of the robotic system is inhibited; d) acquiring (S4) actual position data describing the actual position of the tool relative to the anatomical structure; e) determining (S5), based on the planned position data and the status change data and the actual position data, control data describing instructions for controlling, in the second status of the robotic system , at least one actuator to move the tool,
A heat shield for use in a combustor of a gas turbine engine comprising: a plurality of standoff pins that extend from a cold side , said plurality of standoff pins at least partially surround an attachment stud , said cold side including at least one film cooling hole adjacent to said plurality of standoff pins and said attachment stud ; wherein said plurality of standoff pins is arranged in a ring pattern ; characterised in that : said at least one film cooling hole is located within a diameter defined by said ring pattern , the attachment stud is at least partially hollow and defines a cooling air passage along an axis (S), a plurality of stud cooling holes extend transverse to the axis (S), the attachment stud comprises a stud end which forms a bottom of the attachment stud , and said at least one film cooling hole is located through the stud end of the attachment stud . a plurality of standoff pins that extend from a cold side , said plurality of standoff pins at least partially surround an attachment stud , said cold side including at least one film cooling hole adjacent to said plurality of standoff pins and said attachment stud ; wherein said plurality of standoff pins is arranged in a ring pattern ; characterised in that : said at least one film cooling hole is located within a diameter defined by said ring pattern , the attachment stud is at least partially hollow and defines a cooling air passage along an axis (S), a plurality of stud cooling holes extend transverse to the axis (S), the attachment stud comprises a stud end which forms a bottom of the attachment stud , and said at least one film cooling hole is located through the stud end of the attachment stud .
Method for at least partly manufacturing a piece of apparel and in particular a shoe, comprising manipulating at least one component of the piece of apparel with a particle jamming device, wherein manipulating the at least one component of the piece of apparel with the particle jamming device comprises forming the at least one component of the piece of apparel over at least a portion of the surface of the particle jamming device, the particle jamming device being adapted to provide at least a portion of a reference body; and wherein the particle jamming device comprises a shoe last as the reference body.
A clutch control device configured to control a pneumatic clutch actuator , thereby to connect and disconnect a clutch , characterized in that the stroke amount of a piston corresponding to a disconnecting position of the clutch is set as a final target stroke amount (TS3), other stroke amounts different from the final target stroke amount (TS3) are set as intermediate target stroke amounts (TS1, TS2), and the piston is controlled in a stepwise manner such that an actual stroke amount (AS) of the piston is matched with the intermediate target stroke amounts (TS1, TS2) and is thereafter matched with the final target stroke amount (TS3), thereby disconnecting the clutch , wherein PID parameters are set on the basis of the engine speed at the time of connecting or disconnecting the clutch , and the piston is controlled in a stepwise manner on the basis of the final target stroke amount (TS3) and intermediate target stroke amounts (TS1, TS2), thereby disconnecting the clutch .
A coated component comprising: a substrate having a surface , wherein a plurality of cavities are defined within the surface of the substrate ; wherein the substrate is formed from a ceramic matrix composite (CMC) material; a bond coating on the surface of the substrate within the cavities defined within the surface of the substrate , wherein the bond coating comprises a silicon material having a melting point; and an environmental barrier coating over the surface of the substrate and encasing the bond coating within the cavities such that the bond coating , when melted, is contained within the cavities . a substrate having a surface , wherein a plurality of cavities are defined within the surface of the substrate ; wherein the substrate is formed from a ceramic matrix composite (CMC) material; a bond coating on the surface of the substrate within the cavities defined within the surface of the substrate , wherein the bond coating comprises a silicon material having a melting point; and an environmental barrier coating over the surface of the substrate and encasing the bond coating within the cavities such that the bond coating , when melted, is contained within the cavities .
Computer-implemented method for fitting of a pair of spectacles, comprising: virtual fitting of a parametric frame model , which comprises a multiplicity of parameters, to a 3D model of the head of a person, characterized in that the virtual fitting comprises: a first procedure for fitting the parametric frame model to the 3D model of the head , so as to satisfy fitting guidelines that are specific to the parametric frame model , wherein a first set of parameters is determined in the first fitting procedure, wherein the first set of parameters comprises a scaling of the spectacle frame, an "as-worn" pantoscopic angle and/or a form of a spectacle rim of the spectacle frame and a second procedure for fitting the parametric frame model to the 3D model of the head for anatomical fitting, wherein a second set of parameters, different from the first set, is determined in the second fitting procedure. virtual fitting of a parametric frame model , which comprises a multiplicity of parameters, to a 3D model of the head of a person, characterized in that the virtual fitting comprises: a first procedure for fitting the parametric frame model to the 3D model of the head , so as to satisfy fitting guidelines that are specific to the parametric frame model , wherein a first set of parameters is determined in the first fitting procedure, wherein the first set of parameters comprises a scaling of the spectacle frame, an "as-worn" pantoscopic angle and/or a form of a spectacle rim of the spectacle frame and a second procedure for fitting the parametric frame model to the 3D model of the head for anatomical fitting, wherein a second set of parameters, different from the first set, is determined in the second fitting procedure. a first procedure for fitting the parametric frame model to the 3D model of the head , so as to satisfy fitting guidelines that are specific to the parametric frame model , wherein a first set of parameters is determined in the first fitting procedure, wherein the first set of parameters comprises a scaling of the spectacle frame, an "as-worn" pantoscopic angle and/or a form of a spectacle rim of the spectacle frame and a second procedure for fitting the parametric frame model to the 3D model of the head for anatomical fitting, wherein a second set of parameters, different from the first set, is determined in the second fitting procedure.
A method for operating a Radio Frequency Identification "RFID" integrated circuit "IC" that is in a hidden state where it does not respond to any commands from a reader unless the commands contain correct verification information and/or the reader is verified, said method comprising inducing the RFID IC to transition from the hidden state to an unhidden state , or to remain in the hidden state and provide recycling information while in the hidden state , wherein the method comprises the following steps, when the IC is in the hidden state : receiving a selection command; determining whether the selection command includes verification information, a request for the recycling information, or both; in response to a determination that the selection command includes verification information, determining whether the verification information is correct; in response to a determination that the verification information is correct, transitioning to the unhidden state and responding to a subsequent inventorying command with identifying information; in response to a determination that the selection command does not include verification information but includes the request for the recycling information, remaining in the hidden state and responding to the subsequent inventorying command only with the recycling information but not the identifying information; and in response to a determination that the selection command does not include correct verification information or the request for the recycling information, remaining in the hidden state and therefore ignoring the subsequent inventorying command. receiving a selection command; determining whether the selection command includes verification information, a request for the recycling information, or both; in response to a determination that the selection command includes verification information, determining whether the verification information is correct; in response to a determination that the verification information is correct, transitioning to the unhidden state and responding to a subsequent inventorying command with identifying information; in response to a determination that the selection command does not include verification information but includes the request for the recycling information, remaining in the hidden state and responding to the subsequent inventorying command only with the recycling information but not the identifying information; and in response to a determination that the selection command does not include correct verification information or the request for the recycling information, remaining in the hidden state and therefore ignoring the subsequent inventorying command.
A slide mount assembly for attachment to a wall or other structure in a location behind a mounted display and for mounting of electronics equipment, the slide mount assembly comprising: a base frame configured to attach to a structure, the base frame having a mounting flange with holes for use in securing the base frame to the structure; a slide frame slidably attached to the base frame by a sliding attachment, the sliding attachment being provided by at least one slide assembly , the slide frame including upper and lower flanges which are attached to or formed integral with a slide frame plate , each flange having a plurality of spaced apart mounting apertures ; and a mounting plate attached to the slide frame , the mounting plate having a generally planar portion with a plurality of mounting apertures , the planar portion having upper and lower edges, at least one mounting tab (12 A ) is formed on and extends outward from each of the upper and lower edges of the mounting plate , each mounting tab being configured to engage with one of the mounting apertures on the slide frame ; characterized by the upper and lower flanges of the slide frame being joggled outward from the slide frame plate , with each flange including a first leg (16 A ) and a second leg (16 B ), the first leg (16 A ) being offset from the slide frame plate and at a right angle to the second leg (16 B ) which is at a right angle to the slide frame plate ; and wherein the mounting apertures on the flange of the slide frame are formed in the second leg . a base frame configured to attach to a structure, the base frame having a mounting flange with holes for use in securing the base frame to the structure; a slide frame slidably attached to the base frame by a sliding attachment, the sliding attachment being provided by at least one slide assembly , the slide frame including upper and lower flanges which are attached to or formed integral with a slide frame plate , each flange having a plurality of spaced apart mounting apertures ; and a mounting plate attached to the slide frame , the mounting plate having a generally planar portion with a plurality of mounting apertures , the planar portion having upper and lower edges, at least one mounting tab (12 A ) is formed on and extends outward from each of the upper and lower edges of the mounting plate , each mounting tab being configured to engage with one of the mounting apertures on the slide frame ; characterized by the upper and lower flanges of the slide frame being joggled outward from the slide frame plate , with each flange including a first leg (16 A ) and a second leg (16 B ), the first leg (16 A ) being offset from the slide frame plate and at a right angle to the second leg (16 B ) which is at a right angle to the slide frame plate ; and wherein the mounting apertures on the flange of the slide frame are formed in the second leg .
A method of removing impurities from a gas for use as a fuel in an internal combustion engine, the method comprising: receiving fuel comprising at least one hydrocarbon via an engine ; generating an engine exhaust ; splitting the engine exhaust into a first portion and a second portion ; directing the first portion of the engine exhaust to the atmosphere; directing the second portion of the engine exhaust to a heating component ; injecting an air source into the heating component ; heating the air source with the second portion of the engine exhaust; directing the second portion of the engine exhaust from the heating component to the atmosphere; and directing the heated air source to a reactor ; wherein the reactor comprises adsorption media. receiving fuel comprising at least one hydrocarbon via an engine ; generating an engine exhaust ; splitting the engine exhaust into a first portion and a second portion ; directing the first portion of the engine exhaust to the atmosphere; directing the second portion of the engine exhaust to a heating component ; injecting an air source into the heating component ; heating the air source with the second portion of the engine exhaust; directing the second portion of the engine exhaust from the heating component to the atmosphere; and directing the heated air source to a reactor ; wherein the reactor comprises adsorption media.
Device for the comminution of pourable feed material, comprising a housing enclosing a comminution chamber in which a rotor rotating around an axis is arranged and shows on its circumference comminution tools , and comprising a feeding system , that conveys the feed material as a gas-solids mixture into the comminution chamber , wherein the feeding system shows a pneumatic sifting passage to separate out foreign matter from the feed material by gravity, wherein the device shows at least one inlet opening for supplying secondary air that opens into in the gas-solids mixture downstream from the sifting passage , characterized in that the at least one inlet opening opens directly into the comminution chamber .
A method for bonding, preferably permanent bonding, in particular fusion bonding, of a first substrate with a second substrate inside a sealed bonding chamber , comprising the following steps: a) fixing of the substrates , b) arrangement of the substrates , c) mutual approach of the substrates , d) contacting of the substrates at a bond initiation point (K1, K2), e) generation of a bonding wave running from the bond initiation point (K1, K2) to the side edges of the substrates , f) influencing of the bonding wave during the course of the bonding wave, wherein the targeted influencing of the bonding wave takes place by a regulated and/or controlled change of the pressure (p1, p2, p3, p4, p5, p6) inside the bonding chamber . a) fixing of the substrates , b) arrangement of the substrates , c) mutual approach of the substrates , d) contacting of the substrates at a bond initiation point (K1, K2), e) generation of a bonding wave running from the bond initiation point (K1, K2) to the side edges of the substrates , f) influencing of the bonding wave during the course of the bonding wave, wherein the targeted influencing of the bonding wave takes place by a regulated and/or controlled change of the pressure (p1, p2, p3, p4, p5, p6) inside the bonding chamber .