mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic apparatus comprising: a first frame ; a second frame disposed to be slidable with respect to the first frame ; a flexible display supported by the first frame and the second frame, having a first image output region for outputting an image through a front surface of the electronic apparatus, wherein a size of the first image output region changes in correspondence with relative movement between the first frame and the second frame; an input portion arranged to face a side surface of the electronic apparatus and comprising a first region and a second region ; and a controller , wherein the controller is configured to: determine either the first region or the second region as being an activation region of the input portion based on a posture of the electronic apparatus and the size of the first image output region; and receive a user input through the activation region. a first frame ; a second frame disposed to be slidable with respect to the first frame ; a flexible display supported by the first frame and the second frame, having a first image output region for outputting an image through a front surface of the electronic apparatus, wherein a size of the first image output region changes in correspondence with relative movement between the first frame and the second frame; an input portion arranged to face a side surface of the electronic apparatus and comprising a first region and a second region ; and a controller , wherein the controller is configured to: determine either the first region or the second region as being an activation region of the input portion based on a posture of the electronic apparatus and the size of the first image output region; and receive a user input through the activation region.
Computer-implemented method for virtual fitting of a pair of spectacles, comprising: virtual positioning of a spectacle frame on a head on the basis of head metadata for a 3D model of the head and frame metadata for a 3D model of the spectacle frame, wherein the frame metadata comprise first resting information items, which define one or more locations on the spectacle frame where the spectacle frame rests on the head, and the head metadata comprise second resting information items, which define one or more locations on the head where the spectacle frame rests on the head, and wherein the second resting information items comprise a placement point associated with a nasal bridge of the 3D model of the head, characterized in that a nasal bridge region of the nasal bridge is provided as a 3D curve, wherein the placement point is determined on the basis of the 3D curve. virtual positioning of a spectacle frame on a head on the basis of head metadata for a 3D model of the head and frame metadata for a 3D model of the spectacle frame, wherein the frame metadata comprise first resting information items, which define one or more locations on the spectacle frame where the spectacle frame rests on the head, and the head metadata comprise second resting information items, which define one or more locations on the head where the spectacle frame rests on the head, and wherein the second resting information items comprise a placement point associated with a nasal bridge of the 3D model of the head, characterized in that a nasal bridge region of the nasal bridge is provided as a 3D curve, wherein the placement point is determined on the basis of the 3D curve.
A method of initialising rendering at a graphics processing unit configured to perform safety-critical rendering, the method comprising: generating configuration data for initialising rendering of safety critical graphical data at the graphics processing unit , said configuration data specifying a configuration to be adopted by the graphics processing unit ; causing an instruction comprising the configuration data for initialising rendering and a request for a response from the graphics processing unit to be provided to the graphics processing unit ; initialising a timer , said timer being configured to expire after a time period; monitoring , during the time period, for the response from the graphics processing unit ; configuring the graphics processing unit in accordance with the configuration data for initialising rendering; determining whether the graphics processing unit is correctly configured in accordance with the configuration data; and determining , by a safety controller external to the graphics processing unit , that an initialisation error has occurred if: (i) it is determined that the graphics processing unit is not correctly configured in accordance with the configuration data; or (ii) no response is received from the graphics processing unit before the timer expires. generating configuration data for initialising rendering of safety critical graphical data at the graphics processing unit , said configuration data specifying a configuration to be adopted by the graphics processing unit ; causing an instruction comprising the configuration data for initialising rendering and a request for a response from the graphics processing unit to be provided to the graphics processing unit ; initialising a timer , said timer being configured to expire after a time period; monitoring , during the time period, for the response from the graphics processing unit ; configuring the graphics processing unit in accordance with the configuration data for initialising rendering; determining whether the graphics processing unit is correctly configured in accordance with the configuration data; and determining , by a safety controller external to the graphics processing unit , that an initialisation error has occurred if: (i) it is determined that the graphics processing unit is not correctly configured in accordance with the configuration data; or (ii) no response is received from the graphics processing unit before the timer expires. (i) it is determined that the graphics processing unit is not correctly configured in accordance with the configuration data; or (ii) no response is received from the graphics processing unit before the timer expires.
A production management method for steel tubes and pipes produced through a plurality of production processes, including: a step of machining a matrix code, which encodes tube or pipe information, in a tube or pipe end by a laser beam so that the central angle of width of the matrix code in a circumferential direction of the tube or pipe is 30° or smaller; a step of reading the matrix code automatically by using a linear sensor type camera wherein the matrix code machined on the surface of the steel tube or pipe is read while rotating and conveying the steel tube or pipe; and a step of reading the matrix code manually by using an area sensor type camera, wherein through reading the matrix code, the production history is managed by identifying and recording the production information and quality information corresponding to each steel tube or pipe for each tube or pipe number, and retrieving the tube or pipe information of the produced steel tube and pipe as necessary. a step of machining a matrix code, which encodes tube or pipe information, in a tube or pipe end by a laser beam so that the central angle of width of the matrix code in a circumferential direction of the tube or pipe is 30° or smaller; a step of reading the matrix code automatically by using a linear sensor type camera wherein the matrix code machined on the surface of the steel tube or pipe is read while rotating and conveying the steel tube or pipe; and a step of reading the matrix code manually by using an area sensor type camera, wherein through reading the matrix code, the production history is managed by identifying and recording the production information and quality information corresponding to each steel tube or pipe for each tube or pipe number, and retrieving the tube or pipe information of the produced steel tube and pipe as necessary.
A process for manufacturing a tie bolt comprising the steps of: - providing a shank having a first longitudinal axis (X); said shank having a head end and a foot end ; wherein said shank has a first thread (f1) made along a first portion , in particular in the area of the head end ; wherein said first portion has an end portion which protrudes axially from the first thread (f1) ; - providing a nut having a second longitudinal axis (X') and a cavity facing outwards from an opening of said nut ; said nut having a second thread (f2) made inside said cavity ; said nut has a bottom wall which is delimited by a bottom surface which faces the inside of said cavity ; the bottom surface is substantially conical and coaxial with said second longitudinal axis (X'); - the first thread (f1) of said shank and the second thread (f2) of said nut have profiles which are configured to form a self-locking tightening; - tightening said nut against the head end of said shank , so as to screw said second thread (f2) around said first thread (f1); - wherein said tightening step involves screwing said first thread (f1) of said shank and said second thread (f2) of said nut to one another so as to cause said end portion to strike against said bottom surface and generate, upon said shank , a predefined pre-load force (Fc) as a function of the level of screwing of the shank with the nut to form a single, indivisible, body. - providing a shank having a first longitudinal axis (X); said shank having a head end and a foot end ; wherein said shank has a first thread (f1) made along a first portion , in particular in the area of the head end ; wherein said first portion has an end portion which protrudes axially from the first thread (f1) ; - providing a nut having a second longitudinal axis (X') and a cavity facing outwards from an opening of said nut ; said nut having a second thread (f2) made inside said cavity ; said nut has a bottom wall which is delimited by a bottom surface which faces the inside of said cavity ; the bottom surface is substantially conical and coaxial with said second longitudinal axis (X'); - the first thread (f1) of said shank and the second thread (f2) of said nut have profiles which are configured to form a self-locking tightening; - tightening said nut against the head end of said shank , so as to screw said second thread (f2) around said first thread (f1); - wherein said tightening step involves screwing said first thread (f1) of said shank and said second thread (f2) of said nut to one another so as to cause said end portion to strike against said bottom surface and generate, upon said shank , a predefined pre-load force (Fc) as a function of the level of screwing of the shank with the nut to form a single, indivisible, body.
A bolt retention assembly for a gas turbine engine rotor assembly comprising: a plurality of rotor stages and a rotor hub disposed in a stacked arrangement, each of the rotor stages and the rotor hub defining respective holes; a bolt extending through the holes of the rotor stages and the rotor hub; and a bolt retention clip comprising: a main plate section defining a central aperture , the central aperture sized to receive the bolt therethrough; a pair of bolt retention tabs extending away from a first face of the main plate section to axially retain a head of the bolt; a first tab extending away from the first face of the main plate section; and a second clip retaining tab extending away from a second face of the main plate section for engagement with an edge of a rotor structure ; characterised in that the first tab is a first clip retaining tab installed in a groove of the rotor structure , wherein the groove of the rotor structure is defined by a main portion of the rotor structure and a rail of the rotor structure. a plurality of rotor stages and a rotor hub disposed in a stacked arrangement, each of the rotor stages and the rotor hub defining respective holes; a bolt extending through the holes of the rotor stages and the rotor hub; and a bolt retention clip comprising: a main plate section defining a central aperture , the central aperture sized to receive the bolt therethrough; a pair of bolt retention tabs extending away from a first face of the main plate section to axially retain a head of the bolt; a first tab extending away from the first face of the main plate section; and a second clip retaining tab extending away from a second face of the main plate section for engagement with an edge of a rotor structure ; characterised in that the first tab is a first clip retaining tab installed in a groove of the rotor structure , wherein the groove of the rotor structure is defined by a main portion of the rotor structure and a rail of the rotor structure. a main plate section defining a central aperture , the central aperture sized to receive the bolt therethrough; a pair of bolt retention tabs extending away from a first face of the main plate section to axially retain a head of the bolt; a first tab extending away from the first face of the main plate section; and a second clip retaining tab extending away from a second face of the main plate section for engagement with an edge of a rotor structure ; characterised in that the first tab is a first clip retaining tab installed in a groove of the rotor structure , wherein the groove of the rotor structure is defined by a main portion of the rotor structure and a rail of the rotor structure.
A noise attenuation device suitable for use on a mortar barrel, said device comprising a barrel extension portion , wherein the barrel extension portion has a length in the range of from 10cm to 60cm, wherein the barrel extension portion is a tube with an internal diameter substantially the same as the internal diameter as the mortar barrel, such that a mortar to be launched retains substantially the same gas tight seal in the barrel extension portion, at a first end of said barrel extension portion there is a tapered portion which tapers outwardly from said barrel extension portion, wherein said tapered portion is frustroconical and has a cone angle in the range of from 22° to 28°, at a second end of the barrel extension portion a connector to secure the device onto a mortar barrel.
A child safety seat for securement to a vehicle, the child safety seat comprising: a child safety seat shell ; a harness belt ; a harness guard configured to receive a portion of the harness belt therethrough, and defining a padding configured to contact an occupant of the child safety seat and absorb energy resulting from a sudden deceleration of the vehicle; a tether webbing ; and a tether stop securing the tether webbing to the harness guard , wherein the tether webbing and tether stop retain the harness guard in a position relative to the harness belt and the occupant of the child safety seat during sudden deceleration of the vehicle. a child safety seat shell ; a harness belt ; a harness guard configured to receive a portion of the harness belt therethrough, and defining a padding configured to contact an occupant of the child safety seat and absorb energy resulting from a sudden deceleration of the vehicle; a tether webbing ; and a tether stop securing the tether webbing to the harness guard , wherein the tether webbing and tether stop retain the harness guard in a position relative to the harness belt and the occupant of the child safety seat during sudden deceleration of the vehicle.
A flexible display including an oxide semiconductor thin film transistor (DT) on a plastic substrate (SUB), comprising: a first buffer layer (BF1) disposed on the plastic substrate (SUB); a second buffer layer (BF2) disposed on the first buffer layer (BF1) and formed of silicon oxide; an active layer (ACT) disposed on the second buffer layer (BF2) and formed of an oxide semiconductor; and a light shielding layer (LS) disposed between the first buffer layer (BF1) and the second buffer layer (BF2) and overlapping the active layer (ACT), wherein the first buffer layer (BF1) includes: a lower layer (BL) directly contacting the plastic substrate (SUB) and formed of silicon nitride; and an upper layer (TL) disposed on the lower layer (BL) and formed of silicon oxide, wherein the lower layer (BL) includes a first lower layer (BL1) formed on the plastic substrate (SUB) and a second lower layer (BL2) formed on the first lower layer (BL1), the first lower layer (BL1) having a higher density than the second lower layer (BL2). a first buffer layer (BF1) disposed on the plastic substrate (SUB); a second buffer layer (BF2) disposed on the first buffer layer (BF1) and formed of silicon oxide; an active layer (ACT) disposed on the second buffer layer (BF2) and formed of an oxide semiconductor; and a light shielding layer (LS) disposed between the first buffer layer (BF1) and the second buffer layer (BF2) and overlapping the active layer (ACT), wherein the first buffer layer (BF1) includes: a lower layer (BL) directly contacting the plastic substrate (SUB) and formed of silicon nitride; and an upper layer (TL) disposed on the lower layer (BL) and formed of silicon oxide, a lower layer (BL) directly contacting the plastic substrate (SUB) and formed of silicon nitride; and an upper layer (TL) disposed on the lower layer (BL) and formed of silicon oxide, wherein the lower layer (BL) includes a first lower layer (BL1) formed on the plastic substrate (SUB) and a second lower layer (BL2) formed on the first lower layer (BL1), the first lower layer (BL1) having a higher density than the second lower layer (BL2).
An ink set comprising: a first ink that is white and comprises water, hollow resin particles, and at least one organic solvent; and a second ink that comprises water and at least one organic solvent and is to be applied on a first image formed with the first ink to form a second image, wherein an average thickness difference (A-B) between an average thickness (A) of the first image before the second ink is applied and an average thickness (B) of a white region in the first image after the second image is formed is 1 μm or greater but 3 μm or less; and wherein a solubility parameter (X) of a mixture solution of the at least one organic solvent and water contained in the first ink and a solubility parameter (Y) of a mixture solution of the at least one organic solvent and water contained in the second ink are both 17.0 (cal/cm 3 ) 0.5 or greater but 20.2 (cal/cm 3 ) 0.5 or less. a first ink that is white and comprises water, hollow resin particles, and at least one organic solvent; and a second ink that comprises water and at least one organic solvent and is to be applied on a first image formed with the first ink to form a second image, wherein an average thickness difference (A-B) between an average thickness (A) of the first image before the second ink is applied and an average thickness (B) of a white region in the first image after the second image is formed is 1 μm or greater but 3 μm or less; and wherein a solubility parameter (X) of a mixture solution of the at least one organic solvent and water contained in the first ink and a solubility parameter (Y) of a mixture solution of the at least one organic solvent and water contained in the second ink are both 17.0 (cal/cm 3 ) 0.5 or greater but 20.2 (cal/cm 3 ) 0.5 or less.
A paper sheet handling apparatus constituted by a lower unit and an upper unit wherein the upper unit can be opened and closed relatively to the lower unit and comprising: a housing; a transport path configured to transport paper sheets; a recognition unit arranged in the upper unit and configured to recognize and count the paper sheets transported by the transport path ; a dust tray configured to collect dust generated inside the housing, and to be capable of being pulled out of the paper sheet handling apparatus from a front surface thereof; and a dust receiving plate configured to collect the dust present outside the dust tray into the dust tray , characterized in that the dust tray and the dust receiving plate are provided in the upper unit and are configured to slant with the upper unit when the upper unit is opened, and the dust receiving plate is arranged at a position where the dust slid down from the dust receiving plate is collected in the dust tray while the dust receiving plate slants. a housing; a transport path configured to transport paper sheets; a recognition unit arranged in the upper unit and configured to recognize and count the paper sheets transported by the transport path ; a dust tray configured to collect dust generated inside the housing, and to be capable of being pulled out of the paper sheet handling apparatus from a front surface thereof; and a dust receiving plate configured to collect the dust present outside the dust tray into the dust tray , characterized in that the dust tray and the dust receiving plate are provided in the upper unit and are configured to slant with the upper unit when the upper unit is opened, and the dust receiving plate is arranged at a position where the dust slid down from the dust receiving plate is collected in the dust tray while the dust receiving plate slants.
A combustor seal , comprising: a housing including an inner wall , an outer wall , and a housing floor connecting a radially outward end of the inner wall to a radially inward end of the outer wall , the inner wall defining a central hole ; a slider including a neck and a base , the neck defining a central aperture and the base extending away from the central aperture and a radially inward end of the neck , the slider base being in contact with the housing floor , the housing central hole and slider central aperture being aligned; a washer attached to a radially outward facing surface of the housing outer wall and retaining the slider base in the housing ; and a plurality of channels communicating through the combustor seal ; characterized in that the outer wall having a gap and the slider base having extension projecting away from the central aperture and protruding through the gap ; wherein the plurality of channels comprise holes communicating through the housing outer wall and the plurality of channels further comprise slots provided in a radially outward facing surface of the housing floor . a housing including an inner wall , an outer wall , and a housing floor connecting a radially outward end of the inner wall to a radially inward end of the outer wall , the inner wall defining a central hole ; a slider including a neck and a base , the neck defining a central aperture and the base extending away from the central aperture and a radially inward end of the neck , the slider base being in contact with the housing floor , the housing central hole and slider central aperture being aligned; a washer attached to a radially outward facing surface of the housing outer wall and retaining the slider base in the housing ; and a plurality of channels communicating through the combustor seal ; characterized in that the outer wall having a gap and the slider base having extension projecting away from the central aperture and protruding through the gap ; wherein the plurality of channels comprise holes communicating through the housing outer wall and the plurality of channels further comprise slots provided in a radially outward facing surface of the housing floor .
A pharmaceutical composition in the form of an aqueous 100 ml solution, said solution having pH within the range of 9 to 10.5 and said solution has osmolarity within the range of about 250 to about 350 mOsm/L; said solution comprising: (a) 1186.7 mg of S-(-)-9-fluoro-6,7-dihydro-8-(4-hydroxypiperidin-1-yl)-5-methyl-1-oxo-1H,5H-benzo [i,j] quinolizine -2-carboxylic acid L-arginine salt, (b) 1333 mg of L-arginine or a pharmaceutically acceptable salt thereof, and (c) 580 mg of sodium chloride.