mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by an augmented reality, AR, wearable display device , for configuring a multi-display device digital AR experience, the method comprising: presenting a first content portion of a digital AR experience via a display of the AR wearable display device before entering an environment that includes a set of one or more additional display devices and/or before detecting, connecting to, and/or streaming content to the one or more additional display devices; after presenting the first content portion of the digital AR experience and during a continued presentation of the first content portion of the digital AR experience, extending the digital AR experience from only the AR wearable display device to also a first display device among the set of one or more additional display devices such that a second content portion of the digital AR experience is being presented by the first display device in the environment; while the second content portion is being presented, capturing, test-signal-output data presented by the first display device , the test-signal-output data being based on a test signal sent to at least the first display device of the set of one or more additional display devices; estimating spatial-characteristic data of the first display device based on the captured test-signal-output data; and modifying the second content portion of the digital AR experience based on the estimated spatial-characteristic data of the first display device . presenting a first content portion of a digital AR experience via a display of the AR wearable display device before entering an environment that includes a set of one or more additional display devices and/or before detecting, connecting to, and/or streaming content to the one or more additional display devices; after presenting the first content portion of the digital AR experience and during a continued presentation of the first content portion of the digital AR experience, extending the digital AR experience from only the AR wearable display device to also a first display device among the set of one or more additional display devices such that a second content portion of the digital AR experience is being presented by the first display device in the environment; while the second content portion is being presented, capturing, test-signal-output data presented by the first display device , the test-signal-output data being based on a test signal sent to at least the first display device of the set of one or more additional display devices; estimating spatial-characteristic data of the first display device based on the captured test-signal-output data; and modifying the second content portion of the digital AR experience based on the estimated spatial-characteristic data of the first display device .
An apparatus for covering a tissue site , the apparatus comprising: a contact layer having a first pattern of apertures and bridges ; a shell layer having a second pattern of apertures overlaying the bridges and offset from the first pattern of apertures ; and adhesive disposed on the shell layer and exposed through the first pattern of apertures in the contact layer . a contact layer having a first pattern of apertures and bridges ; a shell layer having a second pattern of apertures overlaying the bridges and offset from the first pattern of apertures ; and adhesive disposed on the shell layer and exposed through the first pattern of apertures in the contact layer .
An electric power system monitoring device that is configured to monitor an electric power system state, comprising: a storage unit that is configured to store facility information indicating a position relationship of a plurality of measurement sites in the electric power system; and a reception unit that is configured to receive time-series measurement information measured by a measurement device disposed at each of the plurality of measurement sites; characterized by a computation unit that is configured to acquire an electrical distance between the plurality of measurement sites on the basis of the facility information, to classify the plurality of measurement sites into at least one measurement site group on the basis of the electrical distance, to extract a frequency component of electric power fluctuation from the measurement information with respect to each of the measurement sites in the measurement site group, to select a second frequency component which is a frequency component of a second measurement site in the measurement site group with respect to a first frequency component which is a frequency component of a first measurement site in the measurement site group, and to calculate a similarity between the first frequency component and the second frequency component. a storage unit that is configured to store facility information indicating a position relationship of a plurality of measurement sites in the electric power system; and a reception unit that is configured to receive time-series measurement information measured by a measurement device disposed at each of the plurality of measurement sites; characterized by a computation unit that is configured to acquire an electrical distance between the plurality of measurement sites on the basis of the facility information, to classify the plurality of measurement sites into at least one measurement site group on the basis of the electrical distance, to extract a frequency component of electric power fluctuation from the measurement information with respect to each of the measurement sites in the measurement site group, to select a second frequency component which is a frequency component of a second measurement site in the measurement site group with respect to a first frequency component which is a frequency component of a first measurement site in the measurement site group, and to calculate a similarity between the first frequency component and the second frequency component.
Device for manufacturing a composite part comprising: - at least four mandrels, called molding mandrels , adapted to: • be placed at least partially in contact with said composite part , and • to be arranged in a mold arrangement in which the molding mandrels form at least part of a mold for molding the composite part , - a fifth mandrel, called locking mandrel , adapted to: • be at least partially placed between the molding mandrels so as to maintain the molding mandrels in the mold arrangement, and • be extracted from between the molding mandrels so as to release the molding mandrels from the composite part , characterized in that the locking mandrel : - is adapted to extend, when placed between the molding mandrels , from one longitudinal end of the molding mandrels until another opposite longitudinal end of the molding mandrels , and - has a hexagonal cross-section. - at least four mandrels, called molding mandrels , adapted to: • be placed at least partially in contact with said composite part , and • to be arranged in a mold arrangement in which the molding mandrels form at least part of a mold for molding the composite part , • be placed at least partially in contact with said composite part , and • to be arranged in a mold arrangement in which the molding mandrels form at least part of a mold for molding the composite part , - a fifth mandrel, called locking mandrel , adapted to: • be at least partially placed between the molding mandrels so as to maintain the molding mandrels in the mold arrangement, and • be extracted from between the molding mandrels so as to release the molding mandrels from the composite part , • be at least partially placed between the molding mandrels so as to maintain the molding mandrels in the mold arrangement, and • be extracted from between the molding mandrels so as to release the molding mandrels from the composite part , - is adapted to extend, when placed between the molding mandrels , from one longitudinal end of the molding mandrels until another opposite longitudinal end of the molding mandrels , and - has a hexagonal cross-section.
An electronic device , comprising a thin film camera , wherein the thin film camera comprises: an image processor arranged in the electronic device ; and a film structure disposed to an outer surface of the electronic device , the film structure being configured to capture an image, the image processor being in communication with the film structure , wherein the film structure comprises a photosensitive array and is configured to capture the image via processing incident lights by the photosensitive array, characterized in that the photosensitive array is formed by quantum films, wherein at least a part of the image processor is arranged to a mainboard of the electronic device ; the at least part of the image processor is inserted in the mainboard of the electronic device , and the thin film camera has an outer surface which is flush with the outer surface of the electronic device ; the outer surface of the electronic device has a groove , and the film structure is arranged in the groove and has an outer surface which is flush with the outer surface of the electronic device . an image processor arranged in the electronic device ; and a film structure disposed to an outer surface of the electronic device , the film structure being configured to capture an image, the image processor being in communication with the film structure , wherein the film structure comprises a photosensitive array and is configured to capture the image via processing incident lights by the photosensitive array, characterized in that the photosensitive array is formed by quantum films, wherein at least a part of the image processor is arranged to a mainboard of the electronic device ; the at least part of the image processor is inserted in the mainboard of the electronic device , and the thin film camera has an outer surface which is flush with the outer surface of the electronic device ; the outer surface of the electronic device has a groove , and the film structure is arranged in the groove and has an outer surface which is flush with the outer surface of the electronic device .
A drug container comprising a container body formed of a thermoplastic resin containing a cyclic polyolefin as a main component, said drug container being characterized in that : said thermoplastic resin contains, as a lubricant, at least one compound selected from among a metal soap compound, an organic fatty acid ester compound, and a fatty acid amide compound, a lubricant content of said thermoplastic resin is 0.3 to 2.0 μg/g and said drug container is autoclave sterilized.
Inductive power transfer pad (1; 100) for a system for inductive power transfer to a vehicle, comprising - a stationary part - a movable part , which in a resting position rests on the stationary part and which is movable in Z-direction (Z) relatively to the stationary part upwards in order to reach a higher position, wherein - the stationary part comprises a frame , surrounding the stationary part at least three sides, the frame having at an upper edge which is oriented towards the movable part , - the upper edge has at least one first supporting surface on which the movable part rests when it is in the resting position, characterized in that - the at least one first supporting-surface on the upper edge is an inclined surface - the movable part comprises at least one first contacting surface which directly and/or indirectly rests on the at least one first supporting surface when the movable part is in the resting position, wherein the first contacting surface fits to the first supporting surface such that the movable part is prevented from lateral displacement, from twisting or from tilting when it is in the resting position on the stationary part and when external forces are applied. - a stationary part - a movable part , which in a resting position rests on the stationary part and which is movable in Z-direction (Z) relatively to the stationary part upwards in order to reach a higher position, - the stationary part comprises a frame , surrounding the stationary part at least three sides, the frame having at an upper edge which is oriented towards the movable part , - the upper edge has at least one first supporting surface on which the movable part rests when it is in the resting position, characterized in that - the at least one first supporting-surface on the upper edge is an inclined surface - the movable part comprises at least one first contacting surface which directly and/or indirectly rests on the at least one first supporting surface when the movable part is in the resting position, wherein the first contacting surface fits to the first supporting surface such that the movable part is prevented from lateral displacement, from twisting or from tilting when it is in the resting position on the stationary part and when external forces are applied.
Stick supply unit for a lollipop forming unit, which supplies sticks to a rotating stick drum , wherein the stick drum comprises a multitude of indentations at its circumference each accommodating a single stick , characterized in that the radius of a section of the circumference of the stick drum located between two adjacent indentations increases, preferably in the direction of rotation of the stick drum.
An atomization core, comprising a ceramic heater , a first pair of connecting leads and a second pair of connecting leads ; wherein the ceramic heater is in a shape of a cylinder and comprises a side wall and a bottom wall; the first pair of connecting leads are disposed on an upper portion of the side wall; the second pair of connecting leads are disposed on the bottom wall; the ceramic heater comprises an axial center through hole and a plurality of ceramic heating elements stacked upon one another and connected in parallel; and the first pair of connecting leads and the second pair of connecting leads are parallel to each other and extend along an axial direction of the ceramic heater .
A compound, or a pharmaceutically acceptable salt thereof, for use in treating human merkel cell carcinoma, wherein the compound has the structure
Active lighting device to be worn on a person's wrist to light a path taken by the person wearing the lighting device , the lighting device being in the form of a wristwatch having at least a case closed by a crystal and a bracelet connected to a middle part of the case, or of a bracelet with electronic components, the device including: - first light sources , which are controlled by a control unit of the device, said first light sources being placed on a first portion of a case or of a bracelet, - at least one motion sensor connected to the control unit to determine the wrist movement of the person wearing the device, characterized in that each first light source activated by the control unit is arranged such that it can produce a light beam of different orientation from another first light source activated by the control unit , and in that the control unit is arranged to select certain first light sources to be activated depending on said determined movement of the person's wrist in order to light the path to be followed in a same defined forward direction. - first light sources , which are controlled by a control unit of the device, said first light sources being placed on a first portion of a case or of a bracelet, - at least one motion sensor connected to the control unit to determine the wrist movement of the person wearing the device,
A pressing input device comprising: a fixed part comprising a case ; an operational body supported by the fixed part so as to be capable of advancing and retreating; an electrically variable part, a state of the electrically variable part being changed by an operation of the operational body ; a linkage part linked to the case ; a drive arm configured to swing around the linkage part in a direction in which the drive arm presses the operational body , the linkage part acting as a fulcrum; a spring piece attached to the drive arm , the spring piece having a bend bottom end from which the spring piece is bent downwardly at an angle; and a pressing part at which the drive arm presses the operational body ; a contact part formed between the spring piece and the case wherein: the bend bottom end of the spring piece is positioned between the pressing part and the linkage part , the spring piece is in contact with the case , when the drive arm swings in the direction in which the drive arm presses the operational body , the spring piece is deformed so as to warp, characterized in that the spring piece slides on an angular part of the case at the contact part to increase a spring length of the spring piece . a fixed part comprising a case ; an operational body supported by the fixed part so as to be capable of advancing and retreating; an electrically variable part, a state of the electrically variable part being changed by an operation of the operational body ; a linkage part linked to the case ; a drive arm configured to swing around the linkage part in a direction in which the drive arm presses the operational body , the linkage part acting as a fulcrum; a spring piece attached to the drive arm , the spring piece having a bend bottom end from which the spring piece is bent downwardly at an angle; and a pressing part at which the drive arm presses the operational body ; a contact part formed between the spring piece and the case wherein: the bend bottom end of the spring piece is positioned between the pressing part and the linkage part , the spring piece is in contact with the case , when the drive arm swings in the direction in which the drive arm presses the operational body , the spring piece is deformed so as to warp, characterized in that the spring piece slides on an angular part of the case at the contact part to increase a spring length of the spring piece . the bend bottom end of the spring piece is positioned between the pressing part and the linkage part , the spring piece is in contact with the case , when the drive arm swings in the direction in which the drive arm presses the operational body , the spring piece is deformed so as to warp, characterized in that the spring piece slides on an angular part of the case at the contact part to increase a spring length of the spring piece .
A driver authentication system for a vehicle, comprising: a biometric reader for receiving biometric data from a driver; a communication unit enabling communication between a remote server storing authorised biometric data and the biometric reader ; a sensor unit configured to determine whether the driver has left the vehicle, wherein the sensor unit comprises a door sensor and a seat pressure sensor ; and a controller configured to prevent the vehicle ignition from starting the engine until it receives an authentication signal confirming that the driver's input biometric data matches the authorised biometric data, wherein the controller is configured to disable the vehicle engine if the sensor unit determines that the driver has left the vehicle. a biometric reader for receiving biometric data from a driver; a communication unit enabling communication between a remote server storing authorised biometric data and the biometric reader ; a sensor unit configured to determine whether the driver has left the vehicle, wherein the sensor unit comprises a door sensor and a seat pressure sensor ; and a controller configured to prevent the vehicle ignition from starting the engine until it receives an authentication signal confirming that the driver's input biometric data matches the authorised biometric data, wherein the controller is configured to disable the vehicle engine if the sensor unit determines that the driver has left the vehicle.
A method of performing friction stir spot welding of a plurality of steel plates , the method comprising the steps of: friction stirring (S22) a spot welding portion of the plurality of steel plates by pressing a tool against the spot welding portion while rotating the tool , to plasticize the spot welding portion by friction heat, and cooling (S23, S72) the spot welding portion to cause martensitic transformation to occur in the spot welding portion , after the step of friction stirring (S22) the spot welding portion ; the method being characterized in that it further comprises the step of tempering (S24) the spot welding portion by the friction heat by re-pressing the tool against the spot welding portion while rotating the tool , after the step of cooling (S23, S72) the spot welding portion . friction stirring (S22) a spot welding portion of the plurality of steel plates by pressing a tool against the spot welding portion while rotating the tool , to plasticize the spot welding portion by friction heat, and cooling (S23, S72) the spot welding portion to cause martensitic transformation to occur in the spot welding portion , after the step of friction stirring (S22) the spot welding portion ; the method being characterized in that it further comprises the step of tempering (S24) the spot welding portion by the friction heat by re-pressing the tool against the spot welding portion while rotating the tool , after the step of cooling (S23, S72) the spot welding portion .
A lighting assembly, comprising: a housing manufactured by extrusion from at least one flexible material and comprising a first housing wall , a second housing wall , a third housing wall , a first flexible hinge and a second flexible hinge , the first housing wall being pivotably connected to the second housing wall by means of the first flexible hinge , and the second housing wall being pivotably connected to the third housing wall by means of the second flexible hinge , and both of the first flexible hinge and the second flexible hinge extending in a longitudinal direction, and the first, second, and third housing walls are substantially planar walls; and a lighting element located inside the housing , and arranged to emit light out from the housing , wherein the housing comprises locking means for releasably locking a free edge of the first housing wall to a free edge of the third housing wall to arrange the housing in an operating position, the locking means comprising a first locking member formed in the first housing wall , and a second locking member formed in the third housing wall and arranged to cooperate with the first locking member , and the housing is manufactured in one extrusion process, the material of the third housing wall is translucent, and the lighting element is arranged to emit light out from the housing through the third housing wall . a housing manufactured by extrusion from at least one flexible material and comprising a first housing wall , a second housing wall , a third housing wall , a first flexible hinge and a second flexible hinge , the first housing wall being pivotably connected to the second housing wall by means of the first flexible hinge , and the second housing wall being pivotably connected to the third housing wall by means of the second flexible hinge , and both of the first flexible hinge and the second flexible hinge extending in a longitudinal direction, and the first, second, and third housing walls are substantially planar walls; and a lighting element located inside the housing , and arranged to emit light out from the housing , wherein the housing comprises locking means for releasably locking a free edge of the first housing wall to a free edge of the third housing wall to arrange the housing in an operating position, the locking means comprising a first locking member formed in the first housing wall , and a second locking member formed in the third housing wall and arranged to cooperate with the first locking member , and the housing is manufactured in one extrusion process, the material of the third housing wall is translucent, and the lighting element is arranged to emit light out from the housing through the third housing wall .