mhurhangee/patent-ind-claim-en huggingface dataset:
A prosthesis foot adapter for arranging a prosthetic foot with a forefoot area and a heel area on a prosthetic lower leg , wherein the prosthetic foot adapter comprises - an upper part for fixing it to the prosthetic lower leg such that it is torque-proof in relation to a sagittal plane, - a lower part for fixing it to the prosthetic foot such that it is torque-proof in relation to a sagittal plane, and - a resistance element , wherein the upper part can be swivelled on the lower part about a swivel axis against a resistance exerted by the resistance element , said swivel axis extending from the heel area to the forefoot area when the applied state, wherein the resistance element is a restoring element, characterized in that restoring element comprises at least one torsion bar. wherein the prosthetic foot adapter comprises - an upper part for fixing it to the prosthetic lower leg such that it is torque-proof in relation to a sagittal plane, - a lower part for fixing it to the prosthetic foot such that it is torque-proof in relation to a sagittal plane, and - a resistance element , - an upper part for fixing it to the prosthetic lower leg such that it is torque-proof in relation to a sagittal plane, - a lower part for fixing it to the prosthetic foot such that it is torque-proof in relation to a sagittal plane, and - a resistance element , wherein the upper part can be swivelled on the lower part about a swivel axis against a resistance exerted by the resistance element , said swivel axis extending from the heel area to the forefoot area when the applied state, wherein the resistance element is a restoring element, characterized in that restoring element comprises at least one torsion bar.
Method for operating a cooking appliance , food to be cooked being treated using at least one treatment device in at least one cooking chamber , and the treatment device being controlled by at least one control device on the basis of at least one treatment program, and at least one characteristic variable for a mass of the food to be cooked inside the cooking chamber being determined, high-frequency measuring radiation which has a plurality of distinguishable frequencies being emitted into the cooking chamber , received again and evaluated, and at least one scattering parameter being detected in a frequency-dependent manner with reference to a comparison of the received measuring radiation with the emitted measuring radiation, characterised in that , with reference to a frequency-dependent curve of the scattering parameter , resonances occurring in the cooking chamber are identified and characterised, and the characteristic variable for the mass of the food to be cooked and characteristic sizes of the food to be cooked that correlate thereto are determined from said resonances and provided to the control device .
A seed double eliminator for a seeding machine having a seed disc , the seed double eliminator comprising: a housing comprising: a cavity ; and a shaft formed in the cavity , characterized in that the shaft defines a pivot axis, and in that the seed double eliminator further comprises a tine mounted on the shaft and pivotable about the pivot axis ; and a selector operably engaged with the tine , the selector movable to alter an angular orientation of the tine about the pivot axis . a housing comprising: a cavity ; and a shaft formed in the cavity , characterized in that the shaft defines a pivot axis, and in that the seed double eliminator further comprises a cavity ; and a shaft formed in the cavity , characterized in that the shaft defines a pivot axis, and in that the seed double eliminator further comprises a tine mounted on the shaft and pivotable about the pivot axis ; and a selector operably engaged with the tine , the selector movable to alter an angular orientation of the tine about the pivot axis .
System for aligning and stacking plastic cards for card handling devices comprising: - a compartment configured to contain stacked cards , comprising an inlet mouth of the card to be stacked; - a stacking element of the cards configured for receiving a card to be stacked from external supply means through the inlet mouth of the card to be stacked; - lifting means connected to the stacking element of the cards, actuated by actuating means and configured for determining a lifting of the stacking element of the cards; characterised by said stacking element comprising dragging means of the card configured for dragging the card on the stacking element ; the system further comprising - friction means configured for handling the dragging means of the stacking element and taking them to a position suitable for stacking the card inside the compartment . - a compartment configured to contain stacked cards , comprising an inlet mouth of the card to be stacked; - a stacking element of the cards configured for receiving a card to be stacked from external supply means through the inlet mouth of the card to be stacked; - lifting means connected to the stacking element of the cards, actuated by actuating means and configured for determining a lifting of the stacking element of the cards; characterised by said stacking element comprising dragging means of the card configured for dragging the card on the stacking element ; the system further comprising characterised by said stacking element comprising dragging means of the card configured for dragging the card on the stacking element ; the system further comprising - friction means configured for handling the dragging means of the stacking element and taking them to a position suitable for stacking the card inside the compartment .
A method performed by a packet control node for coordinating subscriber registration entries of a subscriber in a subscriber location register in the packet control node and a subscriber location register in a Mobile Switching Centre, MSC , wherein the subscriber is registered into the subscriber location register in the MSC via the packet control node , the method being characterized by : • determining a trigger condition causing a subscriber registration entry to be deleted from the subscriber location register in the packet control node ; and wherein if the trigger condition is met, deleting the subscriber registration entry and sending a notification of this deletion of the subscriber registration entry to the subscriber location register in the MSC ; and • determining a reception of a notification of a de-registration event from the subscriber location register in the MSC and responsive to the reception, deleting a corresponding subscriber registration entry in the packet control node . • determining a trigger condition causing a subscriber registration entry to be deleted from the subscriber location register in the packet control node ; and wherein if the trigger condition is met, deleting the subscriber registration entry and sending a notification of this deletion of the subscriber registration entry to the subscriber location register in the MSC ; and • determining a reception of a notification of a de-registration event from the subscriber location register in the MSC and responsive to the reception, deleting a corresponding subscriber registration entry in the packet control node .
A napped artificial leather comprising: a non-woven fabric that has been impregnated with a first elastic polymer and that has a napped surface including napped ultrafine fibers with an average fineness of 0.01 to 0.5 dtex, and the ultrafine fibers on the napped surface have a second elastic polymer attached thereto, wherein the napped surface after brushed has, as measured by a surface roughness measurement in accordance with ISO 25178, an arithmetic mean height (Sa) of 30 μm or less in both a grain direction in which the napped fibers collapse and are laid down and a reverse grain direction in which the napped fibers are raised, and a density of peaks (Spd) having a height of 100 μm or more from a mean height, of 30/432 mm 2 or less in both of the grain direction and the reverse grain direction, and a difference (absolute value) in the density of peaks (Spd) between the grain direction and the reverse grain direction is 20/432 mm 2 or less. a non-woven fabric that has been impregnated with a first elastic polymer and that has a napped surface including napped ultrafine fibers with an average fineness of 0.01 to 0.5 dtex, and the ultrafine fibers on the napped surface have a second elastic polymer attached thereto, wherein the napped surface after brushed has, as measured by a surface roughness measurement in accordance with ISO 25178, an arithmetic mean height (Sa) of 30 μm or less in both a grain direction in which the napped fibers collapse and are laid down and a reverse grain direction in which the napped fibers are raised, and a density of peaks (Spd) having a height of 100 μm or more from a mean height, of 30/432 mm 2 or less in both of the grain direction and the reverse grain direction, and a difference (absolute value) in the density of peaks (Spd) between the grain direction and the reverse grain direction is 20/432 mm 2 or less.
A method for the defined deposition of a glass layer on an inner wall of a preform for an optical fiber and/or for setting a refractive index profile of a preform for a multi-mode fiber, wherein a deposition gas spreads at a flow speed v in a cavity of the preform formed by the inner wall, wherein a flow speed change Δ ⁢ v = 4 ⁢ Q π ⋅ 1 d i 2 − 1 d i + 1 2 with a volume flow Q, the first diameter d i and the second diameter d i+1 is formed due to the deposition, wherein the first diameter d i is an inner diameter before a glass layer is deposited and the second diameter d i+1 is an inner diameter after the deposition of the glass layer, free from any influence on the flow speed v, characterized in that the deposition is carried out at a reduced flow speed change a*Δv, where a < 0.95.
A pneumatic tire comprising: a pair of beads each having a core extending in a circumferential direction and an apex located radially outward of the core ; a carcass extending from one bead to the other bead at an inner side of a tread and a pair of sidewalls connected to ends of the tread ; a pair of clinches located radially inward of the sidewalls ; and a pair of rubber reinforcing layers located between the carcass and the clinches , wherein the carcass includes a carcass ply having a main body portion that extends on and between one core and the other core and a pair of turned-up portions that are connected to the main body portion and turned up around the cores from an inner side toward an outer side in an axial direction, wherein a length from a center in the axial direction of a boundary between the core and the apex to an outer end of the apex is not less than 10 mm and not greater than 15 mm, characterized in that in a state where the tire is mounted on a normal rim (R) and an internal pressure of the tire is adjusted to a normal internal pressure, a shape of the main body portion located in a zone from a boundary portion between the tread and each sidewall to the outer end of each apex is represented by a single circular arc, and a diameter of the circular arc is not less than 75% and not greater than 90% of a cross-sectional height of the carcass . a pair of beads each having a core extending in a circumferential direction and an apex located radially outward of the core ; a carcass extending from one bead to the other bead at an inner side of a tread and a pair of sidewalls connected to ends of the tread ; a pair of clinches located radially inward of the sidewalls ; and a pair of rubber reinforcing layers located between the carcass and the clinches , wherein the carcass includes a carcass ply having a main body portion that extends on and between one core and the other core and a pair of turned-up portions that are connected to the main body portion and turned up around the cores from an inner side toward an outer side in an axial direction, wherein a length from a center in the axial direction of a boundary between the core and the apex to an outer end of the apex is not less than 10 mm and not greater than 15 mm, characterized in that in a state where the tire is mounted on a normal rim (R) and an internal pressure of the tire is adjusted to a normal internal pressure, a shape of the main body portion located in a zone from a boundary portion between the tread and each sidewall to the outer end of each apex is represented by a single circular arc, and a diameter of the circular arc is not less than 75% and not greater than 90% of a cross-sectional height of the carcass .
A method for configuring an idle screen in a portable terminal, the method comprising: displaying an idle screen on a touch screen of the portable terminal, and configuring a virtual area that extends the idle screen beyond the size of the touch screen, wherein a plurality of widgets (W1, W2, W4-W9) are arranged on the idle screen and the virtual area ; in response to a first touch input applied on a particular widget (W4, 950) displayed on the touch screen, selecting the particular widget (W4, 950); in response to an additional touch input applied to the touch screen while the first touch input continues to be applied to the selected widget (W4, 950), wherein the additional touch input is a flick or drag gesture, scrolling through the virtual area while fixing the position of the selected widget (W4, 950); and in response to stopping the first touch input, cancelling selection of the particular widget (W4, 950) and rearranging the particular widget (W4, 950) on the extended idle screen based on the scrolling through the virtual area . displaying an idle screen on a touch screen of the portable terminal, and configuring a virtual area that extends the idle screen beyond the size of the touch screen, wherein a plurality of widgets (W1, W2, W4-W9) are arranged on the idle screen and the virtual area ; in response to a first touch input applied on a particular widget (W4, 950) displayed on the touch screen, selecting the particular widget (W4, 950); in response to an additional touch input applied to the touch screen while the first touch input continues to be applied to the selected widget (W4, 950), wherein the additional touch input is a flick or drag gesture, scrolling through the virtual area while fixing the position of the selected widget (W4, 950); and in response to stopping the first touch input, cancelling selection of the particular widget (W4, 950) and rearranging the particular widget (W4, 950) on the extended idle screen based on the scrolling through the virtual area .
An optical scanning apparatus , comprising: a light source , configured to emit a light beam; a first optical unit , configured to collimate the light beam emitted from the light source along a primary scanning direction and focus the light beam from the light source along a secondary scanning direction; an optical deflector , configured to deflect the light beam emitted from the first optical unit ; and a second optical unit , configured to guide the light beam deflected by the optical deflector on a scanned target surface for forming an image, wherein: an image height on the scanned target surface satisfies an expression: Y=fc×tan(B×θ), wherein Y denotes the image height on the scanned target surface, fc denotes an image-forming characteristic coefficient of the second optical unit , B denotes a scanning coefficient of the second optical unit, θ denotes an effective scanning angle of the optical scanning apparatus , characterized in that , all region or the partial region in effective scanning range of the second optical unit satisfies a condition: 0.76≤B≤0.82. a light source , configured to emit a light beam; a first optical unit , configured to collimate the light beam emitted from the light source along a primary scanning direction and focus the light beam from the light source along a secondary scanning direction; an optical deflector , configured to deflect the light beam emitted from the first optical unit ; and a second optical unit , configured to guide the light beam deflected by the optical deflector on a scanned target surface for forming an image, wherein: an image height on the scanned target surface satisfies an expression: Y=fc×tan(B×θ), wherein Y denotes the image height on the scanned target surface, fc denotes an image-forming characteristic coefficient of the second optical unit , B denotes a scanning coefficient of the second optical unit, θ denotes an effective scanning angle of the optical scanning apparatus , characterized in that , all region or the partial region in effective scanning range of the second optical unit satisfies a condition: 0.76≤B≤0.82. an image height on the scanned target surface satisfies an expression: Y=fc×tan(B×θ), wherein Y denotes the image height on the scanned target surface, fc denotes an image-forming characteristic coefficient of the second optical unit , B denotes a scanning coefficient of the second optical unit, θ denotes an effective scanning angle of the optical scanning apparatus , characterized in that , all region or the partial region in effective scanning range of the second optical unit satisfies a condition: 0.76≤B≤0.82.
A method comprising: receiving by a main device (10; 220) a trigger input signal that indicates a user is in proximity to the main device; in response to the received trigger input signal, outputting by the main device a wake-up signal to a secondary device (11; 210 A-F) and enabling a main device sensor to detect an input signal from the environment; receiving, in response to the wake-up signal, buffered input data from the secondary device, wherein the buffered input data was collected by the secondary device for a predetermined time period prior to the secondary device receiving the wake-up signal; subsequent to receiving the buffered input data, receiving , from the secondary device, an input signal collected in real time by the secondary device; receiving an input signal from the main device sensor, wherein the input signals from the main device sensor and the secondary device are spoken language inputs; separately recognizing the input signals from the main device sensor and the secondary device using speech recognition algorithms and providing separate recognition signals for each device; verifying a final recognition result using the separate recognition results, wherein the buffered input data is used to confirm an input signal previously detected by the main device, which was enabled prior to the secondary device receiving the wake-up signal; and in response to the recognized input signals, generating a command signal to perform an action related to the recognized input signals. receiving by a main device (10; 220) a trigger input signal that indicates a user is in proximity to the main device; in response to the received trigger input signal, outputting by the main device a wake-up signal to a secondary device (11; 210 A-F) and enabling a main device sensor to detect an input signal from the environment; receiving, in response to the wake-up signal, buffered input data from the secondary device, wherein the buffered input data was collected by the secondary device for a predetermined time period prior to the secondary device receiving the wake-up signal; subsequent to receiving the buffered input data, receiving , from the secondary device, an input signal collected in real time by the secondary device; receiving an input signal from the main device sensor, wherein the input signals from the main device sensor and the secondary device are spoken language inputs; separately recognizing the input signals from the main device sensor and the secondary device using speech recognition algorithms and providing separate recognition signals for each device; verifying a final recognition result using the separate recognition results, wherein the buffered input data is used to confirm an input signal previously detected by the main device, which was enabled prior to the secondary device receiving the wake-up signal; and in response to the recognized input signals, generating a command signal to perform an action related to the recognized input signals.
A device for use in removing a conveyance member from a material, including: a coupling element for coupling the device to a shaft; a displacement element for being placed at least partly around a conveyance member and for displacing material as the device is advanced along a conveyance member; a driven component for receiving a driving force for driving the device through material; and a material loosener operable to loosen material ahead of the displacement element as the device is advanced along a conveyance member; wherein the material loosener includes a drilling element coupled to a first wheel and the coupling element includes a second wheel cooperating with the first wheel to transfer rotational movement of a shaft to the drilling element ; wherein the first wheel includes a perforated track ; wherein the second wheel is a sprocket comprising teeth configured to press into perforations in the track; wherein the perforated track is provided on or in the displacement element , and the displacement element includes holes or perforations corresponding to and/or aligned with perforations in the perforated track , the holes or perforations of the displacement element passing all the way through the displacement element to allow material to be pushed through the displacement element . a coupling element for coupling the device to a shaft; a displacement element for being placed at least partly around a conveyance member and for displacing material as the device is advanced along a conveyance member; a driven component for receiving a driving force for driving the device through material; and a material loosener operable to loosen material ahead of the displacement element as the device is advanced along a conveyance member; wherein the material loosener includes a drilling element coupled to a first wheel and the coupling element includes a second wheel cooperating with the first wheel to transfer rotational movement of a shaft to the drilling element ; wherein the first wheel includes a perforated track ; wherein the second wheel is a sprocket comprising teeth configured to press into perforations in the track; wherein the perforated track is provided on or in the displacement element , and the displacement element includes holes or perforations corresponding to and/or aligned with perforations in the perforated track , the holes or perforations of the displacement element passing all the way through the displacement element to allow material to be pushed through the displacement element .