mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing device comprising: a processor that is configured to realize a dictionary data acquisition function that is configured to acquire dictionary data related to an object (obj), an image acquisition function that is configured to acquire a first image of the object (obj), a first angle estimation function that is configured to estimate an angle of the object (obj) in the first image on a basis of the first image and the dictionary data, a second angle estimation function that is configured to re-estimate an angle of the object (obj) in the first image after a physical operation related to the object (obj) on a basis of a second image of the object (obj) acquired by the image acquisition function after the physical operation, and a dictionary data update function that is configured to update the dictionary data in response to a result of estimation by the first angle estimation function and a result of re-estimation by the second angle estimation function. a processor that is configured to realize a dictionary data acquisition function that is configured to acquire dictionary data related to an object (obj), an image acquisition function that is configured to acquire a first image of the object (obj), a first angle estimation function that is configured to estimate an angle of the object (obj) in the first image on a basis of the first image and the dictionary data, a second angle estimation function that is configured to re-estimate an angle of the object (obj) in the first image after a physical operation related to the object (obj) on a basis of a second image of the object (obj) acquired by the image acquisition function after the physical operation, and a dictionary data update function that is configured to update the dictionary data in response to a result of estimation by the first angle estimation function and a result of re-estimation by the second angle estimation function.
A non-woven-fabric layered body for a sound-absorbing material in which a non-woven fabric layer α and a non-woven fabric layer β are layered, wherein the non-woven fabric layer α contains short fibers A having a fineness of 0.4 to 3.8 dtex, short fibers B having a fineness of 4.0 to 22.0 dtex, and short fibers C1 containing a resin having a melting point of 135 to 190°C in an outer surface layer, a total content mass of the short fibers A and the short fibers B with respect to a total mass of the non-woven fabric layer α is 86 to 98% by mass, a content mass of the short fibers C1 with respect to the total mass of the non-woven fabric layer α is 2 to 14% by mass, and a content mass ratio of the short fibers A and the short fibers B (content mass of short fibers A/content mass of short fibers B) is 0.05 to 3.80, the non-woven fabric layer β contains short fibers C2 containing a resin having a melting point of 70 to 190°C in an outer surface layer, and a content mass of the short fibers C2 with respect to a total mass of the non-woven fabric layer β is 20 to 60% by mass, and the non-woven fabric layer α and the non-woven fabric layer β are partially fused. the non-woven fabric layer α contains short fibers A having a fineness of 0.4 to 3.8 dtex, short fibers B having a fineness of 4.0 to 22.0 dtex, and short fibers C1 containing a resin having a melting point of 135 to 190°C in an outer surface layer, a total content mass of the short fibers A and the short fibers B with respect to a total mass of the non-woven fabric layer α is 86 to 98% by mass, a content mass of the short fibers C1 with respect to the total mass of the non-woven fabric layer α is 2 to 14% by mass, and a content mass ratio of the short fibers A and the short fibers B (content mass of short fibers A/content mass of short fibers B) is 0.05 to 3.80, the non-woven fabric layer β contains short fibers C2 containing a resin having a melting point of 70 to 190°C in an outer surface layer, and a content mass of the short fibers C2 with respect to a total mass of the non-woven fabric layer β is 20 to 60% by mass, and the non-woven fabric layer α and the non-woven fabric layer β are partially fused.
A tire comprising: circumferential direction grooves extended in a tire circumferential direction; lug grooves extended in a tire width direction; and a plurality of blocks defined by the circumferential direction grooves and the lug grooves , wherein: at least one of the blocks includes one or more sipes extended in the tire width direction; characterized in that as an average block edge component Dball is defined by an average of all edge components of all blocks against the tire circumferential direction, an average sipe edge component Dsall is defined by an average of all edge components of all sipes against the tire circumferential direction and an average block rigidity G is defined by an average of the rigidity of all blocks , a relation of 2.20 (mm) 3 /N ≤ (Dball/Dsall)/G ≤ 4.00 (mm) 3 /N is fulfilled. circumferential direction grooves extended in a tire circumferential direction; lug grooves extended in a tire width direction; and a plurality of blocks defined by the circumferential direction grooves and the lug grooves , wherein: at least one of the blocks includes one or more sipes extended in the tire width direction; characterized in that as an average block edge component Dball is defined by an average of all edge components of all blocks against the tire circumferential direction, an average sipe edge component Dsall is defined by an average of all edge components of all sipes against the tire circumferential direction and an average block rigidity G is defined by an average of the rigidity of all blocks , a relation of 2.20 (mm) 3 /N ≤ (Dball/Dsall)/G ≤ 4.00 (mm) 3 /N is fulfilled. at least one of the blocks includes one or more sipes extended in the tire width direction; characterized in that as an average block edge component Dball is defined by an average of all edge components of all blocks against the tire circumferential direction, an average sipe edge component Dsall is defined by an average of all edge components of all sipes against the tire circumferential direction and an average block rigidity G is defined by an average of the rigidity of all blocks , a relation of 2.20 (mm) 3 /N ≤ (Dball/Dsall)/G ≤ 4.00 (mm) 3 /N is fulfilled.
Apparatus for measuring the optical power of an optical lens arranged in a measurement volume , the optical lens being a spectacle lens, comprising: - a display device which is configured to display a test structure ; - an image capturing device which is configured to capture image data of the test structure from a plurality of viewpoints (31, 31', 31") by way of imaging beam paths which pass through the lens ; and - a computing unit , wherein the computing unit is configured to: - determine a three-dimensional shape of the lens on the basis of the image data; and - calculate an optical power of the lens on the basis of the three-dimensional form thereof; wherein the computing unit is configured to determine the three-dimensional shape of the lens further taking account of one or more known contact points of the lens; wherein a position of the contact points is used to assign an expected value for the position thereof in the measurement volume to an algorithm which determines the shape of the spectacle lens. - a display device which is configured to display a test structure ; - an image capturing device which is configured to capture image data of the test structure from a plurality of viewpoints (31, 31', 31") by way of imaging beam paths which pass through the lens ; and - a computing unit , wherein the computing unit is configured to: - determine a three-dimensional shape of the lens on the basis of the image data; and - calculate an optical power of the lens on the basis of the three-dimensional form thereof; wherein the computing unit is configured to determine the three-dimensional shape of the lens further taking account of one or more known contact points of the lens; wherein a position of the contact points is used to assign an expected value for the position thereof in the measurement volume to an algorithm which determines the shape of the spectacle lens. - determine a three-dimensional shape of the lens on the basis of the image data; and - calculate an optical power of the lens on the basis of the three-dimensional form thereof;
A media support system , comprising: a continuous loop belt having an inner perimeter , an outer perimeter , and multiple holes each extending through the belt from the inner perimeter to the outer perimeter; a drive mechanism to circulate the belt in a first direction along an upper run to support the media sheet and in a second direction opposite the first direction along a lower run ; multiple suction cups arranged along the outer perimeter of the belt so that multiple suction cups are exposed simultaneously along a length of the upper run of the belt to hold down media sheets supported on the upper run of the belt , each suction cup having a port through which air may be evacuated from the suction cup , and each port aligned with one of the holes in the belt ; and a vacuum control system to: connect each suction cup port to a vacuum source as the suction cup moves through the upper run of the belt ; characterised in that the vacuum control system is configured to distribute vacuum collectively to multiple groups of suction cups across the width of the belt , where the vacuum control system supplies vacuum selectively, based on a width of a media sheet in a media hold down area , to the suction cups that are covered by the media sheet as the suction cups circulate through the media hold down area . a continuous loop belt having an inner perimeter , an outer perimeter , and multiple holes each extending through the belt from the inner perimeter to the outer perimeter; a drive mechanism to circulate the belt in a first direction along an upper run to support the media sheet and in a second direction opposite the first direction along a lower run ; multiple suction cups arranged along the outer perimeter of the belt so that multiple suction cups are exposed simultaneously along a length of the upper run of the belt to hold down media sheets supported on the upper run of the belt , each suction cup having a port through which air may be evacuated from the suction cup , and each port aligned with one of the holes in the belt ; and a vacuum control system to: connect each suction cup port to a vacuum source as the suction cup moves through the upper run of the belt ; characterised in that the vacuum control system is configured to distribute vacuum collectively to multiple groups of suction cups across the width of the belt , where the vacuum control system supplies vacuum selectively, based on a width of a media sheet in a media hold down area , to the suction cups that are covered by the media sheet as the suction cups circulate through the media hold down area . connect each suction cup port to a vacuum source as the suction cup moves through the upper run of the belt ; characterised in that the vacuum control system is configured to distribute vacuum collectively to multiple groups of suction cups across the width of the belt , where the vacuum control system supplies vacuum selectively, based on a width of a media sheet in a media hold down area , to the suction cups that are covered by the media sheet as the suction cups circulate through the media hold down area .
A hoisting accessory for hoisting a wind turbine blade to a rotor hub of a wind turbine, the wind turbine comprising the rotor hub positioned on a wind turbine tower such that the rotor hub is configured to rotate around a rotational axis, the rotor hub comprising one or more blade mounting surfaces , the hoisting accessory comprising: a connector configured for being rotatably attached to the rotor hub , a hoist guide comprising one or more wire guides for guiding hoisting wires to the wind turbine blade, wherein the hoist guide is pivotally connected to the connector and wherein the hoisting accessory further comprises a first steering mechanism for controlling an orientation of the hoist guide with respect to the connector , wherein the hoist guide comprises a support carrying the one or more wire guides and wherein the support is shaped to fit around a root portion of the wind turbine blade. a connector configured for being rotatably attached to the rotor hub , a hoist guide comprising one or more wire guides for guiding hoisting wires to the wind turbine blade, wherein the hoist guide is pivotally connected to the connector and wherein the hoisting accessory further comprises a first steering mechanism for controlling an orientation of the hoist guide with respect to the connector , wherein the hoist guide comprises a support carrying the one or more wire guides and wherein the support is shaped to fit around a root portion of the wind turbine blade.
Method for increasing fail-safe operation of an industrial input/output assembly , wherein an external mechanical load (B) that acts on the input/output assembly is determined by means of an acceleration sensor (BS), wherein a check is performed as to whether the load (B) exceeds a predeterminable limit value (GW) and if that is the case, then a value of a load sum (BSS) is accordingly increased corresponding to an extent (H) to which the value is exceeded, wherein the load sum (BSS) is continuously compared to a maximum load value (B Max ) that characterises a service life (L) of the input/output assembly , and for the case that the maximum load value (B Max ) is reached, a maintenance message (WM) is output.
A nonwoven web comprising heat bondable fibres and comprising bonding impressions formed by calender roller, wherein the bonding impressions are locations of deformed, intermeshed or entangled, and melted or thermally fused, materials from fibres superimposed and compressed in a z-direction, wherein the bonding impressions form a pattern repeated in the machine direction (MD), wherein the bonding impressions include: a. a system of basic bonding impressions , which are arranged to create visually primary patterns and an area of each basic impression is at least 1 mm 2 , and b. a system of auxiliary bonding impressions having the area smaller than 1 mm 2 , c. and wherein a sum of bonding areas of the individual auxiliary bonding impressions accounts for at least 30% of a total bonding area. a. a system of basic bonding impressions , which are arranged to create visually primary patterns and an area of each basic impression is at least 1 mm 2 , and b. a system of auxiliary bonding impressions having the area smaller than 1 mm 2 , c. and wherein a sum of bonding areas of the individual auxiliary bonding impressions accounts for at least 30% of a total bonding area.
A beverage or beverage product comprising an isolated and purified diterpene glycoside of the following formula: wherein the diterpene glycoside is present in the beverage in a concentration from about 25 ppm to about 600 ppm.
A conductive paste for a solar cell, comprising: a silver powder; a glass; an organic vehicle; and a tellurium alloy compound, wherein the tellurium alloy compound has a melting point at least 300°C higher than a softening point of the glass; and wherein - the melting point of the tellurium alloy compound is 900°C or more; - the tellurium alloy compound comprises lead telluride, zinc telluride or a combination thereof; and - a material of the glass comprises tellurium oxide, bismuth oxide, zinc oxide, lead oxide, silicon oxide, or a combination thereof. a silver powder; a glass; an organic vehicle; and a tellurium alloy compound, wherein the tellurium alloy compound has a melting point at least 300°C higher than a softening point of the glass; and wherein - the melting point of the tellurium alloy compound is 900°C or more; - the tellurium alloy compound comprises lead telluride, zinc telluride or a combination thereof; and - a material of the glass comprises tellurium oxide, bismuth oxide, zinc oxide, lead oxide, silicon oxide, or a combination thereof. - the melting point of the tellurium alloy compound is 900°C or more; - the tellurium alloy compound comprises lead telluride, zinc telluride or a combination thereof; and - a material of the glass comprises tellurium oxide, bismuth oxide, zinc oxide, lead oxide, silicon oxide, or a combination thereof.
A hearing protection device comprising an attenuating body that comprises a damped SBR or SEBS material, characterized in that the SBR or SEBS material includes a resin with a relative viscosity higher than approximately 2.5, and a plasticizer with an average molecular weight higher than approximately 800 for increasing a damping factor of the material, wherein the damping factor is equivalent to a ratio of loss modulus to storage modulus of the material.
Pipe cutting tool comprising a stationary knife fixed in a first plane to a frame , and a translatable knife which can be slidably moved along knife translation paths arranged in a second plane of said frame , wherein the knives and the frame delimit a central frame aperture , as the frame aperture forms a passageway for a pipe to be cut, the translatable knife being arranged diametrically opposite the stationary knife , and the translatable knife is connected to the frame via a linear actuator system and wherein said frame is dividable, with the stationary knife being attached to a first frame section , and the translatable knife being attached to a second frame section which is lockable coupled to the first frame section with a hinge arrangement , characterized in that the knives have curved knife edges , with each of the knives covering a sector of up to 180 ° and having a radius of curvature substantially equal to an external radius of the pipe to be cut, each knife being further equipped with a pipe abutment (13/15) with an abutments face (131/151), the abutment faces (131/151) having a diameter corresponding to the external diameter of the pipe to be cut and centers of curvature coinciding with centers of curvature of the knives edges .
A method of wireless communication, comprising: acquiring , by a user equipment, UE, a channel occupancy time, COT, in response to success detected of a listen before talk, LBT, procedure of the UE on a shared communication channel; determining , by the UE based on a configuration message received from a serving base station, whether COT sharing is one of enabled or not enabled; identifying , by the UE, COT sharing information for communication to the serving base station within an uplink control message, wherein the COT sharing information is identified in response to the determining; and transmitting , by the UE, the uplink control message with the COT sharing information to the serving base station. acquiring , by a user equipment, UE, a channel occupancy time, COT, in response to success detected of a listen before talk, LBT, procedure of the UE on a shared communication channel; determining , by the UE based on a configuration message received from a serving base station, whether COT sharing is one of enabled or not enabled; identifying , by the UE, COT sharing information for communication to the serving base station within an uplink control message, wherein the COT sharing information is identified in response to the determining; and transmitting , by the UE, the uplink control message with the COT sharing information to the serving base station.
An electric tool comprising: a motor as a drive source of the electric tool; a main switch for switching ON or OFF of electricity supply to the motor ; a current detection means for detecting a value of a current flowing through the motor ; and a control means configured to be set to a forcible deactivation state, being a state that the control means is set to forcibly deactivate the motor , when a detection result by the current detection means exceeds a predetermined threshold, whereby the control means has a first cancel condition that the main switch is switched off under the forcible deactivation state, the electric tool further comprises an output adjustment switch for adjusting a rotational output of the motor ; the control means has a second cancel condition that the output adjustment switch is manipulated while the main switch is kept ON under the forcible deactivation state, and the control means is configured to cancel the forcible deactivation state when the first or second cancel condition is satisfied. a motor as a drive source of the electric tool; a main switch for switching ON or OFF of electricity supply to the motor ; a current detection means for detecting a value of a current flowing through the motor ; and a control means configured to be set to a forcible deactivation state, being a state that the control means is set to forcibly deactivate the motor , when a detection result by the current detection means exceeds a predetermined threshold, whereby the control means has a first cancel condition that the main switch is switched off under the forcible deactivation state, the electric tool further comprises an output adjustment switch for adjusting a rotational output of the motor ; the control means has a second cancel condition that the output adjustment switch is manipulated while the main switch is kept ON under the forcible deactivation state, and the control means is configured to cancel the forcible deactivation state when the first or second cancel condition is satisfied.