mhurhangee/patent-ind-claim-en huggingface dataset:
A strain detector comprising: a strain-causing portion configured to cause a strain in response to an external stress; an insulation film formed on at least a part of the strain-causing portion ; a strain gauge formed on the insulation film , the strain gauge being configured to detect the strain caused by the strain-causing portion as an electric signal; an electrode connected to the strain gauge ; a bonding pad extended from the electrode and configured to export the electric signal to an outside; a bonding wire connected to the bonding pad ; and a protection film disposed on the insulation film , the strain gauge and the electrode , the protection film being formed from a silicon oxide film or silicon nitride film, characterized in that an insulative resin layer at least covers the strain gauge and the protection film without covering the bonding pad and the bonding wire , the insulative resin layer being formed from a silicone resin and having a Shore A hardness ranging from 10 to 100. a strain-causing portion configured to cause a strain in response to an external stress; an insulation film formed on at least a part of the strain-causing portion ; a strain gauge formed on the insulation film , the strain gauge being configured to detect the strain caused by the strain-causing portion as an electric signal; an electrode connected to the strain gauge ; a bonding pad extended from the electrode and configured to export the electric signal to an outside; a bonding wire connected to the bonding pad ; and a protection film disposed on the insulation film , the strain gauge and the electrode , the protection film being formed from a silicon oxide film or silicon nitride film, characterized in that an insulative resin layer at least covers the strain gauge and the protection film without covering the bonding pad and the bonding wire , the insulative resin layer being formed from a silicone resin and having a Shore A hardness ranging from 10 to 100.
Moisture meter having at least one first measuring apparatus (12a; 12b) which is designed to detect at least one moisture characteristic variable (14a; 14b) of moisture in a surface region (16a; 16b) of a measurement object (18a; 18b), in particular a wall, characterized by a second measuring apparatus (30a; 30b) which is designed to detect a moisture characteristic variable (32a; 32b) of moisture in at least one depth region (34a; 34b) of the measurement object (18a; 18b), wherein the first measuring apparatus and the second measuring apparatus are designed to determine moisture information using different measurement methods, and an evaluation unit (20a; 20b) which is designed to determine an item of moisture profile information (22a; 22b) of the measurement object (18a; 18b) at least from the moisture characteristic variables (14a, 32a; 14b, 32b), which item of information at least indicates whether there is a higher level of moisture in the depth region (34a; 34b) or in the surface region (16a; 16b) of the measurement object (18a; 18b).
A brake block comprising a synthetic resin based friction material including a scale-like graphite and a granular graphite in an amount of 20 to 30% by volume in total.
A security seal pair, comprising two bodies positioned horizontally adjacent to each other on one of their sides, a transverse body disposal section located at the mid-section of the lower part of each body , two information areas located at the top part of each body, two stems coupled to each body at the lower part of each body and seal disposal nodes at the lower part of each body located between the body and the stems wherein said stems comprise ends shaped like a hemisphere and tabs shaped like a head of an arrow and said strength of said seal disposal nodes has been weakened at the sections coupled to the body .
An onshore wind turbine , comprising: a nacelle ; a tower having a base end configured for support on a ground level foundation , said nacelle mounted atop said tower; a tower support system , said tower support system further comprising: an axially extending circumferential sleeve mounted around said tower at a location between said base end and said nacelle; a plurality of support legs having a first end rigidly affixed to said sleeve and an opposite foot end configured for mounting to a ground level footing ; said support legs extending from said sleeve with a length and at an acute extension angle relative to a longitudinal axis of said tower so as to provide vertical and lateral support around the circumference of said tower; and characterized in that said tower is a tubular member and has a substantially constant diameter from said sleeve to said base end . a nacelle ; a tower having a base end configured for support on a ground level foundation , said nacelle mounted atop said tower; a tower support system , said tower support system further comprising: an axially extending circumferential sleeve mounted around said tower at a location between said base end and said nacelle; a plurality of support legs having a first end rigidly affixed to said sleeve and an opposite foot end configured for mounting to a ground level footing ; said support legs extending from said sleeve with a length and at an acute extension angle relative to a longitudinal axis of said tower so as to provide vertical and lateral support around the circumference of said tower; and characterized in that said tower is a tubular member and has a substantially constant diameter from said sleeve to said base end . an axially extending circumferential sleeve mounted around said tower at a location between said base end and said nacelle; a plurality of support legs having a first end rigidly affixed to said sleeve and an opposite foot end configured for mounting to a ground level footing ; said support legs extending from said sleeve with a length and at an acute extension angle relative to a longitudinal axis of said tower so as to provide vertical and lateral support around the circumference of said tower; and characterized in that said tower is a tubular member and has a substantially constant diameter from said sleeve to said base end .
A stabilizing device for a furniture, to be arranged between a support of the furniture and a surface on which the furniture is standing, the stabilizing device comprising: a cylinder with a first end wall , a second end wall arranged opposite the first end wall , and a sidewall extending between the first and second end wall , wherein the walls of the cylinder define a closed reservoir , a piston , having a piston head arranged in the cylinder and a piston rod having a first end connected to the piston head and a second end for connection to the support of the furniture, the piston head being movable between the first and second end wall of the cylinder , a fluid arranged in the reservoir , a spring arranged between the first end wall and the piston head , wherein a gap is arranged between at least a part of a circumference of the piston head and the sidewall of the cylinder , such as the fluid within the reservoir may flow past the piston head when the piston head moves within the reservoir , characterized in that the piston head comprises at least one trough hole , and further an unidirectional valve is arranged at the at least one through hole , wherein the unidirectional valve is arranged to open for fluid flow through the at least one through hole when the piston head moves within the reservoir upon a spring force of the spring . a cylinder with a first end wall , a second end wall arranged opposite the first end wall , and a sidewall extending between the first and second end wall , wherein the walls of the cylinder define a closed reservoir , a piston , having a piston head arranged in the cylinder and a piston rod having a first end connected to the piston head and a second end for connection to the support of the furniture, the piston head being movable between the first and second end wall of the cylinder , a fluid arranged in the reservoir , a spring arranged between the first end wall and the piston head ,
Wiper strip for a wiper blade for wiping windows , in particular motor vehicle windows, with a wiper lip which is arranged on a base , wherein two limbs emerge from the base , at the end of which limbs there can be a connection to the wiper blade, in particular by means of profiles interacting with holding means of the wiper blade, and wherein the wiper strip is composed of rubber-elastic material, characterized in that an actuator portion is arranged in each of the limbs , in which in cross section at least part of the cross section, preferably the entire cross section, is composed of a functional polymer and the functional polymer is actuated by voltage and/or light, and activation elements for generating a voltage and/or a light emission are arranged on the upper side of the actuator portions .
An Asphaltic Mixture Conditioner characterized by comprising: a) a bitumen having a dynamic viscosity equal or greater than 35,000 cP (35 Pa.s), measured at 60 °C, and an API gravity equal or greater than 10 degrees, wherein the bitumen is in an amount from 50 to 75% by total weight of the said asphaltic mixture conditioner; b) a polyol having from 2 to 8 carbon atoms, in an amount from 2 to 6% by total weight of the said asphaltic mixture conditioner; c) a surfactant, wherein the surfactant comprises a cationic surfactant, a non-ionic surfactant, or any combinations thereof, in an amount from 0.05 to 0.4% by total weight of the said asphaltic mixture conditioner; d) a mineral acid, in an amount to adjust the pH of the aqueous phase in the asphaltic mixture conditioner in the range from about 2 to about 4; e) water in an amount to complete the asphaltic mixture conditioner. a) a bitumen having a dynamic viscosity equal or greater than 35,000 cP (35 Pa.s), measured at 60 °C, and an API gravity equal or greater than 10 degrees, wherein the bitumen is in an amount from 50 to 75% by total weight of the said asphaltic mixture conditioner; b) a polyol having from 2 to 8 carbon atoms, in an amount from 2 to 6% by total weight of the said asphaltic mixture conditioner; c) a surfactant, wherein the surfactant comprises a cationic surfactant, a non-ionic surfactant, or any combinations thereof, in an amount from 0.05 to 0.4% by total weight of the said asphaltic mixture conditioner; d) a mineral acid, in an amount to adjust the pH of the aqueous phase in the asphaltic mixture conditioner in the range from about 2 to about 4; e) water in an amount to complete the asphaltic mixture conditioner.
An apparatus for generating a non-mydriatic fundus image, comprising: an illumination unit including a near-infrared component and a visible component; a camera including an adjustable lens ; a processing unit ; and system memory , the system memory including instructions that, when executed by the processing unit, cause the apparatus to: cause the illumination unit to illuminate near-infrared light using the near-infrared component; obtain frames during illumination of near-infrared light at different focus positions of the adjustable lens; estimate a first focus position based on the frames; starting at the first focus position, characterized in that the system memory includes further instructions that, when executed by the processing unit, cause the apparatus to: adjust a focus of the adjustable lens to a plurality of different diopter settings; and capture a plurality of images of a fundus at each of the plurality of different diopter settings, wherein the visible component is configured to illuminate visible light during capture of the plurality of images. an illumination unit including a near-infrared component and a visible component; a camera including an adjustable lens ; a processing unit ; and system memory , the system memory including instructions that, when executed by the processing unit, cause the apparatus to: cause the illumination unit to illuminate near-infrared light using the near-infrared component; obtain frames during illumination of near-infrared light at different focus positions of the adjustable lens; estimate a first focus position based on the frames; starting at the first focus position, characterized in that the system memory includes further instructions that, when executed by the processing unit, cause the apparatus to: adjust a focus of the adjustable lens to a plurality of different diopter settings; and capture a plurality of images of a fundus at each of the plurality of different diopter settings, wherein the visible component is configured to illuminate visible light during capture of the plurality of images. cause the illumination unit to illuminate near-infrared light using the near-infrared component; obtain frames during illumination of near-infrared light at different focus positions of the adjustable lens; estimate a first focus position based on the frames; starting at the first focus position, characterized in that the system memory includes further instructions that, when executed by the processing unit, cause the apparatus to: adjust a focus of the adjustable lens to a plurality of different diopter settings; and capture a plurality of images of a fundus at each of the plurality of different diopter settings, wherein the visible component is configured to illuminate visible light during capture of the plurality of images.
A method of effecting spatial and temporal control of the vibrations of a panel by means of a plurality of driver elements attached to the panel, comprising: receiving a shape function defining an intended spatial distribution of the vibrations of the panel, and an audio signal ; determining, using a frequency domain plate-bending mode response model of the panel, a band-limited Fourier series representation of the shape function, yielding corresponding mode shapes and modal amplitudes ; computing one or more modal accelerations from the audio signal and the modal amplitudes; computing, using the frequency domain plate-bending mode response model, one or more modal forces that produce the one or more modal accelerations; determining a discrete-time filter corresponding to the mode shapes of the frequency domain plate-bending mode response model; determining one or more discrete-time domain modal forces as a product of the discrete-time filter and the computed modal accelerations; summing a product of the one or more discrete-time domain modal forces and corresponding mode shapes at driver locations to determine a force required at each driver element of the plurality of driver elements ; performing a multichannel digital to analog conversion and amplification of the force required at each driver element in the plurality of driver elements to determine forces to be applied by each driver element ; and driving the plurality of driver elements to yield the determined forces. receiving a shape function defining an intended spatial distribution of the vibrations of the panel, and an audio signal ; determining, using a frequency domain plate-bending mode response model of the panel, a band-limited Fourier series representation of the shape function, yielding corresponding mode shapes and modal amplitudes ; computing one or more modal accelerations from the audio signal and the modal amplitudes; computing, using the frequency domain plate-bending mode response model, one or more modal forces that produce the one or more modal accelerations; determining a discrete-time filter corresponding to the mode shapes of the frequency domain plate-bending mode response model; determining one or more discrete-time domain modal forces as a product of the discrete-time filter and the computed modal accelerations; summing a product of the one or more discrete-time domain modal forces and corresponding mode shapes at driver locations to determine a force required at each driver element of the plurality of driver elements ; performing a multichannel digital to analog conversion and amplification of the force required at each driver element in the plurality of driver elements to determine forces to be applied by each driver element ; and driving the plurality of driver elements to yield the determined forces.
A preparation comprising thermoplastic polyisocyanate polyaddition product which is obtained by reacting the building components: (a) polyisocyanate, and (b) compound reactive towards isocyanate,with a number average molecular weight of at least 500 g/Mol (c) water in the presence of (d) at least one defoamer, and (e) at least one emulsifier wherein the defoamer is a polysiloxane. (a) polyisocyanate, and (b) compound reactive towards isocyanate,with a number average molecular weight of at least 500 g/Mol (c) water in the presence of (d) at least one defoamer, and (e) at least one emulsifier
A packet processing method, comprising: receiving (S210), by a first device , a first packet sent by a second device , wherein the first packet carries a first label, and the first label is determined based on a cycle in which the second device sends the first packet, wherein the cycle corresponds to a cycle value that is an integer initialized based on a clock of the second device and incremented by another integer each time a fixed time period has elapsed; determining (S220), by the first device based on the first label and a second cycle of the first device, whether the first packet is a normal packet, wherein the first packet is determined to be normal when the latency of its transmission from the second device to the first device is within a specific range as determined based on the first label and the second cycle, wherein the second cycle is a cycle in which the first device receives the first packet, or is a cycle after a cycle in which the first device receives the first packet and before a first cycle; if determining that the first packet is a normal packet, determining (S230), by the first device , a second packet based on the first packet, wherein the second packet carries a second label; and sending (S240), by the first device , the second packet to a third device in the first cycle, wherein the second label is determined based on the first cycle. receiving (S210), by a first device , a first packet sent by a second device , wherein the first packet carries a first label, and the first label is determined based on a cycle in which the second device sends the first packet, wherein the cycle corresponds to a cycle value that is an integer initialized based on a clock of the second device and incremented by another integer each time a fixed time period has elapsed; determining (S220), by the first device based on the first label and a second cycle of the first device, whether the first packet is a normal packet, wherein the first packet is determined to be normal when the latency of its transmission from the second device to the first device is within a specific range as determined based on the first label and the second cycle, wherein the second cycle is a cycle in which the first device receives the first packet, or is a cycle after a cycle in which the first device receives the first packet and before a first cycle; if determining that the first packet is a normal packet, determining (S230), by the first device , a second packet based on the first packet, wherein the second packet carries a second label; and sending (S240), by the first device , the second packet to a third device in the first cycle, wherein the second label is determined based on the first cycle.
A terminal for a radio communication system, said terminal comprising: a base station communication interface for communicating with a base station ; and a controller for controlling communication with the base station , wherein the controller is configured to receive, from system information transmitted from the base station, a first list of cell identifiers, said first list comprising cell identifiers identifying cells that do not permit access, and a second list of cell identifiers indicating a range of cell identifiers usable to identify a Closed Subscriber Group, CSG, cell; and to generate a third list of cell identifiers identifying neighbouring CSG cells by extracting cell identifiers from the first cell list that are included in the range indicated by the second cell list. a base station communication interface for communicating with a base station ; and a controller for controlling communication with the base station , wherein the controller is configured to receive, from system information transmitted from the base station, a first list of cell identifiers, said first list comprising cell identifiers identifying cells that do not permit access, and a second list of cell identifiers indicating a range of cell identifiers usable to identify a Closed Subscriber Group, CSG, cell; and to generate a third list of cell identifiers identifying neighbouring CSG cells by extracting cell identifiers from the first cell list that are included in the range indicated by the second cell list.
A process for conversion of a hydrocarbon mixture of which at least 95% has a boiling point above 150°C to a lower boiling hydrocarbon product comprising the steps of (a) directing said hydrocarbon mixture to contact a material catalytically active in hydrocracking under hydrocracking conditions (b) providing a first hydrocracked product (c) directing at least an amount of said first hydrocracked product and an amount of a converted hydrocracked product to a product separation step separating it into one or more products and a recycle oil having a higher average boiling point than said products, (d) directing said recycle oil to contact a second material catalytically active in hydrocracking under hydrocracking conditions providing a second hydrocracked product , (e) directing at least an amount of said second hydrocracked product as feed to a second separation step comprising a stripping step , separating said second hydrocracked product in at least two fractions, said converted hydrocracked product and an unconverted oil having a higher average boiling point than said recycle oil , (f) and withdrawing at least an amount of said unconverted oil as purge. (a) directing said hydrocarbon mixture to contact a material catalytically active in hydrocracking under hydrocracking conditions (b) providing a first hydrocracked product (c) directing at least an amount of said first hydrocracked product and an amount of a converted hydrocracked product to a product separation step separating it into one or more products and a recycle oil having a higher average boiling point than said products, (d) directing said recycle oil to contact a second material catalytically active in hydrocracking under hydrocracking conditions providing a second hydrocracked product , (e) directing at least an amount of said second hydrocracked product as feed to a second separation step comprising a stripping step , separating said second hydrocracked product in at least two fractions, said converted hydrocracked product and an unconverted oil having a higher average boiling point than said recycle oil , (f) and withdrawing at least an amount of said unconverted oil as purge.
Grinding wheel, in particular for longitudinal or transverse grinding, comprising an inner core part and an outer annular grinding part which are connected to each other, wherein the grinding part consists of a material containing a granular abrasive, characterized in that at least the grinding part, preferably the grinding part and the core part contain additionally 0,15 % to 1 %, preferably 0,2 % to 0,4 % plastic or glass fibers being homogeneously distributed and related to the mass of the grinding part.