mhurhangee/patent-ind-claim-en huggingface dataset:
Device holder of a lighting system, wherein the device holder has a fastening unit and a pivot arm , the pivot arm is connected to the fastening unit , and the pivot arm has a rounded shape and a platform at a flattened end, wherein a device, in particular a sensor and/or actuator, can be mounted on the platform , characterized in that the platform has a connection socket with an interface according to Zhaga Book 18 and the pivot arm is rotatably connected to the fastening unit by means of a joint , wherein the axis of rotation of the joint is arranged perpendicular to a central longitudinal axis of the fastening element . wherein the device holder has a fastening unit and a pivot arm , the pivot arm is connected to the fastening unit , and the pivot arm has a rounded shape and a platform at a flattened end, wherein a device, in particular a sensor and/or actuator, can be mounted on the platform , characterized in that the platform has a connection socket with an interface according to Zhaga Book 18 and the pivot arm is rotatably connected to the fastening unit by means of a joint , wherein the axis of rotation of the joint is arranged perpendicular to a central longitudinal axis of the fastening element .
Component for a cooking appliance , which is arranged in a cooking compartment , wherein a base material of the component is steel and the component has a first protective layer and a second protective layer applied to the first protective layer , wherein the second protective layer has a silicon dioxide layer, characterised in that the first protective layer has a chrome layer and/or a nickel layer and the first protective layer has a black chrome layer at least in sections.
Operating device comprising • at least one latch comprising a catch, the catch being movable into a closed position by means of a latch holder ; • an operating element connected to the latch , the front flap being movable from a closed position into a supporting position after a first operation of the operating element , and the front flap being movable into a release position after at least one further operation of the operating element ; • an operation transmission means between the operating element and the latch ; characterized in that • a means for disabling the operating device is provided so that an operation of the latch by means of the operating element can be prevented; • a controller is provided; • a speed of the motor vehicle can be detected by means of the controller ; • the disabling means can be controlled on the basis of the speed. • at least one latch comprising a catch, the catch being movable into a closed position by means of a latch holder ; • an operating element connected to the latch , the front flap being movable from a closed position into a supporting position after a first operation of the operating element , and the front flap being movable into a release position after at least one further operation of the operating element ; • an operation transmission means between the operating element and the latch ; • a means for disabling the operating device is provided so that an operation of the latch by means of the operating element can be prevented; • a controller is provided; • a speed of the motor vehicle can be detected by means of the controller ; • the disabling means can be controlled on the basis of the speed.
A method for preparing a samarium-cobalt magnet, comprising: mixing an alloy powder with a zirconium powder to form a mixture, and subjecting the mixture to post-processing, wherein the alloy powder is formed from the following starting materials, based on the weight of the alloy powder: 10.5-13.5 wt% of samarium, 12.5-15.5 wt% gadolinium, 50-55 wt% of cobalt, 13-17 wt% of iron, 4-10 wt% of copper, and 2-7 wt% of zirconium; wherein the sum of the weight percentages of the starting materials being 100 wt%; and wherein the weight of the zirconium powder is 0.1-0.35 % of the weight of the alloy powder. mixing an alloy powder with a zirconium powder to form a mixture, and subjecting the mixture to post-processing, wherein the alloy powder is formed from the following starting materials, based on the weight of the alloy powder: 10.5-13.5 wt% of samarium, 12.5-15.5 wt% gadolinium, 50-55 wt% of cobalt, 13-17 wt% of iron, 4-10 wt% of copper, and 2-7 wt% of zirconium; wherein the sum of the weight percentages of the starting materials being 100 wt%; and wherein the weight of the zirconium powder is 0.1-0.35 % of the weight of the alloy powder. 10.5-13.5 wt% of samarium, 12.5-15.5 wt% gadolinium, 50-55 wt% of cobalt, 13-17 wt% of iron, 4-10 wt% of copper, and 2-7 wt% of zirconium;
A manufacturing method of manufacturing a cellulose nanofibers from a pulp fiber, the method comprising: an ozone treatment step of performing an ozone treatment on the pulp fiber in a first aqueous solution; and a defibration treatment step of performing a physical defibration treatment on an ozone-treated pulp fiber in a second aqueous solution, wherein in the manufacturing method, the ozone treatment step and the defibration treatment step are continuously performed a plurality of times to form the cellulose nanofiber having a hemicellulose content less than 8.0 mass% and a lignin content of 0.10 mass% or less. an ozone treatment step of performing an ozone treatment on the pulp fiber in a first aqueous solution; and a defibration treatment step of performing a physical defibration treatment on an ozone-treated pulp fiber in a second aqueous solution, wherein in the manufacturing method, the ozone treatment step and the defibration treatment step are continuously performed a plurality of times to form the cellulose nanofiber having a hemicellulose content less than 8.0 mass% and a lignin content of 0.10 mass% or less.
A laundry treating apparatus comprising: a drum configured to rotate about a predetermined rotation axis (O) extending in a front-rear direction; and a lifter having a pair of first insertion protrusions disposed at a predetermined interval in a first row, wherein the drum has a pair of first mounting slots formed in the first row at positions corresponding to the pair of first insertion protrusions and into which the first insertion protrusions are inserted, characterized in that the drum further has a pair of extra first mounting slots formed in the first row at the predetermined interval, and wherein any one of the pair of extra first mounting slots is disposed between the pair of first mounting slots formed at the positions corresponding to the pair of first insertion protrusions such that the installation positions of the lifters in the front-rear direction in accordance with the length of the drum can be changed. a drum configured to rotate about a predetermined rotation axis (O) extending in a front-rear direction; and a lifter having a pair of first insertion protrusions disposed at a predetermined interval in a first row, wherein the drum has a pair of first mounting slots formed in the first row at positions corresponding to the pair of first insertion protrusions and into which the first insertion protrusions are inserted, characterized in that the drum further has a pair of extra first mounting slots formed in the first row at the predetermined interval, and wherein any one of the pair of extra first mounting slots is disposed between the pair of first mounting slots formed at the positions corresponding to the pair of first insertion protrusions such that the installation positions of the lifters in the front-rear direction in accordance with the length of the drum can be changed.
A sealing arrangement between two members facing to each other and sealing a sealed fluid, wherein the sealing arrangement comprises one of said two members and further comprises a seal ring which is installed to an installation groove provided in said one member of said two members and comes into close contact with the other member , a first backup ring which is arranged in an opposite side to the sealed fluid in said seal ring , and a second backup ring which is arranged between said seal ring and said first backup ring , wherein said installation groove is formed into a groove having a rectangular cross sectional shape, wherein said first backup ring is provided with an end surface portion which comes into contact with a side surface portion in an opposite side to the sealed fluid in said installation groove and is formed into an axially vertical surface, a peripheral surface portion which comes into contact with said other member and is formed into a cylindrical surface, and an inclined surface portion which intersects said end surface portion and said peripheral surface portion , and is formed into a triangular cross section, wherein said second backup ring is provided with an end surface portion which is brought into contact with said seal ring and is formed into an axially vertical surface, a peripheral surface portion which comes into contact with a bottom surface portion of said installation groove and is formed into a cylindrical surface, and an inclined surface portion which is provided in correspondence to the inclined surface portion of said first backup ring , and is formed into a triangular cross section, wherein a cut portion is provided in a corner portion where said end surface portion and said inclined surface portion in said first backup ring intersect, and wherein a cut portion is provided in a corner portion where said peripheral surface portion and said inclined surface portion in said second backup ring intersect, characterized in that the first backup ring is comparatively hard and the second backup ring is comparatively soft such that the first backup ring is harder than the second backup ring .
A pharmaceutical composition comprising propionic acid or pharmaceutically acceptable salts thereof, together with a suitable carrier and/or a balanced salt solution for use in the treatment, prevention or attenuation of viral infections, wherein the pharmaceutical composition is to be administered intranasally to a subject.
A food monitoring apparatus comprising: at least one light source configured to selectively radiate light of a first wavelength band and light of a second wavelength band that is different from the first wavelength band to food ; at least one image sensor configured to obtain a visible image of the food and a hyperspectral image of the food based on light scattered, emitted, or reflected from the food ; and at least one processor configured to obtain first information of the food based on the visible image, wherein the at least one processor is further configured to obtain at least one parameter representing a content of an indicator material included in the food from the hyperspectral image, the indicator material emitting fluorescence based on the light radiated by the at least one light source ; and the at least one processor is further configured to correct, based on the first information of the food obtained based on the visible image, a value of the at least one parameter obtained from the hyperspectral image, and obtain the second information based on the corrected value of the at least one parameter, wherein the indicator material includes at least one of 1,4-dihydronicotinamide adenine dinucleotide (NADH), porphyrin, flavin adenine dinucleotide (FAD), and collagen. at least one light source configured to selectively radiate light of a first wavelength band and light of a second wavelength band that is different from the first wavelength band to food ; at least one image sensor configured to obtain a visible image of the food and a hyperspectral image of the food based on light scattered, emitted, or reflected from the food ; and at least one processor configured to obtain first information of the food based on the visible image, wherein the at least one processor is further configured to obtain at least one parameter representing a content of an indicator material included in the food from the hyperspectral image, the indicator material emitting fluorescence based on the light radiated by the at least one light source ; and the at least one processor is further configured to correct, based on the first information of the food obtained based on the visible image, a value of the at least one parameter obtained from the hyperspectral image, and obtain the second information based on the corrected value of the at least one parameter, wherein the indicator material includes at least one of 1,4-dihydronicotinamide adenine dinucleotide (NADH), porphyrin, flavin adenine dinucleotide (FAD), and collagen.
A fuel tank arrangement for storing LNG- fuel, the arrangement comprising an LNG- fuel tank formed of an inner shell , an outer shell , an insulation therebetween and a tank connection space provided at an end of the LNG- fuel tank , characterized in that the tank connection space comprises an additional end cover fastened to a second end (30") of an additional shell , the additional shell being fastened at its first end to an outer rim of a collar , the collar having an inner rim fastened to the inner shell of the fuel tank , the additional shell extending in an axial direction away from the inner shell , and in that the fuel tank arrangement is arranged in a marine vessel.
Apparatus for managing hot water in a hot water storage tank heating system having an energy source and a hot water tank with an inlet pipe and an outlet pipe , the apparatus comprising: a mounting bracket for attaching to the outlet pipe of the hot water tank, the bracket being arranged to hold one or more temperature sensors , the sensors being arranged to provide temperature sensor signals from the hot tank outlet, a computer implemented processing arrangement configured to receive the temperature sensor signals, wherein the processing arrangement is arranged to run one or more processing means to establish the temperature distribution within the tank and an interface configured to communicate with a user or additional processors either locally or remotely, characterised in that a second temperature sensor is spaced from a first sensor along the outlet pipe and cooling features are provided around the second sensor thereby promoting a larger temperature delta across the mounting bracket, thereby increasing accuracy. a mounting bracket for attaching to the outlet pipe of the hot water tank, the bracket being arranged to hold one or more temperature sensors , the sensors being arranged to provide temperature sensor signals from the hot tank outlet, a computer implemented processing arrangement configured to receive the temperature sensor signals, wherein the processing arrangement is arranged to run one or more processing means to establish the temperature distribution within the tank and an interface configured to communicate with a user or additional processors either locally or remotely,
A vehicle control system comprising: a planning layer (L1) in which a service is configured to generate a coarse and primitive operation instruction according to a driving task; a reference layer (L2) in which a service is configured to generate a target parameter according to the operation instruction, the target parameter reflecting a requirement for state control of a vehicle; an advanced control layer (L3) in which a service is configured to generate an execution parameter according to the target parameter, the execution parameter reflecting an execution capability of a vehicle executor for the requirement for state control; an allocation control layer (L4) in which a service is configured to allocate category task parameters to category executors according to the execution parameter; and an underlying control layer (L5) in which a service is configured to provide the category task parameter for at least one of the category executors. a planning layer (L1) in which a service is configured to generate a coarse and primitive operation instruction according to a driving task; a reference layer (L2) in which a service is configured to generate a target parameter according to the operation instruction, the target parameter reflecting a requirement for state control of a vehicle; an advanced control layer (L3) in which a service is configured to generate an execution parameter according to the target parameter, the execution parameter reflecting an execution capability of a vehicle executor for the requirement for state control; an allocation control layer (L4) in which a service is configured to allocate category task parameters to category executors according to the execution parameter; and an underlying control layer (L5) in which a service is configured to provide the category task parameter for at least one of the category executors.
A signal transmission method, characterized by comprising: receiving (S202) at a preset first time-frequency position, by a terminal, a signal sent by a base station, wherein the first time-frequency position comprises: a subframe where the signal is located comprised in a time domain position of the first time-frequency position; wherein the subframe where the signal is located is determined according to at least one of: a starting position of a PDCCH search space, an extended DRX, eDRX, starting position, a first offset, or a number of repetitions of the signal; and wherein the first offset is configured via high-layer signaling or is preset, and the number of repetitions of the signal is configured via high-layer signaling; and detecting (S204), by the terminal, the signal, and determining whether to detect a physical downlink channel according to a detection result for the signal. receiving (S202) at a preset first time-frequency position, by a terminal, a signal sent by a base station, wherein the first time-frequency position comprises: a subframe where the signal is located comprised in a time domain position of the first time-frequency position; wherein the subframe where the signal is located is determined according to at least one of: a starting position of a PDCCH search space, an extended DRX, eDRX, starting position, a first offset, or a number of repetitions of the signal; and wherein the first offset is configured via high-layer signaling or is preset, and the number of repetitions of the signal is configured via high-layer signaling; and detecting (S204), by the terminal, the signal, and determining whether to detect a physical downlink channel according to a detection result for the signal.
An exhaust system for a combustion engine , more preferably of a road vehicle or another mobile or stationary device, - with at least one exhaust gas-conducting component having an inner wall closed ring-like in circumferential direction , whose inner side is exposed to the exhaust gas, and - with at least one thermoelectric generator which converts heat into electric energy and which is arranged on an outer side of the inner wall of the component , - wherein the thermoelectric generator is supported via a spring structure under preload on an inner side of an outer wall of the component , said inner side facing the inner wall of the component and said outer wall of the component surrounding the inner wall ring-shaped in circumferential direction in a closed manner, or on an inner side of an inner wall of a cooling jacket , said inner side facing the inner wall of the component and said cooling jacket surrounding the inner wall of the component ring-shaped in circumferential direction in a closed manner, characterized in - that the spring structure comprises regions with different elasticity in circumferential direction , wherein regions of higher elasticity and regions of lower elasticity alternate in circumferential direction , and - that the thermoelectric generator comprises a multiplicity of individual thermoelectric elements which convert heat into electric energy and which are electrically interconnected and spaced from one another in circumferential direction . - with at least one exhaust gas-conducting component having an inner wall closed ring-like in circumferential direction , whose inner side is exposed to the exhaust gas, and - with at least one thermoelectric generator which converts heat into electric energy and which is arranged on an outer side of the inner wall of the component , - wherein the thermoelectric generator is supported via a spring structure under preload on an inner side of an outer wall of the component , said inner side facing the inner wall of the component and said outer wall of the component surrounding the inner wall ring-shaped in circumferential direction in a closed manner, or on an inner side of an inner wall of a cooling jacket , said inner side facing the inner wall of the component and said cooling jacket surrounding the inner wall of the component ring-shaped in circumferential direction in a closed manner, characterized in - that the spring structure comprises regions with different elasticity in circumferential direction , wherein regions of higher elasticity and regions of lower elasticity alternate in circumferential direction , and - that the thermoelectric generator comprises a multiplicity of individual thermoelectric elements which convert heat into electric energy and which are electrically interconnected and spaced from one another in circumferential direction .
Use of a cleaning composition in block form for cleaning the WC area, said cleaning composition is transparent and comprises surfactants, alkanecarboxylic salts, and solvents, and the fraction of alkanecarboxylic salts is between 1 wt% and 5 wt% and the fraction of solvents (including perfume oils) is less than 40 wt% and the composition comprises at least 18% of nonionic surfactants from the group of block copolymers comprising oligoethylene or polyethylene oxides and/or oligopropylene and/or polypropylene oxides and/or oligobutylene and/or polybutylene oxide.
Three-dimensional circuit carrier comprising a substrate , at least two electrical conductor tracks , at least one sensor element and a connection region for electrically contacting the at least two conductor tracks with an electrical conductor , wherein the circuit carrier has an elongate shape and the sensor element is arranged at a first end and the connection region is arranged at an opposite second end , wherein the two conductor tracks run next to each other on the outside of the circuit carrier , wherein a first conductor track electrically connects the sensor element to the connection region and a second conductor track is suitable for being DC-coupled by a metal counterpart , wherein the first end of the circuit carrier is formed from at least one narrow extension of the substrate and the sensor element is arranged next to this extension such that the sensor element is set back with respect to the longitudinal extent of the narrow extension wherein the outside of the circuit carrier has a plurality of, preferably four, longitudinally extending ribs and the second conductor track runs on the outside of at least one of the longitudinally extending ribs . wherein the circuit carrier has an elongate shape and the sensor element is arranged at a first end and the connection region is arranged at an opposite second end , wherein the two conductor tracks run next to each other on the outside of the circuit carrier , wherein a first conductor track electrically connects the sensor element to the connection region and a second conductor track is suitable for being DC-coupled by a metal counterpart , wherein the first end of the circuit carrier is formed from at least one narrow extension of the substrate and the sensor element is arranged next to this extension such that the sensor element is set back with respect to the longitudinal extent of the narrow extension wherein the outside of the circuit carrier has a plurality of, preferably four, longitudinally extending ribs and the second conductor track runs on the outside of at least one of the longitudinally extending ribs .