mhurhangee/ep-ind-claims huggingface dataset:
Product, wherein the product contains an active component, wherein the active component is adapted to monitor or control the use of the product by a streaming engine, wherein the active component is adapted to send data to and/or receive data from a distributed database, wherein the active component contains a processing unit, wherein the product is manufactured using additive manufacturing, wherein the product is selected from the group consisting of heat shields, blades, vanes, burners and parts of a burner, wherein the active component is connected to a sensor contained in the product, wherein the monitoring or controlling is based on sensor data from the sensor, wherein the data sent is data acquired in the product and a unique identifier of the product, wherein the data received is operation data, smart contracts or security data, wherein the processing unit is a hardware oracle being a blockchain chip, wherein the active component and the sensor are embedded by insertion in a cavity created during the manufacturing process of the product. wherein the active component is adapted to monitor or control the use of the product by a streaming engine, wherein the active component is adapted to send data to and/or receive data from a distributed database, wherein the active component contains a processing unit, wherein the product is manufactured using additive manufacturing, wherein the product is selected from the group consisting of heat shields, blades, vanes, burners and parts of a burner, wherein the active component is connected to a sensor contained in the product, wherein the monitoring or controlling is based on sensor data from the sensor, wherein the data sent is data acquired in the product and a unique identifier of the product, wherein the data received is operation data, smart contracts or security data, wherein the processing unit is a hardware oracle being a blockchain chip, wherein the active component and the sensor are embedded by insertion in a cavity created during the manufacturing process of the product.
Connection of components (11, 12, 13) of a wind energy installation with a diameter of more than 0.5 m, preferably more than 1.0 m, more preferably more than 1.5 m, wherein two components (11, 12, 13) to be connected together each have facing contact surfaces and the components (11, 12, 13) are or become braced together in the connected state, characterized in that a second component is or becomes arranged as an intermediate connection part between the first component (11, 12, 13) and a third component (11, 12, 13), wherein a frictional connection is formed between the first and the third component with the second component arranged therebetween, wherein the surfaces of the contact surfaces of the second component, respectively, have a higher hardness and roughness than the surfaces of the contact surfaces of the first and the third component (11, 12, 13) located opposite to the contact surfaces of the second component, wherein the surfaces of the contact surfaces of the first and the third component (11, 12, 13) of the wind energy installation are softer than the surfaces of the contact surfaces of the second component of the wind energy installation, wherein the surfaces of the contact surfaces of the second component are hardened.
A method, comprising: transmitting test sequences on a plurality of communication lines, l= 1,...,L (12A-12D; 26A-26C), wherein the test sequences comprise a first sequence portion, where the test sequences for different communication lines (12A-12D; 26A-26C) are orthogonal, and a second sequence portion, wherein the test sequence values are zero for all communication lines (12A-12D; 26A-26C), receiving feedback in response to transmitting the test sequences, and evaluating transmission channel parameters based on the feedback, characterized in that evaluating transmission channel parameters comprises determining a logarithmic channel transfer function HLOG (k) as a function of subcarrier k and determining a channel gain matrix XLOG (k) as a function of subcarrier k based on the first sequence portion and determining a quiet line noise QLN l (k) which is equal to a noise variance of a noise signal on a line 1 for a subcarrier k based on the second sequence portion. transmitting test sequences on a plurality of communication lines, l= 1,...,L (12A-12D; 26A-26C), wherein the test sequences comprise a first sequence portion, where the test sequences for different communication lines (12A-12D; 26A-26C) are orthogonal, and a second sequence portion, wherein the test sequence values are zero for all communication lines (12A-12D; 26A-26C), receiving feedback in response to transmitting the test sequences, and evaluating transmission channel parameters based on the feedback, characterized in that evaluating transmission channel parameters comprises determining a logarithmic channel transfer function HLOG (k) as a function of subcarrier k and determining a channel gain matrix XLOG (k) as a function of subcarrier k based on the first sequence portion and determining a quiet line noise QLN l (k) which is equal to a noise variance of a noise signal on a line 1 for a subcarrier k based on the second sequence portion.
A mobile terminal comprising: a wireless communication unit configured to wirelessly communicate with at least one other terminal; a touchscreen configured to display a home screen; and a controller configured to: display a plurality of objects dispersed on the home screen, and receive a specific touch drag gesture performed on the touchscreen; characterized in that the controller is further configured to: arrange and display the dispersed objects on the home screen in which the dispersed objects are moved closer to each other based on the prescribed direction of the specific touch gesture, wherein the adhered objects are adhered close to each other such that relative positions among the adhered objects are changeable according to their sizes within the home screen. a wireless communication unit configured to wirelessly communicate with at least one other terminal; a touchscreen configured to display a home screen; and a controller configured to: display a plurality of objects dispersed on the home screen, and receive a specific touch drag gesture performed on the touchscreen; characterized in that the controller is further configured to: arrange and display the dispersed objects on the home screen in which the dispersed objects are moved closer to each other based on the prescribed direction of the specific touch gesture, wherein the adhered objects are adhered close to each other such that relative positions among the adhered objects are changeable according to their sizes within the home screen. display a plurality of objects dispersed on the home screen, and receive a specific touch drag gesture performed on the touchscreen; characterized in that the controller is further configured to: arrange and display the dispersed objects on the home screen in which the dispersed objects are moved closer to each other based on the prescribed direction of the specific touch gesture, wherein the adhered objects are adhered close to each other such that relative positions among the adhered objects are changeable according to their sizes within the home screen. arrange and display the dispersed objects on the home screen in which the dispersed objects are moved closer to each other based on the prescribed direction of the specific touch gesture, wherein the adhered objects are adhered close to each other such that relative positions among the adhered objects are changeable according to their sizes within the home screen.
An evaluation device, comprising: a feature value calculator configured to calculate a feature value of an energy storage device based on voltage values measured from the energy storage device being subjected to charge-discharge-control according to charge-discharge command values; and a degradation evaluator configured to: derive an evaluation function of a degradation state of the energy storage device according to a difference between a distribution of the charge-discharge command values and a reference distribution; and evaluate the degradation state of the energy storage device, based on the evaluation function and the calculated feature value. a feature value calculator configured to calculate a feature value of an energy storage device based on voltage values measured from the energy storage device being subjected to charge-discharge-control according to charge-discharge command values; and a degradation evaluator configured to: derive an evaluation function of a degradation state of the energy storage device according to a difference between a distribution of the charge-discharge command values and a reference distribution; and evaluate the degradation state of the energy storage device, based on the evaluation function and the calculated feature value. derive an evaluation function of a degradation state of the energy storage device according to a difference between a distribution of the charge-discharge command values and a reference distribution; and evaluate the degradation state of the energy storage device, based on the evaluation function and the calculated feature value.
Drive apparatus comprising a superimposition transmission with a planetary transmission, a main drive machine which is connected to an input shaft of the superimposition transmission, two auxiliary drives (3.1, 3.2) which are connected via in each case one drive connection to the planetary transmission, an output shaft of the superimposition transmission, which output shaft can be connected to a mobile machine, the planetary transmission having an internal gear (6.1), a sun gear (6.2), a planetary carrier and a plurality of planetary gears (6.3), the said drive connections of the auxiliary drives (3.1, 3.2) being brought about in each case via a gear chain (9.1, 10.1, 9.2, 10.2) with in each case one stepped intermediate gear (10.1, 10.2), the input shaft being connected to the internal gear (6.1), the driven shaft being connected to the sun gear (6.2), and the auxiliary drives (3.1, 3.2) being connected via a drive connection (9.1, 10.1, 9.2, 10.2) with a constant transmission ratio to the planetary carrier, characterized in that there is a lubricating oil pump, arranged in an opening of the transmission housing, which can be driven via a spur gear on the input shaft, the spur gear being arranged between the main drive machine and the planetary transmission.
Fitting component for fastening a structural element in an opening bound by a support surface, comprising at least the following elements: - a spacer element which can be attached to the support surface; - a guide part having a sleeve-shaped shank which can be inserted into an aperture of the structural element; - wherein the shank has an opening which serves to guide a fastening element that makes it possible to establish a force-fitting connection between the spacer element and the structural element, wherein - the fitting component is embodied in at least two pieces as the spacer element and the guide part, - the guide part has a foot part in addition to the shank, - and the guide part can be attached by the foot part to the spacer element during pre-fitting; characterized in that the foot part of the guide part has one or more retaining elements such as protrusions, clips, bolts, brackets or tabs, and the spacer element has regions which are designed as connection regions and can thus cooperate with the retaining elements on the foot part of the guide part in such a way that a connection between the guide part and the spacer element can be achieved, wherein the retaining elements are two or more locking hooks which, during pre-fitting, engage in holes or bores of the spacer element and latch therein. - a spacer element which can be attached to the support surface; - a guide part having a sleeve-shaped shank which can be inserted into an aperture of the structural element; - wherein the shank has an opening which serves to guide a fastening element that makes it possible to establish a force-fitting connection between the spacer element and the structural element, wherein - the fitting component is embodied in at least two pieces as the spacer element and the guide part, - the guide part has a foot part in addition to the shank, - and the guide part can be attached by the foot part to the spacer element during pre-fitting;
A conveying device for an additive manufacturing machine, wherein the conveying device is configured for conveying a semi-finished product which is composed of a manufacturing material that is to be processed by the additive manufacturing machine and has a semi-finished product longitudinal axis, wherein the conveying device comprises a longitudinal conveying mechanism which is configured for conveying the semi-finished product along a conveying direction parallel to the semi-finished product longitudinal axis, wherein the longitudinal conveying mechanism has at least one running conveying means (34, 54, 56) which extends along the conveying direction and which has a conveying portion (58, 60) that is configured for engage a semi-finished product portion of the semi-finished product in such a manner that the semi-finished product is able to be moved in the conveying direction, wherein the longitudinal conveying device has a contact pressure device which is configured for pushing the conveying means (34, 54, 56) against the semi-finished product so as to move the semi-finished product characterized in that the contact pressure device has a fluid chamber which is able to be supplied with a fluid pressure, wherein the fluid chamber which is able to be deformed by the fluid pressure and which in a supplied state is configured for urging the conveying means (34, 54, 56) in the direction toward the semi-finished product so as to move the semi-finished product, and in particular in a non-supplied state for not exerting on the conveying means (34, 54, 56) a force which is sufficient for moving the semi-finished product.
Elevator arrangement comprising an elevator with an elevator control system, a safety system and an inspection or maintenance mode, which elevator having an elevator car arranged to run up and down in an elevator shaft along guide rails, and which elevator car is equipped with a roof, wherein the roof of the elevator car is arranged to uncover upper part of the elevator car to form a natural safe working space for conducting inspection and maintenance tasks from inside the elevator car to the elevator shaft and to form the refuge space inside the elevator car, characterized in that the arrangement comprises a control mechanism in order to control the position of the roof, the control mechanism comprising at least a trigger element that is arranged to move in connection with the movement of the roof of the elevator car, and control switches (12a, 12b) activated by the movement of the trigger element and operatively connected at least to the elevator control system and to the elevator safety system.
A mobile robot comprising a leg assembly having a leg and having a torso portion, the leg comprising an upper leg segment and a lower leg segment connected to each other by a center joint, the upper leg segment and the lower leg segment being extendable toward each other by an extension drive via the center joint, wherein the upper leg segment is mounted in a torso joint on the torso portion and can be swung in a running direction relative to the torso portion by means of a leg swing drive (08, 09, 11), wherein the torso joint can be displaced relative to the torso portion by means of a leg retraction drive (12, 14, 16), wherein the upper leg segment can be shortened relative to the torso joint by means of a spring-damper unit, and wherein the leg has a foot extending in a plane on the lower leg segment; wherein the mobile robot comprises at least two of the leg assemblies, and wherein the legs of the leg assemblies jointly support a central body (01, 41) comprising the torso portions of the leg assemblies.
A hand held adjustable device comprising: - a grip provided with an end portion; - a plurality of needles which extend axially from the end portion and are made of electrically conducting material, - means for adjusting the depth of introduction of the needles in a tissue are provided, comprising a cup-shaped body borne by said end portion of the grip and provided with an end wall provided with holes for the passage of said needles; a system for adjusting the relative position between said cup-shaped body and the end portion adapted to provide an axial sliding of the cup-shaped body with respect to the end portion and adjust the length of the portion of the needles that projects from said end wall, said means for adjusting the relative position are configured to allow for a plurality of stable axial positions between said cup-shaped body and said end portion; the device being characterized in that said means for adjusting the relative position comprise a groove which extends axially along a side wall of said cup-shaped body and a stop element that extends radially from said end portion of the grip and engages said groove; said groove communicating with a plurality of transversal seats spaced along the groove itself and used for housing said stop element and for defining respective stable axial positions. - a grip provided with an end portion; - a plurality of needles which extend axially from the end portion and are made of electrically conducting material, - means for adjusting the depth of introduction of the needles in a tissue are provided, comprising a cup-shaped body borne by said end portion of the grip and provided with an end wall provided with holes for the passage of said needles;
A beverage composition comprising: a collagen peptide having an average molecular weight of from 1,000 to 3,000; and a reducing sugar, the beverage composition having a concentration of the collagen peptide of from 2,000 mg/10 mL to 4,000 mg/10 mL, a concentration of potassium of 3 mg/10 mL or less, and a concentration of magnesium of 0.1 mg/10 mL or less, and a content of the reducing sugar being from 0.5 parts by mass to 3 parts by mass with respect to 100 parts by mass of the collagen peptide. a collagen peptide having an average molecular weight of from 1,000 to 3,000; and a reducing sugar, the beverage composition having a concentration of the collagen peptide of from 2,000 mg/10 mL to 4,000 mg/10 mL, a concentration of potassium of 3 mg/10 mL or less, and a concentration of magnesium of 0.1 mg/10 mL or less, and a content of the reducing sugar being from 0.5 parts by mass to 3 parts by mass with respect to 100 parts by mass of the collagen peptide.
A computer-implemented method for transforming a seismic data volume acquired in a seismic survey to a corresponding data volume which, when visually displayed, shows a representation of subterranean reflector surfaces that gave rise to the data by reflecting seismic waves, said method comprising: (a) picking seismic reflections from the seismic data volume, and creating initial surfaces from the picks; (b) breaking surfaces into smaller parts, defining patches, that are topologically consistent, wherein topologically consistent comprises verifying that surfaces satisfy at least one of (i) no self overlaps; (ii) local consistency; and (iii) global consistency, said breaking surfaces into patches comprises shrinking initial surfaces to lines, removing joints in the lines to form more individual lines, shrinking individual lines to single-voxel points, defining characteristic points, and propagating the characteristic points along the initial surfaces by adding neighboring voxels to form patches of voxels; (c) merging neighboring patches in a topologically consistent way, thus extracting topologically consistent reflection-based surfaces from the seismic data volume; and (d) displaying the extracted surfaces for visual inspection or interpretation, or saving their digital representations to computer memory or data storage. (a) picking seismic reflections from the seismic data volume, and creating initial surfaces from the picks; (b) breaking surfaces into smaller parts, defining patches, that are topologically consistent, wherein topologically consistent comprises verifying that surfaces satisfy at least one of (i) no self overlaps; (ii) local consistency; and (iii) global consistency, said breaking surfaces into patches comprises shrinking initial surfaces to lines, removing joints in the lines to form more individual lines, shrinking individual lines to single-voxel points, defining characteristic points, and propagating the characteristic points along the initial surfaces by adding neighboring voxels to form patches of voxels; (c) merging neighboring patches in a topologically consistent way, thus extracting topologically consistent reflection-based surfaces from the seismic data volume; and (d) displaying the extracted surfaces for visual inspection or interpretation, or saving their digital representations to computer memory or data storage.
A cartridge for a liquid fire extinguisher having a housing, an overpressure cartridge and a riser pipe, characterized in that the cartridge has two clamps for a releasable fastening of the cartridge to the riser pipe that are molded in one piece to the cartridge, with each clamp comprising a nose, by which it is connected to the housing, and two tabs that face away from the housing and that form a contour in the form of a circular section at its mutually facing sides, said circular section extending over more than 180° so that the clamps form clips by which the cartridge can be clamped to the riser pipe.
A moisture sensor comprising: a primary battery, the primary battery comprising: a positive electrode and a negative electrode; and a separator that is disposed between the positive electrode and the negative electrode, contains an electrolyte, and sucks up water by a capillary phenomenon with an exposed portion of the separator exposed from a battery casing (7a, 7b); the moisture sensor further comprising a sensor that detects conduction between the positive electrode and the negative electrode as presence of water, the conduction being caused by the separator sucking up the water, wherein the separator includes a separator containing no electrolyte, a separator containing an electrolyte, and a separator containing no electrolyte stacked in order. a positive electrode and a negative electrode; and a separator that is disposed between the positive electrode and the negative electrode, contains an electrolyte, and sucks up water by a capillary phenomenon with an exposed portion of the separator exposed from a battery casing (7a, 7b); the moisture sensor further comprising a sensor that detects conduction between the positive electrode and the negative electrode as presence of water, the conduction being caused by the separator sucking up the water, wherein the separator includes a separator containing no electrolyte, a separator containing an electrolyte, and a separator containing no electrolyte stacked in order.