mhurhangee/ep-ind-claims huggingface dataset:
A rock processing machine, which comprises as machine components: - a material feeding apparatus having a material buffer for loading starting material to be processed, - at least one working apparatus (14, 16, 18) of the following: + at least one crushing apparatus and + at least one screening apparatus (16, 18), - at least one conveyor apparatus (26, 32, 36, 42) for conveying material between two machine components, - an output apparatus for outputting information, wherein a data processing apparatus having a data memory (62, 107) connected to the data processing apparatus in data-transmitting fashion is associated with the rock processing machine, wherein the output apparatus is connected to the data processing apparatus in data-transmitting fashion, wherein the data processing apparatus is designed to ascertain, from data retrievable from the data memory (62, 107) which are based on at least one data collection basis, wear information regarding the wear of a working tool configuration (72, 74, 75a) of the at least one working apparatus (14, 16, 18) and to output the wear information by way of the output apparatus (66, 108), characterized in that the data processing apparatus is furthermore designed to ascertain for the ascertained wear information, starting from at least one data collection basis, on which at least a portion of the data used for ascertaining the wear information is based, quality information regarding a quality of the wear information and to output this quality information by way of the output apparatus (66, 108). - a material feeding apparatus having a material buffer for loading starting material to be processed, - at least one working apparatus (14, 16, 18) of the following: + at least one crushing apparatus and + at least one screening apparatus (16, 18), + at least one crushing apparatus and + at least one screening apparatus (16, 18), - at least one conveyor apparatus (26, 32, 36, 42) for conveying material between two machine components, - an output apparatus for outputting information, wherein a data processing apparatus having a data memory (62, 107) connected to the data processing apparatus in data-transmitting fashion is associated with the rock processing machine, wherein the output apparatus is connected to the data processing apparatus in data-transmitting fashion, wherein the data processing apparatus is designed to ascertain, from data retrievable from the data memory (62, 107) which are based on at least one data collection basis, wear information regarding the wear of a working tool configuration (72, 74, 75a) of the at least one working apparatus (14, 16, 18) and to output the wear information by way of the output apparatus (66, 108), characterized in that the data processing apparatus is furthermore designed to ascertain for the ascertained wear information, starting from at least one data collection basis, on which at least a portion of the data used for ascertaining the wear information is based, quality information regarding a quality of the wear information and to output this quality information by way of the output apparatus (66, 108).
Piece of seating furniture having a seat and a carrying frame retaining the seat, the seat having a seat surface with a median centre line, wherein the seat surface is of convex design, wherein the centre line constitutes the apex line of the convex curvature, and wherein the apex line constitutes the seat depth of the seat surface, characterized in that the seat surface has such a seat width as to form in the lower region, on both sides, lateral bearing surfaces to provide at least partial support for the thighs of a person sitting on the seat, and in that the two lateral bearing surfaces of the seat surface each have a downwardly open recess, the recesses being spaced apart from the front and rear terminations of the seat surface.
An emergency information delivering method for delivering emergency information to a mobile terminal using broadcast communication, comprising the steps of: notifying, to the mobile terminal, generation of emergency information to be received, by use of a paging signal used to activate a broadcast communication function of the mobile terminal, wherein the paging signal contains an overview of the emergency information and a terminal operation identifier specifying an operation for notifying warnings to a user according to the paging signal; notifying, from the mobile terminal to a user, the generation of the emergency information in response to the notification by the paging signal by performing an operation for notifying warnings to the user according to the paging signal and an operation for displaying the overview of the emergency information; transmitting, to the mobile terminal, detailed information of the emergency information as a broadcast communication message after the operation for notifying warnings according to the paging signal and the operation for displaying the emergency information are performed; and displaying, at the mobile terminal, the detailed information, after the broadcast communication function is activated by the paging signal, the detailed information being received as the broadcast communication message. notifying, to the mobile terminal, generation of emergency information to be received, by use of a paging signal used to activate a broadcast communication function of the mobile terminal, wherein the paging signal contains an overview of the emergency information and a terminal operation identifier specifying an operation for notifying warnings to a user according to the paging signal; notifying, from the mobile terminal to a user, the generation of the emergency information in response to the notification by the paging signal by performing an operation for notifying warnings to the user according to the paging signal and an operation for displaying the overview of the emergency information; transmitting, to the mobile terminal, detailed information of the emergency information as a broadcast communication message after the operation for notifying warnings according to the paging signal and the operation for displaying the emergency information are performed; and displaying, at the mobile terminal, the detailed information, after the broadcast communication function is activated by the paging signal, the detailed information being received as the broadcast communication message.
An imaging apparatus, comprising: an imaging apparatus main body; a lens barrel attached to the imaging apparatus main body and having an imaging optical system; an imaging element provided to the imaging apparatus main body, the imaging element being arranged to be opposed to the imaging optical system; a coil supplied with an alternating current; and a ferromagnetic member, which is formed of a ferromagnetic material into one of a plate shape and a film shape, and arranged between the coil and the imaging element so that a part of a flat surface perpendicular to a thickness direction is opposed to the coil, wherein the ferromagnetic member has a thickness that is less than a skin depth d, which is determined by: d = √ 1 / π ⋅ f ⋅ σ ⋅ μ where f is a drive frequency of the coil, μ is magnetic permeability of the ferromagnetic material, and σ is an electric conductivity of the ferromagnetic material. an imaging apparatus main body; a lens barrel attached to the imaging apparatus main body and having an imaging optical system; an imaging element provided to the imaging apparatus main body, the imaging element being arranged to be opposed to the imaging optical system; a coil supplied with an alternating current; and a ferromagnetic member, which is formed of a ferromagnetic material into one of a plate shape and a film shape, and arranged between the coil and the imaging element so that a part of a flat surface perpendicular to a thickness direction is opposed to the coil, wherein the ferromagnetic member has a thickness that is less than a skin depth d, which is determined by: d = √ 1 / π ⋅ f ⋅ σ ⋅ μ where f is a drive frequency of the coil, μ is magnetic permeability of the ferromagnetic material, and σ is an electric conductivity of the ferromagnetic material.
A method of making a man-made vitreous fibre product comprising a core layer between adjacent layers and comprising fiberising a mineral melt using a spinner comprising one or more fiberising rotors (1, 2, 3, 4) which rotate about a substantially horizontal axis, and entraining the fibres in air travelling substantially horizontally as a cloud of fibres, collecting the fibres from the cloud as a web on a permeable collector which travels continuously along a path comprising, in sequence, an initial collecting zone, an intermediate collecting zone and a final collecting zone whereby the fibres of the core layer are collected on the collector in the intermediate collecting zone and the fibres of the adjacent layers are collected on the collector in the initial and final collecting zones (A, C), and forming the MMV fibre product from the web, characterised in that the core layer comprises MMV fibres mixed with dense particulate additive and the adjacent layers are substantially free of the dense particulate additive and wherein the dense particulate additive is directed downwardly through the cloud of fibres as a region of downwardly directed particles which extends, at the surface of the web, across the width of the web and in the length direction substantially only in the intermediate collecting zone.
A fixing system for vices comprising: a base; said base having a first runner (15, 16); a fixed jaw fixed to an end of said base; a mobile jaw sliding along said runner (15, 16); a piece locker to be fixed between said fixed jaw and said mobile jaw; said piece locker comprising a plurality of holes (28, 29, 30, 31, 32) to fix a piece to be processed onto it; characterised by said plurality of holes (28. 29, 30, 31, 32) being arranged in a substantially random manner; said plurality of holes (28, 29, 31, 32) comprising at least two holes (28, 29, 31, 32) having a first diameter and at least two holes (28, 29, 31, 32) having a second diameter different to said first diameter; and by the piece locker comprising two lower blocks (40, 41), which have the function of cooperating with the runner of the vice.
Method of cork stabilization using a greenhouse comprising a command-and-control unit for fan operation and the means of air intake, comprising multiple temperature measuring sensors and multiple humidity measuring sensors arranged in the greenhouse and at least a solar panel for photovoltaic energy production, storage and supply to the system, connected to controllers limiting excess photovoltaic energy wherein it comprises the following steps: a) placing the cork planks with an initial dry basis moisture content between 25% and 50% inside a greenhouse; b) raising the temperature inside the greenhouse via greenhouse effect to between 50°C and 70°C; c) recirculating air by extraction of humid air using a fan and introduction of air from the outside through a means of air intake; d) stabilizing the cork inside the greenhouse for a period of 2 to 5 months until the cork reaches a dry basis moisture content of between 4% and 9%. a) placing the cork planks with an initial dry basis moisture content between 25% and 50% inside a greenhouse; b) raising the temperature inside the greenhouse via greenhouse effect to between 50°C and 70°C; c) recirculating air by extraction of humid air using a fan and introduction of air from the outside through a means of air intake; d) stabilizing the cork inside the greenhouse for a period of 2 to 5 months until the cork reaches a dry basis moisture content of between 4% and 9%.
A system comprising: a cable (100; 200; 300) comprising: a core capable of transporting at least one useful electric signal; a sheath surrounding said core; at least one conductive wear detection strand (105; 205; 305) embedded in the sheath and substantially extending along the entire length of the cable; and at least one reference conductive element which is not connected to said at least one wear detection strand and substantially extends along the entire cable length; and a control unit capable of measuring the capacitance or the resistance formed between the wear detection strand (105; 205; 305) and the reference conductive element. a cable (100; 200; 300) comprising: a core capable of transporting at least one useful electric signal; a sheath surrounding said core; at least one conductive wear detection strand (105; 205; 305) embedded in the sheath and substantially extending along the entire length of the cable; and at least one reference conductive element which is not connected to said at least one wear detection strand and substantially extends along the entire cable length; and a control unit capable of measuring the capacitance or the resistance formed between the wear detection strand (105; 205; 305) and the reference conductive element.
Method for detecting presence of a modulated signal on a medium, the method being such that it acquires, for a predetermined period of time, at least one sample (Si) of a signal present on this medium and determines that a modulated signal is present on the medium if the number of samples (Si), whose values (V(Si)) differ from the average value of this signal by a predetermined value ( δ 1,δ 2,δ), is greater than a predetermined threshold (Th), and for determining that no modulated signal is present on the medium in the opposite case, in which the value of a sample acquired is considered as differing from the average value of the signal when this value is either greater than a first threshold, or less than a second threshold, the first threshold is defined by adding a predetermined value ( δ 1, δ) to the average value of the signal received, whereas the second threshold is defined by subtracting this predetermined value ( δ 2, δ) from the average value.
Movement and/or presence sensor device comprising a housing, a sensor outlet surface, a sensor signal converter located in the housing for transmitting and receiving sensor signals for movement and/or presence detection in a detection area formed in front of the sensor outlet surface, logic means having signal transferring connection to the sensor signal converter for evaluation and processing of an output signal of the sensor signal converter, electrical communication means, which are so connected to the logic means for signal transference so that data are interchangeable with a communication partner and/or a control unit, together with operating voltage supply means for providing a supply voltage, wherein a plug section is provided on the housing for plugging in a household and/or industrial plug socket for supplying the operating voltage supply means with a line voltage, maintaining the movement and/or presence sensor device, wherein die sensor outlet surface is oriented for passage of the sensor signals in a plugged-in operating state to the detection area, characterised in that a subassembly of the housing defining the sensor outlet surface is configured so that the detection area in the plugged-in operating state of the sensor outlet surface includes an azimuth angle of 160 degrees and the elevation angle extending vertically is unsymmetrical in relation to the horizontal plane and is smaller than 160 degrees.
Motorcycle assembly having a motorcycle trim component, comprising a line duct which is designed for receiving and holding a hose and which is formed integrally with the trim component, wherein the line duct comprises at least one holding clamp which is mounted on the rest of the trim component by means of a film hinge and which has a substantially L-shaped profile and which is movable into a holding position in order to secure the hose, wherein a hose is accommodated in the line duct, at least one further vehicle component which is adjacent to the trim component is provided, and wherein the hose is arranged in a channel of the motorcycle trim component, and the holding clamp is supported on the adjacent component by means of a transverse web of the L-profile in a mounted position of the trim component and is thereby held in a holding position.
Base station apparatus, operating as part of an access network of a telecommunications network, in particular a mobile communications network, wherein said base station apparatus has a housing, having a radio interface unit and a core network interface unit within the housing, wherein the base station apparatus has a network cable section between the radio interface unit on one side and the core network interface unit on the other side, wherein the radio interface unit is realised by means of a first integrated circuit, and the core network interface unit is realised by means of a second integrated circuit, wherein between the first integrated circuit and the second integrated circuit a transfer of data in plain text occurs, characterised that, the base station apparatus has a measuring device, wherein the measuring device is operatively connected to the network cable section, such that detection of at least one parameter of the network cable section is made by the measuring device, wherein the parameter is a parameter from the following group of parameters: - the input impedance of the network cable section, - the insulation value of the network cable section, - the capacity of the network cable section, and - the inductance of the network cable section, wherein the base station apparatus is so configured that in the event of detection by the measuring device of a change of at least one parameter to a value above a predefined threshold value, an indicator signal is generated, and the indicator signal is transferred to the radio interface unit and/or the core network interface unit, wherein variation of at least one parameter above the predefined threshold value is interpreted as an attack on the network cable section, wherein the attack is realised by an electrical and/or capacitative and/or inductive tap into the network cable section. - the input impedance of the network cable section, - the insulation value of the network cable section, - the capacity of the network cable section, and - the inductance of the network cable section,
A control method for a crane in which a telescopic boom capable of luffing, extending and retracting is disposed on a swivel base, a hook is suspended by a wire rope from a leading end of the telescopic boom or from a leading end of a jib disposed on the telescopic boom, a load is suspended on the hook by a plurality of sling wire ropes (100, 101), a tension of the wire rope is detected by a wire tension detector, and a movement direction of the hook is determined, characterised in that the movement direction of the hook is determined from an image captured in a vertically-downward direction by a camera provided on the leading end of the telescopic boom or the leading end of the jib, the control method comprising: a hook position adjustment control in which, before lift-off after slinging, a control device repeats a first process and a second process, the first process being a control to pull in the wire rope to a position where the wire rope is tensioned, the second process being a control to move the leading end of the telescopic boom in a same direction as a horizontal component of movement of the hook moved in the first process.
A dielectric ceramic composition being a fired body, and represented by a basic composition (BaTiO 3) (1-X) (BaZrO 3) X, wherein, in the formula, X satisfies 0.70 ≤ X ≤ 0.95, wherein the composition has an average crystal grain size of 3pm or less and further has a relative density of 97% or more.
A meat emulsion product comprising a body including protein and fat and having a plurality of linear fiber bundles or strands, affording the meat emulsion product a realistic meat appearance, wherein the protein comprises 29% to 31% by weight of the meat emulsion product, and the fat comprises 4% to 7% by weight of the meat emulsion product, wherein the meat emulsion product comprises 49% to 53% by weight moisture.
An apparatus for determination of a motion vector for a prediction block including a processing circuitry configured to: obtain an initial motion vector and a template for the prediction block; determine a refinement of the initial motion vector by template matching with said template in a search space, wherein - said search space is located on a position given by the initial motion vector, - said template matching: ∘ accesses integer sample positions within a predetermined window, the predetermined window including said search space and further integer sample positions accessible for the template matching, characterized in that said template matching further: ∘ replaces at least one integer sample position located out of the window by a replacement value which is based on at least one sample within said window, and ∘ uses the accessed integer sample position values as well as the replacement values to perform the template matching. obtain an initial motion vector and a template for the prediction block; determine a refinement of the initial motion vector by template matching with said template in a search space, wherein - said search space is located on a position given by the initial motion vector, - said template matching: ∘ accesses integer sample positions within a predetermined window, the predetermined window including said search space and further integer sample positions accessible for the template matching, - said search space is located on a position given by the initial motion vector, - said template matching: ∘ accesses integer sample positions within a predetermined window, the predetermined window including said search space and further integer sample positions accessible for the template matching, ∘ accesses integer sample positions within a predetermined window, the predetermined window including said search space and further integer sample positions accessible for the template matching, characterized in that said template matching further: ∘ replaces at least one integer sample position located out of the window by a replacement value which is based on at least one sample within said window, and ∘ uses the accessed integer sample position values as well as the replacement values to perform the template matching. ∘ replaces at least one integer sample position located out of the window by a replacement value which is based on at least one sample within said window, and ∘ uses the accessed integer sample position values as well as the replacement values to perform the template matching.