mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus comprising: a first camera including a first angle of view; a second camera including a second angle of view; a display; an input device configured to obtain a set zoom ratio based on a user input; and at least one processor configured to: set the first camera to a specified first frame rate, set the second camera to a second frame rate, which is slower than the first frame rate; wherein, if the zoom ratio is less than a critical ratio, the at least one processor is configured to: set the first camera as a camera which provides a preview image, and display a first image, which is the preview image obtained at the first frame rate by using the first camera, through the display, and wherein, if the zoom ratio is not less than the critical ratio, the at least one processor is configured to: set the second camera to a specified third frame rate, set the first camera to a fourth frame rate, which is slower than the third frame rate, set the second camera as the camera which provides the preview image, and display a second image, which is the preview image obtained at the third frame rate by using the second camera, through the display. a first camera including a first angle of view; a second camera including a second angle of view; a display; an input device configured to obtain a set zoom ratio based on a user input; and at least one processor configured to: set the first camera to a specified first frame rate, set the second camera to a second frame rate, which is slower than the first frame rate; set the first camera to a specified first frame rate, set the second camera to a second frame rate, which is slower than the first frame rate; wherein, if the zoom ratio is less than a critical ratio, the at least one processor is configured to: set the first camera as a camera which provides a preview image, and display a first image, which is the preview image obtained at the first frame rate by using the first camera, through the display, and set the first camera as a camera which provides a preview image, and display a first image, which is the preview image obtained at the first frame rate by using the first camera, through the display, and wherein, if the zoom ratio is not less than the critical ratio, the at least one processor is configured to: set the second camera to a specified third frame rate, set the first camera to a fourth frame rate, which is slower than the third frame rate, set the second camera as the camera which provides the preview image, and display a second image, which is the preview image obtained at the third frame rate by using the second camera, through the display. set the second camera to a specified third frame rate, set the first camera to a fourth frame rate, which is slower than the third frame rate, set the second camera as the camera which provides the preview image, and display a second image, which is the preview image obtained at the third frame rate by using the second camera, through the display.
A method for reducing the natural vibrations of a component, characterised in that a vibration behavior of the component is determined and an attenuation element which is formed as a multilayered adhesive element having a support layer (1.1) and a self-adhesive damping mass (1.2) is mounted in a spot-like manner with positional accuracy to each of the positions thereby determined where vibration amplitudes exceeding a preset threshold value occur.
Fire extinguishing installation for a housing, preferably an electronics housing, comprising an extinguishing agent container which stores the extinguishing agent, an extinguishing agent discharge device and an actuation device, wherein the extinguishing agent container is constructed with a flat construction with a height of a maximum of 45 mm and receiving possibilities are provided on the container for the electronic and/or mechanical means which are required for the shrinkage monitoring and/or filling level indicator, actuator and/or extinguishing agent dispenser, characterised in that a sensor with a monitoring and evaluation device is arranged for the shrinkage monitoring on the extinguishing agent container.
An ankle brace for a high ankle sprain, comprising: a body configured in size and shape to be worn on an ankle, the body including a fool portion and a lower leg portion; a first tightening mechanism attached to the lower leg portion of the body, the first tightening mechanism actuable to tighten the lower leg portion of the body around the lower leg at a position above a medial malleolus of a wearer to limit spreading of a tibia and fibula of the wearer; and a torsion strap having a distal end and a proximal end, the distal end connected to a lateral side of the foot portion of the body, the torsion strap configured to wrap around the back of the body lower leg portion from the distal end over or adjacent to the medial malleolus, the proximal end configured to be secured to the side of the lower leg portion with the torsion strap wrapped around the back of the lower leg portion, wherein the torsion strap is configured to limit external rotation of the foot. a body configured in size and shape to be worn on an ankle, the body including a fool portion and a lower leg portion; a first tightening mechanism attached to the lower leg portion of the body, the first tightening mechanism actuable to tighten the lower leg portion of the body around the lower leg at a position above a medial malleolus of a wearer to limit spreading of a tibia and fibula of the wearer; and a torsion strap having a distal end and a proximal end, the distal end connected to a lateral side of the foot portion of the body, the torsion strap configured to wrap around the back of the body lower leg portion from the distal end over or adjacent to the medial malleolus, the proximal end configured to be secured to the side of the lower leg portion with the torsion strap wrapped around the back of the lower leg portion, wherein the torsion strap is configured to limit external rotation of the foot.
A light emitting device comprising a PCB having a surface with an electrically conducting circuit layer, a LED package surface mounted on said PCB forming an electrical connection to said circuit layer, and a heat sink element surface mounted on said PCB separately from said LED package, said heat sink element having a body (2, 21, 22, 31) of a heat conductive material surrounding said LED package, said body (2, 21, 22, 31) being thermally connected to said circuit layer, and being adapted to provide heat dissipation from said circuit layer to a surrounding environment, wherein a surface of said heat sink element facing said LED package is adapted to form part of a beam shaping optics for shaping light emitted from said LED package, characterized in that the heat sink element further comprises electrical components being electrically connected to said circuit layer by means of the surface mount of said heat sink element on said PCB.
A magnetic field sensor, comprising: a magnetic field sensing element (208; 210) configured to generate a magnetic field signal in response to a magnetic field; a primary circuit path coupled to receive and to process the magnetic field signal, the primary circuit path comprising a circuit parameter; a clock frequency generator configured to generate a redistribution clock signal with a first redistribution clock frequency during a first time period and with a second different redistribution clock frequency during a second time period; a feedback circuit path coupled at both ends to the primary circuit path and forming a feedback loop, wherein the feedback circuit path comprises: a switched capacitor circuit coupled to receive the redistribution clock signal, the switched capacitor circuit forming an integrator, the switched capacitor circuit comprising a selectable unity gain frequency having a first unity gain frequency related to the first redistribution clock frequency during the first time period and having a second unity gain frequency related to the second redistribution clock frequency during the second time period, wherein the feedback circuit path is configured to generate an output signal coupled to calibrate the circuit parameter with first and second rates related to the first and second unity gain frequencies. a magnetic field sensing element (208; 210) configured to generate a magnetic field signal in response to a magnetic field; a primary circuit path coupled to receive and to process the magnetic field signal, the primary circuit path comprising a circuit parameter; a clock frequency generator configured to generate a redistribution clock signal with a first redistribution clock frequency during a first time period and with a second different redistribution clock frequency during a second time period; a feedback circuit path coupled at both ends to the primary circuit path and forming a feedback loop, wherein the feedback circuit path comprises: a switched capacitor circuit coupled to receive the redistribution clock signal, the switched capacitor circuit forming an integrator, the switched capacitor circuit comprising a selectable unity gain frequency having a first unity gain frequency related to the first redistribution clock frequency during the first time period and having a second unity gain frequency related to the second redistribution clock frequency during the second time period, wherein the feedback circuit path is configured to generate an output signal coupled to calibrate the circuit parameter with first and second rates related to the first and second unity gain frequencies.
A radiation-sensitive resin composition comprising a polymer, a photoacid generator, and an acid diffusion controller, the polymer including a repeating unit (a-1) shown by the following general formula (a-1) or (a-1f), and the acid diffusion controller including at least one base selected from (C-1) a base shown by the following general formula (C-1) and (C-2) a photodegradable base, wherein R 1 individually represent a hydrogen atom, a methyl group, or a trifluoromethyl group, R represents a monovalent group shown by the above general formula (a'), R 19 individually represent a hydrogen atom or a chain-like hydrocarbon group having 1 to 5 carbon atoms, A represents a single bond, a divalent chain-like hydrocarbon group having 1 to 30 carbon atoms, a divalent alicyclic hydrocarbon group having 3 to 30 carbon atoms, or a divalent aromatic hydrocarbon group having 6 to 30 carbon atoms, and m and n are integers from 0 to 3 and m + n is 1 to 3, provided that the cyclic carbonate shown by the general formula (a') may be bonded to A via a second bond in addition to a first bond shown by the general formula (a-1), and may form a ring structure including the first bond and the second bond, wherein R 2 and R 3 individually represent a hydrogen atom, a monovalent chain-like hydrocarbon group having 1 to 20 carbon atoms, a monovalent alicyclic hydrocarbon group having 3 to 20 carbon atoms, or a monovalent aromatic hydrocarbon group having 6 to 20 carbon atoms, provided that the two R 2 may bond to form a ring structure, and wherein the polymer includes a repeating unit (a-2) including a lactone structure in addition to the repeating unit (a-1).
A method of impinging a heated first fluid onto a first surface of a first moving substrate, and locally removing at least a portion of the impinged heated first fluid, and bonding the first surface of the first moving substrate to a first surface of a second moving substrate, the method comprising: providing at least one first fluid delivery outlet and at least one first fluid capture inlet that is locally positioned relative to the first fluid delivery outlet; passing the first moving substrate by the first fluid delivery outlet and impinging a heated first fluid from the first fluid delivery outlet onto the first surface of the first moving substrate so that the first surface of the first substrate is a heated surface; locally capturing at least 60 % of the volumetric flow of impinged first fluid by way of the at least one first fluid capture inlet and removing the locally captured first fluid through at least one first fluid removal channel that is fluidly connected to the first fluid capture inlet; contacting a first surface of a second moving substrate with a second fluid that is at least 100 degrees C lower in temperature than the temperature of the heated first fluid; and, contacting the heated first surface of the first substrate with the first surface of the second substrate so that the first surface of the first substrate and the first surface of the second substrate melt-bond to each other. providing at least one first fluid delivery outlet and at least one first fluid capture inlet that is locally positioned relative to the first fluid delivery outlet; passing the first moving substrate by the first fluid delivery outlet and impinging a heated first fluid from the first fluid delivery outlet onto the first surface of the first moving substrate so that the first surface of the first substrate is a heated surface; locally capturing at least 60 % of the volumetric flow of impinged first fluid by way of the at least one first fluid capture inlet and removing the locally captured first fluid through at least one first fluid removal channel that is fluidly connected to the first fluid capture inlet; contacting a first surface of a second moving substrate with a second fluid that is at least 100 degrees C lower in temperature than the temperature of the heated first fluid; and, contacting the heated first surface of the first substrate with the first surface of the second substrate so that the first surface of the first substrate and the first surface of the second substrate melt-bond to each other.
Device for edge-folding a protruding decorative layer on a workpiece, having - a holder for receiving and holding the workpiece, - several edge-folding dies for folding over the protruding decorative layer and placing it against the workpiece, wherein the edge-folding dies are adjustable by positioning cylinders between a retracted position and an edge-folding position, and - a control means, by which at least the positioning cylinders can be actuated, characterized in that - the control means is designed to determine an error-free actuation of the positioning cylinders, - a marking means is provided for applying a mark onto the workpiece, and - to apply a mark the marking means can be actuated by the control means when an error-free actuation of the positioning cylinders during edge-folding has been determined. - a holder for receiving and holding the workpiece, - several edge-folding dies for folding over the protruding decorative layer and placing it against the workpiece, wherein the edge-folding dies are adjustable by positioning cylinders between a retracted position and an edge-folding position, and - a control means, by which at least the positioning cylinders can be actuated, - the control means is designed to determine an error-free actuation of the positioning cylinders, - a marking means is provided for applying a mark onto the workpiece, and - to apply a mark the marking means can be actuated by the control means when an error-free actuation of the positioning cylinders during edge-folding has been determined.
Catalyst having a substrate comprising at least 50% by mass olivine based on total mass of said substrate and on the surface of which is deposited a layer containing an iron compound obtained by impregnating the olivine substrate with a solution comprising an iron salt, followed by heat treatment of the impregnated substrate, at a temperature of between 400 and 1,400° C, preferably between 600 and 1,400°C, and wherein the iron content deposited on the substrate, expressed by mass relative to the total mass of the catalyst is at least 5% Fe.
A circuit (100, 300, 400, 900) having an input arranged to be connected to a direct current, DC, power source and an output arranged to be connected to a load circuit, the load circuit including an electric load and a switch with a mechanical contact in series with the load, wherein the circuit comprises a contact opening detector characterized by the opening detector arranged to detect a rising edge in a voltage of the DC power source at the input which indicates an opening event of the switch contact; and a damping component arranged to be triggered by the contact opening detector when detecting a contact opening event, the triggered damping component causing a momentary lowering of a voltage of the circuit output and thereby of the load circuit input, such that the momentary lowering of the load circuit input voltage prevents the sustaining of an electric arc across the opened switch contact.
A snowplow blade comprising a mounting frame to a self-propelled advancement unit of the blade itself above a surface to be cleared, an upper elongated rolling element carried by said frame and an elongate lower knife constituting a downwards extension of the upper rolling element and having a free sliding lower edge, in use, in contact with said surface to be cleared; the lower knife comprising at least two elongated plate portions independent of one another and aligned in a direction transverse to the advancement direction of the blade; and, for each of said elongated plate portion, at least a respective guide and slide assembly adapted to allow at least a translation of the respective said elongated plate portion to and from said rolling element with respect to the other of said elongated plate portions and elastic thrust means interposed between each of said elongated plate portion and the rolling element to space the elongated plate portion from the rolling element, characterized by comprising, in addition, for each of said elongated plate portion, at least one respective hinge adapted to allow, in use, a rotation of the respective said elongated plate portion with respect to the other of said elongated plate portions about an axis of instantaneous rotation substantially orthogonal to the respective said elongated plate portion.
A non-aqueous lithium ion secondary battery comprising a positive electrode, a negative electrode, a separator, and an electrolyte solution, wherein at least one of the positive electrode, the negative electrode, and the separator includes a porous membrane, the porous membrane contains non-conductive particles and a polymer that has a nitrile group and includes an alkylene structural unit, the electrolyte solution contains a non-aqueous solvent and a lithium salt, a propionic acid compound constitutes at least 50 volume% and not more than 90 volume% of the non-aqueous solvent, and the non-aqueous solvent is composed only of the propionic acid compound and a carbonate. at least one of the positive electrode, the negative electrode, and the separator includes a porous membrane, the porous membrane contains non-conductive particles and a polymer that has a nitrile group and includes an alkylene structural unit, the electrolyte solution contains a non-aqueous solvent and a lithium salt, a propionic acid compound constitutes at least 50 volume% and not more than 90 volume% of the non-aqueous solvent, and the non-aqueous solvent is composed only of the propionic acid compound and a carbonate.
An ophthalmic device comprising an anti-allergic agent, wherein the ophthalmic device is prepared from a formulation comprising etafilcon A, the anti-allergic agent is selected from the group consisting of ketotifen, its pharmaceutically acceptable salts and mixtures thereof, and, characterised in that the device comprises the minimum effective amount of the anti-allergic agent, wherein the minimum effective amount of said anti-allergic agent is 8 μg to 90μg.
A photoacoustic apparatus comprising: a light irradiation unit that irradiates an object with light; an acoustic wave receiving unit that receives an acoustic wave generated by irradiating the object with light emitted from the light irradiation unit and that outputs an electric signal; a control unit that controls the light irradiation unit; and a processing unit that processes the electric signal, wherein the control unit controls the light irradiation unit so that a density of a distribution of emission positions in a plurality of times of light emission by the light irradiation unit is higher in an inner part of the distribution of the emission positions than in an outer part of the distribution, wherein the acoustic wave receiving unit outputs a plurality of electric signals corresponding to the plurality of times of light emission by receiving acoustic waves generated by the plurality of times of light emission, and wherein the processing unit acquires image data on the basis of the plurality of electric signals. a light irradiation unit that irradiates an object with light; an acoustic wave receiving unit that receives an acoustic wave generated by irradiating the object with light emitted from the light irradiation unit and that outputs an electric signal; a control unit that controls the light irradiation unit; and a processing unit that processes the electric signal, wherein the control unit controls the light irradiation unit so that a density of a distribution of emission positions in a plurality of times of light emission by the light irradiation unit is higher in an inner part of the distribution of the emission positions than in an outer part of the distribution,
Switch for forming a solid and durable electrically conductive link between two electrically conductive electrodes, characterized in that it comprises: - first and second electrically conductive electrodes (11, 12); - an electrically conductive element; - an electrically insulating medium separating the first and second electrodes and separating the electrically conductive element from the second electrode; - a pyrotechnic element including an explosive, the explosion of this explosive causing the electrically conductive element to heat up and be driven into contact with a contact surface of the second electrode, so as to weld the conductive element with the second electrode by brief welding between their materials at the interface between these materials so as to form a solid and durable electrically conductive link between the first and second electrodes. - first and second electrically conductive electrodes (11, 12); - an electrically conductive element; - an electrically insulating medium separating the first and second electrodes and separating the electrically conductive element from the second electrode; - a pyrotechnic element including an explosive, the explosion of this explosive causing the electrically conductive element to heat up and be driven into contact with a contact surface of the second electrode, so as to weld the conductive element with the second electrode by brief welding between their materials at the interface between these materials so as to form a solid and durable electrically conductive link between the first and second electrodes.