mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a metal member in a shape of a loop wherein the metal member is disposed in at least one area of the electronic device; and a substrate printed circuit board, PCB, arranged to supply power to a preset location of the metal member in order to use the metal member as an antenna radiator, wherein at least one location of the metal member that differs from the power-supplied location is grounded through the substrate, wherein the metal member comprises two grounded locations of which the electrical lengths from the power-supplied location are different from each other, and wherein the metal member is operable as an antenna radiator, which includes operating two different frequency bands by the pair of grounded locations. a metal member in a shape of a loop wherein the metal member is disposed in at least one area of the electronic device; and a substrate printed circuit board, PCB, arranged to supply power to a preset location of the metal member in order to use the metal member as an antenna radiator, wherein at least one location of the metal member that differs from the power-supplied location is grounded through the substrate, wherein the metal member comprises two grounded locations of which the electrical lengths from the power-supplied location are different from each other, and wherein the metal member is operable as an antenna radiator, which includes operating two different frequency bands by the pair of grounded locations.
A method of measuring an expression level of HER2 protein in vitro in a breast cancer sample to provide an information for determining HER2 scoring, the method comprising steps of: determining an amount of a specific HER2 peptide fragment prepared from the breast cancer sample digested with a protease; and as a normalization factor, determining an amount of the peptide VTFLPTGITFK (SEQ ID NO: 3) from JAM1; and normalizing the amount of the specific HER2 peptide with the normalization factor to provide a normalized amount of the HER2 peptide; wherein the specific HER2 peptide fragment is VLQGLPR (SEQ ID NO: 1) or FVVIQNEDLGPASPLDSTFYR (SEQ ID NO: 2); and wherein the amount of the peptide fragment is determined by a mass spectrometry. determining an amount of a specific HER2 peptide fragment prepared from the breast cancer sample digested with a protease; and as a normalization factor, determining an amount of the peptide VTFLPTGITFK (SEQ ID NO: 3) from JAM1; and normalizing the amount of the specific HER2 peptide with the normalization factor to provide a normalized amount of the HER2 peptide; wherein the specific HER2 peptide fragment is VLQGLPR (SEQ ID NO: 1) or FVVIQNEDLGPASPLDSTFYR (SEQ ID NO: 2); and wherein the amount of the peptide fragment is determined by a mass spectrometry.
Camera device for capturing images of the exterior of a motor vehicle, with a housing in which a camera unit is comprised, and a cover element, which is mounted movably between at least two positions (1, 2), namely: a closed position, in which the cover element closes an opening in the housing, through which an image capture for the camera unit is possible and an open position in which the cover element at least partially exposes the opening in the housing, wherein in the closed position of the cover element the camera unit is located behind the cover element inaccessible from the outside and in the open position of the cover element the image capture for the camera unit can be carried out through the opening, characterized in that, the cover element is mounted under load by at least one spring element, so that the cover element can be transferred at least partially from the open position into the closed position by a compressive force from the outside, and in that the camera unit is connected to the cover element in such a way that the camera unit can be moved from a receiving position (a) into a retracted position (b) by a compressive force from outside on the cover element in the open position against the action of a clamping force of the spring element. a closed position, in which the cover element closes an opening in the housing, through which an image capture for the camera unit is possible and an open position in which the cover element at least partially exposes the opening in the housing, wherein in the closed position of the cover element the camera unit is located behind the cover element inaccessible from the outside and in the open position of the cover element the image capture for the camera unit can be carried out through the opening, characterized in that, the cover element is mounted under load by at least one spring element, so that the cover element can be transferred at least partially from the open position into the closed position by a compressive force from the outside, and in that the camera unit is connected to the cover element in such a way that the camera unit can be moved from a receiving position (a) into a retracted position (b) by a compressive force from outside on the cover element in the open position against the action of a clamping force of the spring element.
A power module substrate comprising: a ceramic substrate; a circuit layer that is formed on one surface of the ceramic substrate; and a metal layer that is formed on the other surface of the ceramic substrate, wherein the metal layer includes: a first aluminum layer that is bonded to the other surface of the ceramic substrate, a first copper layer that is bonded to the first aluminum layer by solid-phase diffusion bonding, and a first intermetallic compound layer that is formed at a first bonding interface between the first aluminum layer and the first copper layer and that includes plural intermetallic compounds composed of Cu and Al, wherein the plural intermetallic compounds of the first intermetallic compound layer are formed in a layered state and are laminated along the first bonding interface, characterized in that the plural intermetallic compounds in the first intermetallic compound layer have a structure in which a θ phase, an η2 phase, and at least one phase selected from the group consisting of a ζ2 phase, a δ phase, and a γ2 phase are sequentially laminated from the first aluminum layer toward the first copper layer. a ceramic substrate; a circuit layer that is formed on one surface of the ceramic substrate; and a metal layer that is formed on the other surface of the ceramic substrate, wherein the metal layer includes: a first aluminum layer that is bonded to the other surface of the ceramic substrate, a first copper layer that is bonded to the first aluminum layer by solid-phase diffusion bonding, and a first intermetallic compound layer that is formed at a first bonding interface between the first aluminum layer and the first copper layer and that includes plural intermetallic compounds composed of Cu and Al, a first aluminum layer that is bonded to the other surface of the ceramic substrate, a first copper layer that is bonded to the first aluminum layer by solid-phase diffusion bonding, and a first intermetallic compound layer that is formed at a first bonding interface between the first aluminum layer and the first copper layer and that includes plural intermetallic compounds composed of Cu and Al, wherein the plural intermetallic compounds of the first intermetallic compound layer are formed in a layered state and are laminated along the first bonding interface, characterized in that the plural intermetallic compounds in the first intermetallic compound layer have a structure in which a θ phase, an η2 phase, and at least one phase selected from the group consisting of a ζ2 phase, a δ phase, and a γ2 phase are sequentially laminated from the first aluminum layer toward the first copper layer.
A device for machine-making a dunnage product from a single- or multi-ply paper web, comprising - a delivery conveyor for drawing the paper web into the device so that a conveying direction is defined; and - a cutter for separating the dunnage product from a three-dimensional strand of dunnage material formed from the paper web within the device, wherein the cutter comprises a rotary cutter; wherein a removal conveyor suitable for removing the separated dunnage product from the cutter follows up the cutter in the conveying direction, characterized in that the removal conveyor is suitable to communicate a removal velocity to a leading edge of the strand of dunnage material which is between 0,1 % and 20% larger than the delivery conveyor. - a delivery conveyor for drawing the paper web into the device so that a conveying direction is defined; and - a cutter for separating the dunnage product from a three-dimensional strand of dunnage material formed from the paper web within the device, wherein the cutter comprises a rotary cutter;
Household brush or body care brush having a handle and a bristle area, which is carried by said handle and has injected bristles, which are produced by an injection moulding process, have a circular cross section and protrude from a bristle carrier formed integrally therewith, wherein a plurality of injection moulded bristles are arranged in each case in a bristle bundle and the bristle bundles are arranged in relation to one another at a bundle spacing, wherein the bristle carrier is common to at least some of the bristle bundles, preferably to all of the bristle bundles, wherein the common bristle carrier and the handle are injection moulded onto one another and form at least a form fit, wherein the brush front side has the exit face of the bristle carrier from which the injected bristles exit, wherein the bristle material has a Shore D hardness of 30 to 80 and wherein the ratio of the bristle length to the diameter at the bristle end amounts to 20:1 to 125:1.
A method of allowing a client, which receives a remote user interface from a server, to restore state information of the remote user interface, the method comprises: receiving, by the client, the remote user interface from the server; the method being characterized in that it further comprises: obtaining, by the client, state information, which is generated when the remote user interface is used, by using an object which processes a predetermined request; and reflecting, by the client, the obtained state information in the received remote user interface, wherein the remote user interface is a web page based on a stateless protocol which does not allow the state information to be stored. receiving, by the client, the remote user interface from the server; the method being characterized in that it further comprises: obtaining, by the client, state information, which is generated when the remote user interface is used, by using an object which processes a predetermined request; and reflecting, by the client, the obtained state information in the received remote user interface, obtaining, by the client, state information, which is generated when the remote user interface is used, by using an object which processes a predetermined request; and reflecting, by the client, the obtained state information in the received remote user interface,
A self-ligating orthodontic bracket, comprising: a bracket body and a movable closure member, the bracket body includes a first flank, a second flank and an archwire slot therebetween, running through the bracket body, the archwire slot and the first flank co-forming a first side surface of the bracket body, and the archwire slot and the second flank co-forming a second side surface of the bracket body; wherein the movable closure member is engaged with the second flank and movable to open/close the archwire slot; an opening slope is disposed at an inward end of the first flank and adjacent to the archwire slot; the opening slope includes a slope top and a slope bottom, and slopes downwardly to the first side surface, characterized in that a sunken opening position is provided at an inward end of the first flank and adjacent to the archwire slot, wherein a bottom surface of the opening position is a planar surface at which is the opening slope configured; the slope top is connected to the bottom surface of the opening position; wherein the opening slope is a curved slope that includes a first side and a second side; wherein the slope top is an arc smoothly connected to the slope bottom along the first side and the second side; the opening slope is gradually narrowed down from the slope top to the slope bottom, and the slope bottom is an arc or a point. a bracket body and a movable closure member, the bracket body includes a first flank, a second flank and an archwire slot therebetween, running through the bracket body, the archwire slot and the first flank co-forming a first side surface of the bracket body, and the archwire slot and the second flank co-forming a second side surface of the bracket body; wherein the movable closure member is engaged with the second flank and movable to open/close the archwire slot; an opening slope is disposed at an inward end of the first flank and adjacent to the archwire slot; the opening slope includes a slope top and a slope bottom, and slopes downwardly to the first side surface, characterized in that a sunken opening position is provided at an inward end of the first flank and adjacent to the archwire slot, wherein a bottom surface of the opening position is a planar surface at which is the opening slope configured; the slope top is connected to the bottom surface of the opening position; wherein the opening slope is a curved slope that includes a first side and a second side; wherein the slope top is an arc smoothly connected to the slope bottom along the first side and the second side; the opening slope is gradually narrowed down from the slope top to the slope bottom, and the slope bottom is an arc or a point.
A base for supporting a generator, the base comprising: a support surface; a skirt depending downwardly from a periphery of the support surface; a recess formed integrally in the support surface and being defined by a base and at least one side wall (242, 243); and a lid configured to be detachably mounted to the support surface, the lid further adapted to be arranged to close the recess. a support surface; a skirt depending downwardly from a periphery of the support surface; a recess formed integrally in the support surface and being defined by a base and at least one side wall (242, 243); and a lid configured to be detachably mounted to the support surface, the lid further adapted to be arranged to close the recess.
An information processing apparatus comprising: a determination unit configured to determine whether or not an imaging unit is in a predetermined shielding state; and a recognition unit configured to recognize an operation input of a user according to the predetermined shielding state, and wherein: the imaging unit includes a first imaging unit and a second imaging unit, the predetermined shielding state includes a shielding state of the first imaging unit and a shielding state of the second imaging unit, the determination unit performs first determination regarding the shielding state of the first imaging unit and second determination regarding the shielding state of the second imaging unit, and the recognition unit recognizes the operation input according to a combination of the first determination and the second determination. a determination unit configured to determine whether or not an imaging unit is in a predetermined shielding state; and a recognition unit configured to recognize an operation input of a user according to the predetermined shielding state, and wherein: the imaging unit includes a first imaging unit and a second imaging unit, the predetermined shielding state includes a shielding state of the first imaging unit and a shielding state of the second imaging unit, the determination unit performs first determination regarding the shielding state of the first imaging unit and second determination regarding the shielding state of the second imaging unit, and the recognition unit recognizes the operation input according to a combination of the first determination and the second determination. the imaging unit includes a first imaging unit and a second imaging unit, the predetermined shielding state includes a shielding state of the first imaging unit and a shielding state of the second imaging unit, the determination unit performs first determination regarding the shielding state of the first imaging unit and second determination regarding the shielding state of the second imaging unit, and the recognition unit recognizes the operation input according to a combination of the first determination and the second determination.
Filter element featuring an oval cross section defined by a filter body made of a filter media having two first opposing curvature sections with stronger curvature connected to one another by two second sections with a straight progression, the filter element further featuring an oval circumferential sealing means only with curvature sections for in particular radially sealing the filter element against a filter seat, wherein the sealing means features two oppositely disposed first curvature sections (35, 36) which are more strongly curved and two oppositely disposed second curvature sections (38, 39) which are less curved compared to the first curvature sections.
A device for treating regurgitation through a gap in a valve in a heart, the heart having an atrium fluidically coupled to a ventricle by the valve, the valve including at least two leaflets which coapt along a line of coaptation, the device comprising: a frame sized to fit within a heart chamber; a pair of arms (4035, 4040) moveably coupled to the frame, the arms being moveable from a fluid flow-blocking position during systole to a fluid flow-allowing position during diastole in response to changes in heart chamber pressure occurring between stystole and dystole; an anchoring mechanism having a tether and an anchor positionable in a wall of the ventricle or having a tether and an expandable portion positionable in the coronary sinus, wherein the tether interconnects the frame to the anchor; and a compliant membrane covering the frame and at least a portion of the pair of arms. a frame sized to fit within a heart chamber; a pair of arms (4035, 4040) moveably coupled to the frame, the arms being moveable from a fluid flow-blocking position during systole to a fluid flow-allowing position during diastole in response to changes in heart chamber pressure occurring between stystole and dystole; an anchoring mechanism having a tether and an anchor positionable in a wall of the ventricle or having a tether and an expandable portion positionable in the coronary sinus, wherein the tether interconnects the frame to the anchor; and a compliant membrane covering the frame and at least a portion of the pair of arms.
A reporting system for an elevator system (101;201), the reporting system comprising: a display located within an elevator car (103;203); an input device configured to receive input from a passenger within the elevator car (103;203); and a computing system having a processor and a memory, the computing system configured to generate a user interface on the display and configured to receive input from the input device, wherein the memory includes a list of possible issues related to the elevator system (101;201), wherein the computing system is configured to: generate a user report based on the received input, wherein the user report includes at least one selected issue and information related to the elevator car (103;203); and transmit the user report to a remote location, characterised in that: the computing system is configured to determine if the generated user report is relevant; the user report is transmitted only when it is determined that the user report is relevant; and in that the user report is relevant when it meets at least one predefined criteria, and the predefined criteria comprises a number of similar user reports. a display located within an elevator car (103;203); an input device configured to receive input from a passenger within the elevator car (103;203); and a computing system having a processor and a memory, the computing system configured to generate a user interface on the display and configured to receive input from the input device, wherein the memory includes a list of possible issues related to the elevator system (101;201), wherein the computing system is configured to: generate a user report based on the received input, wherein the user report includes at least one selected issue and information related to the elevator car (103;203); and transmit the user report to a remote location, characterised in that: the computing system is configured to determine if the generated user report is relevant; the user report is transmitted only when it is determined that the user report is relevant; and in that the user report is relevant when it meets at least one predefined criteria, and the predefined criteria comprises a number of similar user reports. generate a user report based on the received input, wherein the user report includes at least one selected issue and information related to the elevator car (103;203); and transmit the user report to a remote location, characterised in that: the computing system is configured to determine if the generated user report is relevant; the user report is transmitted only when it is determined that the user report is relevant; and in that the user report is relevant when it meets at least one predefined criteria, and the predefined criteria comprises a number of similar user reports.
A piston assembly for an unloader valve of an air compressor, the piston assembly comprising: an unloader piston having an end portion with a first bore of a first bore diameter, an intermediate portion with a second bore of a second bore diameter and an opposite end portion with a third bore of a third bore diameter, wherein the first bore diameter is larger than the second bore diameter which, in turn, is larger than the third bore diameter; a coil spring having a central opening, one end portion disposed in the second bore of the unloader piston and an opposite end portion extending into the first bore of the unloader piston; and a balance piston including a head portion having a diameter to be disposed in the first bore of the unloader piston, and a stem portion extending from the head portion into the central opening of the coil spring and having a diameter smaller than the diameter of the head portion; wherein the diameter of the stem portion at an end portion facing away from the head portion substantially corresponds to an inner diameter of the central opening of the coil spring; characterized in that the balance piston includes a heat protection means (82; 84; 86; 88; 92). an unloader piston having an end portion with a first bore of a first bore diameter, an intermediate portion with a second bore of a second bore diameter and an opposite end portion with a third bore of a third bore diameter, wherein the first bore diameter is larger than the second bore diameter which, in turn, is larger than the third bore diameter; a coil spring having a central opening, one end portion disposed in the second bore of the unloader piston and an opposite end portion extending into the first bore of the unloader piston; and a balance piston including a head portion having a diameter to be disposed in the first bore of the unloader piston, and a stem portion extending from the head portion into the central opening of the coil spring and having a diameter smaller than the diameter of the head portion; wherein the diameter of the stem portion at an end portion facing away from the head portion substantially corresponds to an inner diameter of the central opening of the coil spring; characterized in that the balance piston includes a heat protection means (82; 84; 86; 88; 92).