mhurhangee/ep-ind-claims huggingface dataset:
An antenna structure, comprising: a board unit comprising a metal board and an insulating board connected with the metal board; and a coil unit disposed beside a same side of the metal board and the insulating board; wherein the metal board and the insulating board both have an upper surface (101, 111) and a lower surface (102, 112) with respect to the upper surface (101, 111), the metal board further has a plurality of peripheral sides, one of the peripheral sides is a narrow side, and the insulating board has a plurality of peripheral sides, one of the peripheral sides is a narrow side; wherein the narrow side of the metal board and a narrow side of the insulating board are connected with each other, and the other peripheral sides of the metal board are exposed without connecting with the other peripheral sides of the insulating board; a coil opening formed by the coil unit is disposed right under the commissure of the metal board and the insulating board; wherein more than half of the area of the coil unit is covered by the insulating board, and less than half of the area of the coil unit is covered by the metal board; wherein the coil opening formed by the coil unit is disposed right under a position between the metal board and the insulating board. a board unit comprising a metal board and an insulating board connected with the metal board; and a coil unit disposed beside a same side of the metal board and the insulating board; wherein the metal board and the insulating board both have an upper surface (101, 111) and a lower surface (102, 112) with respect to the upper surface (101, 111), the metal board further has a plurality of peripheral sides, one of the peripheral sides is a narrow side, and the insulating board has a plurality of peripheral sides, one of the peripheral sides is a narrow side; wherein the narrow side of the metal board and a narrow side of the insulating board are connected with each other, and the other peripheral sides of the metal board are exposed without connecting with the other peripheral sides of the insulating board; a coil opening formed by the coil unit is disposed right under the commissure of the metal board and the insulating board; wherein more than half of the area of the coil unit is covered by the insulating board, and less than half of the area of the coil unit is covered by the metal board; wherein the coil opening formed by the coil unit is disposed right under a position between the metal board and the insulating board.
A gypsum panel comprising: a gypsum core; at least one facer comprising paper made from a furnish that includes a paper sizing emulsion comprising an emulsion of a biocidal emulsifying agent and an internal sizing agent, wherein said internal sizing agent is selected from the group consisting of alkenyl succinic anhydride and alkyl ketene dimer and wherein the biocidal emulsifying agent is a non-starchy cationic quaternary ammonium compound. a gypsum core; at least one facer comprising paper made from a furnish that includes a paper sizing emulsion comprising an emulsion of a biocidal emulsifying agent and an internal sizing agent, wherein said internal sizing agent is selected from the group consisting of alkenyl succinic anhydride and alkyl ketene dimer and wherein the biocidal emulsifying agent is a non-starchy cationic quaternary ammonium compound.
An electronic device comprising: a biological signal input unit configured to receive a biological signal of a user detected through an electrode connectable to the biological signal input unit; a voice input unit configured to receive a voice signal; a storage configured to store first characteristic information of a first synthesis signal in which a voice signal regarding a specific utterance of the user and a biological signal of the user are synthesized; and a processor configured to: generate a second synthesis signal in which the received voice signal and the received biological signal are synthesized; extract second characteristic information from the second synthesis signal; and identify the user by comparing the extracted second characteristic information of the second synthesis signal with the first characteristic information of the first synthesis signal stored in the storage. a biological signal input unit configured to receive a biological signal of a user detected through an electrode connectable to the biological signal input unit; a voice input unit configured to receive a voice signal; a storage configured to store first characteristic information of a first synthesis signal in which a voice signal regarding a specific utterance of the user and a biological signal of the user are synthesized; and a processor configured to: generate a second synthesis signal in which the received voice signal and the received biological signal are synthesized; extract second characteristic information from the second synthesis signal; and identify the user by comparing the extracted second characteristic information of the second synthesis signal with the first characteristic information of the first synthesis signal stored in the storage. generate a second synthesis signal in which the received voice signal and the received biological signal are synthesized; extract second characteristic information from the second synthesis signal; and identify the user by comparing the extracted second characteristic information of the second synthesis signal with the first characteristic information of the first synthesis signal stored in the storage.
A transformer (100, 100') comprising: a first conducting element having a first lobed portion arranged to form a first plurality of lobes; and a second conducting element having a second lobed portion arranged to form a second plurality of lobes; wherein said first lobed portion overlaps said second lobed portion to define a plurality of enclosed areas, characterised in that the number of lobes comprised by said first plurality of lobes is an even number, and said transformer (100, 100') is substantially symmetric. a first conducting element having a first lobed portion arranged to form a first plurality of lobes; and a second conducting element having a second lobed portion arranged to form a second plurality of lobes; wherein said first lobed portion overlaps said second lobed portion to define a plurality of enclosed areas, characterised in that the number of lobes comprised by said first plurality of lobes is an even number, and said transformer (100, 100') is substantially symmetric.
Door check comprising at least a door strap for being movably mounted to a vehicle chassis and a retainer for being be mounted to a vehicle door, wherein the retainer - movably supports the door strap and enables a movement of the door strap relative to the retainer along the longitudinal axis of the door strap, - comprises at least a cylinder with a cylinder axis, a cylinder bottom and an opposed cylinder opening, said cylinder accommodating a piston, said piston being movably along the cylinder axis and being spring loaded to transmit a force to the door strap thereby creating a frictional force opposite to a movement of the door strap, characterized in that a controllable actuator is coupled by coupling means (26, 33, 36) to the piston enabling to increase the force exerted via the piston to the door strap. - movably supports the door strap and enables a movement of the door strap relative to the retainer along the longitudinal axis of the door strap, - comprises at least a cylinder with a cylinder axis, a cylinder bottom and an opposed cylinder opening, said cylinder accommodating a piston, said piston being movably along the cylinder axis and being spring loaded to transmit a force to the door strap thereby creating a frictional force opposite to a movement of the door strap,
A medical information recording apparatus, comprising: an input portion (24, 25) that has a plurality of input terminals (22, 23) and into which a medical image can be inputted from a plurality of image pickup apparatuses (10, 12), and that is configured to detect whether the medical image is inputted through any input terminal among the plurality of input terminals (22, 23) and output a detection result; a screen synthesis portion including an image analysis portion configured to analyse a contour of a picture of the one or more inputted medical images through image analysis, the screen synthesis portion being configured to perform synthesis processing in accordance with one synthesis pattern among a predefined plurality of synthesis patterns with respect to one or more of the medical images inputted through the plurality of input terminals (22, 23), determine a medical scene or changing of the medical scene based on a detection result of the input portion (24, 25), switch the synthesis patterns based on the determined result related to the medical scene and the contour determined by the image analysis portion, and output a synthesized image that is based on the one or more medical images that are inputted; and a recording processing portion configured to record the synthesized image as a single image file. an input portion (24, 25) that has a plurality of input terminals (22, 23) and into which a medical image can be inputted from a plurality of image pickup apparatuses (10, 12), and that is configured to detect whether the medical image is inputted through any input terminal among the plurality of input terminals (22, 23) and output a detection result; a screen synthesis portion including an image analysis portion configured to analyse a contour of a picture of the one or more inputted medical images through image analysis, the screen synthesis portion being configured to perform synthesis processing in accordance with one synthesis pattern among a predefined plurality of synthesis patterns with respect to one or more of the medical images inputted through the plurality of input terminals (22, 23), determine a medical scene or changing of the medical scene based on a detection result of the input portion (24, 25), switch the synthesis patterns based on the determined result related to the medical scene and the contour determined by the image analysis portion, and output a synthesized image that is based on the one or more medical images that are inputted; and a recording processing portion configured to record the synthesized image as a single image file.
A belt for suspending and/or driving an elevator car, comprising: a plurality of tension elements extending longitudinally along a length of the belt; a jacket at least partially encapsulating the plurality of tension elements, the jacket defining a traction surface of the belt configured to be interactive with a drive sheave and a back surface opposite the traction surface, the jacket formed from a first material; one or more material strips disposed at one or more of the traction surface or the back surface to improve one or more operational characteristics of the belt, the one or more material strips formed from an additive material different from the first material; and characterised in that the belt further comprises one or more grooves formed in the jacket, wherein the one or more material strips are inserted into the one or more grooves, wherein the grooves have an interlocking notch extending outwardly from the groove into which the additive material of the one or more material strips is inserted to lock the additive material in place at the groove. a plurality of tension elements extending longitudinally along a length of the belt; a jacket at least partially encapsulating the plurality of tension elements, the jacket defining a traction surface of the belt configured to be interactive with a drive sheave and a back surface opposite the traction surface, the jacket formed from a first material; one or more material strips disposed at one or more of the traction surface or the back surface to improve one or more operational characteristics of the belt, the one or more material strips formed from an additive material different from the first material; and characterised in that the belt further comprises one or more grooves formed in the jacket, wherein the one or more material strips are inserted into the one or more grooves, wherein the grooves have an interlocking notch extending outwardly from the groove into which the additive material of the one or more material strips is inserted to lock the additive material in place at the groove.
Method for lowering a subsea structure to be installed on the seabed into the water through the splash zone, said subsea structure comprising subsea equipment arranged on a substantially flat support base for preventing the subsea equipment to sink into the seabed, the method comprising: - lifting the subsea structure into the air in a horizontal position in which the flat support base extends substantially parallel to the horizontal plane; - reducing the area of the flat support base of the subsea structure that comes into contact with the water at the moment the support base comes into contact with the water by tilting the subsea structure while suspended in the air from the horizontal position into a tilted position in which the flat support base is angled (α) with respect to the horizontal plane; - lowering the subsea structure into the water through the splash zone in the tilted position; and - tilting the subsea structure while suspended in the water below the splash zone back into the horizontal position. - lifting the subsea structure into the air in a horizontal position in which the flat support base extends substantially parallel to the horizontal plane; - reducing the area of the flat support base of the subsea structure that comes into contact with the water at the moment the support base comes into contact with the water by tilting the subsea structure while suspended in the air from the horizontal position into a tilted position in which the flat support base is angled (α) with respect to the horizontal plane; - lowering the subsea structure into the water through the splash zone in the tilted position; and - tilting the subsea structure while suspended in the water below the splash zone back into the horizontal position.
Control apparatus of a motor vehicle controller, having a reception device for receiving at least one data block having control commands from a data bus, an output stage for outputting an output signal in response to the control commands, a checking device for outputting an error signal if the at least one received data block is erroneous, and a restoring device for restoring the output stage to a predefined state if the checking device outputs the error signal.
An occupancy sensor device for monitoring a space, the device comprising: a transmitter portion; and a receiver portion, wherein the receiver portion is located remotely from the transmitter portion; and an electrical power source for the transmitter portion and an electrical power source for the receiver portion, characterized in that the transmitter portion is electrically coupled to hot and neutral electrical connections of the electrical power source for the transmitter portion and the receiver portion is electrically coupled to hot and ground connections of the electrical power source for the receiver portion, wherein electrical power for the receiver portion is ground leakage current supplied by the hot connection. a transmitter portion; and a receiver portion, wherein the receiver portion is located remotely from the transmitter portion; and an electrical power source for the transmitter portion and an electrical power source for the receiver portion, characterized in that the transmitter portion is electrically coupled to hot and neutral electrical connections of the electrical power source for the transmitter portion and the receiver portion is electrically coupled to hot and ground connections of the electrical power source for the receiver portion, wherein electrical power for the receiver portion is ground leakage current supplied by the hot connection.
Brick laying apparatus, configured to pave a street, driveway, or similar surface with bricks, by comprising: - a displaceable frame having a frame drive for displacement of the frame; - a brick laying arm connected to the frame and having a gripper configured to engage bricks, having an arm drive to move the brick laying arm relative to the frame; - a positioning sensor on the frame, configured to receive signals enabling determination of a position of the apparatus; - a vision system on the frame configured to generate images of at least a partial surface area of the surface to be paved with bricks, at least within boundaries set in terms of or in relation to the position of the apparatus; and - a control system configured to control the frame drive to displace the frame and the arm drive to move the brick laying arm, based on a surface area relative to the determined position of the frame and on the generated images, CHARACTERIZED BY at least one selectively extendable lift foot, connected to the frame via a turntable, wherein the lift foot is configured to raise or lower the frame and to rotate the frame around the lift foot. - a displaceable frame having a frame drive for displacement of the frame; - a brick laying arm connected to the frame and having a gripper configured to engage bricks, having an arm drive to move the brick laying arm relative to the frame; - a positioning sensor on the frame, configured to receive signals enabling determination of a position of the apparatus; - a vision system on the frame configured to generate images of at least a partial surface area of the surface to be paved with bricks, at least within boundaries set in terms of or in relation to the position of the apparatus; and - a control system configured to control the frame drive to displace the frame and the arm drive to move the brick laying arm, based on a surface area relative to the determined position of the frame and on the generated images,
A rotor blade of a wind energy installation which rotor blade extends in a longitudinal direction between a blade root and a blade tip and comprises a suction side, a pressure side, a leading edge and a trailing edge, wherein the rotor blade has, in a transition region close to the blade root, a blunt profile with an enlarged trailing edge and comprises a trailing edge surface extending in the transition region, wherein at least one air guide element is present on the trailing edge surface, characterised in that the air guide element is arranged to generate a lift in the direction of the suction side of the rotor blade when, while the wind energy installation is in operation, it is approached by a radial flow flowing at least approximately in the longitudinal direction of the rotor blade along the trailing edge surface.
A head restraint with a holding element for a vehicle seat, wherein the head restraint is arranged on a seat back of the vehicle seat so as to be height-adjustable in such a manner that it can be adjusted from a non-use position into a use position, wherein the head restraint is arranged in an inclination-adjustable manner on the holding element which is formed from a U-shaped tubular section, the horizontally arranged section of which forms the axis of rotation of the head restraint, wherein the head restraint and the holding element are coupled by means of a spring element in such a manner that the head restraint is acted upon by a pre-tensioning force of the spring element and the pre-tensioning force produced in such a manner automatically rotates a lower edge of the head restraint in the direction of the holding element as the head restraint is transferred from the non-use position into the use position, characterized in that the spring element engages in sections in a recess arranged on both sides in the region of rounded portions between the horizontally arranged section and a vertical section of the holding element.
A numerical value inputting device, comprising: a touch panel including a display face to display a numerical value display area and detecting simultaneously two pressed positions onto the display face; and a digit number changing part changing the number of digits of a numerical value displayed on the numerical value display area in accordance with separation or approach of the two pressed positions, wherein the digit number changing part, in a case where the two pressed positions are overlapped with displayed position of the numerical value displayed on the numerical value display area, increases the number of digits of the numerical value by interposing a numeric character between the two pressed positions, when the two pressed positions are separated along an arranging direction of one or more numeric characters of the numerical value, and decreases the number of digits of the numerical value by deleting a numeric character between the two pressed positions, when the two pressed positions are approached along the arranging direction of said one or more numeric characters. a touch panel including a display face to display a numerical value display area and detecting simultaneously two pressed positions onto the display face; and a digit number changing part changing the number of digits of a numerical value displayed on the numerical value display area in accordance with separation or approach of the two pressed positions, wherein the digit number changing part, in a case where the two pressed positions are overlapped with displayed position of the numerical value displayed on the numerical value display area, increases the number of digits of the numerical value by interposing a numeric character between the two pressed positions, when the two pressed positions are separated along an arranging direction of one or more numeric characters of the numerical value, and decreases the number of digits of the numerical value by deleting a numeric character between the two pressed positions, when the two pressed positions are approached along the arranging direction of said one or more numeric characters.
A battery powered tool extending in a longitudinal direction, comprising a tool body, wherein the tool body is provided with a through aperture that elongates and extends through the tool body in a direction that is perpendicular to the longitudinal extension direction of the tool, wherein the through aperture is adapted to receive a battery pack adapted to power the tool characterized in that the tool body is provided with a connector within the through aperture, which connector is adapted to integrate with a corresponding connector on a battery pack when the battery pack is mounted in the through aperture.
A method for producing a weld seam on or at a first component or in the region of a first component, from which at least one spherical or sphere-like element projects, characterised in that - by means of an optoelectronic detection means, the position of the at least one spherical or sphere-like element is detected and corresponding position data are produced, and - the weld seam is produced in contact-free manner by means of an electronically controlled laser welding device arranged at a distance from the first component and the at least one spherical or sphere-like element, the laser welding device being controlled on the basis of or using the position data of the spherical or sphere-like element. - by means of an optoelectronic detection means, the position of the at least one spherical or sphere-like element is detected and corresponding position data are produced, and - the weld seam is produced in contact-free manner by means of an electronically controlled laser welding device arranged at a distance from the first component and the at least one spherical or sphere-like element, the laser welding device being controlled on the basis of or using the position data of the spherical or sphere-like element.