mhurhangee/patent-ind-claim-en huggingface dataset:
Optical frame glasses to limit the occurrence and development of myopia, comprising a lens, wherein the lens has a circular central area and a plurality of annular focus-increasing compensation areas surrounding the central area, the center of the circular central area coincides with the optical center of the lens, wherein in a radially outward direction, positive focal powers of the central area and the plurality of focus-increasing compensation areas progressively increase, characterized in that the lens has five focus-increasing compensation areas of equal width, the diameter of the central area is 2 mm, and the ring width of each of the focus-increasing compensation areas is 2 mm, wherein the increase value of the positive focal powers of the five equal-width focus-increasing compensation areas, which are arranged successively in the radially outward direction, relative to the central area are 0.01D, 0.03D, 0.07D, 0.12D and 0.18D, respectively. the lens has five focus-increasing compensation areas of equal width, the diameter of the central area is 2 mm, and the ring width of each of the focus-increasing compensation areas is 2 mm, wherein the increase value of the positive focal powers of the five equal-width focus-increasing compensation areas, which are arranged successively in the radially outward direction, relative to the central area are 0.01D, 0.03D, 0.07D, 0.12D and 0.18D, respectively.
A vehicle (310; 410; 510) comprising: a microphone (330; 431-437; 537) positioned to receive sounds originated from outside of the vehicle; a camera (362; 461, 463) capable of taking images or videos of objects and surroundings external to the vehicle (310; 410; 510); an audio analog-to-digital converter configured to convert the sounds received by the microphone to digital audio signals; a video analog-to-digital converter for converting images or videos obtained by the camera to digital image signals; a memory (314; 514) storing a sound processing software , and one or more known audios, an image processing software , and known images; and a hardware processor (313; 513) configured to execute the sound processing software and the image processing software to perform: comparing the digital audio signals with the one or more known audios stored in the memory, and the digital image signals with the known images stored in the memory; determining, whether a match can be found in comparing the digital audio signals and a first audio of the one or more known audios stored in the memory, and/or determining whether a match can be found in comparing the digital image signals with the known images stored in the memory; and taking an action in response to the determining of the match. a microphone (330; 431-437; 537) positioned to receive sounds originated from outside of the vehicle; a camera (362; 461, 463) capable of taking images or videos of objects and surroundings external to the vehicle (310; 410; 510); an audio analog-to-digital converter configured to convert the sounds received by the microphone to digital audio signals; a video analog-to-digital converter for converting images or videos obtained by the camera to digital image signals; a memory (314; 514) storing a sound processing software , and one or more known audios, an image processing software , and known images; and a hardware processor (313; 513) configured to execute the sound processing software and the image processing software to perform: comparing the digital audio signals with the one or more known audios stored in the memory, and the digital image signals with the known images stored in the memory; determining, whether a match can be found in comparing the digital audio signals and a first audio of the one or more known audios stored in the memory, and/or determining whether a match can be found in comparing the digital image signals with the known images stored in the memory; and taking an action in response to the determining of the match. comparing the digital audio signals with the one or more known audios stored in the memory, and the digital image signals with the known images stored in the memory; determining, whether a match can be found in comparing the digital audio signals and a first audio of the one or more known audios stored in the memory, and/or determining whether a match can be found in comparing the digital image signals with the known images stored in the memory; and taking an action in response to the determining of the match.
Method for producing a musical instrument string comprising one or more layers of wire(s) and/or band(s) wound around a core , in which the method comprises carrying out a flexing process on the musical instrument string while the musical instrument string is clamped between two fixed points (P1, P2) with a predefined constant pull force or a variable pull force in the longitudinal direction of the musical instrument string to keep the string taut, during the production as an integrated part of the production at the winding process or after winding the last layer on the musical instrument string ; characterised in that the flexing process takes place before grinding of the surface of the musical instrument string , wherein the flexing process comprises applying a defined force on the musical instrument string in a direction transversal to the musical instrument string with a flexing device comprising at least two spaced apart flexing elements, in which the at least two flexing elements are rollers ; and wherein the flexing process comprises bending the musical string around part of a roller simultaneously to both one side and to the other side of a line representing the original position of the musical instrument string , when being clamped between said two points (P1, P2). characterised in that the flexing process takes place before grinding of the surface of the musical instrument string , wherein the flexing process comprises applying a defined force on the musical instrument string in a direction transversal to the musical instrument string with a flexing device comprising at least two spaced apart flexing elements, in which the at least two flexing elements are rollers ; and wherein the flexing process comprises bending the musical string around part of a roller simultaneously to both one side and to the other side of a line representing the original position of the musical instrument string , when being clamped between said two points (P1, P2).
A device for simulated locomotion of a user, in particular in a virtual environment, comprising a platform walkable by the user , said platform being tiltably arranged and cooperating with a spatial motion machine to change the tilt direction and the tilt angle of the platform , said device comprising a sensor device arranged to detect the orientation of the user on the platform , said device being characterized in that the sensor device is further arranged to cooperate with the spatial motion machine to adjust the tilt direction of the platform depending on the detected orientation of the user , and wherein the sensor device cooperates with the spatial motion machine in such a manner that the fall line of the platform is maintained substantially in or parallel to the sagittal plane of the user , the platform having means effective between the platform and the user for facilitating the contacting relative movement of the user relative to the platform .
A method for manufacturing an ingot mold , for example an ingot mold for casting, comprising the steps of: a) providing a copper sheet wrapped about a main extension direction (X) so as to encompass an inner cavity (I) and so that a left flap (SX) and a right flap (DX) of the metal sheet are arranged close together in front of each other, said metal sheet being arranged on a work plane (P); b) providing a tool holder head , which is translatable at least along a direction parallel to the main extension direction (X), said tool holder head supporting a tool for friction stir welding; c) rotating the tool at the right flap (DX) and the left flap (SX) of the metal sheet and proceeding with welding between the right flap (DX) and the left flap (SX) by friction stir welding until an ingot mold is obtained. a) providing a copper sheet wrapped about a main extension direction (X) so as to encompass an inner cavity (I) and so that a left flap (SX) and a right flap (DX) of the metal sheet are arranged close together in front of each other, said metal sheet being arranged on a work plane (P); b) providing a tool holder head , which is translatable at least along a direction parallel to the main extension direction (X), said tool holder head supporting a tool for friction stir welding; c) rotating the tool at the right flap (DX) and the left flap (SX) of the metal sheet and proceeding with welding between the right flap (DX) and the left flap (SX) by friction stir welding until an ingot mold is obtained.
A conveyor, comprising: a transparent conveyor belt body (10; 110; 210; 312; 400) extending from a top conveying surface (12; 112; 212; 312) to an opposite bottom surface (14; 111); a liquid sensor adjacent the conveyor belt body for detecting moisture on the conveying surface, the liquid sensor comprising a light source for directing a light beam into the conveyor belt body towards the top conveying surface and a light receiver for detecting the light beam after it reflects off the top conveying surface wherein the transparent conveyor belt body has a first angled side edge (16; 116; 216; 316) into which the light source directs the light beam and a second angled side edge (18; 118; 218; 318) through which the reflected light beam passes into the light receiver . a transparent conveyor belt body (10; 110; 210; 312; 400) extending from a top conveying surface (12; 112; 212; 312) to an opposite bottom surface (14; 111); a liquid sensor adjacent the conveyor belt body for detecting moisture on the conveying surface, the liquid sensor comprising a light source for directing a light beam into the conveyor belt body towards the top conveying surface and a light receiver for detecting the light beam after it reflects off the top conveying surface wherein the transparent conveyor belt body has a first angled side edge (16; 116; 216; 316) into which the light source directs the light beam and a second angled side edge (18; 118; 218; 318) through which the reflected light beam passes into the light receiver .
A base station configured to perform wireless communication with a terminal by using a dedicated band dedicated to a wireless communication system including the base station and the terminal and a shared band shared with other systems, the base station comprising: a control signal transmitting unit configured to transmit, to the terminal, a control signal for specifying a resource in the shared band to be used for data transmission by the terminal; a determining unit configured to determine whether the resource in the shared band is idle or busy; and a permission signal transmitting unit configured to transmit a permission signal for permitting transmission in the shared band when the determining unit determines that the resource in the shared band is idle, wherein the permission signal includes an offset indicating a time from receiving the permission signal at the terminal to a start of transmission of data from the terminal to the base station with reference to the permission signal transmitted from the permission signal transmitting unit. a control signal transmitting unit configured to transmit, to the terminal, a control signal for specifying a resource in the shared band to be used for data transmission by the terminal; a determining unit configured to determine whether the resource in the shared band is idle or busy; and a permission signal transmitting unit configured to transmit a permission signal for permitting transmission in the shared band when the determining unit determines that the resource in the shared band is idle, wherein the permission signal includes an offset indicating a time from receiving the permission signal at the terminal to a start of transmission of data from the terminal to the base station with reference to the permission signal transmitted from the permission signal transmitting unit.
A device for guiding lines , with a tension-resistant central element and a multiplicity of cable-guiding elements fixed to the central element , wherein each cable-guiding element has a central element contact region in the middle, which surrounds a section of the central element in a non-positive or positive manner and wherein each cable-guiding element has a cable-guiding edge surrounding the central element contact region at a distance, characterized in that each cable-guiding element is in two parts and the two parts can be detachably combined to form one cable-guiding element . with a tension-resistant central element and a multiplicity of cable-guiding elements fixed to the central element , wherein each cable-guiding element has a central element contact region in the middle, which surrounds a section of the central element in a non-positive or positive manner and wherein each cable-guiding element has a cable-guiding edge surrounding the central element contact region at a distance, characterized in that each cable-guiding element is in two parts and the two parts can be detachably combined to form one cable-guiding element .
Polyamidoamines having a number average molecular weight ranging between 1,000 Da and 200,000 Da, obtained by copolyaddition of N,N-methylenebisacrylamide, glycine and agmatine and having the following formula (I): wherein n and m are two numbers such that the value (n+m) can range from 5 to 1,000, preferably from 20 to 200, and even more preferably from 45 to 55.
An endovascular prosthesis comprising: a tubular body having a wall and comprising a graft material; a shaped protrusion extending from the wall and comprising a semi-rigid thermoset material, the shaped protrusion having an outer edge and an inner edge at least partially surrounded by the outer edge and being void of structures other than the thermoset material of the protrusion that extends radially between the edges; and a fenestration having fluid communication through the wall and disposed within the inner edge of the shaped protrusion. a tubular body having a wall and comprising a graft material; a shaped protrusion extending from the wall and comprising a semi-rigid thermoset material, the shaped protrusion having an outer edge and an inner edge at least partially surrounded by the outer edge and being void of structures other than the thermoset material of the protrusion that extends radially between the edges; and a fenestration having fluid communication through the wall and disposed within the inner edge of the shaped protrusion.
A power transmission tower , comprising: a tower body ; a first cross arm and a second cross arm transversely arranged with respect to the tower body ; a first supporting member extending outwards from a first side of the tower body in a first transverse direction (Y), one end of the first supporting member being fixed to the tower body , the other end of the first supporting member being a first free end ; and a second supporting member extending outwards from a second, opposite side of the tower body in the first transverse direction (Y), one end of the second supporting member being fixed to the tower body , the other end of the second supporting member being a second free end , wherein the first and second cross arms extend in a second transverse direction (X) which is perpendicular to the first transverse direction (Y), wherein one end of the first cross arm is connected to the first free end , wherein one end of the second cross arm is connected to the second free end , wherein the other end of the first cross arm and the other end of the second cross arm are connected to each other and are for arranging overhead wires, characterized in that the first and second supporting members comprise one or more rod-shaped structures. a tower body ; a first cross arm and a second cross arm transversely arranged with respect to the tower body ; a first supporting member extending outwards from a first side of the tower body in a first transverse direction (Y), one end of the first supporting member being fixed to the tower body , the other end of the first supporting member being a first free end ; and a second supporting member extending outwards from a second, opposite side of the tower body in the first transverse direction (Y), one end of the second supporting member being fixed to the tower body , the other end of the second supporting member being a second free end , wherein the first and second cross arms extend in a second transverse direction (X) which is perpendicular to the first transverse direction (Y), wherein one end of the first cross arm is connected to the first free end , wherein one end of the second cross arm is connected to the second free end , wherein the other end of the first cross arm and the other end of the second cross arm are connected to each other and are for arranging overhead wires, characterized in that the first and second supporting members comprise one or more rod-shaped structures.
A continuous-time amplifier circuit comprising: a buffer amplifier (BA) having an input terminal and an output terminal ; and an input source configured to be represented as a Thevenin equivalent circuit comprising an input voltage source in series with a source resistance (Rs) for supplying an input voltage (v IN ) including a DC bias component (V IN ) and a small signal component as an input signal (v in ) to the circuit : wherein the buffer amplifier (BA) is adapted as a voltage controlled-voltage source having an input resistance as an open circuit and a voltage gain equal to 1-ε, where ε<<1; and the input source is electrically coupled across the input terminal and the output terminal of the buffer amplifier (BA). a buffer amplifier (BA) having an input terminal and an output terminal ; and an input source configured to be represented as a Thevenin equivalent circuit comprising an input voltage source in series with a source resistance (Rs) for supplying an input voltage (v IN ) including a DC bias component (V IN ) and a small signal component as an input signal (v in ) to the circuit : wherein the buffer amplifier (BA) is adapted as a voltage controlled-voltage source having an input resistance as an open circuit and a voltage gain equal to 1-ε, where ε<<1; and the input source is electrically coupled across the input terminal and the output terminal of the buffer amplifier (BA). wherein the buffer amplifier (BA) is adapted as a voltage controlled-voltage source having an input resistance as an open circuit and a voltage gain equal to 1-ε, where ε<<1; and the input source is electrically coupled across the input terminal and the output terminal of the buffer amplifier (BA).
Method for producing a stator for a synchronous permanent magnet machine, the method comprising: providing a teeth stack comprising several teeth , wherein the teeth are arranged in a radial direction forming the teeth stack as a circular structure, wherein the teeth each comprise a root end in a radially outward direction of the teeth stack and an inner end in a radially inward direction of the teeth stack and wherein each two adjacent teeth form a gap in-between and wherein the inner ends of the adjacent teeth are interconnected by means of salient bridges exceeding the inner ends of the teeth in the radially inward direction; - providing at least one coil in at least one of the gaps between adjacent teeth of the teeth stack ; - arranging the teeth stack within a yoke stack such that the root ends of the teeth are in mechanical contact with the yoke stack ; - filling a sealing compound at least in the gaps between the teeth and to the inner ends of the teeth such that the sealing compound exceeds the inner ends of the teeth in the radially inward direction at least by the same amount as the salient bridges such as to form a solid unit from the teeth stack , the at least one coil and the yoke stack ; - removing a part of the bridges at the inner end of the teeth such that the teeth stack has a predetermined diameter in the radially inward direction, wherein the step of removing a part of the bridges comprises removing a part of the sealing compound filled to the inner ends of the teeth . - providing at least one coil in at least one of the gaps between adjacent teeth of the teeth stack ; - arranging the teeth stack within a yoke stack such that the root ends of the teeth are in mechanical contact with the yoke stack ; - filling a sealing compound at least in the gaps between the teeth and to the inner ends of the teeth such that the sealing compound exceeds the inner ends of the teeth in the radially inward direction at least by the same amount as the salient bridges such as to form a solid unit from the teeth stack , the at least one coil and the yoke stack ; - removing a part of the bridges at the inner end of the teeth such that the teeth stack has a predetermined diameter in the radially inward direction, wherein the step of removing a part of the bridges comprises removing a part of the sealing compound filled to the inner ends of the teeth .
A coupling system for a fifth wheel coupling, comprising a first plug unit and a second plug unit , wherein the first plug unit can be fixed in the king pin (A) of a fifth wheel coupling, wherein the second plug unit is arranged in the region of the coupling plate (B) of the fifth wheel coupling, wherein the first plug unit has a plurality of first plug connectors , wherein the second plug unit has a plurality of second plug connectors adapted to engage and transmit power and/or fluid with the first plug connectors , wherein at least one adjuster unit is provided which has at least one guide section which can be brought into engagement with a retaining element on the second plug unit in order to transmit a force acting along or parallel to the plug-in axis (S) from the adjuster unit to the plug unit , which displaces the second plug unit along or parallel to the plug-in axis (S) towards or away from the opposite first plug unit , the adjuster unit being displaceable transversely and laterally to the plug-in axis (S) or rotatable about the plug-in axis (S) in order to apply the force, wherein the first plug unit has a substantially cylindrical outer geometry, characterized in that a retaining flange is formed on the cylindrical outer geometry of the first plug unit serves to prevent displacement parallel and preferably also transverse to the plug-in axis relative to the kingpin while simultaneously allowing rotation about the plug-in axis relative to the kingpin.
A heating element for an aerosol generating device, the heating element comprising a heating body extending from a first end to a second end and provided with at least first and second electric contact parts wherein the heating body is plate-shaped and comprises an opening forming a substantially central airflow passage in the plate-shaped body ; wherein the heating element is configured to provide a heating gradient between an outer periphery of the plate-shaped body and the opening therein; wherein the heating element further comprises a mesh material on at least one side of the plate-shaped body ; characterized in that a thickness of the plate-shaped body measured in a transversal cross-section thereof perpendicular to sides of the plate-shaped body is variable from the outer periphery of the plate to the opening , and gradually diminishes between the outer periphery and the opening . wherein the heating element further comprises a mesh material on at least one side of the plate-shaped body ; characterized in that a thickness of the plate-shaped body measured in a transversal cross-section thereof perpendicular to sides of the plate-shaped body is variable from the outer periphery of the plate to the opening , and gradually diminishes between the outer periphery and the opening .