mhurhangee/patent-ind-claim-en huggingface dataset:
Coil having a tube with a tube wall of an electrically conductive material, wherein the tube has an inductive portion , in which a gap is arranged in the tube wall , shaping the tube wall in the inductive portion into a helix, and wherein the tube has at least one contact portion , which has a connection region and at least one terminal region , wherein the connection region has the same contour as an adjacent portion of the helix, and wherein the terminal region forms an electrical terminal of the coil , and wherein the connection region electrically connects the terminal region to the inductive portion , characterized in that the terminal region is formed as L-shaped, wherein a horizontal part of the L-shaped terminal region forms a planar area, which forms a solderable terminal, and wherein a vertical part of the terminal region keeps the inductive portion of the coil at a distance from a mounting surface and wherein the terminal region and the connection region are in a plane which is perpendicular to a longitudinal axis of the tube . a tube with a tube wall of an electrically conductive material, wherein the tube has an inductive portion , in which a gap is arranged in the tube wall , shaping the tube wall in the inductive portion into a helix, and wherein the tube has at least one contact portion , which has a connection region and at least one terminal region , wherein the connection region has the same contour as an adjacent portion of the helix, and wherein the terminal region forms an electrical terminal of the coil , and wherein the connection region electrically connects the terminal region to the inductive portion , characterized in that the terminal region is formed as L-shaped, wherein a horizontal part of the L-shaped terminal region forms a planar area, which forms a solderable terminal, and wherein a vertical part of the terminal region keeps the inductive portion of the coil at a distance from a mounting surface and wherein the terminal region and the connection region are in a plane which is perpendicular to a longitudinal axis of the tube .
An unmanned aerial vehicle comprising at least four rotors , each rotor having a plane of rotation, wherein the at least four rotors are arranged such that the plane of rotation of each rotor is co-planar with a face of a notional polyhedron, and wherein each face of the notional polyhedron is co-planar with the plane of rotation of at least one rotor, characterised in that the unmanned aerial vehicle comprises a substantially hollow main body in the form of an exoskeleton structure which provides the supporting structure of the UAV , the main body defining an open space at the centre of the body which facilitates the flow of air to or from each of the rotors.
A socket organizer for releasably and adjustably holding a plurality of socket holders, the organizer comprising: a longitudinally extending rail assembly having a body with a bottom wall and two opposed side walls defining a channel ; a plurality of socket holders , each socket holder having a base slidingly engaged in the channel and a mounting post for releasably holding a socket; each socket holder having a detent ball positioned on the mounting post and radially movable between a locked position in which a socket is held on the mounting post and an unlocked position in which the socket is released; and characterised by a plurality of clip members corresponding to the plurality of socket holders , each clip member defining a central plate having an aperture , the mounting post of the corresponding socket holder extending through the aperture to hold a socket above the clip member , each clip member having socket identification indicia thereon, each clip member attached to the rail assembly or the mounting post of a corresponding socket holder , and wherein each clip member further comprises opposing legs extending from opposite sides of the central plate , the legs slidingly engaging the rail assembly . a longitudinally extending rail assembly having a body with a bottom wall and two opposed side walls defining a channel ; a plurality of socket holders , each socket holder having a base slidingly engaged in the channel and a mounting post for releasably holding a socket; each socket holder having a detent ball positioned on the mounting post and radially movable between a locked position in which a socket is held on the mounting post and an unlocked position in which the socket is released; and characterised by a plurality of clip members corresponding to the plurality of socket holders , each clip member defining a central plate having an aperture , the mounting post of the corresponding socket holder extending through the aperture to hold a socket above the clip member , each clip member having socket identification indicia thereon, each clip member attached to the rail assembly or the mounting post of a corresponding socket holder , and wherein each clip member further comprises opposing legs extending from opposite sides of the central plate , the legs slidingly engaging the rail assembly .
Data processing device with a housing in which a processor , a program memory connected to the processor and at least one hardware component (6 - 9) connected to the processor via a data line and power-supplied via a power supply line are arranged, characterised by a microcontroller arranged in the housing with an interface and a persistent key memory in which the public key (pub A,i ) of a first public/private key pair is stored, wherein a switch controlled by the microcontroller is interposed in the data line , and wherein the microcontroller is configured to receive, via the interface , a signature of a memory module removably connected to the interface , the signature being generated with the private key (priv A,i ) of the first key pair , to verify the signature by means of the public key (pub A,i ) of the first key pair and to switch on the switch in case of verification. a microcontroller arranged in the housing with an interface and a persistent key memory in which the public key (pub A,i ) of a first public/private key pair is stored, wherein a switch controlled by the microcontroller is interposed in the data line , and wherein the microcontroller is configured to receive, via the interface , a signature of a memory module removably connected to the interface , the signature being generated with the private key (priv A,i ) of the first key pair , to verify the signature by means of the public key (pub A,i ) of the first key pair and to switch on the switch in case of verification.
A system for supplying electric energy to a mining vehicle, the system comprising a bipolar low voltage direct current LVDC supply having a certain total voltage, said voltage substantially being 1500V or less, and comprising a positive pole and a negative pole and a neutral point between the positive pole and the negative pole, said neutral point being at 0V, whereby the total voltage is divided in to two halves that are substantially equal, and the mining vehicle, said mining vehicle comprising at least a first energy unit and a second energy unit , the first energy unit being connected between the positive pole and the neutral point and the second energy unit being connected between the negative pole and the neutral point ; characterized in that the bipolar LVDC supply further comprises a first converter and a second converter connected in series whereby the neutral point is arranged between the first and second converters to keep the voltage balanced in said two halves.
A method of welding a superalloy component , the method comprising the following sequential steps: (a) welding a cavity using a filler metal in an inert atmosphere, the cavity located in the component; (b) covering the weld filler layer with a braze material , and performing a brazing operation; (c) heat treating the component by hot isostatic pressing, characterized in that after step (a) and before step (b) the filler metal and a portion of the component is covered with a weld filler layer in the inert atmosphere, the weld filler layer having a greater ductility than material comprising the component and material comprising the filler metal . (a) welding a cavity using a filler metal in an inert atmosphere, the cavity located in the component; (b) covering the weld filler layer with a braze material , and performing a brazing operation; (c) heat treating the component by hot isostatic pressing,
Method for assembling of at least two wind turbine components of a wind turbine with following steps: a) Providing of the wind turbine components and providing of at least one assembly assisting device including bolts ; wherein said assembly assisting device comprises - at least one bolt magazine with at least one bolt magazine store unit for storing bolts for the assembling; and - at least one bolt magazine attaching unit for attaching the bolt magazine to at least one attaching structure of at least one of the wind turbine components ; and b) Assembling of the wind turbine components with the aid of the bolts of the bolt magazine store unit of the assembly assisting device . a) Providing of the wind turbine components and providing of at least one assembly assisting device including bolts ; wherein said assembly assisting device comprises - at least one bolt magazine with at least one bolt magazine store unit for storing bolts for the assembling; and - at least one bolt magazine attaching unit for attaching the bolt magazine to at least one attaching structure of at least one of the wind turbine components ; and - at least one bolt magazine with at least one bolt magazine store unit for storing bolts for the assembling; and - at least one bolt magazine attaching unit for attaching the bolt magazine to at least one attaching structure of at least one of the wind turbine components ; and b) Assembling of the wind turbine components with the aid of the bolts of the bolt magazine store unit of the assembly assisting device .
Gas turbine combustion chamber having an inner combustion chamber wall and having an outer combustion chamber wall , which form a ringshaped combustion chamber, wherein mixing-air holes are formed in a manner distributed around the circumference in the inner combustion chamber wall and the outer combustion chamber wall , wherein the respective combustion chamber wall is bulged towards the interior of the combustion chamber in the region of a respective mixing-air hole and the respective mixing-air hole is arranged in the bulge , characterized in that the respective mixing-air hole arranged in the bulge is in each case formed on a flow-on surface of the bulge with respect to the throughflow direction of the combustion chamber .
An apparatus comprising: a short-range communication module configured to sense a plurality of laundry treatment apparatuses positioned around the apparatus ; characterized by a camera configured to take a tag image attached to a laundry or a NFC reader configured to recognize a NFC tag attached to a laundry or a RFID reader configured to recognize a RFID tag attached to a laundry or a sensor configured to recognized material of a laundry; and a processor configured to: acquire laundry information about laundry based on the tag image or the NFC tag or the RFID tag or the recognized material of the laundry, acquire characteristic information of each of the detected laundry treatment apparatuses, determine a laundry group corresponding to the laundry, based on the acquired laundry information; compare characteristic information of the determined laundry group and characteristic information of each of the plurality of laundry treatment apparatuses with each other; determine a laundry treatment apparatus for washing the laundry among the plurality of laundry treatment apparatuses based on the comparison result; and transmit the laundry information to the determined laundry treatment apparatus. a short-range communication module configured to sense a plurality of laundry treatment apparatuses positioned around the apparatus ; characterized by a camera configured to take a tag image attached to a laundry or a NFC reader configured to recognize a NFC tag attached to a laundry or a RFID reader configured to recognize a RFID tag attached to a laundry or a sensor configured to recognized material of a laundry; and a processor configured to: acquire laundry information about laundry based on the tag image or the NFC tag or the RFID tag or the recognized material of the laundry, acquire characteristic information of each of the detected laundry treatment apparatuses, determine a laundry group corresponding to the laundry, based on the acquired laundry information; compare characteristic information of the determined laundry group and characteristic information of each of the plurality of laundry treatment apparatuses with each other; determine a laundry treatment apparatus for washing the laundry among the plurality of laundry treatment apparatuses based on the comparison result; and transmit the laundry information to the determined laundry treatment apparatus. acquire laundry information about laundry based on the tag image or the NFC tag or the RFID tag or the recognized material of the laundry, acquire characteristic information of each of the detected laundry treatment apparatuses, determine a laundry group corresponding to the laundry, based on the acquired laundry information; compare characteristic information of the determined laundry group and characteristic information of each of the plurality of laundry treatment apparatuses with each other; determine a laundry treatment apparatus for washing the laundry among the plurality of laundry treatment apparatuses based on the comparison result; and transmit the laundry information to the determined laundry treatment apparatus.
Electronically controlled trailer brake control unit being embodied as a constructional unit wherein an electronically controlled modulator valve device and a spring brake valve device are arranged, characterised in that the spring brake valve device generates a spring brake pressure and the modulator valve device controls a service brake pressure, the spring brake pressure generated by the spring brake valve device being independent on the service brake pressure which is controlled by the modulator valve device and the spring brake pressure generated by the spring brake valve device on the one hand and the service brake pressure being controlled by the modulator valve device on the other hand being transmitted to an anti-compound valve .
A document having an integrated display device comprising picture elements for a coloured rendition, wherein at least one first subset of the picture elements is configured for the emission of light of a first spectral composition for generating a colour perception, and wherein at least one second subset of the picture elements is configured for the emission of light of a second spectral composition for generating the same colour perception, wherein the first and the second subsets of the picture elements differ from one another in respect of at least one fundamental frequency and/or at least one spectral profile, wherein the picture elements of the first subset are each formed at least by first, second and third display elements , wherein the picture elements of the second subset are each formed at least by fourth, fifth and sixth display elements (148, 150, 152; 148, 150, 154, 156), and wherein at least one of the at least fourth, fifth and sixth display elements is configured for the emission of a radiation component of a fundamental frequency which cannot be irradiated by any of the at least first, second and third display elements.
An electronic device comprising a chassis module and a rolling display arrangement , said rolling display arrangement partially enclosing said chassis module and being configured to slide between a retracted position (P1) and an extended position (P3), wherein the chassis module comprises a body having a rounded edge and a first part of a magnetic pair in at least a mid-section of the body proximal to the rounded edge , and the rolling display arrangement comprises a foldable sheet and a support arrangement arranged to support the foldable sheet , wherein the rolling display arrangement further comprises a second part of the magnetic pair in at least a section opposing the first part of the magnetic pair when the rolling display arrangement is in the retracted position (P1), said first part and second part of the magnetic pair being magnetically attracted to each other, characterized in that at least one roller is positioned adjacent to the first part of the magnetic pair, said at least one roller having a diameter larger than the thickness of the body to provide for a clearance between the surface of the first part of the magnetic pair and the rolling display arrangement . the chassis module comprises a body having a rounded edge and a first part of a magnetic pair in at least a mid-section of the body proximal to the rounded edge , and the rolling display arrangement comprises a foldable sheet and a support arrangement arranged to support the foldable sheet , wherein the rolling display arrangement further comprises a second part of the magnetic pair in at least a section opposing the first part of the magnetic pair when the rolling display arrangement is in the retracted position (P1), said first part and second part of the magnetic pair being magnetically attracted to each other, characterized in that at least one roller is positioned adjacent to the first part of the magnetic pair, said at least one roller having a diameter larger than the thickness of the body to provide for a clearance between the surface of the first part of the magnetic pair and the rolling display arrangement .
A system for distributed heat flux sensing of body tissue, the system comprising: a distributed sensor (310, 510, 711-719, 800, 910, 1011-1019) including a fiber optic sensor configured to provide a plurality of temperature measurements corresponding to a plurality of points in a measurement range, the fiber optic sensor including an optical fiber that extends through the measurement range and is configured to measure a shape of the fiber optic sensor along the measurement range; a thermal energy source configured to apply thermal energy to the body tissue along the measurement range; and one or more processors configured to: receive the plurality of temperature measurements from the distributed sensor, the plurality of temperature measurements corresponding to the plurality of points; determine an amount of thermal energy applied by the thermal energy source at each of the plurality of points; determine heat flux at each of the plurality of points based on the plurality of temperature measurements and the amount of thermal energy applied by the thermal energy source; and determine a location of each of the plurality of points based on shape data from the fiber optic sensor in a known three-dimensional reference frame. a distributed sensor (310, 510, 711-719, 800, 910, 1011-1019) including a fiber optic sensor configured to provide a plurality of temperature measurements corresponding to a plurality of points in a measurement range, the fiber optic sensor including an optical fiber that extends through the measurement range and is configured to measure a shape of the fiber optic sensor along the measurement range; a thermal energy source configured to apply thermal energy to the body tissue along the measurement range; and one or more processors configured to: receive the plurality of temperature measurements from the distributed sensor, the plurality of temperature measurements corresponding to the plurality of points; determine an amount of thermal energy applied by the thermal energy source at each of the plurality of points; determine heat flux at each of the plurality of points based on the plurality of temperature measurements and the amount of thermal energy applied by the thermal energy source; and determine a location of each of the plurality of points based on shape data from the fiber optic sensor in a known three-dimensional reference frame. receive the plurality of temperature measurements from the distributed sensor, the plurality of temperature measurements corresponding to the plurality of points; determine an amount of thermal energy applied by the thermal energy source at each of the plurality of points; determine heat flux at each of the plurality of points based on the plurality of temperature measurements and the amount of thermal energy applied by the thermal energy source; and determine a location of each of the plurality of points based on shape data from the fiber optic sensor in a known three-dimensional reference frame.
A blend composition comprising: one or more polycarbonates wherein at least one of the polycarbonates is a polyester-polycarbonate having at least one unit derived from sebacic acid and has a biocontent of at least 5 weight% based upon a total weight of the polyester-polycarbonate, determined according ASTM-D6866; a glass content of 10 weight% or greater based upon a total weight of the composition; and an epoxy resin; wherein the composition has a melt volume rate of greater than 10.5 cm 3 /10 minutes at 300°C/1.2kg according to ASTM-D1238-10, and wherein a part molded having a 0.8 mm thickness molded from the composition has a gloss value of 89 or higher at 60°, according to ASTM-D523. one or more polycarbonates wherein at least one of the polycarbonates is a polyester-polycarbonate having at least one unit derived from sebacic acid and has a biocontent of at least 5 weight% based upon a total weight of the polyester-polycarbonate, determined according ASTM-D6866; a glass content of 10 weight% or greater based upon a total weight of the composition; and an epoxy resin; wherein the composition has a melt volume rate of greater than 10.5 cm 3 /10 minutes at 300°C/1.2kg according to ASTM-D1238-10, and wherein a part molded having a 0.8 mm thickness molded from the composition has a gloss value of 89 or higher at 60°, according to ASTM-D523.