mhurhangee/patent-ind-claim-en huggingface dataset:
A device for aligning magnetic or magnetizable particles which are contained in a coating means applied on one side of a web-type or sheet-type substrate , having a magnetic cylinder which is arranged in the transport path of the substrate to be transported and comprising a plurality of devices creating a magnetic field in the region of the outer periphery thereof, magnetic devices for short, wherein a portion or all of the magnetic devices respectively comprise a magnet rotatable by an assigned motor , wherein the magnetic cylinder is rotatably arranged in frame walls (38; 39) of a frame, characterized in that at least one transducer for contact-less transmission of electrical energy and/or of control signals from outside is provided in or on the rotating magnetic cylinder , which comprises a transducer part fixed to the frame and a transducer part fixed to the cylinder during operation, and in that a bus system (73; 74) is provided for contact-less signal transmission to the transducer part fixed to the cylinder.
A method of controlling an autonomous vehicle including a navigation device and an image sensing device operable to capture image data at the location of the autonomous vehicle , the method comprising: receiving, by a navigation device , an image from the image sensing device associated with the autonomous vehicle ; extracting, by the navigation device , navigation content from the image; and controlling, by the navigation device , the autonomous vehicle based on the extracted navigation content, characterized in that the navigation device is operable to extract navigation content from the image by: identifying a current location of the autonomous vehicle ; accessing data identifying location information (222a-222e) associated with locations within a pre-defined radius from the identified current location of the autonomous vehicle ; and utilizing the accessed data identifying the location information (222a-222e) to extract navigation content from the image by identifying content in the image corresponding to the accessec data identifying the location information (222a-222e). receiving, by a navigation device , an image from the image sensing device associated with the autonomous vehicle ; extracting, by the navigation device , navigation content from the image; and controlling, by the navigation device , the autonomous vehicle based on the extracted navigation content, characterized in that the navigation device is operable to extract navigation content from the image by: identifying a current location of the autonomous vehicle ; accessing data identifying location information (222a-222e) associated with locations within a pre-defined radius from the identified current location of the autonomous vehicle ; and utilizing the accessed data identifying the location information (222a-222e) to extract navigation content from the image by identifying content in the image corresponding to the accessec data identifying the location information (222a-222e). identifying a current location of the autonomous vehicle ; accessing data identifying location information (222a-222e) associated with locations within a pre-defined radius from the identified current location of the autonomous vehicle ; and utilizing the accessed data identifying the location information (222a-222e) to extract navigation content from the image by identifying content in the image corresponding to the accessec data identifying the location information (222a-222e).
Device for masking the inner periphery (6b1) of a disc of a turbine engine, characterised in that it comprises: - a lower element , along a longitudinal axis (X), - an upper element , along a longitudinal axis (X), - a elastic annular seal , along a longitudinal axis (X), the lower element , the upper element and the seal being coaxial, the seal being arranged longitudinally between the lower element and the upper element , the seal comprising a lower annular part bearing radially and internally against the lower element , an upper annular part bearing radially and internally against the upper element , the lower part and the upper part being connected to one another by an annular central part forming a return element, said seal being further configured to bear longitudinally, radially and externally against each longitudinal end of said inner periphery (6b1) of the disc , so as to mask said inner periphery (6b1), and - a clamping system , capable of clamping the seal between the lower element and the upper element . - a lower element , along a longitudinal axis (X), - an upper element , along a longitudinal axis (X), - a elastic annular seal , along a longitudinal axis (X), the lower element , the upper element and the seal being coaxial, the seal being arranged longitudinally between the lower element and the upper element , the seal comprising a lower annular part bearing radially and internally against the lower element , an upper annular part bearing radially and internally against the upper element , the lower part and the upper part being connected to one another by an annular central part forming a return element, said seal being further configured to bear longitudinally, radially and externally against each longitudinal end of said inner periphery (6b1) of the disc , so as to mask said inner periphery (6b1), and - a clamping system , capable of clamping the seal between the lower element and the upper element .
A wireless power-supplying system (S,M) comprising a power-supplying device including a power-supplying coil and a movable body (M) including a power-receiving coil and a tire, and performing power supply from the power-supplying coil to the power-receiving coil in a wireless power supply manner, wherein the wireless power-supplying system includes: a foreign matter intrusion prevention unit formed of a flexible material transparent to a magnetic field and having flexibility, the foreign matter intrusion prevention unit being provided on the power-supplying coil to fill a space between the power-supplying coil and the power-receiving coil, characterised in that when a course through which the tire passes on the power-supplying coil is taken, the foreign matter intrusion prevention unit is flattened by the weight of the movable body. a foreign matter intrusion prevention unit formed of a flexible material transparent to a magnetic field and having flexibility, the foreign matter intrusion prevention unit being provided on the power-supplying coil to fill a space between the power-supplying coil and the power-receiving coil, characterised in that when a course through which the tire passes on the power-supplying coil is taken, the foreign matter intrusion prevention unit is flattened by the weight of the movable body.
A method for addressing pixel-to-pixel variations in an image modality that utilizes photon counting, comprising: exposing pixels of the image modality to a substantially uniform number of photons; characterized by determining an image gradient based upon a number of photons detected by respective pixels, the image gradient being indicative of a difference between a number of photons counted by a first pixel during an interval of time and an average number of photons counted by pixels in a local region adjacent to the first pixel , when the difference is outside a specified tolerance; determining a weighting function for respective pixels based upon the image gradient, the weighting function providing for a transfer of counts indicative of detected photons from the first pixel to at least one pixel of the local region such that the difference is compensated. exposing pixels of the image modality to a substantially uniform number of photons; characterized by determining an image gradient based upon a number of photons detected by respective pixels, the image gradient being indicative of a difference between a number of photons counted by a first pixel during an interval of time and an average number of photons counted by pixels in a local region adjacent to the first pixel , when the difference is outside a specified tolerance; determining a weighting function for respective pixels based upon the image gradient, the weighting function providing for a transfer of counts indicative of detected photons from the first pixel to at least one pixel of the local region such that the difference is compensated.
Manufacturing device for producing a double-sided toothed belt , having a hollow cylindrical inner mold , which is closed off by means of a base and a cover and which, on its radial outer side, has teeth oriented parallel to the longitudinal axis of the inner mold , which teeth are in each case spaced apart from one another by a tooth space , having an outer mold , which is arranged with a radial spacing to the inner mold and which is composed of a multiplicity of mold segments which are arranged parallel to the longitudinal axis of the inner mold and adjacent to one another in a circumferential direction of the inner mold and which, at their side pointing toward the inner mold , have in each case at least one tooth and at least one section of a tooth space and/or at least one complete tooth space , having a flexible and hollow cylindrical force transmission element , which is arranged on the radial outer side of the mold segments , having a hollow cylindrical pressure vessel , the hollow cylindrical wall of which surrounds the force transmission element radially at the outside, and having guide elements (16, 16'; 16'') which are fastened or formed in each case on the two axial ends of the respective mold segments and which are arranged in radially movable fashion in respectively associated guides (17; 31), characterized in that the force transmission element is formed as a bellows which is fastened with its two axial ends in pressure-tight fashion to the pressure vessel , in that the force transmission element is arranged in a ring-shaped space which is formed between the hollow cylindrical wall of the pressure vessel and the radial outer side of the mold segments , in that the pressure vessel has at least one pressure medium bore which opens into the ring-shaped space radially outside the force transmission element , in that the mold segments have in each case one axially oriented passage bore through which a heating fluid and a cooling fluid can be conducted, and in that a heating fluid and a cooling fluid can be conducted through the hollow cylindrical inner mold .
A pressure tank comprising: - a tank body having at least one penetrating mortise and having a space formed inside the tank body ; - a reinforcing member having a tenon portion formed at an end thereof so as to be directed in one direction, and having an electric field relaxation portion on a side opposite to the tenon portion , the reinforcing member being attached to an inner wall surface of the tank body with the tenon portion inserted into the mortise , and wherein the reinforcing member is plate-shaped and comprises a round shape at corner portions at an end on a side opposite to the tenon portions for forming at least one electric field relaxation portion; or wherein the reinforcing member is block-shaped and the tenon portions have substantially a quadrangle block shape and are formed on one surface of the reinforcing member having substantially a quadrangle rod shape, and corner portions of the reinforcing member on a side opposite to the tenon portions are rounded to form at least one electric field relaxation portion; and - a welding portion sealing and fixing the mortise and the tenon portion with no gap therebetween, the welding portion being formed by melting an end of the tenon portion from outside of the tank body . - a tank body having at least one penetrating mortise and having a space formed inside the tank body ; - a reinforcing member having a tenon portion formed at an end thereof so as to be directed in one direction, and having an electric field relaxation portion on a side opposite to the tenon portion , the reinforcing member being attached to an inner wall surface of the tank body with the tenon portion inserted into the mortise , and wherein the reinforcing member is plate-shaped and comprises a round shape at corner portions at an end on a side opposite to the tenon portions for forming at least one electric field relaxation portion; or wherein the reinforcing member is block-shaped and the tenon portions have substantially a quadrangle block shape and are formed on one surface of the reinforcing member having substantially a quadrangle rod shape, and corner portions of the reinforcing member on a side opposite to the tenon portions are rounded to form at least one electric field relaxation portion; and - a welding portion sealing and fixing the mortise and the tenon portion with no gap therebetween, the welding portion being formed by melting an end of the tenon portion from outside of the tank body .
Method of determining a void volume during manufacture of a composite pipe formed of concentric layers of adjacently positioned, helical windings of composite tape , comprising the steps of: a) scanning the surface of a layer of adjacently positioned, helical windings to generate scanning information; b) using the scanning information to locate gap(s) between adjacent windings and to determine the number of gaps and characteristic dimensions of each gap in the layer; and c) generating a calculated void volume of the layer, using the number of gaps and the characteristic dimensions of each gap for the layer. a) scanning the surface of a layer of adjacently positioned, helical windings to generate scanning information; b) using the scanning information to locate gap(s) between adjacent windings and to determine the number of gaps and characteristic dimensions of each gap in the layer; and c) generating a calculated void volume of the layer, using the number of gaps and the characteristic dimensions of each gap for the layer.
A magnetic sensor device comprising: - a conveyance path for conveying an object to be detected having a magnetic pattern; - a magnet having poles each facing the conveyance path ; - first magnetic bodies each in contact with each of side surfaces orthogonal to the conveying direction of the object to be detected, the side surfaces being side surfaces of the magnet ; - a second magnetic body located on a side opposite to the first magnetic bodies with respect to the conveyance path , wherein the second magnetic body is a soft magnetic body and no bias magnet is disposed on said side where the second magnetic body is located; - a magnetoresistance effect element located between the second magnetic body and the conveyance path in a cross magnetic field that has magnetic field strength within a predetermined range in a spacing direction that is generated by the magnetic bodies and the second magnetic body , the magnetoresistance effect element being adapted to detect, as a change in the resistance value, a change in a component in the conveying direction in the cross magnetic field, the change being caused by the magnetic pattern of the object to be detected, the spacing direction being a direction orthogonal to the conveying direction in the conveyance path and being a direction that vertically passes through the magnetic pattern; and - an outputter connected to the magnetoresistance effect element , the outputter being adapted to output the change in the resistance value detected by the magnetoresistance effect element . - a conveyance path for conveying an object to be detected having a magnetic pattern; - a magnet having poles each facing the conveyance path ; - first magnetic bodies each in contact with each of side surfaces orthogonal to the conveying direction of the object to be detected, the side surfaces being side surfaces of the magnet ; - a second magnetic body located on a side opposite to the first magnetic bodies with respect to the conveyance path , wherein the second magnetic body is a soft magnetic body and no bias magnet is disposed on said side where the second magnetic body is located; - a magnetoresistance effect element located between the second magnetic body and the conveyance path in a cross magnetic field that has magnetic field strength within a predetermined range in a spacing direction that is generated by the magnetic bodies and the second magnetic body , the magnetoresistance effect element being adapted to detect, as a change in the resistance value, a change in a component in the conveying direction in the cross magnetic field, the change being caused by the magnetic pattern of the object to be detected, the spacing direction being a direction orthogonal to the conveying direction in the conveyance path and being a direction that vertically passes through the magnetic pattern; and - an outputter connected to the magnetoresistance effect element , the outputter being adapted to output the change in the resistance value detected by the magnetoresistance effect element .
A wax melt, comprising: between about one and about sixty percent by weight of paraffin wax; between about 3 percent and about 20 percent by weight of fragrance; and between about 10 percent and about 35 percent by weight of a silicate, wherein the silicate causes between about 97 percent and about 98 percent of a wax melt weight being retained over a time period of about sixteen hours when maintained at about sixty-five degrees Celsius. between about one and about sixty percent by weight of paraffin wax; between about 3 percent and about 20 percent by weight of fragrance; and between about 10 percent and about 35 percent by weight of a silicate, wherein the silicate causes between about 97 percent and about 98 percent of a wax melt weight being retained over a time period of about sixteen hours when maintained at about sixty-five degrees Celsius.
Folding support handle , in particular for the sanitary field, having a base adapted to be attached to a supporting structure , such as a wall, a gripping portion extending away from the base in a longitudinal direction , and a folding mechanism enabling a folding movement of the handle portion about a folding axis transverse to the longitudinal direction relative to the base , characterized by a pivoting mechanism enabling a pivoting movement of the gripping portion relative to the base about a pivot axis parallel to the longitudinal direction , wherein the folding support handle can be pivoted in a position of use .
A digital broadcast receiver of a digital radio comprising: an input for connection to an antenna configured to receive a digital broadcast; an anti-virus unit, located at an antenna side of the digital broadcast receiver , configured to carry out an anti-virus check and identify malicious data on at least one data channel received as part of the digital broadcast; an outer receiver configured to decode the at least one data channel received as part of the digital broadcast; and a host interface configured to provide the at least one decoded data channel including malicious data and an indication of a presence of malicious content in the malicious data to a host. an input for connection to an antenna configured to receive a digital broadcast; an anti-virus unit, located at an antenna side of the digital broadcast receiver , configured to carry out an anti-virus check and identify malicious data on at least one data channel received as part of the digital broadcast; an outer receiver configured to decode the at least one data channel received as part of the digital broadcast; and a host interface configured to provide the at least one decoded data channel including malicious data and an indication of a presence of malicious content in the malicious data to a host.
A method of providing fluid loss control in a portion of a subterranean formation comprising: providing a treatment fluid comprising a base fluid and a plurality of whole seeds, the seeds consisting of whole basil seeds; introducing the treatment fluid into a portion of a subterranean formation penetrated by a well bore such that the seeds swell and block openings in the subterranean formation to provide fluid loss control; and, degrading the whole basil seeds over time within the subterranean formation. providing a treatment fluid comprising a base fluid and a plurality of whole seeds, the seeds consisting of whole basil seeds; introducing the treatment fluid into a portion of a subterranean formation penetrated by a well bore such that the seeds swell and block openings in the subterranean formation to provide fluid loss control; and, degrading the whole basil seeds over time within the subterranean formation.
A dampened snap-hinge , comprising: - a first articulated quadrilateral comprising a first plate and provided with a first and second lever and an arm - a second articulated quadrilateral comprising a second plate and provided with a first and second lever and an arm said first and second lever being in common between the first and the second articulated quadrilateral, the hinge being movable between an open configuration and a closed configuration, in which the plates are arranged differently with respect to each other, wherein the hinge also comprises a damper for damping the transition between the open configuration and the closed configuration and viceversa, said damper being interposed between one of the first or second levers and said arm of one of the first and second quadrilaterals, said hinge further comprising at least a return spring , characterized in that said spring and said damper are positioned offset with respect to a central symmetry plane (SIM) of the quadrilaterals , said at least a return spring acting between said arm of one of the first and second quadrilaterals and the respective plate . - a first articulated quadrilateral comprising a first plate and provided with a first and second lever and an arm - a second articulated quadrilateral comprising a second plate and provided with a first and second lever and an arm