mhurhangee/patent-ind-claim-en huggingface dataset:
An X-ray inspection device comprising: a conveying means configured to convey an article (P); an X-ray source configured to emit X-rays to the article conveyed by the conveying means ; a first line sensor configured to detect, in a first energy band, X-rays that have passed through the article; and a second line sensor configured to detect, in a second energy band being different from the first energy band, X-rays that have passed through the article; characterized by a detection unit configured to detect positional displacement of the second line sensor with respect to the first line sensor in at least one direction of horizontal direction and vertical direction; and a corrected-image generation unit configured to generate, based on the detection result of the detection unit , a corrected second X-ray image by correcting a second X-ray image of the article obtained based on the detection results of the second line sensor ; wherein the detection unit is configured to detect positional displacement of the second line sensor with respect to the first line sensor in advance based on the detection results of the X-rays by the first line sensor and the second line sensor , the X-rays having been emitted from the X-ray source to a sample (S) having a known shape or the article (P) to be inspected, which is conveyed by the conveying means , and having passed through the sample (S) or the article (P). a conveying means configured to convey an article (P); an X-ray source configured to emit X-rays to the article conveyed by the conveying means ; a first line sensor configured to detect, in a first energy band, X-rays that have passed through the article; and a second line sensor configured to detect, in a second energy band being different from the first energy band, X-rays that have passed through the article; characterized by a detection unit configured to detect positional displacement of the second line sensor with respect to the first line sensor in at least one direction of horizontal direction and vertical direction; and a corrected-image generation unit configured to generate, based on the detection result of the detection unit , a corrected second X-ray image by correcting a second X-ray image of the article obtained based on the detection results of the second line sensor ; wherein the detection unit is configured to detect positional displacement of the second line sensor with respect to the first line sensor in advance based on the detection results of the X-rays by the first line sensor and the second line sensor , the X-rays having been emitted from the X-ray source to a sample (S) having a known shape or the article (P) to be inspected, which is conveyed by the conveying means , and having passed through the sample (S) or the article (P).
Restraining device for an occupant seated in a vehicle seat comprising: - a carrier extending over the lap of the seated occupant when the restraining device is in use, - an airbag having an airbag main body enclosing a main gas space (MG) and extending from a lower end to an upper end being located above the lower end when the airbag main body is in its deployed state, said airbag main body being connected to the carrier via a connection section at the lower end of the airbag main body , and said airbag main body having an impact wall with an impact surface facing the seated occupant (O) when the airbag is in its deployed state, and - an inflating device for filling the main gas space (MG), wherein the airbag main body tapers from its lower end to its upper end , characterized in that the impact wall is provided with an indention in its lower part. - a carrier extending over the lap of the seated occupant when the restraining device is in use, - an airbag having an airbag main body enclosing a main gas space (MG) and extending from a lower end to an upper end being located above the lower end when the airbag main body is in its deployed state, said airbag main body being connected to the carrier via a connection section at the lower end of the airbag main body , and said airbag main body having an impact wall with an impact surface facing the seated occupant (O) when the airbag is in its deployed state, and - an inflating device for filling the main gas space (MG),
A subsea measurement system comprising: a flowline jumper deployed between first and second subsea structures , the flowline jumper providing a fluid passageway between the first and second subsea structures , the flowline jumper including (i) a length of conduit and (ii) first and second connectors deployed on opposing ends of the conduit , the first and second connectors connected to corresponding hubs on the first and second subsea structures ; and at least one electronic sensor deployed on at least one of the first and second connectors , wherein the first and second connectors comprise collet style connectors , and the at least one electronic sensor comprises a strain gauge deployed on a collet segment . a flowline jumper deployed between first and second subsea structures , the flowline jumper providing a fluid passageway between the first and second subsea structures , the flowline jumper including (i) a length of conduit and (ii) first and second connectors deployed on opposing ends of the conduit , the first and second connectors connected to corresponding hubs on the first and second subsea structures ; and at least one electronic sensor deployed on at least one of the first and second connectors , wherein the first and second connectors comprise collet style connectors , and the at least one electronic sensor comprises a strain gauge deployed on a collet segment .
A battery pack comprising: a plurality of battery cells (B), arranged in a forward/backward direction corresponding to a first direction (Z1); a circuit board (C) configured to collect state information about the battery cells (B); and a flexible connection line (S) configured to transmit the state information about the battery cells (B) to the circuit board (C) and comprising a link line (SC), a board connection pad (SO) and a cell connection pad (SI), wherein the link line (SC) extends from a side of the battery cells (B) toward the circuit board (C), the board connection pad (SO) extends from a first end portion (E1), to which the link line (SC) is connected, and is coupled to the circuit board (C) while facing the circuit board (C), and the cell connection pad (SI) is connected to a bus bar electrically connecting the cells, wherein the board connection pad (SO) comprises: outer soldering portions (DO) formed in an outer region of the board connection pad (SO) and concave toward the outside of the board connection pad (SO); a gas discharge hole (G) formed in a closed loop shape in an inner region of the board connection pad (SO); and an inner soldering portion (DI) formed along the gas discharge hole (G). a plurality of battery cells (B), arranged in a forward/backward direction corresponding to a first direction (Z1); a circuit board (C) configured to collect state information about the battery cells (B); and a flexible connection line (S) configured to transmit the state information about the battery cells (B) to the circuit board (C) and comprising a link line (SC), a board connection pad (SO) and a cell connection pad (SI), wherein the link line (SC) extends from a side of the battery cells (B) toward the circuit board (C), the board connection pad (SO) extends from a first end portion (E1), to which the link line (SC) is connected, and is coupled to the circuit board (C) while facing the circuit board (C), and the cell connection pad (SI) is connected to a bus bar electrically connecting the cells, wherein the board connection pad (SO) comprises: outer soldering portions (DO) formed in an outer region of the board connection pad (SO) and concave toward the outside of the board connection pad (SO); a gas discharge hole (G) formed in a closed loop shape in an inner region of the board connection pad (SO); and an inner soldering portion (DI) formed along the gas discharge hole (G). outer soldering portions (DO) formed in an outer region of the board connection pad (SO) and concave toward the outside of the board connection pad (SO); a gas discharge hole (G) formed in a closed loop shape in an inner region of the board connection pad (SO); and an inner soldering portion (DI) formed along the gas discharge hole (G).
A lid for a container (C), the lid comprising: a central wall ; and a dispensing feature comprising a dispenser flap foldably connected to the central wall , a projection extending from the dispenser flap , and a ledge , wherein the projection comprises a top surface that is curved downwardly from a center portion of the projection along a direction that is parallel to at least a portion of the ledge , and wherein the projection comprises a front surface extending at least upwardly from the dispenser flap to a corner extending between the top surface and the front surface of the projection ; the dispenser flap is movable to a dispensing position in which the dispenser flap is spaced from the ledge to at least partially form a dispensing opening , wherein the corner snaps under the ledge so that the dispenser flap is in the dispensing position and the projection is in locking engagement with the ledge , and wherein the top surface engages the ledge and the corner is positioned below the ledge when the projection is in locking engagement with the ledge . a central wall ; and a dispensing feature comprising a dispenser flap foldably connected to the central wall , a projection extending from the dispenser flap , and a ledge , wherein the projection comprises a top surface that is curved downwardly from a center portion of the projection along a direction that is parallel to at least a portion of the ledge , and wherein the projection comprises a front surface extending at least upwardly from the dispenser flap to a corner extending between the top surface and the front surface of the projection ; the dispenser flap is movable to a dispensing position in which the dispenser flap is spaced from the ledge to at least partially form a dispensing opening , wherein the corner snaps under the ledge so that the dispenser flap is in the dispensing position and the projection is in locking engagement with the ledge , and wherein the top surface engages the ledge and the corner is positioned below the ledge when the projection is in locking engagement with the ledge .
A radiofrequency choke for a magnetic resonance system comprising - a choke housing having a toroidal form and - a coaxial cable , wherein the coaxial cable has a first end and a second end and is configured to carry a magnetic resonance radiofrequency signal of the magnetic resonance system having a B 1 -excitation field, wherein a portion of the coaxial cable in between the first end and the second end is wound around the choke housing in a self-compensated winding pattern such that the radiofrequency choke compensates the B 1 -excitation field, characterised in that the self-compensated winding pattern comprises a first winding pattern with windings around a surface of revolution of the toroidal form, and a counter winding pattern with at least one winding around an axis of revolution and along an outer circumference of the toroidal form. - a choke housing having a toroidal form and - a coaxial cable , wherein the coaxial cable has a first end and a second end and is configured to carry a magnetic resonance radiofrequency signal of the magnetic resonance system having a B 1 -excitation field, wherein a portion of the coaxial cable in between the first end and the second end is wound around the choke housing in a self-compensated winding pattern such that the radiofrequency choke compensates the B 1 -excitation field, characterised in that the self-compensated winding pattern comprises a first winding pattern with windings around a surface of revolution of the toroidal form, and a counter winding pattern with at least one winding around an axis of revolution and along an outer circumference of the toroidal form.
A system for cleaning of a device for holding fluid, the system comprising transducer controlling means and one or more, preferably at least two first transducers (102a-f, 202, 1002a-d, 1102, 1202, 1302, 1402, 1502, 2002), wherein either the one or more first transducers are adapted to be positioned on outer surface of the device, or else the one or more first transducers are adapted to generate a laser-ultrasonic or photo-acoustic source on outer surface of the device, and the transducers are adapted to emit succession of mechanical waves towards one or more target points within the device, characterized in that the system comprises emitter instructions comprising simulated time-reversal waveform data from the one or more target points, and in that the transducer controlling means is adapted to execute the emitter instructions to the one or more first transducers for producing the mechanical waves.
A method of installing a pumping tube-segment in a liquid pump , comprising: providing the pumping tube segment having an identifying-key disposed thereon, the identifying-key including a collar that is clamped onto the pumping tube-segment , the identifying-key having a number of teeth , each tooth having a specific width and specific location, thus creating a code that allows inserting of the pumping tube segment only to a specific liquid pump that has a set of niches that are arranged in accord with the same unique structural code, the identifying-key also including a pressure-plate configured to be pressed by a door of the liquid pump and to press the pumping-tube segment against a pressure-sensor that is installed in the liquid pump ; installing the pumping tube-segment into the liquid pump ; characterized by , the installing the pumping tube-segment into the liquid pump further including installing a stretching-key into a recess of the liquid pump , the stretching-key including a collar clamped onto the pumping tube-segment , wherein the distance between the identifying key and the stretching key corresponds to the respective distance between the niches and the recess in the liquid pump ; and tightening, holding straight and stretching the pumping tube-segment to a determined degree when both the identifying key and the stretching key are installed into the liquid pump . providing the pumping tube segment having an identifying-key disposed thereon, the identifying-key including a collar that is clamped onto the pumping tube-segment , the identifying-key having a number of teeth , each tooth having a specific width and specific location, thus creating a code that allows inserting of the pumping tube segment only to a specific liquid pump that has a set of niches that are arranged in accord with the same unique structural code, the identifying-key also including a pressure-plate configured to be pressed by a door of the liquid pump and to press the pumping-tube segment against a pressure-sensor that is installed in the liquid pump ; installing the pumping tube-segment into the liquid pump ; characterized by , the installing the pumping tube-segment into the liquid pump further including installing a stretching-key into a recess of the liquid pump , the stretching-key including a collar clamped onto the pumping tube-segment , wherein the distance between the identifying key and the stretching key corresponds to the respective distance between the niches and the recess in the liquid pump ; and tightening, holding straight and stretching the pumping tube-segment to a determined degree when both the identifying key and the stretching key are installed into the liquid pump .
A portable electronic device , comprising: data processing means ; data repository containing data representative of a digital map; display means ; and computer readable medium comprising instructions which when executed by the data processing means cause the portable electronic device, in relation to data representative of a plurality locations relevant to the digital map, to provide, on a representation of the digital map displayed on the display means , for each of the locations, one of a plurality of different graphical user interface (GUI) elements characterised by different prominence levels to indicate the locations, wherein the prominence level of the GUI element used for each location is dependent on the level of detail at which the digital map is displayed and a deemed relevance of that location to a user search query, characterized in that GUI elements at increased prominence levels provide increased user interface functionality enabling user interaction therewith. data processing means ; data repository containing data representative of a digital map; display means ; and computer readable medium comprising instructions which when executed by the data processing means cause the portable electronic device, in relation to data representative of a plurality locations relevant to the digital map, to provide, on a representation of the digital map displayed on the display means , for each of the locations, one of a plurality of different graphical user interface (GUI) elements characterised by different prominence levels to indicate the locations, wherein the prominence level of the GUI element used for each location is dependent on the level of detail at which the digital map is displayed and a deemed relevance of that location to a user search query, characterized in that GUI elements at increased prominence levels provide increased user interface functionality enabling user interaction therewith.
An induction heating cooker comprising: a body casing ; a translucent top plate mounted on an upper surface of the body casing ; an induction heating coil operable to heat a cooking container placed on the top plate by induction heating; a linear luminous body provided at an outer periphery of the induction heating coil as viewed from above the top plate to emit light along a portion or an entire periphery of the induction heating coil ; the linear luminous body comprising a light source and an annular or circular arc light guide body ; and the light guide body having an insertion portion through which the light source is disposed within the light guide body , wherein light from the light source disposed inside the insertion portion enters the light guide body through a side surface of the insertion portion, and an upper surface of the light guide body is a light emitting surface , characterized in that the linear luminous body comprises a chip LED as the light source and the insertion portion of the light guide body is a groove formed in a bottom surface of the light guide body or a through-hole extending through an inner peripheral surface and an outer peripheral surface of the light guide body , and in that , in the light guide body , a portion of the upper surface of the light guide body opposed to the insertion portion is also a portion of the light emitting surface . a body casing ; a translucent top plate mounted on an upper surface of the body casing ; an induction heating coil operable to heat a cooking container placed on the top plate by induction heating; a linear luminous body provided at an outer periphery of the induction heating coil as viewed from above the top plate to emit light along a portion or an entire periphery of the induction heating coil ; the linear luminous body comprising a light source and an annular or circular arc light guide body ; and the light guide body having an insertion portion through which the light source is disposed within the light guide body , wherein light from the light source disposed inside the insertion portion enters the light guide body through a side surface of the insertion portion, and an upper surface of the light guide body is a light emitting surface , characterized in that the linear luminous body comprises a chip LED as the light source and the insertion portion of the light guide body is a groove formed in a bottom surface of the light guide body or a through-hole extending through an inner peripheral surface and an outer peripheral surface of the light guide body , and in that , in the light guide body , a portion of the upper surface of the light guide body opposed to the insertion portion is also a portion of the light emitting surface .
A video surveillance method, comprising: receiving , by a user equipment, a panorama sent by a camera; obtaining , by the user equipment, a view that is specified by a user and in the received panorama, wherein if the user selects the specified view by clicking, a clicking point is used as a center point of the view specified by the user; if the user selects the specified view by selecting a rectangle, a triangle, or a circle, a geometric center of a shape selected by the user is used as a center point of the view specified by the user; obtaining , by the user equipment , a surveillance angle corresponding to the obtained view specified by the user by calculating the surveillance angle according to α h = x Width ∗ H and β V = y Height ∗ V ; wherein the surveillance angle comprises an angle α h formed against the horizontal direction when the camera scans the view specified by the user and an angle β v formed against the vertical direction when the camera scans the view specified by the user, Width is the width of the panorama, Height is the height of the panorama, x is a horizontal coordinate of the center point of the view specified by the user and y is a vertical coordinate of the center point of the view specified by the user; sending , by the user equipment, the surveillance angle to the camera; adjusting, by the camera, an angle of the camera to the surveillance angle; scanning a scene of the surveillance angle to obtain an updated view; and updating the view that is specified by the user and in the original panorama by using the updated view. receiving , by a user equipment, a panorama sent by a camera; obtaining , by the user equipment, a view that is specified by a user and in the received panorama, wherein if the user selects the specified view by clicking, a clicking point is used as a center point of the view specified by the user; if the user selects the specified view by selecting a rectangle, a triangle, or a circle, a geometric center of a shape selected by the user is used as a center point of the view specified by the user; obtaining , by the user equipment , a surveillance angle corresponding to the obtained view specified by the user by calculating the surveillance angle according to α h = x Width ∗ H and β V = y Height ∗ V ; wherein the surveillance angle comprises an angle α h formed against the horizontal direction when the camera scans the view specified by the user and an angle β v formed against the vertical direction when the camera scans the view specified by the user, Width is the width of the panorama, Height is the height of the panorama, x is a horizontal coordinate of the center point of the view specified by the user and y is a vertical coordinate of the center point of the view specified by the user; sending , by the user equipment, the surveillance angle to the camera; adjusting, by the camera, an angle of the camera to the surveillance angle; scanning a scene of the surveillance angle to obtain an updated view; and updating the view that is specified by the user and in the original panorama by using the updated view.