mhurhangee/patent-ind-claim-en huggingface dataset:
An engine comprising an accessory mounting structure, the engine comprising a crankshaft that extends in a first direction on an horizontal plane, wherein: the engine supports an accessory via a bracket ; the bracket includes: a first portion connected to the engine ; and a second portion connected to the accessory and having a lower rigidity than the first portion , wherein the second portion functions as a dynamic damper that attenuates vibration of the engine by vibrating in an opposite phase to the vibration of the engine and in the first direction when the engine vibrates in a second direction orthogonal to the first direction on the horizontal plane; wherein a fixing hole through which a fastener for fixing the bracket to the engine is inserted and a positioning hole through which a positioner for positioning the bracket with respect to the engine is inserted are formed in the first portion ; and the second portion includes an accessory connection portion to which the at least one accessory is connected on an extending line of a center line (G1) of the positioning hole . the engine supports an accessory via a bracket ; the bracket includes: a first portion connected to the engine ; and a second portion connected to the accessory and having a lower rigidity than the first portion , wherein a first portion connected to the engine ; and a second portion connected to the accessory and having a lower rigidity than the first portion , wherein the second portion functions as a dynamic damper that attenuates vibration of the engine by vibrating in an opposite phase to the vibration of the engine and in the first direction when the engine vibrates in a second direction orthogonal to the first direction on the horizontal plane; wherein a fixing hole through which a fastener for fixing the bracket to the engine is inserted and a positioning hole through which a positioner for positioning the bracket with respect to the engine is inserted are formed in the first portion ; and the second portion includes an accessory connection portion to which the at least one accessory is connected on an extending line of a center line (G1) of the positioning hole .
A tank having a housing which provides a space for a liquid , characterized in that an enclosure forming a sub space is arranged inside the housing at an upper part of the housing for trapping air when the liquid surface in the tank is inclined relative to the housing , an upper end of the enclosure being closed and airtight and a lower end of the enclosure being open connecting the space and the sub space fluidly to each other, wherein the tank has a level sensor indicating the level of liquid in the tank, the level sensor being arranged in the space outside the sub space .
An audio processing device comprising: a position information correction unit configured to calculate corrected position information (A n ', E n ', R n ') indicating a position (VSP1) of a sound source relative to a listening position (LP11, LP21), being the position of a user's head, at which sound from the sound source is heard, the calculation being based on position information (An, En, Rn) indicating the position of the sound source relative to a standard listening position, and listening position information indicating the listening position, wherein the position of the sound source is expressed by spherical coordinate and the listening position is expressed by xyz coordinate; and a generation unit configured to generate a reproduction signal reproducing sound from the sound source to be heard at the listening position by using vector base amplitude panning, based on a waveform signal of the sound source and the corrected position information defining a position vector (p) relative to the listening position that is expressible as a linear sum of position vectors (l 1 , l 2 , l 3 ) of three speakers (SP1, SP2, SP3) forming a triangle (TR11) around the corrected position of the sound source, wherein coefficients by which the respective vectors are multiplied in the linear sum correspond to the gain amounts to be applied to the speakers. a position information correction unit configured to calculate corrected position information (A n ', E n ', R n ') indicating a position (VSP1) of a sound source relative to a listening position (LP11, LP21), being the position of a user's head, at which sound from the sound source is heard, the calculation being based on position information (An, En, Rn) indicating the position of the sound source relative to a standard listening position, and listening position information indicating the listening position, wherein the position of the sound source is expressed by spherical coordinate and the listening position is expressed by xyz coordinate; and a generation unit configured to generate a reproduction signal reproducing sound from the sound source to be heard at the listening position by using vector base amplitude panning, based on a waveform signal of the sound source and the corrected position information defining a position vector (p) relative to the listening position that is expressible as a linear sum of position vectors (l 1 , l 2 , l 3 ) of three speakers (SP1, SP2, SP3) forming a triangle (TR11) around the corrected position of the sound source, wherein coefficients by which the respective vectors are multiplied in the linear sum correspond to the gain amounts to be applied to the speakers.
A flexible reticular structure, comprising a movable surface for conveying goods, the movement of which is operated by operating means , said surface being formed by a plurality of modules linked to one another by means of attachment rods , each of said rods being housed in holes provided in at least two of said modules , each module comprising at least one wheel assembled in at least one of said rods , wherein each module comprises tabs wherein the holes are placed, two adjacent tabs defining a housing for placing a wheel , wherein said tabs define first housings and second housings , the length of the first housings being greater than the length of the second housings , whereby the tabs of the second housings can be placed between the tabs of the first housing of an adjacent module, thereby enabling the attachment rod of said modules to remain right at the intersection of said modules, characterized in that inside the same module said first housings are located frontally to each other, and said second housings are located frontally to each other. wherein each module comprises tabs wherein the holes are placed, two adjacent tabs defining a housing for placing a wheel , wherein said tabs define first housings and second housings , the length of the first housings being greater than the length of the second housings , whereby the tabs of the second housings can be placed between the tabs of the first housing of an adjacent module, thereby enabling the attachment rod of said modules to remain right at the intersection of said modules, characterized in that inside the same module said first housings are located frontally to each other, and said second housings are located frontally to each other.
A method for predicting the survival time of a subject suffering from a Non-Small-Cell Lung Cancer (NSCLC)comprising the steps of : i) quantifying the density of regulatory T CD3+FoxP3+ (Treg) cells in a tumor tissue sample obtained from the subject, ii) quantifying the density of one further population of immune cells selected from the group consisting of TLS-mature DC or TLS-B cells or Tconv CD3+ FoxP3-cells or CD8+ T cells or CD8+ Granzyme-B+ T cells in said tumor tissue sample, iii) comparing the densities quantified at steps i) and ii) with their corresponding predetermined reference values and iv) concluding that the subject will have a short survival time when the density of Treg cells is higher than its corresponding predetermined reference value and the density of the further population of immune cells is lower than its corresponding predetermined reference value or concluding that the subject will have a long survival time when the density of Treg cells is lower than its corresponding predetermined reference value and the density of the further population of immune cells is higher than its corresponding predetermined reference value. i) quantifying the density of regulatory T CD3+FoxP3+ (Treg) cells in a tumor tissue sample obtained from the subject, ii) quantifying the density of one further population of immune cells selected from the group consisting of TLS-mature DC or TLS-B cells or Tconv CD3+ FoxP3-cells or CD8+ T cells or CD8+ Granzyme-B+ T cells in said tumor tissue sample, iii) comparing the densities quantified at steps i) and ii) with their corresponding predetermined reference values and iv) concluding that the subject will have a short survival time when the density of Treg cells is higher than its corresponding predetermined reference value and the density of the further population of immune cells is lower than its corresponding predetermined reference value or concluding that the subject will have a long survival time when the density of Treg cells is lower than its corresponding predetermined reference value and the density of the further population of immune cells is higher than its corresponding predetermined reference value.
An amusement park ride sanitization system comprising: a ride path for an amusement ride vehicle ; and a sanitization station comprising: a housing disposed along the ride path configured to receive the amusement ride vehicle along the ride path ; and a sanitization device disposed within the housing and configured to sanitize the amusement ride vehicle . a ride path for an amusement ride vehicle ; and a sanitization station comprising: a housing disposed along the ride path configured to receive the amusement ride vehicle along the ride path ; and a sanitization device disposed within the housing and configured to sanitize the amusement ride vehicle . a housing disposed along the ride path configured to receive the amusement ride vehicle along the ride path ; and a sanitization device disposed within the housing and configured to sanitize the amusement ride vehicle .
Spacing element for concrete reinforcements and/or concrete structures comprising three parallel straight longitudinal rods including two bottom longitudinal rods and a top longitudinal rod , connected to one another by U- or n-shaped transverse rods which run perpendicular to the longitudinal rods , and which are laterally connected to the longitudinal rods ; the U- or n-shaped transverse rods comprising a first leg element and a second leg element , the first and second leg elements having a proximal end and a distal end, the first leg element being connected at its proximal end to the base element by means of a first connection , the second leg element being connected at its proximal end to the base element by means of a second connection , characterized in that in that at least the top longitudinal rod is attached to the outside of the transverse rods; in that the top longitudinal rod is positioned off-center, the term "off-center" referring to one of the following two situations: - the distance between the top longitudinal rod and the first connection is smaller than the distance between the top longitudinal rod and the second connection , or - the distance between the top longitudinal rod and the second connection is smaller than the distance between the top longitudinal rod and the first connection ; in that said spacing element comprises a single top longitudinal rod or a single bundle of top longitudinal rods, and in that ζ and ε are between 60° and 85°, ζ being the smallest angle between the first leg element and an imaginary line between the endpoints of the first and second leg elements , and ε being the smallest angle between the second leg element and an imaginary line between the endpoints of the first and second leg elements . - the distance between the top longitudinal rod and the first connection is smaller than the distance between the top longitudinal rod and the second connection , or - the distance between the top longitudinal rod and the second connection is smaller than the distance between the top longitudinal rod and the first connection ;
Compound mixture, comprising 4-[(S)-2-Azetidin-1-yl-1-(4-chloro-3-trifluoromethyl-phenyl)-ethylamino]-quinazoline-8-carboxylic acid amide, or physiologically acceptable salts thereof, and an inhibitor of Her2, or physiologically acceptable salts thereof.
A measuring device to be mounted on a grill device , the grill device including a first grilling unit , and a second grilling unit pivotally connected to the first grilling unit and rotatable with respect to the first grilling unit about a rotation axis (A), said measuring device being characterized by : a magnetic unit to be mounted on one of the first and second grilling units , and configured to generate a magnetic field; a sensing unit to be mounted on the other one of the first and second grilling units , and configured to measure an angle of rotation of the magnetic field generated by said magnetic unit and to generate an output signal indicating the angle of rotation of the magnetic field; and a processing unit communicatively connected to said sensing unit for receiving the output signal therefrom, and configured to obtain an included angle between the first and second grilling units based on the angle of rotation of the magnetic field indicated by the output signal. a magnetic unit to be mounted on one of the first and second grilling units , and configured to generate a magnetic field; a sensing unit to be mounted on the other one of the first and second grilling units , and configured to measure an angle of rotation of the magnetic field generated by said magnetic unit and to generate an output signal indicating the angle of rotation of the magnetic field; and a processing unit communicatively connected to said sensing unit for receiving the output signal therefrom, and configured to obtain an included angle between the first and second grilling units based on the angle of rotation of the magnetic field indicated by the output signal.
A floor cleaner comprising: a vacuum source ; a supply tank configured to store a cleaning fluid; a base movable over a surface to be cleaned, the base having a suction inlet in fluid communication with the vacuum source , the base further including a distribution nozzle in fluid communication with the supply tank , the distribution nozzle configured to dispense the cleaning fluid onto a surface to be cleaned; a body pivotally coupled to the base , the body pivotable between an upright storage position and an inclined operating position, the body including a recovery tank recess ; a recovery tank including a latch that removably couples the recovery tank to the body in the recovery tank recess , the recovery tank in fluid communication with the vacuum source and the suction inlet , the recovery tank configured to store the cleaning fluid and/or debris drawn through the suction inlet from the surface by the vacuum source , characterised in that the floor cleaner further comprises a projection ; and a recess that receives the projection when the recovery tank is coupled to the body to limit movement of the body relative to the recovery tank . a vacuum source ; a supply tank configured to store a cleaning fluid; a base movable over a surface to be cleaned, the base having a suction inlet in fluid communication with the vacuum source , the base further including a distribution nozzle in fluid communication with the supply tank , the distribution nozzle configured to dispense the cleaning fluid onto a surface to be cleaned; a body pivotally coupled to the base , the body pivotable between an upright storage position and an inclined operating position, the body including a recovery tank recess ; a recovery tank including a latch that removably couples the recovery tank to the body in the recovery tank recess , the recovery tank in fluid communication with the vacuum source and the suction inlet , the recovery tank configured to store the cleaning fluid and/or debris drawn through the suction inlet from the surface by the vacuum source , characterised in that the floor cleaner further comprises a projection ; and a recess that receives the projection when the recovery tank is coupled to the body to limit movement of the body relative to the recovery tank .
A position sensor, comprising: a flexible substrate , which is formed into a three-dimensional, 3D, shape, wherein the 3D shape comprises a cylindrical shape; a first field-sensing coil formed in a first layer of the flexible substrate, wherein the first field-sensing coil has a rectangular closed-loop shape; and a second field-sensing coil formed in a second layer of the flexible substrate, wherein the second field-sensing coil is formed from a stripe passing end-to-end along the flexible substrate , and wherein, when the flexible substrate is formed into the cylindrical shape, edges of the stripe are coupled to one another so that the second field sensing coil forms a symmetrical loop along a circumference of the cylinder, wherein, in the 3D shape, the first field-sensing coil has a first axis (V1), the second field-sensing coil has a second axis (V3), and the first axis (V1) and second axis (V3) are orthogonal to one another. a flexible substrate , which is formed into a three-dimensional, 3D, shape, wherein the 3D shape comprises a cylindrical shape; a first field-sensing coil formed in a first layer of the flexible substrate, wherein the first field-sensing coil has a rectangular closed-loop shape; and a second field-sensing coil formed in a second layer of the flexible substrate, wherein the second field-sensing coil is formed from a stripe passing end-to-end along the flexible substrate , and wherein, when the flexible substrate is formed into the cylindrical shape, edges of the stripe are coupled to one another so that the second field sensing coil forms a symmetrical loop along a circumference of the cylinder, wherein, in the 3D shape, the first field-sensing coil has a first axis (V1), the second field-sensing coil has a second axis (V3), and the first axis (V1) and second axis (V3) are orthogonal to one another.
A test bench for testing a generator before being deployed at a wind turbine, the test bench comprising: (i) a fixed structure, having a common base fixed to the ground; a hollow body , having a first opening and a second opening; a central pillar connecting the common base with the hollow body; (ii) a shaft , arranged inside the hollow body, having a first end extending beyond the first opening and a second end extending beyond the second opening, wherein the first end of the shaft is connectable to a first rotor of a first generator and the second end of the shaft is connectable to a second rotor of a second generator , and wherein the fixed structure is connectable to the stators of said first and second generators in a way that one side of the hollow body is connectable to the stator of the first generator and the other side of the hollow body is connectable to to the stator of the second generator . (i) a fixed structure, having a common base fixed to the ground; a hollow body , having a first opening and a second opening; a central pillar connecting the common base with the hollow body; a common base fixed to the ground; a hollow body , having a first opening and a second opening; a central pillar connecting the common base with the hollow body; (ii) a shaft , arranged inside the hollow body, having a first end extending beyond the first opening and a second end extending beyond the second opening, wherein the first end of the shaft is connectable to a first rotor of a first generator and the second end of the shaft is connectable to a second rotor of a second generator , and wherein the fixed structure is connectable to the stators of said first and second generators in a way that one side of the hollow body is connectable to the stator of the first generator and the other side of the hollow body is connectable to to the stator of the second generator .
A heat exchanger including a fan for drawing air through a center of the heat exchanger, comprising: a plurality of parallel fins ; and at least one tube passing through the parallel fins , the tube including a plurality of elongated sections of tube connected by a hairpin section , the tube carrying a fluid that exchanges heat with the air passing through the heat exchanger, wherein the parallel fins each include a plurality of air deflecting members formed therein between adjacent hairpin sections of tube and between adjacent elongated sections of tube, wherein the air deflecting members are overlapped by hairpin sections of tube, and wherein the air deflecting members of a respective fin are staggered relative to the air deflecting members of an adjacent parallel fin , characterized in that each air deflecting member is bent substantially orthogonally relative to a planar surface of each fin in a direction toward the center of the heat exchanger. a plurality of parallel fins ; and at least one tube passing through the parallel fins , the tube including a plurality of elongated sections of tube connected by a hairpin section , the tube carrying a fluid that exchanges heat with the air passing through the heat exchanger, wherein the parallel fins each include a plurality of air deflecting members formed therein between adjacent hairpin sections of tube and between adjacent elongated sections of tube, wherein the air deflecting members are overlapped by hairpin sections of tube, and wherein the air deflecting members of a respective fin are staggered relative to the air deflecting members of an adjacent parallel fin , characterized in that each air deflecting member is bent substantially orthogonally relative to a planar surface of each fin in a direction toward the center of the heat exchanger.