mhurhangee/patent-ind-claim-en huggingface dataset:
A screw comprising: a tip ; a head for accommodating a tool to rotate said screw around a rotational axis of said screw ; and a thread extending from a thread starting point at said tip towards said head , said thread having a thread depth (w), whereby said thread exhibits: a first average rate of increase (K 1 (θ)) of said thread depth with respect to rotational angle (θ) around said rotational axis along a first half turn from said thread starting point ; and a second average rate of increase (K 2 (θ)) of said thread depth (w) with respect to rotational angle (θ) around said rotational axis along a second half turn from said thread starting point , directly following said first half turn, said first average rate of increase (K 1 (θ)) being at least three times said second average rate of increase (K 2 (θ)). a tip ; a head for accommodating a tool to rotate said screw around a rotational axis of said screw ; and a thread extending from a thread starting point at said tip towards said head , said thread having a thread depth (w), whereby said thread exhibits: a first average rate of increase (K 1 (θ)) of said thread depth with respect to rotational angle (θ) around said rotational axis along a first half turn from said thread starting point ; and a second average rate of increase (K 2 (θ)) of said thread depth (w) with respect to rotational angle (θ) around said rotational axis along a second half turn from said thread starting point , directly following said first half turn, a first average rate of increase (K 1 (θ)) of said thread depth with respect to rotational angle (θ) around said rotational axis along a first half turn from said thread starting point ; and a second average rate of increase (K 2 (θ)) of said thread depth (w) with respect to rotational angle (θ) around said rotational axis along a second half turn from said thread starting point , directly following said first half turn, said first average rate of increase (K 1 (θ)) being at least three times said second average rate of increase (K 2 (θ)).
A rotation angle detection sensor mounted to a structure that includes a fixed part and a rotating part rotatably supported around a rotary shaft for detecting the rotation angle of the rotating part, comprising: a reed switch mounted to the fixed part or the rotating part of the structure perpendicular to the rotary shaft, with reeds arranged near the rotary shaft; and a flat annular magnet mounted to the rotating part or the fixed part of the structure at a specified position in the direction of the rotary shaft so that a magnetic circuit is formed with respect to the reed switch, central axis of the magnet being arranged concentrically with the rotary shaft, wherein the magnet is multi-pole magnetized in parallel to the central axis, and characterised in that : during the rotation of the magnet around the central axis with respect to the reed switch accompanying the rotation of the rotating part of the structure, when the same poles of the magnet are lined up in the longitudinal direction of the reed switch, both reeds of the reed switch are magnetized to the same pole, turning off the reed switch, and when opposite poles are lined up in the longitudinal direction of the reed switch, the both reeds of the reed switch are respectively magnetized to the opposite pole, turning on the reed switch. a reed switch mounted to the fixed part or the rotating part of the structure perpendicular to the rotary shaft, with reeds arranged near the rotary shaft; and a flat annular magnet mounted to the rotating part or the fixed part of the structure at a specified position in the direction of the rotary shaft so that a magnetic circuit is formed with respect to the reed switch, central axis of the magnet being arranged concentrically with the rotary shaft, wherein the magnet is multi-pole magnetized in parallel to the central axis, and characterised in that : during the rotation of the magnet around the central axis with respect to the reed switch accompanying the rotation of the rotating part of the structure, when the same poles of the magnet are lined up in the longitudinal direction of the reed switch, both reeds of the reed switch are magnetized to the same pole, turning off the reed switch, and when opposite poles are lined up in the longitudinal direction of the reed switch, the both reeds of the reed switch are respectively magnetized to the opposite pole, turning on the reed switch. during the rotation of the magnet around the central axis with respect to the reed switch accompanying the rotation of the rotating part of the structure, when the same poles of the magnet are lined up in the longitudinal direction of the reed switch, both reeds of the reed switch are magnetized to the same pole, turning off the reed switch, and when opposite poles are lined up in the longitudinal direction of the reed switch, the both reeds of the reed switch are respectively magnetized to the opposite pole, turning on the reed switch.
A portable fluid collection apparatus comprising: a fluid reservoir for receiving fluid produced by a person; detection means for detecting a property of fluid within the fluid reservoir; and processor means configured to receive data from the detection means and determine the level of fluid within the fluid reservoir; wherein said detection means comprises means for measuring a property of fluid between a first position and a second position spaced a first distance from said first position characterised in that said detection means further comprises means for measuring a property of fluid between said first position and a third position , where a second distance between said first position and said third position is less than the first distance between said first position and said second position ; said processor means being further configured to calibrate measured data corresponding to a property of fluid between said first position and said second position using measured data corresponding to a property of fluid between said first position and said third position in order to determine the level of fluid within the fluid reservoir. a fluid reservoir for receiving fluid produced by a person; detection means for detecting a property of fluid within the fluid reservoir; and processor means configured to receive data from the detection means and determine the level of fluid within the fluid reservoir; wherein said detection means comprises means for measuring a property of fluid between a first position and a second position spaced a first distance from said first position characterised in that said detection means further comprises means for measuring a property of fluid between said first position and a third position , where a second distance between said first position and said third position is less than the first distance between said first position and said second position ; said processor means being further configured to calibrate measured data corresponding to a property of fluid between said first position and said second position using measured data corresponding to a property of fluid between said first position and said third position in order to determine the level of fluid within the fluid reservoir.
A control method of a treatment plant for elements to be recycled or disposed of comprising: ― at least one crushing roll for a reduction in size of the elements to be recycled or disposed of; ― at least one screen operatively arranged upstream of said crushing roll to allow passage to said crushing roll only to elements to be recycled or disposed of having a size larger than predetermined sizes; ― at least one conveyor belt operatively arranged upstream of said screen for conveying and transferring the elements to be recycled or disposed of, said method comprising: ― a measuring step of the volume of elements to be recycled or disposed lying on said conveyor belt ; ― a comparing step of said measured volume value with a first predetermined value, said method being characterized in that it comprises ― an increasing step of the vibration intensity of said screen in the case said measured volume exceeds said first predetermined value. ― at least one crushing roll for a reduction in size of the elements to be recycled or disposed of; ― at least one screen operatively arranged upstream of said crushing roll to allow passage to said crushing roll only to elements to be recycled or disposed of having a size larger than predetermined sizes; ― at least one conveyor belt operatively arranged upstream of said screen for conveying and transferring the elements to be recycled or disposed of, ― a measuring step of the volume of elements to be recycled or disposed lying on said conveyor belt ; ― a comparing step of said measured volume value with a first predetermined value, said method being characterized in that it comprises ― an increasing step of the vibration intensity of said screen in the case said measured volume exceeds said first predetermined value.
A method for controlling pellet quality in iron ore production, comprising the following steps (i) mixing water, binder and iron ore particles in at least one mixer to form a mixture and (ii) pelletizing/balling the mixture into green pellets, characterized in that between step (i) and step (ii) a part of the mixture is taken in a sampling operation, formed into a test specimen and subjected to a test and that test specimen is subjected to a pressure test. (i) mixing water, binder and iron ore particles in at least one mixer to form a mixture and (ii) pelletizing/balling the mixture into green pellets,
A printhead device comprising: a plurality of firing chambers that, in use, accommodate an ink that is ejected from the firing chambers; a plurality of nozzles in fluid communication with the plurality of firing chambers , respectively; and a shipping fluid disposed within the plurality of firing chambers , the shipping fluid including a shipping fluid density. greater than the corresponding ink density of the ink and characterized in that the shipping fluid includes a viscosity which is greater than a corresponding ink viscosity of the ink. a plurality of firing chambers that, in use, accommodate an ink that is ejected from the firing chambers; a plurality of nozzles in fluid communication with the plurality of firing chambers , respectively; and a shipping fluid disposed within the plurality of firing chambers , the shipping fluid including a shipping fluid density. greater than the corresponding ink density of the ink and characterized in that the shipping fluid includes a viscosity which is greater than a corresponding ink viscosity of the ink.
An in vitro method for preparing a graft material comprising organ cells or tissue cells, the cells having a genotype of PHLDA3 (+/-), wherein said graft material is a graft material of a kidney, liver, lung, heart, small intestine, pancreas, or pancreatic islets.
A light-emitting element mounting substrate, comprising: an alumina sintered body containing alumina crystal, zirconia crystal, and grain boundary phase, an intensity ratio I t /I m between a peak intensity I t of tetragonal zirconia crystal at 2θ ranging from 30° to 30.5° and a peak intensity I m of monoclinic zirconia crystal at 2θ ranging from 28° to 28.5° measured by an X-ray diffractometer using Cu-Kα radiation, being less than or equal to 35 excluding 0, characterized in that at least part of the zirconia crystal is lamellar-structured zirconia crystal. an alumina sintered body containing alumina crystal, zirconia crystal, and grain boundary phase, an intensity ratio I t /I m between a peak intensity I t of tetragonal zirconia crystal at 2θ ranging from 30° to 30.5° and a peak intensity I m of monoclinic zirconia crystal at 2θ ranging from 28° to 28.5° measured by an X-ray diffractometer using Cu-Kα radiation, being less than or equal to 35 excluding 0, characterized in that at least part of the zirconia crystal is lamellar-structured zirconia crystal.
A robotic acoustic system for application with an interventional device , comprising: an acoustic probe including an imaging platform having a device insertion port defining a device insertion port entry and device insertion port exit , and an acoustic transducer array supported by the imaging platform and disposed relative to the device insertion port exit ; and a robotic instrument guide including a base mounted to the imaging platform relative to the device insertion port entry ; and an end-effector coupled to the base and transitionable between a plurality of poses relative to a remote-center-of-motion , wherein the end-effector defines an interventional device axis extending through the device insertion port , wherein the remote-center-of-motion is located on the interventional device axis adjacent the device insertion port exit ; the robotic acoustic system being characterized in that the base includes at least one translation joint to translate the remote-center-of-motion within a confined space adjacent the device insertion port exit . an acoustic probe including an imaging platform having a device insertion port defining a device insertion port entry and device insertion port exit , and an acoustic transducer array supported by the imaging platform and disposed relative to the device insertion port exit ; and an imaging platform having a device insertion port defining a device insertion port entry and device insertion port exit , and an acoustic transducer array supported by the imaging platform and disposed relative to the device insertion port exit ; and a robotic instrument guide including a base mounted to the imaging platform relative to the device insertion port entry ; and an end-effector coupled to the base and transitionable between a plurality of poses relative to a remote-center-of-motion , wherein the end-effector defines an interventional device axis extending through the device insertion port , a base mounted to the imaging platform relative to the device insertion port entry ; and an end-effector coupled to the base and transitionable between a plurality of poses relative to a remote-center-of-motion , wherein the end-effector defines an interventional device axis extending through the device insertion port , wherein the remote-center-of-motion is located on the interventional device axis adjacent the device insertion port exit ; the robotic acoustic system being characterized in that the base includes at least one translation joint to translate the remote-center-of-motion within a confined space adjacent the device insertion port exit .
A motor drive system for driving a motor including a plurality of stator windings , comprising: an inverter to convert a DC voltage supplied from a DC voltage source into an AC voltage and apply the AC voltage to the motor ; a connection switching device disposed between the inverter and the motor and capable of switching a connection state of the stator windings between Y connection and Δ connection; characterized by a controller configured to perform abnormality determination on a connection state of the connection switching device on the basis of a current value of a current flowing in each of the stator windings , wherein the controller is further configured to determine that the connection state is abnormal when any of current values in motor phases at the time when a voltage is applied between terminals of each of the stator windings of the motor is not within a set allowable range of a current value in each phase. an inverter to convert a DC voltage supplied from a DC voltage source into an AC voltage and apply the AC voltage to the motor ; a connection switching device disposed between the inverter and the motor and capable of switching a connection state of the stator windings between Y connection and Δ connection;
A weightlifting disc to be arranged on a bar, the weightlifting disc comprising: a disc part of elastomeric material, wherein the disc part comprises an outer edge and an inner edge , wherein the inner edge is arranged close to a center of the disc part and the outer edge of the disc part is distal from the center of the disc part , at least one reinforcing device , arranged into the disc part circumferentially around the center , between the outer edge and the inner edge of the disc part , wherein the reinforcing device is arranged at a distance (a) from the inner edge of the disc part such as elastomeric material is arranged between the inner edge of the disc part and the reinforcing device characterized in that the reinforcing device comprises spaced holes arranged to accommodate elastomeric material of the disc part . a disc part of elastomeric material, wherein the disc part comprises an outer edge and an inner edge , wherein the inner edge is arranged close to a center of the disc part and the outer edge of the disc part is distal from the center of the disc part , at least one reinforcing device , arranged into the disc part circumferentially around the center , between the outer edge and the inner edge of the disc part , wherein the reinforcing device is arranged at a distance (a) from the inner edge of the disc part such as elastomeric material is arranged between the inner edge of the disc part and the reinforcing device characterized in that the reinforcing device comprises spaced holes arranged to accommodate elastomeric material of the disc part .
A method for smoothing a frequency response between a signal applied to a speaker and a resulting power average in a listening position (P1), characterized by : determining a number of peaks per octave in the response, for a portion of the response where the number of peaks per octave is below a first threshold, smoothing the response with a first smoothing width, for a portion of the response where the number of peaks per octave is above a second threshold, smoothing the response with a second smoothing width, wherein said second threshold is greater than said first threshold and said second smoothing width is wider than said first smoothing width, and for a portion of the response where the number of peaks per octave is between the first and second thresholds, smoothing with an intermediate smoothing width. determining a number of peaks per octave in the response, for a portion of the response where the number of peaks per octave is below a first threshold, smoothing the response with a first smoothing width, for a portion of the response where the number of peaks per octave is above a second threshold, smoothing the response with a second smoothing width, wherein said second threshold is greater than said first threshold and said second smoothing width is wider than said first smoothing width, and for a portion of the response where the number of peaks per octave is between the first and second thresholds, smoothing with an intermediate smoothing width.
Reed for weaving looms having a maximum pitch of 1/8 mm having the following features a) at least two dents , wherein the dents extend predominantly in their longitudinal direction (L) and are arranged next to one another in their width direction (B), which runs perpendicular to the longitudinal direction (L) to form a dent intermediate space , b) wherein the at least two dents each have two end faces which delimit the respective dent in its height direction (H) which runs perpendicular to its longitudinal direction (L) and its width direction (B) and which are spaced apart from one another in this height direction (H), c) at least two profile rods , which form a functional pair which abut against the at least two end faces and are located opposite one another in pairs in the height direction (H), d) at least one binding means which at least partially wraps around and draws together the at least two opposite profile rods forming a functional pair, e) wherein the binding means runs at least in sections in the dent intermediate space between the at least two dents , f) and the binding means is a textile yarn comprising a plurality of filaments , g) wherein at at least one point at which it comes in direct contact with at least one of the profile rods the textile yarn has a greater width in the width direction (B) than in the regions which lie between the profile rods in the height direction (H). a) at least two dents , wherein the dents extend predominantly in their longitudinal direction (L) and are arranged next to one another in their width direction (B), which runs perpendicular to the longitudinal direction (L) to form a dent intermediate space , b) wherein the at least two dents each have two end faces which delimit the respective dent in its height direction (H) which runs perpendicular to its longitudinal direction (L) and its width direction (B) and which are spaced apart from one another in this height direction (H), c) at least two profile rods , which form a functional pair which abut against the at least two end faces and are located opposite one another in pairs in the height direction (H), d) at least one binding means which at least partially wraps around and draws together the at least two opposite profile rods forming a functional pair, e) wherein the binding means runs at least in sections in the dent intermediate space between the at least two dents , f) and the binding means is a textile yarn comprising a plurality of filaments , g) wherein at at least one point at which it comes in direct contact with at least one of the profile rods the textile yarn has a greater width in the width direction (B) than in the regions which lie between the profile rods in the height direction (H).
Handling device for tires , comprising at least one extension arm , wherein the at least one extension arm is fixed with a first extension arm pivot point to a receptacle in such a way that pivoting of the at least one extension arm relative to the receptacle is supported and that the at least one extension arm has a second extension arm pivot point (36"), so that at least one gripping tool is coupled to the at least one extension arm and at least one second gripping tool is coupled to the second extension arm pivot point (36"), and in that the at least two gripping tools are pivotable relative to at least one extension arm pivot point (36', 36"), wherein the coupling of the at least two gripping tools to the second extension arm pivot point (36") comprises a tool arm , wherein the at least two gripping tools are each coupled via a gripping tool receptacle and wherein the coupling of the gripping tools is effected in such a way that a pivoting along a movement kinematics BK 2,3 of at least one gripping tool is supported, characterized in that the movement kinematics BK 2,3 of the at least two gripping tools are concentric relative to each other or congruent.