mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a gear tooth on a workpiece (20; 34), said manufacturing being carried out by a cutting tool (22; 36) having a plurality of cutting blades, said method comprising: rotating said cutting tool (22; 36), bringing the rotating cutting tool (22; 36) and said workpiece (20; 34) into contact with one another, rotating said workpiece (20; 34), moving said cutting tool (22; 36) relative to said workpiece (20; 34) to define a generating roll for generating said gear tooth, characterized in that each of said cutting blades has a cutting edge and a clearance edge, in that in a first cutting step, a tooth slot roughing by rolling is done and a finish cut on a first tooth flank of the workpiece (20; 34) is performed by a cutting side cutting action of the tool, while a clearance side (26; 42) cutting action is reduced or eliminated, by said rotating of said workpiece (20; 34) comprising rotating the workpiece (20; 34) in a first direction from a start roll position to an end roll position and said workpiece (20; 34) being rotated at a first rate of rotation less than a theoretical rate of rotation beginning at said start roll position and ending prior to said end roll position, or by said moving of said cutting tool (22; 36) comprising moving the cutting tool (22; 36) in a first direction from a start roll position to an end roll position and said cutting tool (22; 36) being moved at a first rate of rotation greater than a theoretical rate of movement beginning at said start roll position and ending prior to said end roll position, and in that the second flank of the workpiece (20; 34) is formed in a second cutting step. rotating said cutting tool (22; 36), bringing the rotating cutting tool (22; 36) and said workpiece (20; 34) into contact with one another, rotating said workpiece (20; 34), moving said cutting tool (22; 36) relative to said workpiece (20; 34) to define a generating roll for generating said gear tooth, characterized in that each of said cutting blades has a cutting edge and a clearance edge, in that in a first cutting step, a tooth slot roughing by rolling is done and a finish cut on a first tooth flank of the workpiece (20; 34) is performed by a cutting side cutting action of the tool, while a clearance side (26; 42) cutting action is reduced or eliminated, by said rotating of said workpiece (20; 34) comprising rotating the workpiece (20; 34) in a first direction from a start roll position to an end roll position and said workpiece (20; 34) being rotated at a first rate of rotation less than a theoretical rate of rotation beginning at said start roll position and ending prior to said end roll position, or by said moving of said cutting tool (22; 36) comprising moving the cutting tool (22; 36) in a first direction from a start roll position to an end roll position and said cutting tool (22; 36) being moved at a first rate of rotation greater than a theoretical rate of movement beginning at said start roll position and ending prior to said end roll position, and in that the second flank of the workpiece (20; 34) is formed in a second cutting step.
A cleaning device comprising a compressor , in particular side channel compressor, to suck in air and a vacuum limiting valve as secondary air valve in the suction line or in the compressor , wherein the vacuum limiting valve comprises - a base with a valve opening and a valve seat surrounding the valve opening in the interior, - a valve cover , which abuts the valve seat in a sealing manner and is movable inwards to release the valve opening , - a locking device holding the valve cover in the valve seat with two magnetically attracting holding elements , wherein the first holding element is arranged in in a fixed position and the second holding element is connected to the valve cover , and wherein at least one of the two holding elements is a permanent magnet, - and an elastic element , which biases the valve cover into its closed position, - wherein the first holding element is fixed to the base via a fixing device , - wherein, in closed position of the valve cover , a magnetic force, Fm, by the holding elements attracting each other and a spring force, Ff, by the elastic element act on the valve cover, - characterised in that Fm is greater than Ff, and - that the first holding element is arranged movably at the fixing device , so that an overlap of the first holding element with the second holding element and/or a distance between the first holding element and the second holding element is adjustable. - a base with a valve opening and a valve seat surrounding the valve opening in the interior, - a valve cover , which abuts the valve seat in a sealing manner and is movable inwards to release the valve opening , - a locking device holding the valve cover in the valve seat with two magnetically attracting holding elements , wherein the first holding element is arranged in in a fixed position and the second holding element is connected to the valve cover , and wherein at least one of the two holding elements is a permanent magnet, - and an elastic element , which biases the valve cover into its closed position, - wherein the first holding element is fixed to the base via a fixing device , - wherein, in closed position of the valve cover , a magnetic force, Fm, by the holding elements attracting each other and a spring force, Ff, by the elastic element act on the valve cover, - characterised in that Fm is greater than Ff, and - that the first holding element is arranged movably at the fixing device , so that an overlap of the first holding element with the second holding element and/or a distance between the first holding element and the second holding element is adjustable.
A genetically modified cell comprising: - a pair of zinc finger nucleases that bind to SEQ ID NO:23 and SEQ ID NO:24 and make a double-stranded break in an endogenous human beta-hemoglobin (Hbb) gene; and - a genomic modification within 1-300 base pairs of SEQ ID NO:23 or SEQ ID NO:24 of the Hbb gene following double-stranded break by the pair of zinc finger nucleases, wherein the pair comprises the zinc finger proteins designated 33488 and 33501; 33488 and 47817; 47773 and 33501; or 47773 and 47817 in Table 1, and wherein the genomic modification comprises an insertion and/or deletion. - a pair of zinc finger nucleases that bind to SEQ ID NO:23 and SEQ ID NO:24 and make a double-stranded break in an endogenous human beta-hemoglobin (Hbb) gene; and - a genomic modification within 1-300 base pairs of SEQ ID NO:23 or SEQ ID NO:24 of the Hbb gene following double-stranded break by the pair of zinc finger nucleases,
Protective device for the protection of a user, said protective device comprising an inflatable element , able to assume at least an active inflated condition, and wherein said inflatable element includes a knitted body made with at least a first thread or first filament so as to form a plurality of knit units , the knitted body defining an inner area or inner chamber , and wherein the knitted body comprises a second thread or second filament extending several times in the inner area or inner chamber between a first face and a second face of the knitted body to form a plurality of union threads , or portions of second thread or second filament , characterized in that said second thread or second filament is knitted to form a knot with one or more knit units of the first face in a corresponding connecting area or joining point and a knot with one or more knit units of the second face , and wherein in said active inflated condition of the inflatable element , each knot is tightened, and prevents the relative movement of said second thread or second filament and said one or more knit units in the respective connecting area or joining point, or by means of said knot , said second thread or second filament causes a tightening with one or more knit units in the connecting area or joining point. in said active inflated condition of the inflatable element , each knot is tightened, and prevents the relative movement of said second thread or second filament and said one or more knit units in the respective connecting area or joining point, or by means of said knot , said second thread or second filament causes a tightening with one or more knit units in the connecting area or joining point.
A lubricant pump comprising: a pump base having an upper wall ; a reservoir housing mounted on the pump base , the reservoir housing and the upper wall defining a lubricant reservoir; a first pump element at least partially disposed in the reservoir; a first heating element disposed in the reservoir to be exposed to lubricant within the lubricant reservoir, the first heating element disposed proximate the first pump element and between the first pump element and the upper wall ; and a thermal switch disposed in the pump base and electrically connected to the first heating element and configured to control activation and deactivation of the first heating element. a pump base having an upper wall ; a reservoir housing mounted on the pump base , the reservoir housing and the upper wall defining a lubricant reservoir; a first pump element at least partially disposed in the reservoir; a first heating element disposed in the reservoir to be exposed to lubricant within the lubricant reservoir, the first heating element disposed proximate the first pump element and between the first pump element and the upper wall ; and a thermal switch disposed in the pump base and electrically connected to the first heating element and configured to control activation and deactivation of the first heating element.
A transport vehicle comprising: a travelling unit configured to travel along a rail provided on a ceiling; a transport unit attached to the travelling unit , the transport unit being configured to transport a transport article while having the transport article stored in a storage space thereof; a fall prevention member provided around a lower end of the transport unit , the fall prevention member being rotatably supported so as to rotate between a retracted position in which the fall prevention member allows the transport article to be accommodated into the storage space and a fall prevention position in which the fall prevention member prevents the transport article from falling from the storage space, the fall prevention member being disposed under the transport article when the fall prevention member is positioned at the fall prevention position; and a shaking reduction member including a pushing portion and a lever portion , the pushing portion being provided higher than the fall prevention member and pushing against a side surface of the transport article with a pushing surface thereof in conjunction with the rotating of the fall prevention member from the retracted position to the fall prevention position, the lever portion having one end supporting the pushing portion characterized in that the other end is rotatably supported in a manner coaxial with the fall prevention member , and that the pushing portion is formed to push the side surface of the transport article by a pushing surface in a plane-to-plane manner. a travelling unit configured to travel along a rail provided on a ceiling; a transport unit attached to the travelling unit , the transport unit being configured to transport a transport article while having the transport article stored in a storage space thereof; a fall prevention member provided around a lower end of the transport unit , the fall prevention member being rotatably supported so as to rotate between a retracted position in which the fall prevention member allows the transport article to be accommodated into the storage space and a fall prevention position in which the fall prevention member prevents the transport article from falling from the storage space, the fall prevention member being disposed under the transport article when the fall prevention member is positioned at the fall prevention position; and a shaking reduction member including a pushing portion and a lever portion , the pushing portion being provided higher than the fall prevention member and pushing against a side surface of the transport article with a pushing surface thereof in conjunction with the rotating of the fall prevention member from the retracted position to the fall prevention position, the lever portion having one end supporting the pushing portion characterized in that the other end is rotatably supported in a manner coaxial with the fall prevention member , and that the pushing portion is formed to push the side surface of the transport article by a pushing surface in a plane-to-plane manner.
A combination comprising an antibody or a fragment thereof, that specifically binds to hOX40L wherein the antibody or fragment comprises a V H domain which comprises an amino acid sequence of SEQ ID NO: 34; and a V L domain which comprises an amino acid sequence of SEQ ID NO:48, wherein the antibody is an IgG4 antibody, and a further therapeutic agent independently selected from the group consisting of rapamycin (sirolimus), tacrolimus, ciclosporin, corticosteroids (e.g. methylprednisolone), basilixumab, and daclizumab.
An airfoil edge contouring tool , comprising: a housing having a pathway for an airfoil ; a grinding structure having a desired shape of an airfoil edge ; a guide bearing which limits motion of said grinding structure in a first dimension; an edge guide which allows motion of said grinding structure in a second dimension; wherein said guide bearing comprises a first bearing and a second bearing , characterized in that said edge guide being a first wheel and a second wheel , wherein one of said first and second wheels is stationary and the other of said first and second wheels is floating. a housing having a pathway for an airfoil ; a grinding structure having a desired shape of an airfoil edge ; a guide bearing which limits motion of said grinding structure in a first dimension; an edge guide which allows motion of said grinding structure in a second dimension; wherein said guide bearing comprises a first bearing and a second bearing , characterized in that said edge guide being a first wheel and a second wheel , wherein one of said first and second wheels is stationary and the other of said first and second wheels is floating.
A pedestrian re-identification method, comprising: detecting a pedestrian to be identified in a preset video frame; extracting all pedestrians appearing in video frames shot in a preset time period before a shooting time of the preset video frame as historical pedestrians, wherein an end time of the preset time period is the shooting time of the preset video frame; calculating a feature distance between the pedestrian to be identified and each historical pedestrian of the historical pedestrians; extracting historical pedestrian IDs corresponding to a preset number of the feature distances in ascending order of the feature distances, wherein each historical pedestrian ID is used to indicate an identity of a corresponding historical pedestrian; and clustering the historical pedestrian IDs to classify same historical pedestrian IDs into a same cluster set; counting a number of historical pedestrian IDs in each cluster set; and taking a historical pedestrian ID in a cluster set with the maximum number of historical pedestrian IDs as an ID of the pedestrian to be identified to re-identify the pedestrian to be identified. detecting a pedestrian to be identified in a preset video frame; extracting all pedestrians appearing in video frames shot in a preset time period before a shooting time of the preset video frame as historical pedestrians, wherein an end time of the preset time period is the shooting time of the preset video frame; calculating a feature distance between the pedestrian to be identified and each historical pedestrian of the historical pedestrians; extracting historical pedestrian IDs corresponding to a preset number of the feature distances in ascending order of the feature distances, wherein each historical pedestrian ID is used to indicate an identity of a corresponding historical pedestrian; and clustering the historical pedestrian IDs to classify same historical pedestrian IDs into a same cluster set; counting a number of historical pedestrian IDs in each cluster set; and taking a historical pedestrian ID in a cluster set with the maximum number of historical pedestrian IDs as an ID of the pedestrian to be identified to re-identify the pedestrian to be identified.
An airtrap for a medical or physiological fluid comprising: a conical housing including an outer conical wall having a radius that increases from its top to its bottom when the housing is positioned for operation; a medical or physiological fluid inlet located at an upper portion of the conical housing , wherein a bottom wall of the conical housing rises within the outer conical wall of the conical housing and forms an inner conical wall inside of the outer conical wall ; a medical or physiological fluid outlet located at a lower portion of the conical housing , the inlet and the outlet positioned and arranged so that medical or physiological fluid spirals in an increasing arc around an inside of the conical housing downwardly from the inlet to the outlet ; and a gas collection area located at the upper portion of the conical housing . a conical housing including an outer conical wall having a radius that increases from its top to its bottom when the housing is positioned for operation; a medical or physiological fluid inlet located at an upper portion of the conical housing , wherein a bottom wall of the conical housing rises within the outer conical wall of the conical housing and forms an inner conical wall inside of the outer conical wall ; a medical or physiological fluid outlet located at a lower portion of the conical housing , the inlet and the outlet positioned and arranged so that medical or physiological fluid spirals in an increasing arc around an inside of the conical housing downwardly from the inlet to the outlet ; and a gas collection area located at the upper portion of the conical housing .
A vehicle power plant control apparatus for controlling an operation of a vehicle power plant by operating a plurality of actuators, comprising: a first controller configured as a target value tracking controller which calculates a manipulation quantity of the actuators so that a plurality of state quantities of the power plant track respective target values, using an equation including an integrator for integrating a deviation between the state quantity and the target value; a second controller different from the first controller and calculating a manipulation quantity of the actuators; a selector for selecting the controller to be used for the manipulation of the actuators; and an arithmetic processing unit for inversely calculating an initial value of the integrator when the controller selected by the selector is switched from the second controller to the first controller so that, in a state equation of a plant model of the power plant using the state quantity as a state vector and the manipulation quantity as an input vector, a differential of the state vector immediately before the switching is equal to a differential of the state vector immediately after the switching. a first controller configured as a target value tracking controller which calculates a manipulation quantity of the actuators so that a plurality of state quantities of the power plant track respective target values, using an equation including an integrator for integrating a deviation between the state quantity and the target value; a second controller different from the first controller and calculating a manipulation quantity of the actuators; a selector for selecting the controller to be used for the manipulation of the actuators; and an arithmetic processing unit for inversely calculating an initial value of the integrator when the controller selected by the selector is switched from the second controller to the first controller so that, in a state equation of a plant model of the power plant using the state quantity as a state vector and the manipulation quantity as an input vector, a differential of the state vector immediately before the switching is equal to a differential of the state vector immediately after the switching.
A water hydraulic test method of conducting a water hydraulic test on a manufactured metal pipe by increasing a pressure in the test pipe to a predetermined test pressure and holding the test pressure for a predetermined time by supplying high-pressure water from an oil hydraulically driven booster cylinder into the test pipe, characterized in that a plurality of servo motor driven pumps connected in parallel is used as an oil hydraulic drive source for the booster cylinder , and before a pressure on an output side of the booster cylinder reaches a switching point pressure set to be lower by a predetermined pressure than the test pressure set in advance, the plurality of servo motor driven pumps operates simultaneously, after the pressure on the output side of the booster cylinder reaches the switching point pressure, the plurality of servo motor driven pumps stops operating except one and the pressure on the output side of the booster cylinder is increased to the test pressure and the test pressure is held by operation of the one servo motor driven pump , the booster cylinder comprising a plurality of booster cylinders arranged in parallel with respect to the test pipe , the plurality of booster cylinders having respective boosting ratios increasing in stages, and the booster cylinders are used in turn in order of increasing boosting ratio.
Plate for a steam iron, wherein the plate comprises a base body , and, integrated inside the base body made in a single piece, a tubular element defining a vaporization chamber having a rectilinear tubular shape that extends straight and rectilinear between a respective entry aperture and an exit aperture for the water and/or steam which are opposite and coaxial to each other, and a U-shaped heating element partly surrounding said vaporization chamber , wherein said base body has on the lower part a cavity configured to define, during use, a chamber to distribute steam and comprises at least one connection channel passing at least partly in said base body and configured to put said exit aperture , located in an upper portion of said plate, in communication with said cavity .