mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting tool comprising a cutting edge portion which contains at least one of cubic boron nitride and polycrystalline diamond, the cutting edge portion including a flank face , a negative land contiguous to the flank face , and a cutting edge formed by a ridgeline between the flank face and the negative land , at least one of the negative land and the flank face being provided with a plurality of recesses and a projection formed by arranging the edges of adjacent recesses in contact with each other, characterized in that the projection has no flat surface at the tip end; a plurality of recesses are arranged both in column along the first direction (DR1) and in row along the second direction (DR2), and the adjacent recesses are contiguous to each other; the first direction (DR1) is a direction intersecting the cutting edge ; and the second direction (DR2) is a direction parallel to the cutting edge . the cutting edge portion including a flank face , a negative land contiguous to the flank face , and a cutting edge formed by a ridgeline between the flank face and the negative land , at least one of the negative land and the flank face being provided with a plurality of recesses and a projection formed by arranging the edges of adjacent recesses in contact with each other, characterized in that the projection has no flat surface at the tip end; a plurality of recesses are arranged both in column along the first direction (DR1) and in row along the second direction (DR2), and the adjacent recesses are contiguous to each other; the first direction (DR1) is a direction intersecting the cutting edge ; and the second direction (DR2) is a direction parallel to the cutting edge .
A method comprising: detecting a signal to move a stick of a construction machine toward a body of the construction machine; hydraulically delaying movement of the stick , the delaying comprising actuating a solenoid valve blocking hydraulic fluid pressure applied to a first input of the solenoid valve in response to user input from causing movement of the stick ; determining a desired movement of a boom of the construction machine in response to the signal and based on predicted movement of the stick in response to the signal, the desired movement of the boom to maintain a bucket of the construction machine above a desired grade ; determining a desired movement of the stick of the construction machine in response to the signal and based on the predicted movement of the stick in response to the signal and the desired movement of the boom , the desired movement of the stick to maintain the bucket of the construction machine above the desired grade; hydraulically actuating the boom based on the desired movement of the boom ; and hydraulically actuating the stick based on the desired movement of the stick , wherein the stick is actuated by application of hydraulic fluid pressure from a controller actuated valve to a second input of the solenoid valve. detecting a signal to move a stick of a construction machine toward a body of the construction machine; hydraulically delaying movement of the stick , the delaying comprising actuating a solenoid valve blocking hydraulic fluid pressure applied to a first input of the solenoid valve in response to user input from causing movement of the stick ; determining a desired movement of a boom of the construction machine in response to the signal and based on predicted movement of the stick in response to the signal, the desired movement of the boom to maintain a bucket of the construction machine above a desired grade ; determining a desired movement of the stick of the construction machine in response to the signal and based on the predicted movement of the stick in response to the signal and the desired movement of the boom , the desired movement of the stick to maintain the bucket of the construction machine above the desired grade; hydraulically actuating the boom based on the desired movement of the boom ; and hydraulically actuating the stick based on the desired movement of the stick , wherein the stick is actuated by application of hydraulic fluid pressure from a controller actuated valve to a second input of the solenoid valve.
Bearing unit for a refill with at least one bearing journal and with an axial support, which can be inserted into a material web wound to form a roll , wherein the at least one bearing journal is mounted so as to be rotatable about its longitudinal axis with respect to the axial support and wherein the at least one bearing journal is formed non-rotationally symmetrical about its longitudinal axis at least in areas characterized in that the at least one bearing journal is mounted so as to be axially displaceable relative to the axial support.
A device , comprising: a reaction structure configured to contain a reaction solution and a plurality of reaction sites that generate light emissions in response to incident excitation light after treatment with the reaction solution, the reaction structure being positioned over a device base ; a plurality of light sensors within the device base ; device circuitry within the device base electrically coupled to the plurality of light sensors to transmit data signals based on photons detected by the light sensors; and a plurality of light guides with input regions to receive the excitation light and the light emissions from at least one corresponding reaction site , the light guides extending into the device base from the input regions toward at least one corresponding light sensor , wherein each of the plurality of light guides comprise a first filter region formed of a first filter material, configured and arranged to filter the excitation light of at least a first wavelength and permit the light emissions of a second wavelength to pass therethrough to the at least one corresponding light sensor , characterized in that each of the plurality of light guides further comprise a second filter region formed of a second filter material, configured and arranged to filter the excitation light of at least the first wavelength and permit the light emissions of a third wavelength to pass therethrough to the at least one corresponding light sensor . a reaction structure configured to contain a reaction solution and a plurality of reaction sites that generate light emissions in response to incident excitation light after treatment with the reaction solution, the reaction structure being positioned over a device base ; a plurality of light sensors within the device base ; device circuitry within the device base electrically coupled to the plurality of light sensors to transmit data signals based on photons detected by the light sensors; and a plurality of light guides with input regions to receive the excitation light and the light emissions from at least one corresponding reaction site , the light guides extending into the device base from the input regions toward at least one corresponding light sensor , wherein each of the plurality of light guides comprise a first filter region formed of a first filter material, configured and arranged to filter the excitation light of at least a first wavelength and permit the light emissions of a second wavelength to pass therethrough to the at least one corresponding light sensor , characterized in that each of the plurality of light guides further comprise a second filter region formed of a second filter material, configured and arranged to filter the excitation light of at least the first wavelength and permit the light emissions of a third wavelength to pass therethrough to the at least one corresponding light sensor .
A magnet flux amount estimation device comprising: a magnetic pole position detector configured to detect a magnetic pole position of a permanent magnet synchronous motor including a permanent magnet within a rotor; an inductance-equivalent value determination module configured to determine an inductance-equivalent value (L est ) of a d-axis corresponding to a determined magnetic pole direction, characterized in that the inductance-equivalent determination module is configured to determine an inductance-equivalent value (L est ) when a current is zero in the d-axis direction or when a positive current is caused to flow in the d-axis direction; and a magnet flux amount estimator configured to calculate an estimation value (Φ est ) of a magnet flux amount of the permanent magnet, based on the inductance-equivalent value (L est ). a magnetic pole position detector configured to detect a magnetic pole position of a permanent magnet synchronous motor including a permanent magnet within a rotor; an inductance-equivalent value determination module configured to determine an inductance-equivalent value (L est ) of a d-axis corresponding to a determined magnetic pole direction, characterized in that the inductance-equivalent determination module is configured to determine an inductance-equivalent value (L est ) when a current is zero in the d-axis direction or when a positive current is caused to flow in the d-axis direction; and a magnet flux amount estimator configured to calculate an estimation value (Φ est ) of a magnet flux amount of the permanent magnet, based on the inductance-equivalent value (L est ).
A semitrailer for interchangeable bodies, containers and similar equipment used for intermodal transport, wherein comprises: - a frame , adapted to support two aligned twenty-foot containers of standardized type and provided with traditional corner castings, - a pin , provided on an end of said frame and removably engageable in a fifth wheel of a traditional tractor , - a plurality of locking means mounted on said frame in positions corresponding to the corner castings of said containers , - an axle-carrying structure longitudinally sliding on said frame and lockable in a plurality of predetermined positions, - three axles mounted on said axle-carrying structure , one front , one central and one rear , characterized in that , the latter being steering and having a distance from the central axle greater than the distance of the latter from the front axle , and in that the extreme rear position of said axle-carrying structure with respect to said frame being such to keep the axis of said steering rear axle in position protruding on the rear beyond the rear locking means mounted on said frame . - a frame , adapted to support two aligned twenty-foot containers of standardized type and provided with traditional corner castings, - a pin , provided on an end of said frame and removably engageable in a fifth wheel of a traditional tractor , - a plurality of locking means mounted on said frame in positions corresponding to the corner castings of said containers , - an axle-carrying structure longitudinally sliding on said frame and lockable in a plurality of predetermined positions, - three axles mounted on said axle-carrying structure , one front , one central and one rear , characterized in that , the latter being steering and having a distance from the central axle greater than the distance of the latter from the front axle ,
A three-phase magnetics assembly comprising: a plurality of windings; and a unified core body having a plurality of core legs (112, 114, 116 which each extend in a direction of central axes of the plurality of windings and around which the plurality of windings are wound such that magnetic fluxes are produced in the plurality of core legs when current flows through the plurality of windings; wherein the plurality of windings comprise first, second, and third phase inductors, and first, second, and third phase transformers, which are positioned about the unified core body such that the core legs of the first phase inductor and second phase transformer share a central axis, the core legs of the second phase inductor and third phase transformer share a central axis, and the core legs of the third phase inductor and first phase transformer share a central axis. a plurality of windings; and a unified core body having a plurality of core legs (112, 114, 116 which each extend in a direction of central axes of the plurality of windings and around which the plurality of windings are wound such that magnetic fluxes are produced in the plurality of core legs when current flows through the plurality of windings; wherein the plurality of windings comprise first, second, and third phase inductors, and first, second, and third phase transformers, which are positioned about the unified core body such that the core legs of the first phase inductor and second phase transformer share a central axis, the core legs of the second phase inductor and third phase transformer share a central axis, and the core legs of the third phase inductor and first phase transformer share a central axis.
A flexible and stretchable imager (100A-100F), comprising: a first rigid substrate carrying at least one first photodetector ; a second rigid substrate carrying at least one second photodetector ; and a flexible and stretchable arm (110A-110F) connected to the first and second rigid substrates, wherein the first rigid substrate , the second rigid substrate , and the flexible and stretchable arm (110A-110F) are made of a same material, characterized in that a portion of the flexible and stretchable arm (110A-110F) is wound in a spiral. a first rigid substrate carrying at least one first photodetector ; a second rigid substrate carrying at least one second photodetector ; and a flexible and stretchable arm (110A-110F) connected to the first and second rigid substrates, wherein the first rigid substrate , the second rigid substrate , and the flexible and stretchable arm (110A-110F) are made of a same material, characterized in that a portion of the flexible and stretchable arm (110A-110F) is wound in a spiral.
A milk frother associable with a dispenser of a flow of steam of a coffee machine for the production of a milk-based comestible liquid, comprising a Venturi-effect mixing chamber , an outlet channel for the liquid from the mixing chamber , a steam inlet channel in said mixing chamber , a channel for the intake of air into said mixing chamber , a Venturi-effect milk suction channel in said mixing chamber , characterized in that it comprises at least one releasable part of said milk frother including at least one part of said milk suction channel , said releasable part being further provided with mechanical stirring means .
A balloon dilator system, comprising: a hand piece comprising: an attachment mechanism for removably coupling to a proximal end of an endoscope; and a hole distally located in the side of the handpiece for inserting a distal end of a balloon catheter including an inflatable balloon ; and a hollow guide tube distally extending from the hand piece, a proximal end of the hollow guide tube configured to receive the balloon catheter when inserted through the hole and guide the balloon catheter such that the distal end of the balloon catheter exits a distal end of the hollow guide tube. a hand piece comprising: an attachment mechanism for removably coupling to a proximal end of an endoscope; and a hole distally located in the side of the handpiece for inserting a distal end of a balloon catheter including an inflatable balloon ; and an attachment mechanism for removably coupling to a proximal end of an endoscope; and a hole distally located in the side of the handpiece for inserting a distal end of a balloon catheter including an inflatable balloon ; and a hollow guide tube distally extending from the hand piece, a proximal end of the hollow guide tube configured to receive the balloon catheter when inserted through the hole and guide the balloon catheter such that the distal end of the balloon catheter exits a distal end of the hollow guide tube.
Device for separating a strand coated with a continuous film , wherein the strand is composed of profile strips loosely abutting one another at the ends corresponding to the individual profile strips , the device comprising a longitudinal conveyor receiving the strand with the uncoated underside, a carriage having a chop saw and being movable synchronously with the strand by a drive during the separation cut, a measuring device for the strand feed and a control device controlling the carriage drive in dependence on the strand feed, wherein a device for detecting the butt joints between the individual profile strips is mounted upstream of the chop saw in the starting position of the carriage within a strip length, and wherein the device for detecting the butt joints comprises a lighting means oriented at an acute angle (α) with respect to the longitudinal conveyor and comprises a digital camera , characterised in that the optical axis of the digital camera is inclined with respect to the longitudinal conveyor oppositely to the lighting means , in that the apparatus has a rotary encoder which rolls on the strand and is connected to the control device as a measuring device for the strand feed, in that the digital camera has an evaluation unit , and in that the rotary encoder can be controlled by the evaluation unit of the digital camera .
A method of testing the operational integrity of a plurality of electronic components comprising: placing a plurality of electronic components at respective, selected locations on a printed circuit board , each of the electronic components being spaced from each other; placing the printed circuit board in a flexure test fixture, the fixture comprising a housing having a blocking member inside; pressing a plunger into the printed circuit board , the plunger having a surface area approximately equal to the surface area of the printed circuit board and contacting the printed circuit board at multiple locations, the plunger further including an arcuate front face and a stop member ; continuing to press the plunger into the printed circuit board to cause the printed circuit board to flex until the printed circuit board reaches a selected bent position and the stop member halts further movement of the plunger , wherein further movement of the plunger is halted when the stop member impacts the blocking member ; and testing the operational integrity of the electric components after the plunger has moved the selected distance. placing a plurality of electronic components at respective, selected locations on a printed circuit board , each of the electronic components being spaced from each other; placing the printed circuit board in a flexure test fixture, the fixture comprising a housing having a blocking member inside; pressing a plunger into the printed circuit board , the plunger having a surface area approximately equal to the surface area of the printed circuit board and contacting the printed circuit board at multiple locations, the plunger further including an arcuate front face and a stop member ; continuing to press the plunger into the printed circuit board to cause the printed circuit board to flex until the printed circuit board reaches a selected bent position and the stop member halts further movement of the plunger , wherein further movement of the plunger is halted when the stop member impacts the blocking member ; and testing the operational integrity of the electric components after the plunger has moved the selected distance.
A multiple modal optical system, comprising: an optical subsystem including a probe positioned at a position about a longitudinal axis, the probe being coupled to one optical fiber ; and at least two light sources respectively emitting first light (La) and second light (Lb), connectable to the optical fiber of the optical subsystem, wherein the first light and the second light travel over the one optical fiber through a single prism wherein the multiple modal optical system is configured to: transmit the first light and the second light from the at least two light sources through the optical subsystem in at least one direction transverse to the longitudinal axis to irradiate an object and receive first reflected light and second reflected light from the object, wherein the first light (La) and second light (Lb) have parallel optical axes; wherein the first reflected light and the second reflected light travel back over the optical fiber , and the first reflected light and the second reflected light correspond to the first light and the second light, respectively, and wherein the optical subsystem is configured to: rotate about the longitudinal axis; and translate along the longitudinal axis when connected to the at least two light sources . an optical subsystem including a probe positioned at a position about a longitudinal axis, the probe being coupled to one optical fiber ; and at least two light sources respectively emitting first light (La) and second light (Lb), connectable to the optical fiber of the optical subsystem, wherein the first light and the second light travel over the one optical fiber through a single prism wherein the multiple modal optical system is configured to: transmit the first light and the second light from the at least two light sources through the optical subsystem in at least one direction transverse to the longitudinal axis to irradiate an object and receive first reflected light and second reflected light from the object, wherein the first light (La) and second light (Lb) have parallel optical axes; wherein the first reflected light and the second reflected light travel back over the optical fiber , and the first reflected light and the second reflected light correspond to the first light and the second light, respectively, and wherein the optical subsystem is configured to: rotate about the longitudinal axis; and translate along the longitudinal axis when connected to the at least two light sources .
A fuel tank attaching structure for a motor vehicle having at least one expandable and contractible fuel tank for storing compressed gas mounted thereon, the fuel tank attaching structure comprising at least one bracket arranged to be fixed to a vehicle chassis for support of the at least one fuel tank and at least one tensioning strap arranged to be mounted around the fuel tank and adapted to fasten the fuel tank to the bracket , which tensioning strap comprises a first end and a second end between which a tensioning device is arranged to apply a holding force of the tensioning strap to the gas tank , characterised in that the tensioning device comprises at least one first fastening element which is adapted to be connected to the first end of the tensioning strap and a crosspiece having a first surface and a second surface , at least one second fastening element which is adapted to be connected to the second end of the tensioning strap and a further crosspiece having a first surface and a second surface , the first fastening element and the second fastening element are adapted to be arranged with their first surfaces turned towards each other, at least one connecting element adapted to extend displaceably through a hole in each crosspiece between the first fastening element and the second fastening element , a first fastening member adapted to be connected to a first end of the connecting element , a second fastening member adapted to be connected to a second end of the connecting element and spring means adapted to extend between the first fastening member and the second surface and between the second fastening member and the second surface whereby the spring means is arranged to apply a holding force of the tensioning strap to the gas tanks regardless of whether the gas tanks are in an expanded or contracted state by allowing the first fastening element and the second fastening element to be moved in the longitudinal direction of the connecting element .