mhurhangee/ep-ind-claims huggingface dataset:
A jaw member assembly for a crimp tool comprising: a first jaw member having a front end and a back end, said front end defining a crimp area (114A, 115A) and said back end defining a groove and a bore; a second jaw member having a front end and a back end, said front end defining a crimp area (114B, 115B) and said back end having a tongue portion sized for receipt in said groove of said first jaw member and a bore; said respective bores being alignable when said first jaw member and said second jaw members are connected in a tongue-in-groove (170, 175) arrangement; a spring member having a first end attached to said first jaw member and a second end attached to said second jaw member; a locking pin extending through said first and second bore when said bores are aligned; a tool neck for receiving said jaw members (110A, 110B), and said jaw members (110A, 110B) including respective locking tabs (150A, 150B) on an outside edge of said jaw member (110A, 110B); characterized in that said tool neck includes a pair of tab notches (155A, 155B), wherein said tool jaws (110A, 110B) rotate away from one another until the respective locking tab (150A, 150B) of each jaw member (110A, 110B) enters its respect tab notch (155A, 155B). a first jaw member having a front end and a back end, said front end defining a crimp area (114A, 115A) and said back end defining a groove and a bore; a second jaw member having a front end and a back end, said front end defining a crimp area (114B, 115B) and said back end having a tongue portion sized for receipt in said groove of said first jaw member and a bore; said respective bores being alignable when said first jaw member and said second jaw members are connected in a tongue-in-groove (170, 175) arrangement; a spring member having a first end attached to said first jaw member and a second end attached to said second jaw member; a locking pin extending through said first and second bore when said bores are aligned; a tool neck for receiving said jaw members (110A, 110B), and said jaw members (110A, 110B) including respective locking tabs (150A, 150B) on an outside edge of said jaw member (110A, 110B); characterized in that said tool neck includes a pair of tab notches (155A, 155B), wherein said tool jaws (110A, 110B) rotate away from one another until the respective locking tab (150A, 150B) of each jaw member (110A, 110B) enters its respect tab notch (155A, 155B).
Clamping device for receiving and fixing tools or tool holders with a collet arrangement, a tension bolt which is connected to the collect arrangement and moveable in an axial direction, and a sliding sleeve which is movable in the axial direction and via radially displaceable locking segments acts on the tension bolt, wherein on a conical surface the locking segments circumferentially engage behind a head of the tension bolt in such a way that a forwards movement of the sliding sleeve carried out in the direction of the tension bolt brings about a backwards movement of the tension bolt displaceable along the axial direction, wherein the collect arrangement is configured and connected to the tension bolt in such a way that the backwards movement of the tension bolt brings about a clamping movement of the collect arrangement, characterised in that the clamping movement of the collet arrangement is directed radially inwards and in that an electrical actuator device, more particularly an electric motor, actuates the sliding sleeve via a spindle shaft, wherein the spindle shaft engages in a spindle holder connected to the sliding sleeve.
A compound of formula: or a pharmaceutically acceptable salt, or solvate thereof, for use in the treatment of one or more mTOR pathway related diseases, wherein the one or more mTOR pathway related diseases is selected from neurodegenerative diseases, age-related diseases, diseases related to transplant rejection, chronic inflammatory diseases, diseases related to glycogen storage, systemic lupus, diseases related to inflammation and immune activation, anaemia, leucopenia, thrombocytopenia, diseases related to stent coatings, renal insufficiency, obesity, diabetes/insulin resistance, diseases related to non-alcoholic fatty liver, polycystic kidney, and fibrosis and wherein, R 1 is -CN; R 2 and R 3 and R 5 are each independently selected from H, alkyl, halogen, -CF 3 or -CN; R 4 and R 6 are each independently selected from H, alkyl, halogen, alkoxy, -CF 3, -OCF 3, -SO 2 CF 3, -SOCF 3 or -SCF 3; X is heteroatom, N(alkyl) or NH; and n is 1 to 20. or a pharmaceutically acceptable salt, or solvate thereof, for use in the treatment of one or more mTOR pathway related diseases, wherein the one or more mTOR pathway related diseases is selected from neurodegenerative diseases, age-related diseases, diseases related to transplant rejection, chronic inflammatory diseases, diseases related to glycogen storage, systemic lupus, diseases related to inflammation and immune activation, anaemia, leucopenia, thrombocytopenia, diseases related to stent coatings, renal insufficiency, obesity, diabetes/insulin resistance, diseases related to non-alcoholic fatty liver, polycystic kidney, and fibrosis and wherein, R 1 is -CN; R 2 and R 3 and R 5 are each independently selected from H, alkyl, halogen, -CF 3 or -CN; R 4 and R 6 are each independently selected from H, alkyl, halogen, alkoxy, -CF 3, -OCF 3, -SO 2 CF 3, -SOCF 3 or -SCF 3; X is heteroatom, N(alkyl) or NH; and n is 1 to 20.
A back contact solar cell comprising: a conductive type semiconductor substrate having a textured front surface and a textured rear surface and having a first conductive type; a first oxide layer formed on the front surface of the substrate; at least one first conductive type semiconductor region and second conductive type semiconductor region formed in an alternating pattern at predetermined intervals on the rear surface of the substrate, wherein the first conductive type semiconductor region has a second conductive type opposite to the first conductive type and the second conductive type semiconductor region has the first conductive type and has a doping concentration higher than the substrate; a second oxide layer formed on the remaining rear surface of the substrate except for the first conductive type semiconductor region and the second conductive type semiconductor region; and electrodes formed on each of the first conductive type semiconductor region and the second conductive type semiconductor region, characterized in that portions of the rear surface of the substrate corresponding to the first conductive type semiconductor region and the second conductive type semiconductor region are not textured, the entire front surface of the conductive type semiconductor substrate is textured, and the textured area on the front surface of the substrate is larger than an area of the textured area on the rear surface of the substrate. a conductive type semiconductor substrate having a textured front surface and a textured rear surface and having a first conductive type; a first oxide layer formed on the front surface of the substrate; at least one first conductive type semiconductor region and second conductive type semiconductor region formed in an alternating pattern at predetermined intervals on the rear surface of the substrate, wherein the first conductive type semiconductor region has a second conductive type opposite to the first conductive type and the second conductive type semiconductor region has the first conductive type and has a doping concentration higher than the substrate; a second oxide layer formed on the remaining rear surface of the substrate except for the first conductive type semiconductor region and the second conductive type semiconductor region; and electrodes formed on each of the first conductive type semiconductor region and the second conductive type semiconductor region, characterized in that portions of the rear surface of the substrate corresponding to the first conductive type semiconductor region and the second conductive type semiconductor region are not textured, the entire front surface of the conductive type semiconductor substrate is textured, and the textured area on the front surface of the substrate is larger than an area of the textured area on the rear surface of the substrate.
A wire-cut EDM machine in which a position of a liquid level of machining fluid is adjusted at a time of automatic wire threading, the wire-cut EDM machine including a work tank for storing the machining fluid, machining an object (Wa) having a variable plate thickness (h 1, h 2, h 3) to be machined with the object to be machined being mounted on a table provided in the work tank by moving a wire electrode stretched between upper and lower wire guides (5a, 5b) and the table relative to each other, and having an automatic wire threading function for automatically threading the wire electrode stretched between the upper and lower wire guides, the wire-cut EDM machine comprising a control device comprising: a shape information acquisition unit for acquiring information on a shape of the object to be machined; a wire-threading position information acquisition unit for acquiring information on a wire-threading position of the wire electrode based on relative positions of the upper and lower wire guides (5a, 5b); and a liquid level position adjustment unit for acquiring a height of the object to be machined in a vicinity of the wire-threading position based on the information on the shape of the object to be machined and adjusting the position of the liquid level of the machining fluid at the time of automatic wire threading, wherein the liquid level position adjustment unit is configured to adjust the position of the liquid level of the machining fluid at the time of automatic wire threading in accordance with the height of the object to be machined in the vicinity of the wire-threading position and in accordance with the rigidity of the wire electrode. a shape information acquisition unit for acquiring information on a shape of the object to be machined; a wire-threading position information acquisition unit for acquiring information on a wire-threading position of the wire electrode based on relative positions of the upper and lower wire guides (5a, 5b); and a liquid level position adjustment unit for acquiring a height of the object to be machined in a vicinity of the wire-threading position based on the information on the shape of the object to be machined and adjusting the position of the liquid level of the machining fluid at the time of automatic wire threading, wherein the liquid level position adjustment unit is configured to adjust the position of the liquid level of the machining fluid at the time of automatic wire threading in accordance with the height of the object to be machined in the vicinity of the wire-threading position and in accordance with the rigidity of the wire electrode.
A method for rendering on a cockpit display of a host aircraft, symbology relating to a proposed ITP transition, the method comprising: an ITP generating system receiving fuel data and analyzing data including the input fuel data and flight path to predict an ITP transition that is possible and economical; wherein predicting whether an ITP transition is economical comprises analyzing wind modeling data including wind profiles at various flight levels and fuel data; rendering on the display symbology textually representative of the possible ITP transition; rendering on the display symbology textually representative of the time before which the ITP transition is possible. an ITP generating system receiving fuel data and analyzing data including the input fuel data and flight path to predict an ITP transition that is possible and economical; wherein predicting whether an ITP transition is economical comprises analyzing wind modeling data including wind profiles at various flight levels and fuel data; rendering on the display symbology textually representative of the possible ITP transition; rendering on the display symbology textually representative of the time before which the ITP transition is possible.
A method for preparing crystalline forms of Temozolomide, characterized in that the method comprises the following steps: dissolving Temozolomide in dimethylsulfoxide into which a second organic solvent is added for recrystallization, whereby the crystalline forms of Temozolomide are prepared, wherein the second organic solvent is isopropanol or glycol.
A method of operating an internal combustion engine (50, 150, 450) for use with a hydrocarbon fuel, said engine (50, 150, 450) having at least one cylinder and a reciprocating piston therein, at least one air intake valve, at least one exhaust valve, and a fuel handling system with at least one fuel injector (56, 59), said method comprising, at each engine cycle: injecting, from a water injector coupled to a water source, liquid water into the cylinder at a time from 180° to 30° before TDC of said piston during a compression stroke, wherein the amount of liquid water injected is greater than the amount of water that is present at the saturation point of water vapor in the ambient air in the cylinder, and the amount of liquid water injected in an engine cycle is about 60% w/w to about 200% w/w of the amount of fuel being injected in the engine cycle; wherein a ratio of air to fuel provided to said at least one cylinder is greater than stoichiometric, and the engine (50, 150, 450) has an effective volume compression ratio greater than 13:1.
A method, comprising: - receiving a first shaft speed; - measuring a parameter indicative of a PTO shaft speed; - determining a PTO shaft acceleration by monitoring the parameter indicative of the PTO shaft speed over time; characterized by - determining, via a plurality of estimators, a plurality of normalized PTO clutch gear ratios, wherein each of the plurality of estimators determines one of the plurality of normalized PTO clutch gear ratios based, at least in part, on the first shaft speed, the PTO shaft speed, and one of a plurality of known PTO transmission gear ratio options; and - selecting one of the plurality of estimators, when the PTO shaft acceleration drops below a threshold value, wherein the normalized PTO clutch gear ratio determined by the selected estimator is closest to 1. - receiving a first shaft speed; - measuring a parameter indicative of a PTO shaft speed; - determining a PTO shaft acceleration by monitoring the parameter indicative of the PTO shaft speed over time; characterized by - determining, via a plurality of estimators, a plurality of normalized PTO clutch gear ratios, wherein each of the plurality of estimators determines one of the plurality of normalized PTO clutch gear ratios based, at least in part, on the first shaft speed, the PTO shaft speed, and one of a plurality of known PTO transmission gear ratio options; and - selecting one of the plurality of estimators, when the PTO shaft acceleration drops below a threshold value, wherein the normalized PTO clutch gear ratio determined by the selected estimator is closest to 1.
An unsprung power supply apparatus (B1, B2, B3, B4) for an in-wheel motor vehicle, comprising: a steering knuckle for steering a tire of the in-wheel motor vehicle is provided with an in-wheel motor and a third link, and a virtual kingpin axis is an axis passing through a coupling point at which the third link couples with the steering knuckle; and a power supply cable connecting the in-wheel motor and a vehicle body-side power supply unit for wiring, and characterized in that a part of the power supply cable being fixed to the third link, the power supply cable includes a vehicle body-side power supply cable and a motor-side power supply cable, the vehicle body-side power supply cable being disposed between the vehicle body-side power supplying unit and the third link and the motor-side power supply cable being disposed between the third link and the in- wheel motor, and the vehicle body-side power supply cable includes a slack configured to accommodate vertical movement. a steering knuckle for steering a tire of the in-wheel motor vehicle is provided with an in-wheel motor and a third link, and a virtual kingpin axis is an axis passing through a coupling point at which the third link couples with the steering knuckle; and a power supply cable connecting the in-wheel motor and a vehicle body-side power supply unit for wiring, and characterized in that a part of the power supply cable being fixed to the third link, the power supply cable includes a vehicle body-side power supply cable and a motor-side power supply cable, the vehicle body-side power supply cable being disposed between the vehicle body-side power supplying unit and the third link and the motor-side power supply cable being disposed between the third link and the in- wheel motor, and the vehicle body-side power supply cable includes a slack configured to accommodate vertical movement.
A compound of Formula (IVa), (IVb), (IVd), or (IVg): or a stereoisomer or pharmaceutically acceptable salt thereof; wherein, Y is U is C(R 6a); V is C(R 6b); W is C(R 6c); R 6a is H; R 6b is hydrogen, halo, or C 1-3 haloalkyl; and R 6c is hydrogen or halo. Y is U is C(R 6a); V is C(R 6b); W is C(R 6c); R 6a is H; R 6b is hydrogen, halo, or C 1-3 haloalkyl; and R 6c is hydrogen or halo.
A capsule device configured to navigate through a patient's GI tract the capsule device comprising a housing, having a length L, which is a longest dimension of the capsule device; an acceleration sensor, detecting an acceleration of the capsule device in three dimensions at a first sampling frequency at a first acceleration period, wherein the acceleration sensor has three axes, x, y, and z, the z axis is parallel to the length L direction, and x and y axes are perpendicular to the length L direction; a microcontroller unit, configured to take input from the acceleration sensor, and perform acceleration value calculations, the microcontroller unit further instructs the acceleration sensor to take measurement at a second sampling frequency at a second acceleration period if a first acceleration value is equal to or higher than a first threshold acceleration value, wherein the second sampling frequency is larger than the first sampling frequency; a capsule initiation unit, configured to request confirmation from a user to place the capsule device in a pre-working state if a second acceleration value is equal to or higher than a second threshold acceleration value; and a power supply providing power to the acceleration sensor, the microcontroller unit and the capsule initiation unit.
An airfoil with a squealer tip cooling system for a turbine blade, having a suction side surface and a pressure side surface, the suction side surface and the pressure side surface meeting at a leading edge and a trailing edge, wherein the airfoil comprises the squealer tip cooling system provided at a blade tip, the squealer tip cooling system comprising: - a cooling passage arranged within a squealer tip, wherein the cooling passage at least partly extends toward a terminal end of the squealer tip and extends obliquely with respect to the respective suction and/or pressure side surface (111, 112), and - a pocket provided at a lateral surface (75, 76) of the squealer tip, open externally and extending inwardly at least partly across the cooling passage, wherein the pocket intersects the cooling passage and includes an impingement surface facing the cooling passage, on which a cooling medium expelled through the cooling passage impinges before being discharged externally through the pocket. - a cooling passage arranged within a squealer tip, wherein the cooling passage at least partly extends toward a terminal end of the squealer tip and extends obliquely with respect to the respective suction and/or pressure side surface (111, 112), and - a pocket provided at a lateral surface (75, 76) of the squealer tip, open externally and extending inwardly at least partly across the cooling passage, wherein the pocket intersects the cooling passage and includes an impingement surface facing the cooling passage, on which a cooling medium expelled through the cooling passage impinges before being discharged externally through the pocket.
A locking mechanism for an inner tub of a washing machine, wherein a first positioning and locking structure is arranged at a bottom of the inner tub, and a second positioning and locking structure is arranged at a bottom of an outer tub; the second positioning and locking structure is a stretchable and contractible structure; when the first positioning and locking structure and the second positioning and locking structure come into concave-convex cooperation, the inner tub is locked to prevent the inner tub to rotate; and when the first positioning and locking structure and the second positioning and locking structure separate from each other, the inner tub is unlocked so that the inner tub can rotate, wherein a locking hole is formed at the bottom of the inner tub; at least a locking rod capable of stretch and contraction is arranged at the bottom of the outer tub; when the locking rod projects into the locking hole, the inner tub is locked; and when the locking rod separates from the locking hole, the inner tub is unlocked, characterized in that: the locking mechanism further comprises a fixed shell matched with a mounting hole formed at the bottom of the outer tub; the locking rod is arranged in the fixed shell, a sealing structure is arranged between the mounting hole and the fixed shell, and a sealing sleeve is arranged between the fixed shell and the locking rod, the sealing sleeve is stretchable and contractible along with stretching and contracting of the locking rod, and a first end of the sealing sleeve is in sealed connection with the fixed shell, and a second end the sealing sleeve is in sealed connection with the locking rod. the locking mechanism further comprises a fixed shell matched with a mounting hole formed at the bottom of the outer tub; the locking rod is arranged in the fixed shell, a sealing structure is arranged between the mounting hole and the fixed shell, and a sealing sleeve is arranged between the fixed shell and the locking rod, the sealing sleeve is stretchable and contractible along with stretching and contracting of the locking rod, and a first end of the sealing sleeve is in sealed connection with the fixed shell, and a second end the sealing sleeve is in sealed connection with the locking rod.
A printer, comprising: at least one media tray to support a stack of media sheets; a first bend sensor having a base attached to the printer, the first bend sensor having a tip opposite the base to extend into the at least one media tray, characterized by the first bend sensor being a sensor whose electrical resistance increases as it is bent; and by different deflection amounts of the tip to indicate a media parameter that includes the amount of media sheets in the media tray, and/or by a deflection amount of the tip to indicate a media parameter, wherein the media parameter includes at least one of a media width and a media length. at least one media tray to support a stack of media sheets; a first bend sensor having a base attached to the printer, the first bend sensor having a tip opposite the base to extend into the at least one media tray, characterized by the first bend sensor being a sensor whose electrical resistance increases as it is bent; and by different deflection amounts of the tip to indicate a media parameter that includes the amount of media sheets in the media tray, and/or by a deflection amount of the tip to indicate a media parameter, wherein the media parameter includes at least one of a media width and a media length.