mhurhangee/patent-ind-claim-en huggingface dataset:
A gear motor consisting of an electric motor having a stator part and a rotor part driving the input shaft of a trochoidal reduction gear comprising : - at least one eccentric area , rigidly connected to the input shaft and rotating at least one toothed outer gear , - a plurality of rods perpendicular to said outer gear , said plurality being rigidly connected to an output shaft and being driven by cavities passing through said outer gear , characterized in that said reduction gear is housed in a rigid monolithic housing defining an inner volume having, from the input shaft to the output shaft , at least four sections with decreasing radii, • a first section defining a peripheral area of mechanical connection with the stator part of the electric motor , • a second section ensuring the mechanical positioning of the guide bearing of the input shaft via a bearing support plate , • a third section having at least one toothed inner surface for meshing said outer gear , • a fourth section ensuring the mechanical positioning of the guide bearing of the output shaft . - at least one eccentric area , rigidly connected to the input shaft and rotating at least one toothed outer gear , - a plurality of rods perpendicular to said outer gear , said plurality being rigidly connected to an output shaft and being driven by cavities passing through said outer gear , • a first section defining a peripheral area of mechanical connection with the stator part of the electric motor , • a second section ensuring the mechanical positioning of the guide bearing of the input shaft via a bearing support plate , • a third section having at least one toothed inner surface for meshing said outer gear , • a fourth section ensuring the mechanical positioning of the guide bearing of the output shaft .
A method for transmitting an uplink signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station , information for a channel sensing type in uplink grant, wherein the information for the channel sensing type indicates a first channel sensing type to perform a channel sensing operation using a time period randomly determined based on a contention window for the UE or a second channel sensing type to perform the channel sensing operation using a fixed time period; sensing a channel on an unlicensed band based on the information on the channel sensing type; and transmitting, to the base station , the uplink signal on the unlicensed band after sensing the channel on the unlicensed band, characterized in that a value of the contention window is determined, by the UE , based on a new data indicator, NDI, value for a hybrid automatic repeat request, HARQ, process. receiving, from a base station , information for a channel sensing type in uplink grant, wherein the information for the channel sensing type indicates a first channel sensing type to perform a channel sensing operation using a time period randomly determined based on a contention window for the UE or a second channel sensing type to perform the channel sensing operation using a fixed time period; sensing a channel on an unlicensed band based on the information on the channel sensing type; and transmitting, to the base station , the uplink signal on the unlicensed band after sensing the channel on the unlicensed band, characterized in that a value of the contention window is determined, by the UE , based on a new data indicator, NDI, value for a hybrid automatic repeat request, HARQ, process.
A compound selected from the group consisting of: and and pharmaceutically acceptable salts thereof, for use in a method of treating cancer in a subject in need thereof, in which cancer growth or survival is dependent on a PDK1-PIF-mediated substrate interaction, the method comprising administering to said subject a therapeutically effective amount of the compound or pharmaceutically acceptable salt thereof.
A heating system comprising a cooking plate comprising a bottom surface , heating means positioned under the cooking plate facing the bottom surface, the heating means comprising a thermal diffuser bearing on the bottom surface of the cooking plate and extending facing the latter in a complementary manner, characterized in that the heating means comprise a series of heating elements distributed and bearing on a bottom face of the thermal diffuser and extending facing a part of the bottom face of the thermal diffuser.
A stimulation device comprising: a stimulation generator arranged to generate a stimulation signal comprising stimulation pulses for stimulation of a target area of a human or animal body; and an analogue-to-digital converter arranged to sample an electrophysiological signal measured from the body to generate a digital electrophysiological signal for deriving a feedback signal for closed-loop control of the stimulation signal, characterised in that : a sampling frequency at which the analogue-to-digital converter is arranged to sample the electrophysiological signal is a positive integer value times a stimulation frequency at which the stimulation generator is arranged to generate the simulation pulses; and the device is arranged so that the generation of stimulation signal and the sampling of the electrophysiological signal by the analogue-to-digital converter are synchronised and have a relative phase selected to cause the sampling to occur outside the stimulation pulses. a stimulation generator arranged to generate a stimulation signal comprising stimulation pulses for stimulation of a target area of a human or animal body; and an analogue-to-digital converter arranged to sample an electrophysiological signal measured from the body to generate a digital electrophysiological signal for deriving a feedback signal for closed-loop control of the stimulation signal, characterised in that : a sampling frequency at which the analogue-to-digital converter is arranged to sample the electrophysiological signal is a positive integer value times a stimulation frequency at which the stimulation generator is arranged to generate the simulation pulses; and the device is arranged so that the generation of stimulation signal and the sampling of the electrophysiological signal by the analogue-to-digital converter are synchronised and have a relative phase selected to cause the sampling to occur outside the stimulation pulses. a sampling frequency at which the analogue-to-digital converter is arranged to sample the electrophysiological signal is a positive integer value times a stimulation frequency at which the stimulation generator is arranged to generate the simulation pulses; and the device is arranged so that the generation of stimulation signal and the sampling of the electrophysiological signal by the analogue-to-digital converter are synchronised and have a relative phase selected to cause the sampling to occur outside the stimulation pulses.
An industrial machine comprising: an actuator ; a gear reducer configured to receive a first rotational energy from the actuator and output a second rotational energy; a cutter drum supported by a chassis of the industrial machine , the cutter drum driven by the second rotational energy; a cutter bit coupled to the cutter drum ; a sensor configured to sense a characteristic of the industrial machine ; and a controller , having a processor and memory , the controller configured to receive the characteristic of the industrial machine , characterized in that the controller is further configured to determine a cutting efficiency based on the characteristic of the industrial machine , and output the cutting efficiency. an actuator ; a gear reducer configured to receive a first rotational energy from the actuator and output a second rotational energy; a cutter drum supported by a chassis of the industrial machine , the cutter drum driven by the second rotational energy; a cutter bit coupled to the cutter drum ; a sensor configured to sense a characteristic of the industrial machine ; and a controller , having a processor and memory , the controller configured to receive the characteristic of the industrial machine , determine a cutting efficiency based on the characteristic of the industrial machine , and output the cutting efficiency.
A system comprising: a first bus bar ; a foil element spaced apart from the first bus bar, wherein the foil element is electrically connected to the first bus bar by grid elements ; and a second bus bar spaced apart from the foil element and from the first bus bar across a dielectric layer ; wherein the grid elements pass through a first dielectric sub-layer that otherwise separates the first bus bar from the foil element ; and wherein the foil element is a first foil element, wherein the grid elements are a first set of grid elements, and further comprising a second foil element spaced apart from the second bus bar, wherein the second foil element is electrically connected to the second bus bar by a second set of grid elements . a first bus bar ; a foil element spaced apart from the first bus bar, wherein the foil element is electrically connected to the first bus bar by grid elements ; and a second bus bar spaced apart from the foil element and from the first bus bar across a dielectric layer ; wherein the grid elements pass through a first dielectric sub-layer that otherwise separates the first bus bar from the foil element ; and
A magazine for a firearm comprising: a housing defining a horizontal centerline axis, a vertical centerline axis perpendicular thereto, and an interior cavity configured to hold a plurality of ammunition cartridges; the housing including an open top end , a bottom end , a front wall , a rear wall , and pair of opposing lateral right and left sidewalls extending between the front and rear walls; a compressible main spring disposed in the cavity; an elongated follower disposed in the cavity and biased in an upwards direction by the main spring , the follower being moveable between a lower position and an upper position for dispensing cartridges (C); a guide boss protruding laterally outwards from each one of a pair of lateral sides of the follower , each guide boss slideably engaging a corresponding vertical guide slot formed in the sidewalls of the housing for guiding upwards and downwards movement of the follower; wherein the follower is angularly tiltable relative to the housing of the magazine about a lateral pivot axis defined by the guide bosses; wherein the main spring is an accordion type flat spring formed from a triple folded flat spring material in which no portion of the spring crosses another portion in the same horizontal reference plane when in a fully expanded condition ; wherein the main spring comprises a pair of laterally open cutouts which allows adjacently located bends of the spring to nest together in a side to side relationship when the spring is in a fully compressed condition. a housing defining a horizontal centerline axis, a vertical centerline axis perpendicular thereto, and an interior cavity configured to hold a plurality of ammunition cartridges; the housing including an open top end , a bottom end , a front wall , a rear wall , and pair of opposing lateral right and left sidewalls extending between the front and rear walls; a compressible main spring disposed in the cavity; an elongated follower disposed in the cavity and biased in an upwards direction by the main spring , the follower being moveable between a lower position and an upper position for dispensing cartridges (C); a guide boss protruding laterally outwards from each one of a pair of lateral sides of the follower , each guide boss slideably engaging a corresponding vertical guide slot formed in the sidewalls of the housing for guiding upwards and downwards movement of the follower; wherein the follower is angularly tiltable relative to the housing of the magazine about a lateral pivot axis defined by the guide bosses; wherein the main spring is an accordion type flat spring formed from a triple folded flat spring material in which no portion of the spring crosses another portion in the same horizontal reference plane when in a fully expanded condition ; wherein the main spring comprises a pair of laterally open cutouts which allows adjacently located bends of the spring to nest together in a side to side relationship when the spring is in a fully compressed condition.
A chip , wherein the chip is installable on an ink cartridge , and the ink cartridge is installable in an installation portion of a printer along an installation direction (P); the chip comprises a memory, first contact portions to be used for installation detection, and second contact portions ; at least one second contact portion is electrically connected to the memory; and the first contact portions and the second contact portions are respectively in contact with a stylus in the printer, wherein the first contact portions are arranged in a plurality of lines (L11, L12) in the installation direction (P); wherein in the installation direction (P), one or more lines (L21, L22) formed by the second contact portions are disposed between the plurality of lines (L11, L12) formed by the first contact portions , or the plurality of lines (L11, L12) formed by the first contact portions are disposed between a plurality of lines (L21, L22) formed by the second contact portions ; characterized in that the first contact portions and the second contact portions are arranged in different lines (L11, L12, L21, L22). in the installation direction (P), one or more lines (L21, L22) formed by the second contact portions are disposed between the plurality of lines (L11, L12) formed by the first contact portions , or the plurality of lines (L11, L12) formed by the first contact portions are disposed between a plurality of lines (L21, L22) formed by the second contact portions ; characterized in that the first contact portions and the second contact portions are arranged in different lines (L11, L12, L21, L22).
An intervertebral disc fusion cage, comprising a tubular body , wherein a plurality of support expansion joints which are distributed at intervals and a stabilization expansion joint are arranged on the tubular body in an axial direction and a circumferential direction; each support expansion joint comprises a support sheet plate ; each support sheet plate is respectively provided with extended support plates at both ends in a length direction; both sides of the bottom of each support sheet plate are connected to the tubular body by means of deformation support sheets respectively; each support sheet plate is provided with an inward-bending stopper for limiting deformation of the top ends of the deformation support sheets ; an outward-bending stopper for limiting deformation of the bottom ends of the deformation support sheets is arranged between two adjacent support expansion joints on the tubular body; two oppositely arranged limit blocks are provided between two adjacent support expansion joints in the circumferential direction of the tubular body ; and the two limit blocks abut against each other when the deformation support sheets expand to the maximum.
Device for a variable interface in the region of cover for adaptation to form and diameter between a nacelle, comprising a support structure and a drive train, and a rotor hub of a wind turbine, the wind turbine comprises a tower with a tower head, wherein the cover comprises parts of a nacelle cover and of a rotor hub cover , wherein a component is arranged between the nacelle cover and the rotor hub cover , and a connection is established between the two, characterized in that the component is a separate peripheral component and consists of a shaped part which is adapted in terms of form and diameter to an installation opening of the rotor hub cover and to an installation opening of the nacelle cover and which consists of two peripheral flanges arranged at an angle to one another and connected fixedly to one another, whereby, with a changed height of a drive train axis of the drive train in relation to the support structure, but with the same position of a tower head flange of the tower head, all the adjacent components of the nacelle cover are maintained in terms of their form.
Swing door system for use with a freezer device , comprising two adjacent swing doors and at least one mullion being in contact with said swing doors , wherein each swing door comprises a transparent pane and a non-transparent area, wherein each non-transparent area is proximal to the mullion when the swing doors are in a closed position, wherein the non-transparent areas and the mullion define a non-transparent region , wherein in a plurality of horizontal see-through angles a view through the transparent panes is not totally blocked by the non-transparent region , wherein the horizontal see-through angle is measured with respect to the plane in which the swing doors are arranged when the swing doors are in the closed position, and wherein said horizontal see-through angle is the angle between the plane in which the swing doors are arranged when the swing doors are in the closed position and the direction of view, wherein the direction of view itself lies within a plane being perpendicular to the plane in which the swing doors are arranged when the swing doors are in a closed position and being perpendicular to the longitudinal extension of the mullion , characterized in that when a width of at least one of the swing doors is in the range of 500 mm to 780 mm the plurality of horizontal see-through angles ranges from 6° to 174°, preferably 5° to 175°, more preferably 4° to 176°, and/or wherein when a width of at least one of the swing doors is in the range of greater than 780 mm and equal to or lower than 1000 mm, the plurality of horizontal see-through angles ranges from 5° to 175°, preferably 4° to 176°, more preferably 3° to 177°, and wherein a part of the mullion reaches in between the two adjacent swing doors , when the swing doors are in the closed position .
Method of machining a relief model, characterized by the following steps: 1. Obtaining a first set of at least five million points , each point corresponding to a three-dimensional coordinate (XYZ); 2. Sampling said set of points so as to obtain a second set of points, the second set of points comprising fewer points than the first set; 3. Calculation of surfaces, for example calculation of NURBS surfaces, from the second set of points; 4. Generating a rough preform of the model from said surfaces; 5. Finishing the preform with a finishing tool by successively passing through the points of the first set of points or the normalized points of the first set of points. 1. Obtaining a first set of at least five million points , each point corresponding to a three-dimensional coordinate (XYZ); 2. Sampling said set of points so as to obtain a second set of points, the second set of points comprising fewer points than the first set; 3. Calculation of surfaces, for example calculation of NURBS surfaces, from the second set of points; 4. Generating a rough preform of the model from said surfaces; 5. Finishing the preform with a finishing tool by successively passing through the points of the first set of points or the normalized points of the first set of points.
Rotational pad printing machine for printing of an essentially cylindrical outer side of an object to be printed , which has a longitudinal center axis defined by the essentially cylindrical outer side , comprising a cliché drum , a round pad with an at least partly cylindrical outer face , a first drive unit for driving the round pad , a second drive unit that is independent of the first drive unit and serves for rotation of the object to be printed about its longitudinal center axis , a print article holder for holding the object to be printed during the printing, as well as a detection device for the detection of a rotational position of the object to be printed , wherein the round pad can both be rolled with its outer face on the cliché drum , in order to take up a printing image from the cliché drum , and is also suited to roll on the object to be printed , in order to transfer the printing image onto the object to be printed , characterized in that the detection device is in the form of an optical detection device for detecting the rotational position of the object to be printed in the print position, and that the round pad as well as the cliché drum can be lowered in a direction towards the print article holder , wherein the cliché drum can be displaced along a radial direction of the round pad towards the round pad . a cliché drum , a round pad with an at least partly cylindrical outer face , a first drive unit for driving the round pad , a second drive unit that is independent of the first drive unit and serves for rotation of the object to be printed about its longitudinal center axis , a print article holder for holding the object to be printed during the printing, as well as a detection device for the detection of a rotational position of the object to be printed , wherein the round pad can both be rolled with its outer face on the cliché drum , in order to take up a printing image from the cliché drum , and is also suited to roll on the object to be printed , in order to transfer the printing image onto the object to be printed , characterized in that the detection device is in the form of an optical detection device for detecting the rotational position of the object to be printed in the print position, and that the round pad as well as the cliché drum can be lowered in a direction towards the print article holder , wherein the cliché drum can be displaced along a radial direction of the round pad towards the round pad .
Device for transportation of condensate by steam comprising a vessel with a condensate inlet tube and mounted on it a check valve , with a condensate outlet tube and mounted on it a check valve ; a cap with a case installed on it; an inlet valve for steam mounted on case ; an outlet valve for steam mounted on the case ; both valves connected to a main valves' support ; a spring mounted on the main valves' support ; a float positioned inside the closed vessel with a tube and a valve embedded in it; and a tube ending inside float , characterizing in that in the cap a chamber is formed with a valve installed on it for incoming steam and a valve for out coming steam; the case is connected to the vessel with an opening ; inside the case and under the main valves, support a bellow is installed; on the cap a tube is mounted ending inside the chamber and inside the bellow ; the valve for incoming steam is connected by a rod to a lever by a hinge so that at opening of the valve for incoming steam incoming steam extends bellow and shortens spring and at closing of said valve spring shortens bellow ; a further is connected to the lever by a hinge ; a valve embedded in the float valve is connected to the lever by a hinge ; the lever is connected to the cap by a hinge; the float is divided into two parts.
An expanded thermoplastic polyurethane beads molded article that is an in-mold molded article of expanded thermoplastic polyurethane beads containing a colorant, characterized in that the average surface cell wall thickness of the molded article, determined according to the method as defined in the specification, is 20 μm or more.