mhurhangee/ep-ind-claims huggingface dataset:
Method for setting a gear in a gear mechanism of a power tool, in particular a power core drill, wherein the power tool includes an electric motor for generating and transmitting a torque to the gear mechanism and a control unit for setting the speed of the electric motor, and the gear mechanism includes an operating device for selecting a gear in the gear mechanism, a gearshift fork for engaging a gear in the gear mechanism and a Geneva gear mechanism for transmitting a movement of the operating device to the gearshift fork, wherein the operating device includes at least one signal transmitter and at least one sensor for receiving at least one signal from the at least one signal transmitter, characterized by the method steps of - setting the operating device from a first position into a second position for selecting a gear in the gear mechanism; - detecting a signal by the at least one sensor in accordance with the second position of the operating device; - sending the signal to the control unit; - setting the speed of the electric motor from a first value to a second value by the control unit; - positioning the operating device from the second position into a third position; - setting the Geneva gear mechanism from a first position into a second position in accordance with the third position of the operating device; and - setting the gearshift fork from a first position into a second position for changing from a first gear to a second gear. - setting the operating device from a first position into a second position for selecting a gear in the gear mechanism; - detecting a signal by the at least one sensor in accordance with the second position of the operating device; - sending the signal to the control unit; - setting the speed of the electric motor from a first value to a second value by the control unit; - positioning the operating device from the second position into a third position; - setting the Geneva gear mechanism from a first position into a second position in accordance with the third position of the operating device; and - setting the gearshift fork from a first position into a second position for changing from a first gear to a second gear.
A method for evaluating levels of microsatellite instability in a sample comprising: (a) providing primers for amplifying at least 10 of the selected group of microsatellite loci of human genomic DNA identified in Table A (b) amplifying from the sample the plurality of selected microsatellite mono-nucleotide repeat loci to give microsatellite amplicons; (c) sequencing the microsatellite amplicons; and (d) comparing the sequences from the microsatellite amplicons to predetermined sequences and determining any deviation, indicative of instability, from the predetermined sequences. (a) providing primers for amplifying at least 10 of the selected group of microsatellite loci of human genomic DNA identified in Table A (b) amplifying from the sample the plurality of selected microsatellite mono-nucleotide repeat loci to give microsatellite amplicons; (c) sequencing the microsatellite amplicons; and (d) comparing the sequences from the microsatellite amplicons to predetermined sequences and determining any deviation, indicative of instability, from the predetermined sequences.
A rotating cleaning element for use with a drive gear, the rotating cleaning element comprising: a central member having a drive end and a bearing end, the central member defining a longitudinal axis; a drive protrusion on the drive end configured to engage the drive gear; and a shroud surrounding at least a portion of the bearing end; wherein the drive end comprises a retention device configured to limit axial motion of the rotating cleaning element relative to the drive gear, the retention device including interlocking members configured to engage at least one reception recess in the drive gear when the drive protrusion engages the drive gear, each interlocking member having a proximal end attached to the central member and extending to an unattached distal end defining a retention feature configured to releasably engage the at least one reception recess in the drive gear; characterized in that the retention device is a snapping device. a central member having a drive end and a bearing end, the central member defining a longitudinal axis; a drive protrusion on the drive end configured to engage the drive gear; and a shroud surrounding at least a portion of the bearing end; wherein the drive end comprises a retention device configured to limit axial motion of the rotating cleaning element relative to the drive gear, the retention device including interlocking members configured to engage at least one reception recess in the drive gear when the drive protrusion engages the drive gear, each interlocking member having a proximal end attached to the central member and extending to an unattached distal end defining a retention feature configured to releasably engage the at least one reception recess in the drive gear; characterized in that the retention device is a snapping device.
Element for constructing a harmonica module comprising two of said element, said element being able to produce at least one musical note, comprising: • a base part comprising * first wall and a second wall, said walls being substantially rectangular parallelepipedal and with the same length, and * means for associating the two walls (11, 12) by their length so that they form a dihedron with an angle at the right apex, the edge of which consists of the common lengths of the two walls, • at least a first hermaphroditic male-female interlocking system, • at least one longitudinal slot made in the first wall along a parallel to said edge, said slot being able to receive at least one vibrating blade for producing the at least one musical note, and characterised in that the element comprises means for securing said first interlocking system to said base part so that the two elements are capable of interlocking by their respective interlocking system after one of the two has undergone a 180 ° rotation about a direction parallel to said edge. • a base part comprising * first wall and a second wall, said walls being substantially rectangular parallelepipedal and with the same length, and * means for associating the two walls (11, 12) by their length so that they form a dihedron with an angle at the right apex, the edge of which consists of the common lengths of the two walls, * first wall and a second wall, said walls being substantially rectangular parallelepipedal and with the same length, and * means for associating the two walls (11, 12) by their length so that they form a dihedron with an angle at the right apex, the edge of which consists of the common lengths of the two walls, • at least a first hermaphroditic male-female interlocking system, • at least one longitudinal slot made in the first wall along a parallel to said edge, said slot being able to receive at least one vibrating blade for producing the at least one musical note, and
A monolithic CMOS integrated pixel detector (240, 340) for the detection of charged particles or X-ray photons, comprising a. a high resistivity p-doped float zone silicon wafer (220, 310, 310') with a resistivity of at least 1kΩ cm having a front-side (224, 314, 314') comprising CMOS processed readout electronics (250, 350) comprising pixel electronics (258, 358) and a backside (228, 328', 318) opposite the front side; b. charge collectors (252, 352) consisting of n-implants communicating with the pixel electronics (258, 358) and defining the pixel size; c. a dislocation network at the backside (228, 328', 318); and d. high voltage contacts (282, 382); wherein the region of silicon wafer (220, 310, 310') disposed below the charge collectors (252, 352) forms the absorber layer (226, 316) of pixel detector (240, 340); and wherein when pixel detector (240, 340) is in operation, the charge collectors (252, 352) are disposed to receive electrical charges drifting across the fully depleted absorber layer (226, 316) when generated by charged particles or X-ray photons (270, 370) incident on the absorber layer (226, 316); and wherein the readout electronics is disposed to convert said electrical charges into digital signals which can be stored, processed and displayed as images on a computer screen. a. a high resistivity p-doped float zone silicon wafer (220, 310, 310') with a resistivity of at least 1kΩ cm having a front-side (224, 314, 314') comprising CMOS processed readout electronics (250, 350) comprising pixel electronics (258, 358) and a backside (228, 328', 318) opposite the front side; b. charge collectors (252, 352) consisting of n-implants communicating with the pixel electronics (258, 358) and defining the pixel size; c. a dislocation network at the backside (228, 328', 318); and d. high voltage contacts (282, 382);
An autonomous endoscopic system capable of controlling movement of an endoscope inserted into a protective sheath installed in the body of a patient, the autonomous endoscopic system comprising: an endoscope operating device comprising a translation operation part capable of adjusting a relative position of the endoscope with respect to the protective sheath, a rolling operation part capable of adjusting a rolling angle of the endoscope, and a bending operation part capable of adjusting a bending angle of a bending portion of the endoscope which is located at the end of the endoscope and is bendable; and a control unit for controlling the endoscope operating device, the control unit is configured to record a driving record of the endoscope, in which an operation amount by which the endoscope has been operated by the endoscope operating device over time is recorded, the operation amount including a translation amount of the endoscope, a rolling angle variation of the endoscope, and a bending angle variation of the endoscope, the control unit is configured to control the endoscope operating device on the basis of the driving record of the endoscope, and the control unit is configured to autonomously drive the endoscope based on the driving record of the endoscope, wherein the driving record includes an operation profile that shows an operation amount of the endoscope operation device over time from a first point in time to a second point in time. an endoscope operating device comprising a translation operation part capable of adjusting a relative position of the endoscope with respect to the protective sheath, a rolling operation part capable of adjusting a rolling angle of the endoscope, and a bending operation part capable of adjusting a bending angle of a bending portion of the endoscope which is located at the end of the endoscope and is bendable; and a control unit for controlling the endoscope operating device, the control unit is configured to record a driving record of the endoscope, in which an operation amount by which the endoscope has been operated by the endoscope operating device over time is recorded, the operation amount including a translation amount of the endoscope, a rolling angle variation of the endoscope, and a bending angle variation of the endoscope, the control unit is configured to control the endoscope operating device on the basis of the driving record of the endoscope, and the control unit is configured to autonomously drive the endoscope based on the driving record of the endoscope, wherein the driving record includes an operation profile that shows an operation amount of the endoscope operation device over time from a first point in time to a second point in time.
A composition of matter useful for cooling a substrate, the composition comprising: a polyoxyalkylene glycol which has a viscosity at room temperature and atmospheric conditions of greater than or equal to about 90,000 mPa·s (centipoise (cP)); and one or more alkanolamines. a polyoxyalkylene glycol which has a viscosity at room temperature and atmospheric conditions of greater than or equal to about 90,000 mPa·s (centipoise (cP)); and one or more alkanolamines.
A wing for an aircraft, comprising: a main wing having an outer skin defining an interior space of the main wing, a slat, and a connection assembly for movably connecting the slat to the main wing, such that the slat is movable in a predefined motion between a retracted position and at least one extended position, wherein the connection assembly comprises a slat track, wherein a first end section of the slat track is connected to the slat, wherein the connection assembly comprises a first bearing, which is at least partly arranged outside the interior space of the main wing, and wherein the connection assembly comprises a second bearing, which is spaced apart from the first bearing and arranged within the interior space of the main wing, wherein the slat track is an elongate and curved slat track, wherein the slat track is movably and rotatably supported on the main wing by the first and second bearing, such that the first and second bearing are configured to guide the slat track and to ensure the predefined motion of the slat, and characterized in that each of the bearings (14, 16) are mechanically fixed to at least one internal structural component of the main wing, wherein the at least one internal structural component is at least one spar, at least one rib and/or at least one stringer. a main wing having an outer skin defining an interior space of the main wing, a slat, and a connection assembly for movably connecting the slat to the main wing, such that the slat is movable in a predefined motion between a retracted position and at least one extended position, wherein the connection assembly comprises a slat track, wherein a first end section of the slat track is connected to the slat, wherein the connection assembly comprises a first bearing, which is at least partly arranged outside the interior space of the main wing, and wherein the connection assembly comprises a second bearing, which is spaced apart from the first bearing and arranged within the interior space of the main wing, wherein the slat track is an elongate and curved slat track, wherein the slat track is movably and rotatably supported on the main wing by the first and second bearing, such that the first and second bearing are configured to guide the slat track and to ensure the predefined motion of the slat, and characterized in that each of the bearings (14, 16) are mechanically fixed to at least one internal structural component of the main wing, wherein the at least one internal structural component is at least one spar, at least one rib and/or at least one stringer.
Method designed to prevent unauthorized access to software applications (S F1, S F2, S F3, S F4, S G), which are implemented in field devices (F1, F2, F3, F4, G), said field devices (F1, F2, F3, F4, G) being integrated in an automation engineering communication network (KN, KN'), and wherein each software application (S F1, S F2, S F3, S F4, S G) exchanges information within the communication network (KN, KN') via at least one communication interface (KS, KS'), wherein said method comprises the following steps: - Detection of the currently active safety functions (I1, I2, V1), which are based on safety and/or function properties, of each of the communication interfaces (KS, KS') of the software applications (S F1, S F2, S F3, S F4, S G); - Detection of all the activatable safety functions (I1, I2, V1) of each communication interface (KS, KS'); - Determination of at least one common safety function (I1, I2, V1) that can be activated on each of the communication interfaces (KS, KS'); - Display of the at least one common safety function (I1, I2, V1) and selection of at least one displayed common safety function (I1, I2, V1); and - Reconfiguration of each of the communication interfaces (KS, KS'), where the safety functions (I1, I2, V1) currently configured are replaced by the at least one selected common safety function (I1, I2, V1) and wherein, in the event that a common safety function (I1, I2, V1) was not determined, each of the communication interfaces (KS, KS') is reconfigured in such a way that no safety function (I1, I2, V1) is activated. - Detection of the currently active safety functions (I1, I2, V1), which are based on safety and/or function properties, of each of the communication interfaces (KS, KS') of the software applications (S F1, S F2, S F3, S F4, S G); - Detection of all the activatable safety functions (I1, I2, V1) of each communication interface (KS, KS'); - Determination of at least one common safety function (I1, I2, V1) that can be activated on each of the communication interfaces (KS, KS'); - Display of the at least one common safety function (I1, I2, V1) and selection of at least one displayed common safety function (I1, I2, V1); and - Reconfiguration of each of the communication interfaces (KS, KS'), where the safety functions (I1, I2, V1) currently configured are replaced by the at least one selected common safety function (I1, I2, V1) and wherein, in the event that a common safety function (I1, I2, V1) was not determined, each of the communication interfaces (KS, KS') is reconfigured in such a way that no safety function (I1, I2, V1) is activated.
Device for stamping a blank in order to produce a stamped part comprising: - a punch comprising a bearing surface, - an anvil, - means for generating a magnetic field, said device for stamping being configured, in an initial position, in such a way that: - the bearing surface of the punch is intended for receiving a portion of a first surface of the blank, - the anvil and the means for generating a magnetic field are intended for being arranged on either side of another portion of the blank, with the anvil facing the first surface, and the means for generating a magnetic field facing a second surface, opposite the first surface, at a distance from said second surface, said means for generating a magnetic field being intended and configured to apply a pressure on the blank towards the anvil, in a direction ZZ', thrusting said blank on said anvil, characterized in that the device for stamping comprises movement means arranged to move the punch, relative to the means for generating a magnetic field, in a direction opposite the direction ZZ', and in that the means for generating a magnetic field are intended and configured to apply a radial pressure on the blank towards the punch, thrusting said blank on said punch. - a punch comprising a bearing surface, - an anvil, - means for generating a magnetic field, - the bearing surface of the punch is intended for receiving a portion of a first surface of the blank, - the anvil and the means for generating a magnetic field are intended for being arranged on either side of another portion of the blank,
A method for forming microfluidic chips comprising: forming a base mold; casting an intermediary template chip mold based on the base mold; casting a production mold based on the intermediary template chip mold; refining the production mold to generate a refined production mold; casting a production chip based on the refined production mold; and modifying the production chip with a hot embossing process, wherein the production chip has a plurality of microchannels, where the plurality of microchannels have dimensions of less than about one hundred microns (100 μm). forming a base mold; casting an intermediary template chip mold based on the base mold; casting a production mold based on the intermediary template chip mold; refining the production mold to generate a refined production mold; casting a production chip based on the refined production mold; and modifying the production chip with a hot embossing process, wherein the production chip has a plurality of microchannels, where the plurality of microchannels have dimensions of less than about one hundred microns (100 μm).
A computer-implemented method, comprising: obtaining an electrical signal that represents a measurement, by a photodetector, of an optical signal reflected from an eye, wherein the optical signal reflected from the eye is generated by one or more optical sources that are biased by a modulated signal; determining a depth map of the eye based on phase differences between the electrical signal generated by the photodetector and a reference signal, wherein the reference signal is in sync with the modulated signal; generating an iris vector normal to a plane that is tangential to the eye; and determining a gaze information that represents a gaze of the eye based on the depth map and the iris vector; and providing output data representing the gaze information. obtaining an electrical signal that represents a measurement, by a photodetector, of an optical signal reflected from an eye, wherein the optical signal reflected from the eye is generated by one or more optical sources that are biased by a modulated signal; determining a depth map of the eye based on phase differences between the electrical signal generated by the photodetector and a reference signal, wherein the reference signal is in sync with the modulated signal; generating an iris vector normal to a plane that is tangential to the eye; and determining a gaze information that represents a gaze of the eye based on the depth map and the iris vector; and providing output data representing the gaze information.
A coating precursor slurry, comprising: an organic binder comprising hexamethylenetetramine and a linear chain epoxy polymer; an inorganic binder comprising an aluminum-nitrogen compound, a barium-containing organic compound, a nickel-containing organic compound, an ammonia polyphosphate, and phosphorus pentoxide; active components comprising Mo, Te, and graphite; and a solvent. an organic binder comprising hexamethylenetetramine and a linear chain epoxy polymer; an inorganic binder comprising an aluminum-nitrogen compound, a barium-containing organic compound, a nickel-containing organic compound, an ammonia polyphosphate, and phosphorus pentoxide; active components comprising Mo, Te, and graphite; and a solvent.