mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: duplicating, in a computer program, a first operation of a plurality of operations to be executed by a computer system during execution of the computer program to create a first operation copy, the plurality of operations comprising a prior operation to be executed before the first operation and a subsequent operation to be executed after the first operation; modifying the computer program, to execute the first operation copy subsequent to the prior operation and prior to the subsequent operation, instead of the first operation, wherein a result of executing the first operation copy is equivalent to a result of executing the first operation, and wherein the method further comprises randomly selecting one or more pairs, each pair comprising an operation and a corresponding operation copy, and modifying the computer program, to either: (a) add the difference between a result of the operation and a result of the operation copy to the result obtained when the operation or the operation copy is executed; or (b) multiply the result of one of the operation and the operation copy by the inverse of the result of the other one of the operation and the operation copy to obtain a check value, and multiply the result of execution of either the operation or the operation copy by the check value. duplicating, in a computer program, a first operation of a plurality of operations to be executed by a computer system during execution of the computer program to create a first operation copy, the plurality of operations comprising a prior operation to be executed before the first operation and a subsequent operation to be executed after the first operation; modifying the computer program, to execute the first operation copy subsequent to the prior operation and prior to the subsequent operation, instead of the first operation, wherein a result of executing the first operation copy is equivalent to a result of executing the first operation, and wherein the method further comprises randomly selecting one or more pairs, each pair comprising an operation and a corresponding operation copy, and modifying the computer program, to either: (a) add the difference between a result of the operation and a result of the operation copy to the result obtained when the operation or the operation copy is executed; or (b) multiply the result of one of the operation and the operation copy by the inverse of the result of the other one of the operation and the operation copy to obtain a check value, and multiply the result of execution of either the operation or the operation copy by the check value. (a) add the difference between a result of the operation and a result of the operation copy to the result obtained when the operation or the operation copy is executed; or (b) multiply the result of one of the operation and the operation copy by the inverse of the result of the other one of the operation and the operation copy to obtain a check value, and multiply the result of execution of either the operation or the operation copy by the check value.
A mobile vehicle comprising: an air conditioner configured to generate conditioned air, and an air-conditioning duct provided along a longitudinal direction in a ceiling part of the mobile vehicle and configured to circulate the conditioned air, wherein the air-conditioning duct includes a pair of supply ports on both sides of the duct in a width direction thereof, each supply port supplying the conditioned air to respective diverging flow passages (46, 48), the air-conditioning duct being constituted by an upper plate, horizontal pieces provided at both ends in a width direction of the upper plate, a lower plate provided opposite to the upper plate, and closing plates each overlapping with one of the horizontal pieces and one of ends in the width direction of the lower plate from below with a predetermined space therefrom to cover a respective one of the supply ports, wherein: the mobile vehicle further comprises curved plates curving in a convex shape toward the upper plate at both ends in the width direction of the lower plate, the diverging flow passages are constituted by the curved plates, the horizontal pieces, and the closing plates, and the closing plates are each connected by a support having a screw portion, characterized in that: the upper plate is provided with a screw seat to be engaged with the screw portion, and the support is operated so that a distance between the closing plate and the lower plate and a distance between the closing plate and the horizontal piece are adjusted and that the air flow rate of air flowing through each of the diverging flow passages is adjusted. the mobile vehicle further comprises curved plates curving in a convex shape toward the upper plate at both ends in the width direction of the lower plate, the diverging flow passages are constituted by the curved plates, the horizontal pieces, and the closing plates, and the closing plates are each connected by a support having a screw portion, the upper plate is provided with a screw seat to be engaged with the screw portion, and the support is operated so that a distance between the closing plate and the lower plate and a distance between the closing plate and the horizontal piece are adjusted and that the air flow rate of air flowing through each of the diverging flow passages is adjusted.
Device for haptic navigation assistance for a driver of a vehicle, having a control unit and an actuator coupled to the control unit, wherein the control unit is designed to control the actuator, wherein the actuator is mechanically coupled to a steering column of the vehicle and the control unit is designed to generate a deflection of a steering wheel of the steering column by means of an activation of the actuator, which deflection may be haptically sensed by the driver to alert the driver to a steering movement to be performed, wherein the actuator is designed to generate a horizontal deflection of the steering wheel in a direction specified by the steering movement to be performed, characterised in that the control unit is designed to adjust an amplitude of the deflection, to detect a vibration in the region of the driver during normal operation of the vehicle and to adjust the amplitude depending on the detected vibration.
A lamp for illuminating a useful area, in particular a goods presentation area, comprising an adaptive illumination unit that has a number of coloured light-emitting diodes that emit light in the basic colours of a colour system, sensors which are directed at the useful area and which detect a light spectrum reflected by the useful area and/or by objects lying on the useful area, and a control unit that is coupled to the sensors and is designed to trigger the light-emitting diodes to emit a light spectrum of specified colour temperature and/or intensity in consideration of a reflected light spectrum detected by the sensors, the control unit having a detection mode in which the illumination unit and the sensors are controlled such that the illumination unit emits at least one detection light spectrum and the sensors detect the light spectrum respectively reflected by the useful area and/or by objects lying on the useful area in order to determine a dominant colour from the at least one reflected light spectrum, characterised in that the control unit in the detection mode controls the illumination unit and the sensors such that a green light spectrum and a blue light spectrum are emitted one after the other as a detection light spectrum and the reflected light spectra are detected, and that the light portion in the wavelength range of 450 nm of the reflected blue light spectrum is then compared with the light portion in the wavelength range of 530 nm of the reflected green light spectrum, red being determined as the dominant colour if the light portion in the wavelength range of 450 nm is greater than the light portion in the wavelength range of 530 nm, and yellow being determined as the dominant colour if the light portion in the wavelength range of 450 nm is smaller than in the wavelength range of 530 nm.
A catheter-based optical imaging system for imaging a patient, comprising: a catheter-based imaging device (70, 80) configured to direct optical radiation towards a vessel wall and to receive reflected radiation therefrom; a displacement mechanism configured to vary the position of the imaging device relative to the catheter as a function of time during an imaging scan; an input configured to receive cardiac event timing data from the patient; and a trigger module configured to initiate an imaging scan based on the cardiac event timing data, the imaging device including an optical element rotatable about the catheter longitudinal axis to generate frames of image data, each frame corresponding to at least part of a circumferential scan, and the displacement mechanism comprising a longitudinal displacement mechanism configured to drive the optical element along a longitudinal axis of the catheter such that successive frames of image data correspond to different longitudinal positions, and wherein the trigger module is configured to initiate longitudinal displacement of the optical element by the displacement mechanism by reference to a detected cardiac event, and is configured to effectuate a 3D imaging scan comprising said succession of frames within a cardiac period defined between two cardiac events identified within the cardiac event timing data, in which the two cardiac events are selected to avoid a period of pulsatile pressure in the vessel or muscular activity near the vessel being imaged. a catheter-based imaging device (70, 80) configured to direct optical radiation towards a vessel wall and to receive reflected radiation therefrom; a displacement mechanism configured to vary the position of the imaging device relative to the catheter as a function of time during an imaging scan; an input configured to receive cardiac event timing data from the patient; and a trigger module configured to initiate an imaging scan based on the cardiac event timing data, the imaging device including an optical element rotatable about the catheter longitudinal axis to generate frames of image data, each frame corresponding to at least part of a circumferential scan, and the displacement mechanism comprising a longitudinal displacement mechanism configured to drive the optical element along a longitudinal axis of the catheter such that successive frames of image data correspond to different longitudinal positions, and wherein the trigger module is configured to initiate longitudinal displacement of the optical element by the displacement mechanism by reference to a detected cardiac event, and is configured to effectuate a 3D imaging scan comprising said succession of frames within a cardiac period defined between two cardiac events identified within the cardiac event timing data, in which the two cardiac events are selected to avoid a period of pulsatile pressure in the vessel or muscular activity near the vessel being imaged.
A brewing module for preparing a brewed drink from a portion capsule, comprising: • a housing which comprises a capsule insert opening, through which opening the capsule can be inserted; • a first brewing module part and a second brewing module part which is movable relative to this, wherein a brewing chamber which at least partly surrounds the capsule located in a brewing position during the brewing process can be formed by the first and the second brewing module part, wherein the brewing module is designed to brew a brewed drink by way of introducing a brewing fluid into the capsule, and to discharge the brewed drink out of the capsule; • wherein the first and second brewing module part are movable relative to one another between three different, defined positions, • wherein the brewing chamber is formed in the first position, • wherein after a movement from the first into the second position, the capsule located in the brewing chamber drops downwards into a capsule container due to the effect of gravity, wherein however in the second position, the brewing module parts have the effect that a capsule inserted through the capsule insert opening is held vertically above a height of the brewing position, at a capsule recognition position, • wherein in the third position, a capsule located at the capsule recognition position can drop down from this, essentially to the height of the brewing position and • wherein the second position is between the first position and the third position. • a housing which comprises a capsule insert opening, through which opening the capsule can be inserted; • a first brewing module part and a second brewing module part which is movable relative to this, wherein a brewing chamber which at least partly surrounds the capsule located in a brewing position during the brewing process can be formed by the first and the second brewing module part, wherein the brewing module is designed to brew a brewed drink by way of introducing a brewing fluid into the capsule, and to discharge the brewed drink out of the capsule; • wherein the first and second brewing module part are movable relative to one another between three different, defined positions, • wherein the brewing chamber is formed in the first position, • wherein after a movement from the first into the second position, the capsule located in the brewing chamber drops downwards into a capsule container due to the effect of gravity, wherein however in the second position, the brewing module parts have the effect that a capsule inserted through the capsule insert opening is held vertically above a height of the brewing position, at a capsule recognition position, • wherein in the third position, a capsule located at the capsule recognition position can drop down from this, essentially to the height of the brewing position and • wherein the second position is between the first position and the third position.
A support for mechanically coupling a plurality of diver propulsion vehicles, each configured for propelling at least one diver, wherein the support is configured for mechanically coupling the plurality of diver propulsion vehicles selectively side-by-side or longitudinally via the support, characterized in that the support is foldable around a joint and convertible between a folded state in which the plurality of diver propulsion vehicles are mechanically coupled side-by-side, and an unfolded state in which the plurality of diver propulsion vehicles are mechanically coupled longitudinally.
A refrigerant pipe attachment structure comprising: a heat transfer member formed with an elongated groove into which a refrigerant pipe is fitted, fixed to a printed circuit board through a fixing member such that the heat transfer member and the printed circuit board sandwich a cooling target therebetween, and thermally contacting the cooling target, the fixing member being fixed to the printed circuit board; an elastic member formed in an elongated plate shape extending along an extension direction of the refrigerant pipe and including a pipe-facing part facing the refrigerant pipe; and a pressing mechanism configured to provide a pressing force for pressing the elastic member toward the heat transfer member and to release the pressed elastic member. a heat transfer member formed with an elongated groove into which a refrigerant pipe is fitted, fixed to a printed circuit board through a fixing member such that the heat transfer member and the printed circuit board sandwich a cooling target therebetween, and thermally contacting the cooling target, the fixing member being fixed to the printed circuit board; an elastic member formed in an elongated plate shape extending along an extension direction of the refrigerant pipe and including a pipe-facing part facing the refrigerant pipe; and a pressing mechanism configured to provide a pressing force for pressing the elastic member toward the heat transfer member and to release the pressed elastic member.
A vacuum cleaner comprising: a cleaner body; and a dust container separably mounted on the cleaner body, wherein the dust container comprises: a dust collection body comprising a dust separation part; a cover arranged to cover the dust collection body, and an opening through which air separated from dust in the dust separation part is discharged, the opening being defined on a bottom wall of the dust collection body; an air guide having an inflow hole through which the air separated from the dust in the dust separation part is introduced; and a filter that filters the air before the air is discharged through the opening, wherein an upper end of the filter is disposed in the cover, wherein an air passage through which the air introduced through the inflow hole flows is defined between the air guide and the filter, and wherein a portion of the air separated from the dust directly passes through the filter at an outside of the air guide, and the other portion of the air is introduced into the air passage within the air guide to pass through the filter. a cleaner body; and a dust container separably mounted on the cleaner body, wherein the dust container comprises: a dust collection body comprising a dust separation part; a cover arranged to cover the dust collection body, and an opening through which air separated from dust in the dust separation part is discharged, the opening being defined on a bottom wall of the dust collection body; an air guide having an inflow hole through which the air separated from the dust in the dust separation part is introduced; and a filter that filters the air before the air is discharged through the opening, wherein an upper end of the filter is disposed in the cover, wherein an air passage through which the air introduced through the inflow hole flows is defined between the air guide and the filter, and wherein a portion of the air separated from the dust directly passes through the filter at an outside of the air guide, and the other portion of the air is introduced into the air passage within the air guide to pass through the filter. a dust collection body comprising a dust separation part; a cover arranged to cover the dust collection body, and an opening through which air separated from dust in the dust separation part is discharged, the opening being defined on a bottom wall of the dust collection body; an air guide having an inflow hole through which the air separated from the dust in the dust separation part is introduced; and a filter that filters the air before the air is discharged through the opening, wherein an upper end of the filter is disposed in the cover, wherein an air passage through which the air introduced through the inflow hole flows is defined between the air guide and the filter, and wherein a portion of the air separated from the dust directly passes through the filter at an outside of the air guide, and the other portion of the air is introduced into the air passage within the air guide to pass through the filter.
Method for locking a secure element to a mobile terminal, comprising the following steps: (a) determining an actual file access profile of the mobile terminal by determining which necessary files stored on the secure element are accessed by the mobile terminal and in which order these files are accessed by the mobile terminal in order to perform its intended functions; (b) whereby the actual file access profile of the mobile terminal defines an actual terminal fingerprint; (c) comparing the actual terminal fingerprint with a nominal terminal fingerprint stored on the secure element; and allowing further operation of the secure element in case the actual terminal fingerprint is identical with the nominal terminal fingerprint; or blocking further operation of the secure element in case the actual terminal fingerprint is not identical with the nominal terminal fingerprint. (a) determining an actual file access profile of the mobile terminal by determining which necessary files stored on the secure element are accessed by the mobile terminal and in which order these files are accessed by the mobile terminal in order to perform its intended functions; (b) whereby the actual file access profile of the mobile terminal defines an actual terminal fingerprint; (c) comparing the actual terminal fingerprint with a nominal terminal fingerprint stored on the secure element; and allowing further operation of the secure element in case the actual terminal fingerprint is identical with the nominal terminal fingerprint; or blocking further operation of the secure element in case the actual terminal fingerprint is not identical with the nominal terminal fingerprint.
A method of producing oligodendrogenic neural progenitor cells (oNPCs), the method comprising: a) culturing ventralized neural progenitor cells (NPCs), the ventralized NPCs expressing Sox2, Nkx6.1, decreased level of Pax6 compared to unpatterned NPCs, and elevated expression of HoxA4 compared to unpatterned NPCs for in neural expansion media supplemented with i) PDGFR agonist and an FGFR agonist, preferably, FGF2 or FGF8, for the 12 to 16 days; and ii) thyroxine or a thyroxine analogue and an FGFR agonist, preferably, FGF2 or FGF8, for the latter 7 to 9 days, to produce oNPC expressing Sox2 and Nkx2.2, decreased level of Pax6 and Nkx6.1 compared to ventralized NPCs and elevated level of HoxA4 and Olig2 compared to ventralized NPCs, preferably wherein the oNPCs produced are biased to differentiation towards oligodendrocytes, and preferably produce at least 30% oligodendrocytes when differentiated. a) culturing ventralized neural progenitor cells (NPCs), the ventralized NPCs expressing Sox2, Nkx6.1, decreased level of Pax6 compared to unpatterned NPCs, and elevated expression of HoxA4 compared to unpatterned NPCs for in neural expansion media supplemented with i) PDGFR agonist and an FGFR agonist, preferably, FGF2 or FGF8, for the 12 to 16 days; and ii) thyroxine or a thyroxine analogue and an FGFR agonist, preferably, FGF2 or FGF8, for the latter 7 to 9 days, to produce oNPC expressing Sox2 and Nkx2.2, decreased level of Pax6 and Nkx6.1 compared to ventralized NPCs and elevated level of HoxA4 and Olig2 compared to ventralized NPCs, preferably wherein the oNPCs produced are biased to differentiation towards oligodendrocytes, and preferably produce at least 30% oligodendrocytes when differentiated. i) PDGFR agonist and an FGFR agonist, preferably, FGF2 or FGF8, for the 12 to 16 days; and ii) thyroxine or a thyroxine analogue and an FGFR agonist, preferably, FGF2 or FGF8, for the latter 7 to 9 days, to produce oNPC expressing Sox2 and Nkx2.2, decreased level of Pax6 and Nkx6.1 compared to ventralized NPCs and elevated level of HoxA4 and Olig2 compared to ventralized NPCs, preferably wherein the oNPCs produced are biased to differentiation towards oligodendrocytes, and preferably produce at least 30% oligodendrocytes when differentiated.
A liquid pharmaceutical composition comprising an aqueous suspension of nanoparticulate C1100, wherein the nanoparticulate C1100 has a D 50 particle size less than 2μm and/or a D 90 particle size less than 7μm.