mhurhangee/ep-ind-claims huggingface dataset:
A camera module comprising: a lens group; a lens support unit configured to accommodate the lens group; a magnet disposed on an outer surface of the lens support unit; a yoke part that is disposed apart from and faces the magnet; and a coil disposed on the yoke part to face and be spaced apart from the magnet between the magnet and the yoke part, wherein: all the lens group, the lens support unit, and the magnet move along an optical axis according to a current applied to the coil; characterised in that: the yoke part includes a first yoke and a second yoke disposed on the first yoke; the second yoke is disposed between the first yoke and the coil; and magnetic permeability of the first yoke is greater than magnetic permeability of the second yoke. a lens group; a lens support unit configured to accommodate the lens group; a magnet disposed on an outer surface of the lens support unit; a yoke part that is disposed apart from and faces the magnet; and a coil disposed on the yoke part to face and be spaced apart from the magnet between the magnet and the yoke part, wherein: all the lens group, the lens support unit, and the magnet move along an optical axis according to a current applied to the coil; characterised in that: the yoke part includes a first yoke and a second yoke disposed on the first yoke; the second yoke is disposed between the first yoke and the coil; and magnetic permeability of the first yoke is greater than magnetic permeability of the second yoke. all the lens group, the lens support unit, and the magnet move along an optical axis according to a current applied to the coil; characterised in that: the yoke part includes a first yoke and a second yoke disposed on the first yoke; the second yoke is disposed between the first yoke and the coil; and magnetic permeability of the first yoke is greater than magnetic permeability of the second yoke.
An apparatus comprising: a first RF peak detector configured to receive a RF signal and generate a detection signal; a replica RF peak detector configured to generate a reference signal, wherein an input of the replica RF peak detector is floating, connected to ground or to other non time-varying signal so that there is no RF signal at the input; a temperature compensated threshold generator configured to generate a temperature compensated threshold voltage by shifting the reference signal based on a digital threshold control signal to generate the temperature compensated threshold voltage, wherein the amplitude of the digital threshold control signal is configured to track an amplitude of the detection signal with respect to temperature and wherein an amount of voltage shift determines the RF amplitude at which to trigger the peak detector; and a comparator configured to generate a peak detection output based on a comparison of the detection signal and the temperature compensated threshold voltage. a first RF peak detector configured to receive a RF signal and generate a detection signal; a replica RF peak detector configured to generate a reference signal, wherein an input of the replica RF peak detector is floating, connected to ground or to other non time-varying signal so that there is no RF signal at the input; a temperature compensated threshold generator configured to generate a temperature compensated threshold voltage by shifting the reference signal based on a digital threshold control signal to generate the temperature compensated threshold voltage, wherein the amplitude of the digital threshold control signal is configured to track an amplitude of the detection signal with respect to temperature and wherein an amount of voltage shift determines the RF amplitude at which to trigger the peak detector; and a comparator configured to generate a peak detection output based on a comparison of the detection signal and the temperature compensated threshold voltage.
Diverting pulley arrangement, more particularly a diverting pulley arrangement of an elevator, which arrangement comprises - an axle (2,2',2"), - at least one diverting pulley that rotates while supported on the axle (2,2',2"), - a faceplate structure (4,4',4") on the side of the diverting pulley, in relation to which and supported by which the diverting pulley is arranged to rotate, - locking means (5,5',11,12) supported on the faceplate structure (4,4',4") on the side of the diverting pulley for locking the axle so that it does not rotate in relation to the faceplate structure (4,4',4"), which arrangement also comprises positioning means (8,13,17,18) supported on the faceplate structure (4,4',4") on the side of the diverting pulley for positioning the axle (2,2') in relation to the faceplate structure (4,4',4") at least in the axial direction (y), characterized in - that the locking element (5,5') is fixed immovably to the faceplate structure (4,4',4") via at least one rupture pin or - that the locking element is fixed against the locking surface comprised in the axle (2,2',2") to be immovable in relation to the faceplate structure in the axial direction (y) by compressing the locking element against the fixing base, such as the faceplate structure (4,4',4") or a part fixed to it, with fixing means and in that there is room for movement between the locking element and the fixing means that allows movement of the locking element in the radial direction (x) at least for a certain distance when the friction locking produced by compression fails. - an axle (2,2',2"), - at least one diverting pulley that rotates while supported on the axle (2,2',2"), - a faceplate structure (4,4',4") on the side of the diverting pulley, in relation to which and supported by which the diverting pulley is arranged to rotate, - locking means (5,5',11,12) supported on the faceplate structure (4,4',4") on the side of the diverting pulley for locking the axle so that it does not rotate in relation to the faceplate structure (4,4',4"), which arrangement also comprises positioning means (8,13,17,18) supported on the faceplate structure (4,4',4") on the side of the diverting pulley for positioning the axle (2,2') in relation to the faceplate structure (4,4',4") at least in the axial direction (y), characterized in - that the locking element (5,5') is fixed immovably to the faceplate structure (4,4',4") via at least one rupture pin or - that the locking element is fixed against the locking surface comprised in the axle (2,2',2") to be immovable in relation to the faceplate structure in the axial direction (y) by compressing the locking element against the fixing base, such as the faceplate structure (4,4',4") or a part fixed to it, with fixing means and in that there is room for movement between the locking element and the fixing means that allows movement of the locking element in the radial direction (x) at least for a certain distance when the friction locking produced by compression fails.
A method for forming one audio output signal from a plurality of audio input signals comprising: synthesizing a prototype signal, wherein the synthesis of the prototype signal includes a non-linear function of the input signals, and forming one output signal, including forming the output signal as a linear estimate of the prototype signal, the linear estimate is formed as a linear combination of the input signals that best approximates the prototype signal in a minimum mean-squared error sense. synthesizing a prototype signal, wherein the synthesis of the prototype signal includes a non-linear function of the input signals, and forming one output signal, including forming the output signal as a linear estimate of the prototype signal, the linear estimate is formed as a linear combination of the input signals that best approximates the prototype signal in a minimum mean-squared error sense.
Method for adjusting the flow of a medium within a hollow component (1, 120, 130) which in the interior has at least one duct with different regions (4, 7) which (4, 7) have different cross sections of flow, wherein a greater increase in the wall thickness is produced in the region having the smaller cross section of flow by a first diffusion coating process, and a lesser increase in the wall thickness is produced in the region having the larger cross section of flow by a second diffusion coating process, which is different from the first, in which different coating materials are used for the diffusion coating processes, and in which one coating material is applied on top of the other coating material.
Method for operating a control device of a motor vehicle by means of a driver profile, comprising the steps that: - metrologically established operating data of parameters of at least one functional group which characterises or influences a travel dynamic of a first motor vehicle are received by an operating data detection device; - the received operating data are converted by means of an operating data processing device to form a specific driver profile of the motor vehicle; - the driver profile of the motor vehicle is provided via an interface for output; - the driver profile is stored in an intermediate store; - the driver profile is transferred from the intermediate store into a storage device of a control device of a motor vehicle; - and is used by the control device for presetting at least one functional group which characterises or influences a travel dynamic of a motor vehicle, characterised in that, when the driver profile is transferred to the control device of a motor vehicle of a different type, the driver profile is adapted by means of at least one correction factor, wherein the correction factor in order to adapt the driver profile of the second motor vehicle comprises a parameter for a centre of gravity and/or a weight and/or spatial dimension difference of the two vehicles. - metrologically established operating data of parameters of at least one functional group which characterises or influences a travel dynamic of a first motor vehicle are received by an operating data detection device; - the received operating data are converted by means of an operating data processing device to form a specific driver profile of the motor vehicle; - the driver profile of the motor vehicle is provided via an interface for output; - the driver profile is stored in an intermediate store; - the driver profile is transferred from the intermediate store into a storage device of a control device of a motor vehicle; - and is used by the control device for presetting at least one functional group which characterises or influences a travel dynamic of a motor vehicle,
A head-mounted display, comprising: a display portion (311L, 311R); and a manipulating portion comprising a touch sensor and configured to be manipulated by a hand or a finger of a wearer and to identify the position of the hand or finger; wherein the head-mounted display is operable to display an indication on the display portion at a position determined according to a line of sight between the wearer of the head-mounted display and the position of the hand or finger external to the display portion and identified by the manipulating portion such that the indication lies on the line of sight between the wearer and the hand or finger. a display portion (311L, 311R); and a manipulating portion comprising a touch sensor and configured to be manipulated by a hand or a finger of a wearer and to identify the position of the hand or finger; wherein the head-mounted display is operable to display an indication on the display portion at a position determined according to a line of sight between the wearer of the head-mounted display and the position of the hand or finger external to the display portion and identified by the manipulating portion such that the indication lies on the line of sight between the wearer and the hand or finger.
A carrier for a pre-filled syringe comprising a main structure made of a dimensionally stable elastic material and a chamber having a syringe cylinder for insertion of syringe, a plunger which is axially movable within the syringe via a plunger rod and a flange disposed at the end of the syringe cylinder facing the piston rod, characterized by a recess fixing the flange in the axial direction and by an elongated recess which can accommodate the plunger of the syringe in any position, said elongated recess being narrower than a flange-shaped widening at the end of the plunger rod such that the plunger is axially fixed.
A transmission device, particularly for an engine with variable compression rate and/or variable displacement, the transmission device comprising, in a cylinder housing: - a combustion piston, capable of moving in a combustion cylinder of the engine, and secured to a transmission member; a gear engaging with a first rack of the transmission member and proving transmission of the movement between the combustion piston and a crankshaft of the engine; a connecting rod engaging, at a first end, with the gear and at a second end with the crankshaft; - a control member engaging with the gear and secured to a control piston; the transmission device being characterized in that: - the combustion piston and the transmission member are slidably linked with the cylinder housing in a main direction; - the link between the gear and the connecting rod is an annular linear link in a longitudinal direction; - the link between the gear and the transmission member is formed by a first rack link and an annular linear link in the main direction; - the link between the gear and the control member is formed by a rack link and an annular linear link in the main direction. - a combustion piston, capable of moving in a combustion cylinder of the engine, and secured to a transmission member; a gear engaging with a first rack of the transmission member and proving transmission of the movement between the combustion piston and a crankshaft of the engine; a connecting rod engaging, at a first end, with the gear and at a second end with the crankshaft; - a control member engaging with the gear and secured to a control piston; the transmission device being characterized in that: - the combustion piston and the transmission member are slidably linked with the cylinder housing in a main direction; - the link between the gear and the connecting rod is an annular linear link in a longitudinal direction; - the link between the gear and the transmission member is formed by a first rack link and an annular linear link in the main direction; - the link between the gear and the control member is formed by a rack link and an annular linear link in the main direction. - the combustion piston and the transmission member are slidably linked with the cylinder housing in a main direction; - the link between the gear and the connecting rod is an annular linear link in a longitudinal direction; - the link between the gear and the transmission member is formed by a first rack link and an annular linear link in the main direction; - the link between the gear and the control member is formed by a rack link and an annular linear link in the main direction.
Longitudinal adjuster, having at least one pair of rails formed from a first rail and a second rail, wherein the first rail and the second rail, in particular in a longitudinal direction (x), are displaceable relative to each other, wherein the first rail and the second rail, while forming an internal duct, mutually encompass each other, wherein disposed in the internal duct are a spindle nut, connected to the second rail, and a spindle, operatively connected to the spindle nut, wherein disposed on the first rail is a spindle drive which is driveable by a motor and interacts with the spindle, wherein the spindle nut is fixed to the second rail by a first fixing element and a second fixing element, characterized in that the spindle nut by the two fixing elements (40a, 40b) is centred perpendicularly to a longitudinal extent of the second rail in a transverse direction (y), in that the first fixing element is fixed relative to a first through opening, and the second fixing element is fixed relative to a second through opening, wherein the first fixing element relative to the first through opening, and the second fixing element relative to the second through opening are centred perpendicularly to the longitudinal extent of the second rail in the transverse direction (y).
A spring hammer for rapping a surface, the spring hammer comprising an anvil with an impact surface, which anvil can be fastened to the surface to be rapped, a movable piston having a first end which is in operation moved towards the impact surface of the anvil, a guiding structure for guiding the piston to move in a defined direction with respect to the anvil, and means for launching the piston to move the piston towards the impact surface of the anvil, characterized in that the first end of the piston or the impact surface of the anvil is machined to form an integrated flexible spring geometry.
A sterilizing device comprising: a housing including a bottom and a sidewall extending upwards from the bottom and having an accommodation space defined by the bottom and the sidewall; a reflector disposed on the bottom and having a curved reflective surface protruding from the bottom; a support portion disposed on the reflector and having light transmittance; and a light emitting device disposed on the sidewall and configured for emitting light in the UV wavelength band, wherein, in a cross-section of the curved surface taken along a line perpendicular to the bottom and passing through a center of the bottom, a curved line corresponding to the curved surface corresponds to a portion of a parabolic line and a distance from the bottom to a focal point of the parabolic line is greater than a distance from the bottom to a vertex of the curved reflective surface. a housing including a bottom and a sidewall extending upwards from the bottom and having an accommodation space defined by the bottom and the sidewall; a reflector disposed on the bottom and having a curved reflective surface protruding from the bottom; a support portion disposed on the reflector and having light transmittance; and a light emitting device disposed on the sidewall and configured for emitting light in the UV wavelength band, wherein, in a cross-section of the curved surface taken along a line perpendicular to the bottom and passing through a center of the bottom, a curved line corresponding to the curved surface corresponds to a portion of a parabolic line and a distance from the bottom to a focal point of the parabolic line is greater than a distance from the bottom to a vertex of the curved reflective surface.
A rheological probe (10, 110) for use in obtaining at least one value indicative of a rheological property of a substance in which the rheological probe is to be immersed and relative to which the rheological probe is to be transversally moved, the rheological probe unit comprising: - a base (11, 118), - an inner member (15, 114)) fixedly connected to the base (11, 118) and extending away therefrom, the inner member having in succession base portion proximate the base, a deformation portion (43, 122) located away from the base, and a tip (44, 124); characterised in that - a shell member (13, 116) covering the inner member from the tip and downwardly along the deformation portion and base portion, the shell member being pivotable about an axis (16, 126) extending across the base portion when subjected to a resistance pressure imparted by the relative movement in the rheological substance, and being connected to the tip to transfer a force resulting from the resistance pressure and thereby elastically deform the deformation portion; and - a deformation sensor (14, 42, 128) mounted to the deformation portion for providing a value indicative of the resistance pressure. - a base (11, 118), - an inner member (15, 114)) fixedly connected to the base (11, 118) and extending away therefrom, the inner member having in succession base portion proximate the base, a deformation portion (43, 122) located away from the base, and a tip (44, 124); characterised in that - a shell member (13, 116) covering the inner member from the tip and downwardly along the deformation portion and base portion, the shell member being pivotable about an axis (16, 126) extending across the base portion when subjected to a resistance pressure imparted by the relative movement in the rheological substance, and being connected to the tip to transfer a force resulting from the resistance pressure and thereby elastically deform the deformation portion; and - a deformation sensor (14, 42, 128) mounted to the deformation portion for providing a value indicative of the resistance pressure.
A knit fabric having wales and courses comprising: a stitch yarn set comprising pairs of stitch yarns, wherein each pair of stitch yarns comprises a first stitch yarn and a second stitch yarn, forming together a two bar stitch pattern, wherein the first stitch yarn has a two bar first stitch pattern comprising repeating a pattern of at least one tricot stitch optionally followed by at least one pillar stitch, wherein the stitches of the first stitch pattern are located in a first wale and a second wale of the fabric with only one stitch having been formed in the first wale or the second wale in each course of stitch formation, wherein the second stitch yarn has a two bar second stitch pattern, wherein the second stitch pattern comprises a mirror image to the first stitch pattern, and wherein the stitches of the second stitch pattern are located in the first wale and the second wale of the fabric with only one stitch having been formed in the second wale or the first wale in each course of stitch formation; wherein the first stitch yarn and the second stitch yarn within each pair of stitch yarns are interlinked together, and wherein the first stitch yarn and second stitch yarn of one pair of stitch yarns are not interlinked with first stitch yarn and second stitch yarn of adjacent pairs of stitch yarns, a warp yarn set comprising in-lay warp yarns located between the first wale and second wale of at least a portion of the pairs of stitch yarns; and, a weft yarn set comprising weft inserted yarns, wherein the weft inserted yarns are inserted in at least a portion of the courses of the fabric. a stitch yarn set comprising pairs of stitch yarns, wherein each pair of stitch yarns comprises a first stitch yarn and a second stitch yarn, forming together a two bar stitch pattern, wherein the first stitch yarn has a two bar first stitch pattern comprising repeating a pattern of at least one tricot stitch optionally followed by at least one pillar stitch, wherein the stitches of the first stitch pattern are located in a first wale and a second wale of the fabric with only one stitch having been formed in the first wale or the second wale in each course of stitch formation, wherein the second stitch yarn has a two bar second stitch pattern, wherein the second stitch pattern comprises a mirror image to the first stitch pattern, and wherein the stitches of the second stitch pattern are located in the first wale and the second wale of the fabric with only one stitch having been formed in the second wale or the first wale in each course of stitch formation; wherein the first stitch yarn and the second stitch yarn within each pair of stitch yarns are interlinked together, and wherein the first stitch yarn and second stitch yarn of one pair of stitch yarns are not interlinked with first stitch yarn and second stitch yarn of adjacent pairs of stitch yarns, a warp yarn set comprising in-lay warp yarns located between the first wale and second wale of at least a portion of the pairs of stitch yarns; and, a weft yarn set comprising weft inserted yarns, wherein the weft inserted yarns are inserted in at least a portion of the courses of the fabric.