mhurhangee/ep-ind-claims huggingface dataset:
Method for vehicle-assisted object detection, comprising: transmitting a pulse into surroundings by means of a transducer arranged on a vehicle and detecting, by means of a transducer, a pulse that is reflected by an object in the surroundings, wherein transducer and object move relative to one another, wherein the transmitting and/or the detecting is carried out according to a directional characteristic of the transducer, which directional characteristic has at least two directional lobes (20, 22), characterized in that, further, signal components of the reflected pulse that have different frequency shifts are separated from one another on the basis of the frequency shift and are each assigned to one of the directional lobes, and a respective object detection is performed for the different signal components, wherein the object detection involves distinguishing between the directional lobes, wherein a motion of an object is split, on the basis of the different orientations of the directional lobes, into radial motion components that lead to the different frequency shifts of the pulses, wherein for each directional lobe a piece of location information is produced on the basis of a pulse delay time for that signal component that is assigned to the respective directional lobe, and for each directional lobe a piece of radial velocity information is produced on the basis of the frequency shift of that signal component that is assigned to the respective directional lobe, and wherein producing the location information comprises: combining a distance obtained from the pulse delay time with the orientation of the associated directional lobe, and providing location information as coordinates of a polar coordinate system or a Cartesian coordinate system.
A catadioptric optical system, comprising: a first reflective surface positioned and configured to reflect radiation; a second reflective surface positioned and configured to reflect radiation reflected from the first reflective surface as a collimated beam, the second reflective surface having an aperture to allow transmission of radiation through the second reflective surface; characterized by comprising a channel structure extending from the aperture toward the first reflective surface and having an outlet, between the first reflective surface and the second reflective surface, to supply radiation to the first reflective surface. a first reflective surface positioned and configured to reflect radiation; a second reflective surface positioned and configured to reflect radiation reflected from the first reflective surface as a collimated beam, the second reflective surface having an aperture to allow transmission of radiation through the second reflective surface; characterized by comprising a channel structure extending from the aperture toward the first reflective surface and having an outlet, between the first reflective surface and the second reflective surface, to supply radiation to the first reflective surface.
Harvesting device for harvesting root crop, in particular beet crop, the harvesting device comprising: - a support defining an uprooting position of the harvesting device, - an uprooting section comprising at least two uprooting units, each uprooting unit having at least one uprooting element, in particular the at least one uprooting element being a pair of uprooting shares, - each uprooting unit being adapted to uproot root crop, - at least one of the uprooting units, in particular each uprooting unit, being mobile with respect to the support, characterized in that: at least one of the uprooting units, in particular each uprooting unit, is mobile with respect to the support between • an active position in which the uprooting unit is able to uproot beet crop in a field having a field surface when the harvesting device is in the uprooting position, and • an inactive position in which the uprooting unit is unable to uproot beet crop in the field when the harvesting device is in the uprooting position. - a support defining an uprooting position of the harvesting device, - an uprooting section comprising at least two uprooting units, each uprooting unit having at least one uprooting element, in particular the at least one uprooting element being a pair of uprooting shares, - each uprooting unit being adapted to uproot root crop, - at least one of the uprooting units, in particular each uprooting unit, being mobile with respect to the support, • an active position in which the uprooting unit is able to uproot beet crop in a field having a field surface when the harvesting device is in the uprooting position, and • an inactive position in which the uprooting unit is unable to uproot beet crop in the field when the harvesting device is in the uprooting position.
A method for building automation, comprising the steps: - Detecting an acoustic signal in a room of a building having a building automation system; - Matching the detected acoustic signal with at least one acoustic reference signal to which building status information is assigned; - Applying the building status information when generating a control command for actuating an actuator of the building automation system if a match between the detected acoustic signal and the acoustic reference signal assigned to the building status information has been detected during the matching process, characterized in that the detection of an acoustic signal comprises the detection of an ambient noise which is a characteristic traffic noise or natural noise generated by a noise source outside the building, wherein as a result of the detection of the ambient noise, an open window or an open door of the room is inferred from the building status information associated with the reference signal which coincides with the detected acoustic signal, wherein the actuator is a heating actuator which, when an open window or an open door is detected, is controlled in such a way that the heating actuator closes or keeps closed a heating valve associated with the room. - Detecting an acoustic signal in a room of a building having a building automation system; - Matching the detected acoustic signal with at least one acoustic reference signal to which building status information is assigned; - Applying the building status information when generating a control command for actuating an actuator of the building automation system if a match between the detected acoustic signal and the acoustic reference signal assigned to the building status information has been detected during the matching process,
A non-transitory computer readable medium comprising software instructions, which when executed by a processor perform a method, the method comprising: receiving, by an input/output, " I/O", Subsystem, a request to use an I/O device from a process; determining, by the I/O Subsystem, a resource to service the request; generating, by the I/O Subsystem, a first I/O object corresponding to the resource, wherein the first I/O object is unbound; generating, by the I/O Subsystem, a proc object, wherein the proc object comprises a reference to the process requesting to use the I/O device and wherein the proc object and the first I/O object are in an I/O object group that includes one or more I/O objects and the proc object; sending, by the I/O Subsystem, the I/O group that includes the first I/O object and the proc object to a Non-Uniform Memory Access, "NUMA", I/O Framework; determining, by the NUMA I/O Framework using the proc object, that the process is executing on a first NUMA node of a plurality of NUMA nodes; selecting, by the NUMA I/O Framework, the first NUMA node based on the determination that the process is executing on the first NUMA node; binding, by the NUMA I/O Framework based on the selecting, the first I/O object to the first NUMA node; and servicing the request by processing, on the first NUMA node, the resource corresponding to the first I/O object. receiving, by an input/output, " I/O", Subsystem, a request to use an I/O device from a process; determining, by the I/O Subsystem, a resource to service the request; generating, by the I/O Subsystem, a first I/O object corresponding to the resource, wherein the first I/O object is unbound; generating, by the I/O Subsystem, a proc object, wherein the proc object comprises a reference to the process requesting to use the I/O device and wherein the proc object and the first I/O object are in an I/O object group that includes one or more I/O objects and the proc object; sending, by the I/O Subsystem, the I/O group that includes the first I/O object and the proc object to a Non-Uniform Memory Access, "NUMA", I/O Framework; determining, by the NUMA I/O Framework using the proc object, that the process is executing on a first NUMA node of a plurality of NUMA nodes; selecting, by the NUMA I/O Framework, the first NUMA node based on the determination that the process is executing on the first NUMA node; binding, by the NUMA I/O Framework based on the selecting, the first I/O object to the first NUMA node; and servicing the request by processing, on the first NUMA node, the resource corresponding to the first I/O object.
A process to obtain a non-mechanically micronized digoxin, wherein a purified and concentrated solution of digoxin in a mixture of a chlorinated solvent with an alcohol, having a digoxin concentration between 50 and 200 g/L, is further concentrated until obtaining digoxin precipitation, then added with methanol, stirred for 1-6 hours, followed by recovery and drying of the precipitate.
Electrical device against transient overvoltages comprising: - a housing intended to receive a varistor device for detecting thermal runaway comprising at least one set of varistors, a first thermal detector of a varistor and a second thermal detector of another varistor each comprising a sealing with thermal disconnection that unseals beyond a predetermined safety temperature, - a first electrical junction terminal intended to be independently connected to a power grid or to the ground, extending furthermore in the housing to be connected to the set of varistors, and - a thermal protection device comprising: o a first trip zone intended to be tripped when the sealing of the first thermal detector is unsealed, o a second trip zone different from the first trip zone, intended to be tripped when the sealing of the second thermal detector is unsealed, the thermal protection device being arranged so that if the first zone or the second zone is tripped (200a, 200b), the thermal device electrically disconnects the set of varistors from the first electrical junction terminal. - a housing intended to receive a varistor device for detecting thermal runaway comprising at least one set of varistors, a first thermal detector of a varistor and a second thermal detector of another varistor each comprising a sealing with thermal disconnection that unseals beyond a predetermined safety temperature, - a first electrical junction terminal intended to be independently connected to a power grid or to the ground, extending furthermore in the housing to be connected to the set of varistors, and - a thermal protection device comprising: o a first trip zone intended to be tripped when the sealing of the first thermal detector is unsealed, o a second trip zone different from the first trip zone, intended to be tripped when the sealing of the second thermal detector is unsealed, o a first trip zone intended to be tripped when the sealing of the first thermal detector is unsealed, o a second trip zone different from the first trip zone, intended to be tripped when the sealing of the second thermal detector is unsealed,
Starting device for starting a combustion engine, wherein the starting device comprises a housing relative to which a rope pulley, a spring housing and an entrainer are mounted so as to be rotatable about a rotational axis, wherein a return spring is arranged between the housing and the rope pulley so as to be tensioned in the event of a rotational movement of the rope pulley in a starting direction about the rotational axis, wherein, between the rope pulley and the spring housing, a first coupling unit produces a rotationally conjoint connection between the rope pulley and the spring housing in the event of a rotational movement of the rope pulley in the starting direction, and wherein the first coupling unit acts as a freewheel between the rope pulley and the spring housing in the event of a rotational movement of the rope pulley in an opposite direction which is opposite to the starting direction, wherein the spring housing has a spring receiving space for a tension spring, wherein the spring housing is connected to the entrainer by means of the tension spring, wherein a second coupling unit is arranged on an outer circumference of the spring housing, said second coupling unit acting as a freewheel between the spring housing and the housing in the event of a rotational movement of the rope pulley in the starting direction, wherein the second coupling unit prevents a rotational movement of the spring housing relative to the housing in the opposite direction, wherein the entrainer is provided for coupling the starting device to an engine shaft of the combustion engine, wherein the first coupling unit comprises at least one first coupling element and at least one second coupling element, and wherein the at least one first coupling element of the first coupling unit interacts with the at least one second coupling element of the first coupling unit at at least one first contact location when the rotationally conjoint connection is produced, wherein the at least one first contact location has a spacing (e) to the rotational axis, said spacing being at least as large as the maximum spacing (c) of the tension spring to the rotational axis, characterized in that, at its outer circumference, the spring housing is partially engaged over by the rope pulley.
Apparatus (100; 1100) for tactile stimulation of C-Tactile afferents comprising a casing (10; 110) configured to be positioned onto a user's skin and at least one tactile stimulation element (21; 121) carried by the casing (100; 110) and operated by a motor (30; 130) at a controlled velocity for generating at least one tactile stimulation; characterized in that the apparatus (100; 1100) further comprises an electronic control unit (40; 140) and at least one pressure sensor (50; 150) in electrical communication with the electronic control unit (40; 140) to control the pressure force exerted by said at least one tactile stimulation element (21; 121) onto the user's skin by adjusting the position of the tactile stimulation element (21; 121) with respect to the user's skin, based on a feedback signal transmitted by said at least one pressure sensor (50; 150).
An intraocular lens insertion device, comprising: a cartridge, having a deformable lens placement section, a transition section, a nozzle section, and a lumen that extends from said lens placement section to said transition section to said nozzle section, in which an intraocular lens is to be placed; and an insertion device main body, to which said cartridge is attached, including a plunger that pushes said intraocular lens out along a lens advancement axis such that said intraocular lens is released from said nozzle section of said cartridge to the outside; characterized by deforming means that deforms said lens placement section in a diameter-decreasing direction thereof when said cartridge is being attached to said insertion device main body, thereby narrowing said lumen positioning said intraocular lens in said deformable lens placement section. a cartridge, having a deformable lens placement section, a transition section, a nozzle section, and a lumen that extends from said lens placement section to said transition section to said nozzle section, in which an intraocular lens is to be placed; and an insertion device main body, to which said cartridge is attached, including a plunger that pushes said intraocular lens out along a lens advancement axis such that said intraocular lens is released from said nozzle section of said cartridge to the outside; characterized by deforming means that deforms said lens placement section in a diameter-decreasing direction thereof when said cartridge is being attached to said insertion device main body, thereby narrowing said lumen positioning said intraocular lens in said deformable lens placement section.
A standoff protection device intended to fully cover a door and incorporating an opening panel giving access to the door, opening panel and door each comprising hinge means (4a, 4b), device characterised in that the axes of rotation (5a, 5b) are parallel to one another and the opening panel is wider than the door and is positioned facing the door such that the opening panel completely covers the door, the axis of rotation of the door namely facing the opening panel, the opening panel further incorporating at least one slide perpendicular to the axis of rotation of the opening panel, the slide being connected to the door by rigid hooking means integral with the door.
Apparatus for drying a thread group, having an inlet, an outlet and at least two drying cylinders between the inlet and the outlet, wherein a thread group path between the inlet and the outlet wraps around a part of the circumference of the drying cylinders, wherein each drying cylinder has a separate rotary drive and provision is made of a control device which controls the rotary drives individually, characterized in that the control device is connected to means (12; 13-16) for sensing at least one parameter selected from a group including humidity, thread tension and elongation of a thread group traversing the thread group path and the means comprise a drive-parameter evaluation device, wherein the drive-parameter evaluation device determines a slip between the thread group and a drying cylinder.
A cylinder locking device comprising: a cylinder body, an inner cylinder which is pivotably inserted into the cylinder body, a tumbler (22, 23) which is held by the inner cylinder so as to be rotatable with the inner cylinder, wherein the tumbler (22, 23) is configured to engage with the cylinder body, and the tumbler (22, 23) is configured to be released from engagement with the cylinder body in response to a legitimate mechanical key being inserted in the cylinder locking device, a protector which is disposed opposite a rear end of the inner cylinder along an insertion direction of the mechanical key, wherein the protector enables the mechanical key to be inserted toward the inner cylinder, and a coil-shaped spring (50, 58) extending in an axial direction of the inner cylinder, wherein the coil-shaped spring (50, 58) is provided between the protector and either the inner cylinder or the cylinder body, so as to exhibit a spring force urging the protector rearward along the insertion direction, characterized in that the spring (50, 58) is formed so as to have a coil portion (50a, 58a) and at least one bent portion (50b; 58b, 58c), wherein the coil portion (50a, 58a) extends along the direction of a longitudinal axis of the inner cylinder, and wherein the bent portion (50b; 58b, 58c) is bent from at least one end part of the coil portion (50a, 58a) toward an interior of the coil portion (50a, 58a) along the longitudinal axis of the inner cylinder. a cylinder body, an inner cylinder which is pivotably inserted into the cylinder body, a tumbler (22, 23) which is held by the inner cylinder so as to be rotatable with the inner cylinder, wherein the tumbler (22, 23) is configured to engage with the cylinder body, and the tumbler (22, 23) is configured to be released from engagement with the cylinder body in response to a legitimate mechanical key being inserted in the cylinder locking device, a protector which is disposed opposite a rear end of the inner cylinder along an insertion direction of the mechanical key, wherein the protector enables the mechanical key to be inserted toward the inner cylinder, and a coil-shaped spring (50, 58) extending in an axial direction of the inner cylinder, wherein the coil-shaped spring (50, 58) is provided between the protector and either the inner cylinder or the cylinder body, so as to exhibit a spring force urging the protector rearward along the insertion direction, characterized in that the spring (50, 58) is formed so as to have a coil portion (50a, 58a) and at least one bent portion (50b; 58b, 58c), wherein the coil portion (50a, 58a) extends along the direction of a longitudinal axis of the inner cylinder, and wherein the bent portion (50b; 58b, 58c) is bent from at least one end part of the coil portion (50a, 58a) toward an interior of the coil portion (50a, 58a) along the longitudinal axis of the inner cylinder.
A device, comprising: a source of water; a water heating system (48,58) for heating water from the source of water; a flow control system (46,56) for controlling a flow of water from the source of water; a first output for delivering hot water; a second output for delivering steam; a first hydraulic circuit extending from the source of water to the first output, comprising a first filter; and a second hydraulic circuit extending from the source of water to the second output, comprising a second filter, wherein the second filter comprises an ion exchange filter, characterized in that the first filter comprises a scale inhibitor filter for inhibiting the growth of calcium crystals. a source of water; a water heating system (48,58) for heating water from the source of water; a flow control system (46,56) for controlling a flow of water from the source of water; a first output for delivering hot water; a second output for delivering steam; a first hydraulic circuit extending from the source of water to the first output, comprising a first filter; and a second hydraulic circuit extending from the source of water to the second output, comprising a second filter, wherein the second filter comprises an ion exchange filter, characterized in that the first filter comprises a scale inhibitor filter for inhibiting the growth of calcium crystals.