mhurhangee/ep-ind-claims huggingface dataset:
Device for amplifying a laser beam comprising: at least one amplifier chamber with a laser-active material therein, at least one transmitting optical member delimiting the at least one amplifier chamber and being arranged at a tilt angle (α) with respect to a plane oriented perpendicular to an optical axis of the laser beam, and a detection unit being arranged such that it detects a laser beam back reflected at the transmitting optical member, characterized in that at least one deflection mirror deflecting the back reflected laser beam onto the detection unit is provided, and one of the deflection mirrors is arranged in one of the amplifier chambers. at least one amplifier chamber with a laser-active material therein, at least one transmitting optical member delimiting the at least one amplifier chamber and being arranged at a tilt angle (α) with respect to a plane oriented perpendicular to an optical axis of the laser beam, and a detection unit being arranged such that it detects a laser beam back reflected at the transmitting optical member, characterized in that at least one deflection mirror deflecting the back reflected laser beam onto the detection unit is provided, and one of the deflection mirrors is arranged in one of the amplifier chambers.
An elastomer belt for the transmission of a driving force in agricultural machines, the elastomer belt comprising a main body having an elastomer material or consisting of an elastomer material, at least one running surface for transmitting the driving force to a counteracting surface and at least one sensor element, wherein the sensor element is configured to detect at least one physical and/or chemical property of the elastomer belt, characterized in that a point of the elastomer belt is used as an attachment point (5; 5'; 5") for the at least one sensor element, wherein the attachment point (5; 5'; 5") is associated with a surface section of the elastomer belt, wherein the elastomer belt is a crawler belt for a crawler track unit and the attachment point (5; 5'; 5") is located at a side wall of a stud of the crawler belt or on the surface of the carcass of the crawler belt or on a wall of a guiding block of the crawler belt and a microprocessor-supported analysing device is provided for monitoring the condition of an elastomer belt on an agricultural machine which transmits a driving force, wherein the analysing device is configured to analyse the signals produced by the at least one sensor element of the elastomer belt and to output instructions for controlling and/or setting the agricultural machine and/or to output information regarding the condition of the elastomer belt.
A roller shade assembly, for installation in a window opening, comprising: a frame having opposing first and second ends attachable within the window opening; a roller rotatably mounted to the frame having opposing ends, a rotational axis, and a first gear coaxially attached to one end of the roller; wherein the roller has a sheet material rolled thereon with a fixed end attached to the roller and a free end having a weight attached thereto; a drive assembly attached to the frame between the first and second ends, having a second gear that is selectively rotatable and is operatively engaged with the first gear for imparting rotational motion from the drive assembly to the roller; wherein the first gear is substantially perpendicular to the second gear; characterized in that the roller shade assembly further comprises a fabric retaining flange extending radially outwardly from the roller at each end of the roller; wherein the first gear is formed integrally with the fabric retaining flange which is proximate to the drive assembly. a frame having opposing first and second ends attachable within the window opening; a roller rotatably mounted to the frame having opposing ends, a rotational axis, and a first gear coaxially attached to one end of the roller; wherein the roller has a sheet material rolled thereon with a fixed end attached to the roller and a free end having a weight attached thereto; a drive assembly attached to the frame between the first and second ends, having a second gear that is selectively rotatable and is operatively engaged with the first gear for imparting rotational motion from the drive assembly to the roller; wherein the first gear is substantially perpendicular to the second gear; characterized in that the roller shade assembly further comprises a fabric retaining flange extending radially outwardly from the roller at each end of the roller; wherein the first gear is formed integrally with the fabric retaining flange which is proximate to the drive assembly.
A device comprising: a light emitting material; and, a heat sink comprising: a first material configured to cool the light emitting material, the first material comprising a first coefficient of thermal expansion; a second material bonded to the first material at an interface there between, the second material comprising a second CTE lower than the first CTE; characterized by comprising: a third material bonded to the second material at a respective interface there between, such that the second material is sandwiched between the first material and the third material, the third material comprising a third CTE lower than the second CTE, the light emitting material bonded to the first material but not the second material. a light emitting material; and, a heat sink comprising: a first material configured to cool the light emitting material, the first material comprising a first coefficient of thermal expansion; a second material bonded to the first material at an interface there between, the second material comprising a second CTE lower than the first CTE; characterized by comprising: a third material bonded to the second material at a respective interface there between, such that the second material is sandwiched between the first material and the third material, the third material comprising a third CTE lower than the second CTE, the light emitting material bonded to the first material but not the second material. a first material configured to cool the light emitting material, the first material comprising a first coefficient of thermal expansion; a second material bonded to the first material at an interface there between, the second material comprising a second CTE lower than the first CTE; a third material bonded to the second material at a respective interface there between, such that the second material is sandwiched between the first material and the third material, the third material comprising a third CTE lower than the second CTE, the light emitting material bonded to the first material but not the second material.
A system for testing a device under test with respect to a far-field region of the device under test, the system comprising: the device under test, a test unit, and an antenna connected to the test unit, wherein the test unit is configured to determine several samples of measured power values at different distances between the antenna and the device under test, and wherein the test unit is configured to calculate a minimum far-field distance, the system being characterized by: the test unit is configured to calculate the minimum far-field distance on the basis of the several samples of measured power values, wherein the region in which the decay of the intensity of the radiation radiated by the device under test measured at the antenna with increasing distance is stronger as proportional to the square of the distance is decided to be the near-field, and the region in which the decay of the intensity of the radiation radiated by the device under test measured at the antenna with increasing distance is proportional to the square or less to the square of the distance is decided to be the far-field. the device under test, a test unit, and an antenna connected to the test unit, wherein the test unit is configured to determine several samples of measured power values at different distances between the antenna and the device under test, and wherein the test unit is configured to calculate a minimum far-field distance, the system being characterized by: the test unit is configured to calculate the minimum far-field distance on the basis of the several samples of measured power values, wherein the region in which the decay of the intensity of the radiation radiated by the device under test measured at the antenna with increasing distance is stronger as proportional to the square of the distance is decided to be the near-field, and the region in which the decay of the intensity of the radiation radiated by the device under test measured at the antenna with increasing distance is proportional to the square or less to the square of the distance is decided to be the far-field. the test unit is configured to calculate the minimum far-field distance on the basis of the several samples of measured power values, wherein the region in which the decay of the intensity of the radiation radiated by the device under test measured at the antenna with increasing distance is stronger as proportional to the square of the distance is decided to be the near-field, and the region in which the decay of the intensity of the radiation radiated by the device under test measured at the antenna with increasing distance is proportional to the square or less to the square of the distance is decided to be the far-field.
Device for stimulating Meibomian glands of a user, comprising a cap; a plurality of light-emitting diodes distributed on the inner surface of said cap; supporting means suitable to maintain, in use, said cap in a predetermined position in front of the user's face; an external control and power supply unit electrically connected to said light-emitting diodes and provided with a control interface; wherein said plurality of light-emitting diodes comprises at least an array of light-emitting diodes arranged in areas of said inner surface of the cap designed to face, in use, the eyelids and periocular areas of the user, said light-emitting diodes being arranged substantially at the same distance from the user's eyelids, to generate an endogenous heat, characterised by said control unit being provided with a handpiece housing neurona stimulation means configured to induce muscle contractions which increase the action of said light-emitting diodes, said neuronal stimulation means comprising or consisting of RF, pulsed light or heat emitters. a plurality of light-emitting diodes distributed on the inner surface of said cap; supporting means suitable to maintain, in use, said cap in a predetermined position in front of the user's face; an external control and power supply unit electrically connected to said light-emitting diodes and provided with a control interface; wherein said plurality of light-emitting diodes comprises at least an array of light-emitting diodes arranged in areas of said inner surface of the cap designed to face, in use, the eyelids and periocular areas of the user, said light-emitting diodes being arranged substantially at the same distance from the user's eyelids, to generate an endogenous heat, characterised by said control unit being provided with a handpiece housing neurona stimulation means configured to induce muscle contractions which increase the action of said light-emitting diodes, said neuronal stimulation means comprising or consisting of RF, pulsed light or heat emitters.
A gateway device connected to a bus (200a, 200b, 200c) used in communication by a plurality of electronic control units (100a to 100e) in a vehicle network system, the gateway device comprising: a receiving unit that is configured to receive a first frame; a transmitting unit that is configured to include, when the first frame is received by the receiving unit, in a second frame including information based on content of the first frame, first control information related to a restriction on processing after reception of the second frame, and to transmit the second frame to the bus; and wherein the first frame is received by the receiving unit, the transmitting unit is configured to conduct the transmission by including the first control information into the second frame if a certain condition is satisfied, but to transmit the second frame to the bus without including the first control information if the certain condition is not satisfied, and after transmitting the second frame including the first control information, the transmitting unit is further configured to transmit to the bus a third frame including second control information related to a processing method of the second frame and wherein the certain condition is a condition that is satisfied in a situation in which the first frame is decided to be appropriate or not after transmission of the second frame, and the transmitting unit is further configured to include, in the third frame, the second control information according to the decision regarding the first frame. a receiving unit that is configured to receive a first frame; a transmitting unit that is configured to include, when the first frame is received by the receiving unit, in a second frame including information based on content of the first frame, first control information related to a restriction on processing after reception of the second frame, and to transmit the second frame to the bus; and wherein the first frame is received by the receiving unit, the transmitting unit is configured to conduct the transmission by including the first control information into the second frame if a certain condition is satisfied, but to transmit the second frame to the bus without including the first control information if the certain condition is not satisfied, and after transmitting the second frame including the first control information, the transmitting unit is further configured to transmit to the bus a third frame including second control information related to a processing method of the second frame and wherein the certain condition is a condition that is satisfied in a situation in which the first frame is decided to be appropriate or not after transmission of the second frame, and the transmitting unit is further configured to include, in the third frame, the second control information according to the decision regarding the first frame.
An electric power source device in and for an electric power steering device characterized by comprising: an auxiliary electric power source for a main electric power source that supplies electric power to electric power supply targets, including an electric circuit of a control system for controlling a specific control target, and an electric circuit of a power system that requires larger electric power than the electric circuit of the control system; and a selection circuit configured to supply the electric power of one electric power source having a higher voltage, out of the main electric power source and the auxiliary electric power source, to at least the electric circuit of the control system among the electric power supply targets. an auxiliary electric power source for a main electric power source that supplies electric power to electric power supply targets, including an electric circuit of a control system for controlling a specific control target, and an electric circuit of a power system that requires larger electric power than the electric circuit of the control system; and a selection circuit configured to supply the electric power of one electric power source having a higher voltage, out of the main electric power source and the auxiliary electric power source, to at least the electric circuit of the control system among the electric power supply targets.
A filter for free-flowing liquids, including: - an inlet channel for bringing in the liquid; - an outlet channel for discharging the liquid; and - a plurality of wheels, coaxial around a horizontal wheel axis, each wheel including two mutually parallel filtering walls, the wheel being mounted in rotation on a central shaft extending along the wheel axis; characterized in that the inlet channel and the outlet channel are situated respectively on either side of the plurality of wheels and substantially at the same so-called reference level, and in that the filter includes separation means for separating the channels (5, 6) from one another and for connecting the interior of the wheels by their perimeter to one of the channels among the inlet channel and the outlet channel, and spaces between the wheels to the other of the channels (5, 6), the central shaft extending in a fixed manner along the wheel axis, the wheels being mounted in rotation on the central shaft. - an inlet channel for bringing in the liquid; - an outlet channel for discharging the liquid; and - a plurality of wheels, coaxial around a horizontal wheel axis, each wheel including two mutually parallel filtering walls, the wheel being mounted in rotation on a central shaft extending along the wheel axis;
Battery system comprising a plurality of batteries which are arranged next to one another and have temperature-control devices, wherein each battery has a housing and the temperature-control device has at least one heat-transporting body for transporting heat, which heat-transporting body forms at least one thermally conductive contact with the housing of the battery, so that transportation of heat between the battery housing and the heat-transporting body can be implemented by means of the thermally conductive contact, and the temperature-control device has a heat-generating device which is thermally coupled to the heat-transporting body, wherein the heat-generating device comprises at least one heating wire which is embedded in the heat-transporting body and by means of which heat can be generated on account of its electrical resistance when electric current is introduced, characterized in that the at least one heating wire which is embedded in the heat-transporting body is arranged between two batteries which are arranged next to one another, and/or in that the heat-transporting body comprises a base plate with a top side which is adjacent to the batteries, wherein the at least one heating wire which is embedded in the heat-transporting body is arranged on the top side of the base plate in such a way that a placement surface, which is formed by the contact of the batteries with the top side of the base plate, and the heating wire do not overlap.
Method for protection of a fall of a person, comprising the steps of: - providing a device (1; 20) comprising a pole (2, 3, 4; 23, 24, 25) with a base end (5; 22) and a top end, a ground anchor (7, 8, 9; 21) attached to the base end (5; 22) of the pole (2, 3, 4; 23, 24, 25) anchoring the pole (2, 3, 4; 23, 24, 25) to the ground, a safety line attached to an eye arranged to the top end of the pole (2, 3, 4), characterized in that the device comprises at least two elongate support legs (11; 27), supporting the pole (2, 3, 4), each arranged with one end between the base end and the top end of the pole (2, 3, 4; 23, 24, 25), wherein the elongate support legs (11; 27) extend at a positive angle from the pole (2, 3, 4; 23, 24, 25) in the direction of the base end of the pole (2, 3, 4; 23, 24, 25), in that - the pole of the device (2, 3, 4; 23, 24, 25) extends upwardly under an angle with the vertical; and in that - the method comprises the steps of securing a person to the safety line and of positioning the device (1; 20) with the top end of the pole (2, 3, 4; 23, 24, 25) over a roof top or the like. - providing a device (1; 20) comprising a pole (2, 3, 4; 23, 24, 25) with a base end (5; 22) and a top end, a ground anchor (7, 8, 9; 21) attached to the base end (5; 22) of the pole (2, 3, 4; 23, 24, 25) anchoring the pole (2, 3, 4; 23, 24, 25) to the ground, a safety line attached to an eye arranged to the top end of the pole (2, 3, 4), characterized in that the device comprises at least two elongate support legs (11; 27), supporting the pole (2, 3, 4), each arranged with one end between the base end and the top end of the pole (2, 3, 4; 23, 24, 25), wherein the elongate support legs (11; 27) extend at a positive angle from the pole (2, 3, 4; 23, 24, 25) in the direction of the base end of the pole (2, 3, 4; 23, 24, 25), in that - the pole of the device (2, 3, 4; 23, 24, 25) extends upwardly under an angle with the vertical; and in that - the method comprises the steps of securing a person to the safety line and of positioning the device (1; 20) with the top end of the pole (2, 3, 4; 23, 24, 25) over a roof top or the like.
Device for drying at least one façade intermediate space (F1-Fn) using dried compressed air, comprising a drying unit, e.g. a dry filter, in a compressed air line and comprising at least one valve (V1-Vm) connected to a switching unit for shutting off and opening the compressed air supply to the façade intermediate space (F1-Fn), characterised by a compressed air reservoir which is arranged upstream of the drying unit and upstream of the valve (V1-Vm) in the flow direction, and by at least one pressure-reducing valve (8, 11) connected downstream of the compressed air reservoir.
A wireless communications device comprising: a transmit signal path including a digital-to-analog converter and linearly-distorting elements coupled downstream from the digital-to-analog converter; a receive signal path including an analog-to-digital converter; the transmit signal path and the receive signal path comprising common linearly-distorting elements; a magnitude detector configured to sample the transmit signal path; and a signal controller configured to determine amplitude distortion and determine phase distortion based upon information from the magnitude detector, and generate an equalization filter, based upon the determined amplitude distortion and phase distortion, for pre-distortion of traffic output through the transmit signal path and for compensating for distortion on the receive signal path. a transmit signal path including a digital-to-analog converter and linearly-distorting elements coupled downstream from the digital-to-analog converter; a receive signal path including an analog-to-digital converter; the transmit signal path and the receive signal path comprising common linearly-distorting elements; a magnitude detector configured to sample the transmit signal path; and a signal controller configured to determine amplitude distortion and determine phase distortion based upon information from the magnitude detector, and generate an equalization filter, based upon the determined amplitude distortion and phase distortion, for pre-distortion of traffic output through the transmit signal path and for compensating for distortion on the receive signal path.
A method for increasing the in vitro shelf-life of a purified recombinant human wild-type α-glucosidase in a formulation for parenteral administration to a human by contacting the α-glucosidase in a pharmaceutically acceptable carrier with 1-deoxynojirimycin in an amount effective to increase the shelf-life of the purified α-glucosidase.