mhurhangee/ep-ind-claims huggingface dataset:
Baking oven, with a housing surrounding a heatable interior, wherein the interior is bounded by a rear wall at the rear and at the front by a baking oven flap which, in a closed position, closes a housing opening permitting access to the interior, wherein the housing includes two side walls (16a, 16b) lying opposite one another, and wherein there is accommodated in the housing at least one shelf for material to be heated, removable from the housing after opening of the baking oven flap, wherein there is located in the interior a bulkhead which may be guided movably by guide means between an operating position located in the area of the rear wall, and a closed position, pulled out in the area of the housing opening and closing the housing opening substantially completely, wherein the guide means are so designed that they are fixed on one side to the rear wall and on the other side to the bulkhead, characterised in that the guide means, bypassing the side walls (16a, 16b), are fixed on one side to the rear wall and on the other side to the bulkhead, wherein the guide means have a at least one guide linkage (29a, 29b) comprised of several guiding arms (28a, 28b) and movable in the manner of an accordion, and at the same time guiding the bulkhead between the operating position and the closed position.
A switching power supply comprising: - an input for an input current (I PRI) at an input voltage (V PRI). - a controlled transistor bridge (22A1, 22A2, 22B1, 22b2) comprising two branches (22A, 22B) each comprising two transistors connected in series, the two branches (22A, 22B) being connected in parallel to the input terminals; - a transformer whose primary is connected between the midpoints (26A, 26B) of the two branches (22A, 22B) formed between the series-connected transistors of each branch (22A, 22B); - an output for an output current (I SEC) connected to the terminals of a secondary circuit of the transformer; and - a control unit (23A, 23B, 24) for the transistors to switch each of the midpoints (26A, 26B), in an alternating manner, between high and low values with a time offset (αT) between the time instants of switching of the midpoint values (26A, 26B), characterized in that the control unit (23A, 23B, 24) is capable of ensuring that the time order for switching of the midpoints (26A, 26B) between the high and low values thereof varies over the course of time. - an input for an input current (I PRI) at an input voltage (V PRI). - a controlled transistor bridge (22A1, 22A2, 22B1, 22b2) comprising two branches (22A, 22B) each comprising two transistors connected in series, the two branches (22A, 22B) being connected in parallel to the input terminals; - a transformer whose primary is connected between the midpoints (26A, 26B) of the two branches (22A, 22B) formed between the series-connected transistors of each branch (22A, 22B); - an output for an output current (I SEC) connected to the terminals of a secondary circuit of the transformer; and - a control unit (23A, 23B, 24) for the transistors to switch each of the midpoints (26A, 26B), in an alternating manner, between high and low values with a time offset (αT) between the time instants of switching of the midpoint values (26A, 26B), characterized in that the control unit (23A, 23B, 24) is capable of ensuring that the time order for switching of the midpoints (26A, 26B) between the high and low values thereof varies over the course of time.
A grounding conductor (10a, 10b, 100) for forming a ground or earth potential to a power cable (2a, 2b) or structure (3a, 3b), and for being in electrical contact with a surrounding environment for providing grounding potential along substantially the entire length of the grounding conductor (10a, 10b, 100) where laid in the ground, the grounding conductor (10a, 10b, 100) comprising a plurality of conductive aluminium strands provided with a sheath comprising an electrically conductive polymer material, wherein the grounding conductor (10a, 10b, 100) comprises the plurality of conductive aluminium strands, wherein each such strand is provided with at least one sheath comprising an electrically conductive polymer material having a volume resistivity (ρ) below 100 Ωcm, characterised in that at least some of the plurality of conductive aluminium strands entirely surrounds one centrally provided conductive aluminium strand of the plurality of conductive aluminium strands. a plurality of conductive aluminium strands provided with a sheath comprising an electrically conductive polymer material, wherein the grounding conductor (10a, 10b, 100) comprises the plurality of conductive aluminium strands, wherein each such strand is provided with at least one sheath comprising an electrically conductive polymer material having a volume resistivity (ρ) below 100 Ωcm, characterised in that at least some of the plurality of conductive aluminium strands entirely surrounds one centrally provided conductive aluminium strand of the plurality of conductive aluminium strands.
A wiper arm for a wiper blade (1a to 1c) for cleaning a vehicle window, with a wiper arm mount, arranged on an end region of the wiper arm, for fastening the wiper arm on a wiper drive, and with at least one fastening site (20 to 22) for connecting the wiper arm with the wiper blade (1a to 1c), wherein the wiper arm has several fastening sites (20 to 22), locally separated from one another, which are arranged spaced apart along the longitudinal axis of the wiper arm so as to give different shapes or sizes of a wiping field cleaned by the wiper blade, characterized in that the wiper arm has a plastic cover U-shaped in cross-section.
A method comprising: at a first application layer audit proxy of a plurality of application layer audit proxies arranged to obtain application layer network traffic sent in a network, wherein the plurality of application layer audit proxies are reverse proxies that retrieve resources on behalf of a consumer entity and form a proxy network: receiving the application layer network traffic sent as part of a communication session between a producer entity and the consumer entity; in response to receiving the application layer network traffic, performing a lookup operation to determine whether the communication session of the application layer network traffic is assigned to the first application layer audit proxy and determining a blockchain of immutable data blocks for recording information into an audit log in a distributed permissioned database, wherein the blockchain is a longest blockchain from among a plurality of blockchains available to the plurality of application layer audit proxies; in response to determining that the application layer network traffic is assigned to the first application layer audit proxy, recording, by the first application layer audit proxy, the information about the application layer network traffic to a local blockchain; recording the information about the application layer network traffic to the audit log comprising the blockchain of immutable data blocks, and based on the blockchain, detecting whether the audit log has been modified; and forwarding the application layer network traffic to the producer entity or to the consumer entity. receiving the application layer network traffic sent as part of a communication session between a producer entity and the consumer entity; in response to receiving the application layer network traffic, performing a lookup operation to determine whether the communication session of the application layer network traffic is assigned to the first application layer audit proxy and determining a blockchain of immutable data blocks for recording information into an audit log in a distributed permissioned database, wherein the blockchain is a longest blockchain from among a plurality of blockchains available to the plurality of application layer audit proxies; in response to determining that the application layer network traffic is assigned to the first application layer audit proxy, recording, by the first application layer audit proxy, the information about the application layer network traffic to a local blockchain; recording the information about the application layer network traffic to the audit log comprising the blockchain of immutable data blocks, and based on the blockchain, detecting whether the audit log has been modified; and forwarding the application layer network traffic to the producer entity or to the consumer entity.
An agricultural harvesting machine, in particular a combine harvester or a forage harvester, comprising - a supporting frame, - a cutting assembly, - an inclined conveyor, as well as - a driver's cab, wherein the cutting assembly is disposed on the support frame via the inclined conveyor, wherein the driver's cab is disposed on the supporting frame through the intermediary of at least one damper unit, characterized in that at least one camera is disposed in an interior of the driver's cab, wherein the camera is directed on the cutting assembly and/or the inclined conveyor through a front windscreen of the driver's cab, wherein the camera is disposed in a zone of action of a cleaning device of the front windscreen so that a detection zone of the camera can be optically acquired through at least a portion of the zone of action of the cleaning device, wherein the driver's cab has at least one sun shield at an upper front edge, which is preferably external, by means of which the camera can be at least partially shaded. - a supporting frame, - a cutting assembly, - an inclined conveyor, as well as - a driver's cab, wherein the cutting assembly is disposed on the support frame via the inclined conveyor, wherein the driver's cab is disposed on the supporting frame through the intermediary of at least one damper unit, characterized in that at least one camera is disposed in an interior of the driver's cab, wherein the camera is directed on the cutting assembly and/or the inclined conveyor through a front windscreen of the driver's cab, wherein the camera is disposed in a zone of action of a cleaning device of the front windscreen so that a detection zone of the camera can be optically acquired through at least a portion of the zone of action of the cleaning device, wherein the driver's cab has at least one sun shield at an upper front edge, which is preferably external, by means of which the camera can be at least partially shaded. wherein the cutting assembly is disposed on the support frame via the inclined conveyor, wherein the driver's cab is disposed on the supporting frame through the intermediary of at least one damper unit, characterized in that at least one camera is disposed in an interior of the driver's cab, wherein the camera is directed on the cutting assembly and/or the inclined conveyor through a front windscreen of the driver's cab, wherein the camera is disposed in a zone of action of a cleaning device of the front windscreen so that a detection zone of the camera can be optically acquired through at least a portion of the zone of action of the cleaning device, wherein the driver's cab has at least one sun shield at an upper front edge, which is preferably external, by means of which the camera can be at least partially shaded.
Anti-fall device for a two-wheeled vehicle fitted with tyres, the centre of gravity of the vehicle moving around a circular trajectory of centre 0 and radius R at a speed V, the midplane of the vehicle, containing the centre of gravity, forming a camber angle with the vertical plane tangential to the trajectory, the camber angle increasing with the speed V of the vehicle and being variable between a zero angle and a limiting angle (C lim) beyond which the transverse grip of the tyres is lost, causing the vehicle to fall, the anti-fall device being attached laterally to the inside of the vehicle in relation to the trajectory, limiting the camber angle, when the speed V increases, to a maximum angle (C max) strictly greater than the limiting angle (C lim), characterized in that the anti-fall device includes a safety wheel of centre (G 1), the midplane (P 1) of which intersects the midplane of the vehicle along a straight line located above the ground and forming an angle (a) that differs from the maximum angle (C max) by up to 5°, means for adjusting the maximum angle (C max) and linking means between the safety wheel and the vehicle.
An adhesive tape dispenser, comprising a handle, in particular in the form of a radial handle or tangential handle, a receiving device having a bearing for a roll of adhesive tape, an application device having an application roller, characterized in that the adhesive tape dispenser further comprises: a rotationally fixed friction bridge having a bridge sliding surface and a deflection bead, the adhesive tape dispenser being adapted and arranged such that, when being unrolled, an adhesive tape portion of a roll of adhesive tape present on the bearing slides or is slidable over the deflection bead before it meets the application device. a handle, in particular in the form of a radial handle or tangential handle, a receiving device having a bearing for a roll of adhesive tape, an application device having an application roller, characterized in that the adhesive tape dispenser further comprises: a rotationally fixed friction bridge having a bridge sliding surface and a deflection bead, the adhesive tape dispenser being adapted and arranged such that, when being unrolled, an adhesive tape portion of a roll of adhesive tape present on the bearing slides or is slidable over the deflection bead before it meets the application device. a rotationally fixed friction bridge having a bridge sliding surface and a deflection bead, the adhesive tape dispenser being adapted and arranged such that, when being unrolled, an adhesive tape portion of a roll of adhesive tape present on the bearing slides or is slidable over the deflection bead before it meets the application device.
A surgical system for performing a surgical procedure at a surgical site of a spine of a patient, said system comprising: a retractor having a proximal end, a distal end, an inner surface, an outer surface, and a central axis extending between said distal end and said proximal end, in which said distal end is configured to be positioned within the patient to provide a working channel to the surgical site and said proximal end defines an opening open to ambient; an inflow source for providing a fluid to the surgical site to form a volume of fluid disposed in the surgical site and said retractor; an outflow source for removing a volume of fluid; a sensor coupled to said retractor for providing a sensor input signal based on a level of fluid disposed in said retractor; a controller in communication with said sensor and at least one chosen from said inflow source and said outflow source and configured to control a flow rate of fluid being provided by said inflow source, an outflow rate of fluid being removed by said outflow source, or a combination thereof based on said sensor input signal such that a threshold level of fluid is maintained in the retractor; and wherein said sensor comprises an electrical fluid sensing member disposed about said inner surface of said retractor and provides said sensor input signal to said controller. a retractor having a proximal end, a distal end, an inner surface, an outer surface, and a central axis extending between said distal end and said proximal end, in which said distal end is configured to be positioned within the patient to provide a working channel to the surgical site and said proximal end defines an opening open to ambient; an inflow source for providing a fluid to the surgical site to form a volume of fluid disposed in the surgical site and said retractor; an outflow source for removing a volume of fluid; a sensor coupled to said retractor for providing a sensor input signal based on a level of fluid disposed in said retractor; a controller in communication with said sensor and at least one chosen from said inflow source and said outflow source and configured to control a flow rate of fluid being provided by said inflow source, an outflow rate of fluid being removed by said outflow source, or a combination thereof based on said sensor input signal such that a threshold level of fluid is maintained in the retractor; and wherein said sensor comprises an electrical fluid sensing member disposed about said inner surface of said retractor and provides said sensor input signal to said controller.
A method for automated monitoring of a condition of a power line in an electrically noisy environment as to partial discharge from alternating current on said power line, comprising: acquiring a first spectral component caused by a single noise pulse generated by a partial discharge on said power line, and a second spectral component caused by said single noise pulse; determining a first magnitude of said first spectral component; determining a second magnitude of said second spectral component; determining a difference between said first and second magnitudes; and determining the condition of said power line as to partial discharge from said difference. acquiring a first spectral component caused by a single noise pulse generated by a partial discharge on said power line, and a second spectral component caused by said single noise pulse; determining a first magnitude of said first spectral component; determining a second magnitude of said second spectral component; determining a difference between said first and second magnitudes; and determining the condition of said power line as to partial discharge from said difference.
Closing cap for tubular containers, comprising: - a first portion made of single-material with a respective container and configured to be inserted into an open end of the tubular container; - a second portion made of single-material with the container engaged with the first portion and configured to remain outside said tubular container; - said first portion having at least one side wall configured to abut against the inner surface of the tubular container and having a plurality of fins projecting from the side wall and configured to define a mechanical engagement between the cap itself and the tubular container; characterized in that said first portion is made starting from a flat blank having three elements (6a, 6b, 6c) connected by two respective joining zones; said elements (6a, 6b, 6c) being configured to be superimposed on each other by folding each joining zone. - a first portion made of single-material with a respective container and configured to be inserted into an open end of the tubular container; - a second portion made of single-material with the container engaged with the first portion and configured to remain outside said tubular container; - said first portion having at least one side wall configured to abut against the inner surface of the tubular container and having a plurality of fins projecting from the side wall and configured to define a mechanical engagement between the cap itself and the tubular container;
A device for calibrating circular dichroism or linear dichroism spectrometers or other photoelastic modulator based devices or instruments comprising: a first and a second quarter waveplate providing n ± 1/4 waves of retardation at a defined set of wavelengths, wherein the quarter waveplates have a thickness t; and comprising between the two quarter waveplates, two identical isotropic plates that are oriented at equal and opposite angles about the X or Y axis so as to form a V-configuration, wherein the Y axis corresponds to the vertical axis perpendicular to the horizontal light propagation direction axis Z and the X axis corresponds to the horizontal axis perpendicular to the horizontal light propagation direction Z axis, wherein the second quarter-wave plate has a crystal axis rotated of 90° with respect to the crystal axis of the first quarter-wave plate. a first and a second quarter waveplate providing n ± 1/4 waves of retardation at a defined set of wavelengths, wherein the quarter waveplates have a thickness t; and comprising between the two quarter waveplates, two identical isotropic plates that are oriented at equal and opposite angles about the X or Y axis so as to form a V-configuration, wherein the Y axis corresponds to the vertical axis perpendicular to the horizontal light propagation direction axis Z and the X axis corresponds to the horizontal axis perpendicular to the horizontal light propagation direction Z axis, wherein the second quarter-wave plate has a crystal axis rotated of 90° with respect to the crystal axis of the first quarter-wave plate.
A breast milk sterilizing apparatus comprising: a nursing bottle configured for holding breast milk; a holder cylinder body of metal having a cylindrical wall portion to which the nursing bottle is inserted; characterized in that the breast milk sterilizing apparatus further comprises: a heater and a heater temperature sensor wound around the periphery of the cylindrical wall portion, the heater being configured to heat the cylindrical wall portion; a breast milk temperature sensor which contacts a bottom face of the nursing bottle to measure breast milk temperature on the bottom face of the nursing bottle; and a breast milk temperature controlling portion to control the heater based on a breast milk temperature measured value measured by the breast milk temperature sensor, wherein a diagonal dimension of the nursing bottle is formed larger than an inner diameter dimension of the cylindrical wall portion in a free state in which the nursing bottle is not inserted to the cylindrical wall portion. a nursing bottle configured for holding breast milk; a holder cylinder body of metal having a cylindrical wall portion to which the nursing bottle is inserted; a heater and a heater temperature sensor wound around the periphery of the cylindrical wall portion, the heater being configured to heat the cylindrical wall portion; a breast milk temperature sensor which contacts a bottom face of the nursing bottle to measure breast milk temperature on the bottom face of the nursing bottle; and a breast milk temperature controlling portion to control the heater based on a breast milk temperature measured value measured by the breast milk temperature sensor, wherein a diagonal dimension of the nursing bottle is formed larger than an inner diameter dimension of the cylindrical wall portion in a free state in which the nursing bottle is not inserted to the cylindrical wall portion.