mhurhangee/ep-ind-claims huggingface dataset:
A central processing unit for control of an aircraft system provided on board an aircraft, the central processing unit being connectable to at least two remote data concentrators over a network connection so as to control a system component (7, 8) of an aircraft system, wherein the central processing unit is configured to: - select one of the at least two remote data concentrators so as to control the system component (7, 8) by considering at least one of power supply characteristics of the at least two remote data concentrators and availability of the at least two remote data concentrators; and - instruct the selected remote data concentrator to control the system component (7, 8). - select one of the at least two remote data concentrators so as to control the system component (7, 8) by considering at least one of power supply characteristics of the at least two remote data concentrators and availability of the at least two remote data concentrators; and - instruct the selected remote data concentrator to control the system component (7, 8).
Laser sensor, comprising a laser source configured to emit a laser beam, optics configured to project the laser beam as a one- or two-dimensional patterned laser beam onto an object to be examined, such that a distance of the patterned laser beam from the laser source varies along the patterned laser beam projected on the object, a detector configured to determine a self-mixing interference signal generated by laser light of the patterned laser beam reflected from the object back into the laser source, and circuitry configured to spectrally analyze the self-mixing interference signal and extract from the spectrum of the self-mixing interference signal multiple frequencies indicative of at least one of the following: multiple distances along the patterned laser beam from the laser source, multiple velocities along the patterned laser beam with respect to the laser source. a laser source configured to emit a laser beam, optics configured to project the laser beam as a one- or two-dimensional patterned laser beam onto an object to be examined, such that a distance of the patterned laser beam from the laser source varies along the patterned laser beam projected on the object, a detector configured to determine a self-mixing interference signal generated by laser light of the patterned laser beam reflected from the object back into the laser source, and circuitry configured to spectrally analyze the self-mixing interference signal and extract from the spectrum of the self-mixing interference signal multiple frequencies indicative of at least one of the following: multiple distances along the patterned laser beam from the laser source, multiple velocities along the patterned laser beam with respect to the laser source.
An oral thin film comprising at least one polymer and at least one pharmaceutically active agent, wherein the concentration of the at least one pharmaceutically active agent in the oral thin film is greater than the saturation concentration of the at least one pharmaceutically active agent in the oral thin film, characterised in that the oral thin film comprises at least one material which serves as crystal nucleus for the at least one pharmaceutically active agent.
A device for measurement of energy consumption for heating tap water in a district heating substation, the device comprises a first means to measure a first temperature (T s) in a supply pipe, a second means to measure a second temperature (T r) in a return pipe, a means to measure a total flow of supplied district heating water to the district heating substation by means of a flow meter arranged at the supply pipe or the return pipe, means to calculate the total power delivered to the district heating substation based on the measurement of a first temperature (T s), the second temperature (T r) and the total flow, a first heat exchanger for household heating, a second heat exchanger for heating tap water, characterized by that the device comprises a detection means for detecting start, stop and duration of a deviation in the power usage of the district heating substation related to hot water usage, and a calculation means, to calculate the energy consumption in the second heat exchanger, which relates to the deviation, wherein the calculation means is adapted to approximate the power Pheat usage in the first heat exchanger during the detected hot water tapping and to calculate the power usage Ptap in the second heat exchanger for heating tap water, during the identified deviation as Ptap(t)=P(t)-Pheat where Pheat is the approximated power usage for building heating during the duration of the detected tapping.
Method for machining workpieces on a machine tool having a work spindle, which is movable relative to a clamping device for the workpieces and into which tools (16, 34, 35) for machining the workpieces can be clamped from a tool magazine, the method comprising the following steps: a) clamping a workpiece into the clamping device in such a way that at least a workpiece portion of the workpiece that is to be machined projects beyond the clamping device, b) machining the workpiece portion with at least one tool (16, 34, 35) that is clamped into the work spindle, c) separating the machined workpiece portion from the residual workpiece remaining in the clamping device, and f) disposing of the residual workpiece remaining in the clamping device as a remnant, characterized in that step f) comprises the following steps: g) clamping a spindle gripper, which is self-holding in its gripping position, into the work spindle, h) moving the work spindle in such a way that the spindle gripper can grip the remnant, i) gripping the remnant by the spindle gripper, k) releasing the remnant from the clamping device, and I) moving the work spindle and depositing the spindle gripper holding the remnant for the subsequent disposal of the remnant. a) clamping a workpiece into the clamping device in such a way that at least a workpiece portion of the workpiece that is to be machined projects beyond the clamping device, b) machining the workpiece portion with at least one tool (16, 34, 35) that is clamped into the work spindle, c) separating the machined workpiece portion from the residual workpiece remaining in the clamping device, and f) disposing of the residual workpiece remaining in the clamping device as a remnant, g) clamping a spindle gripper, which is self-holding in its gripping position, into the work spindle, h) moving the work spindle in such a way that the spindle gripper can grip the remnant, i) gripping the remnant by the spindle gripper, k) releasing the remnant from the clamping device, and I) moving the work spindle and depositing the spindle gripper holding the remnant for the subsequent disposal of the remnant.
A negative pressure wound therapy (NPWT) dressing comprising a backing layer, an adhesive skin contact layer and an absorbent structure arranged between said backing layer and said adhesive skin contact layer; said adhesive skin contact layer being configured to detachably adhere the dressing to a dermal surface, wherein said backing layer comprises a coupling member comprising a tubing configured to connect the dressing to a negative pressure source and to a remote fluid collection means, wherein said tubing comprises a fluid conduit configured to remove fluid from said dressing and an air conduit configured to supply air to said fluid conduit and/or said dressing, and wherein said absorbent structure comprises an amount of superabsorbent particles of from 10 to 20 mg/cm2, preferably from 13 to 17 mg/cm2.
An apparatus comprising: means for receiving stereo parameters encoded, by an encoder, the stereo parameters being encoded using a plurality of windows having a first length of overlapping portions between the plurality of windows; and means for performing an upmix operation using the stereo parameters to generate at least two audio signals, the at least two audio signals generated based on a second plurality of windows used in the upmix operation, the second plurality of windows having a second length of overlapping portions between the second plurality of windows, the second length different from the first length. means for receiving stereo parameters encoded, by an encoder, the stereo parameters being encoded using a plurality of windows having a first length of overlapping portions between the plurality of windows; and means for performing an upmix operation using the stereo parameters to generate at least two audio signals, the at least two audio signals generated based on a second plurality of windows used in the upmix operation, the second plurality of windows having a second length of overlapping portions between the second plurality of windows, the second length different from the first length.
A washing machine comprising: a housing; a first washing apparatus disposed in the housing; a second washing apparatus disposed in the housing and disposed above the first washing apparatus; a control panel disposed at the front of the housing; a first user interface provided in a lower area of the control panel, configured to receive a first control command for controlling the first washing apparatus; a second user interface provided in the upper area of the control panel, configured to receive a second control command for controlling the second washing apparatus; and characterized in that a third user interface is provided on the control panel, wherein the first and second user interfaces (401, 402) are configured to be operated in an activation mode in which the first and second washing apparatuses (100, 200) are controlled according to the first and second control commands, respectively and in a sleep mode in which the first and second washing apparatuses are not controlled according to the first and second control commands, respectively, and in which the first respectively the second user interface (401, 402) corresponding to the first respectively the second washing apparatus (100, 200) is turned off, and wherein the third user interface is configured to receive a third control command for switching the first and second user interfaces (401, 402) from the sleep mode to the activation mode. a housing; a first washing apparatus disposed in the housing; a second washing apparatus disposed in the housing and disposed above the first washing apparatus; a control panel disposed at the front of the housing; a first user interface provided in a lower area of the control panel, configured to receive a first control command for controlling the first washing apparatus; a second user interface provided in the upper area of the control panel, configured to receive a second control command for controlling the second washing apparatus; and characterized in that a third user interface is provided on the control panel, wherein the first and second user interfaces (401, 402) are configured to be operated in an activation mode in which the first and second washing apparatuses (100, 200) are controlled according to the first and second control commands, respectively and in a sleep mode in which the first and second washing apparatuses are not controlled according to the first and second control commands, respectively, and in which the first respectively the second user interface (401, 402) corresponding to the first respectively the second washing apparatus (100, 200) is turned off, and wherein the third user interface is configured to receive a third control command for switching the first and second user interfaces (401, 402) from the sleep mode to the activation mode.
A non-contact voltage measuring apparatus that measures a measurement object voltage applied to a conductive wire (w), the non-contact voltage measuring apparatus comprising: a detection probe configured to measure the measurement object voltage, while being wound around the conductive wire (w), based on an induced voltage generated on the detection probe when the detection probe is brought in close proximity to but not in contact with the conductive wire (w) so as to create a coupling capacitance (C L)between the detection probe and the conductive wire (w), characterised in that the detection probe is configured to elastically deform between a first state in which the detection probe is inhibited from winding and extends in a longitudinal direction of the detection probe against a tension acting in the detection probe and a second state in which the detection probe winds in a direction in which the tension acts, wherein the detection probe is configured to elastically deform between the first state and the second state when an external force is applied to the detection probe while it is in the first state, and the direction in which the tension acts is oblique to the longitudinal direction of the detection probe such that in the second state the detection probe winds in a spiral manner. a detection probe configured to measure the measurement object voltage, while being wound around the conductive wire (w), based on an induced voltage generated on the detection probe when the detection probe is brought in close proximity to but not in contact with the conductive wire (w) so as to create a coupling capacitance (C L)between the detection probe and the conductive wire (w), characterised in that the detection probe is configured to elastically deform between a first state in which the detection probe is inhibited from winding and extends in a longitudinal direction of the detection probe against a tension acting in the detection probe and a second state in which the detection probe winds in a direction in which the tension acts, wherein the detection probe is configured to elastically deform between the first state and the second state when an external force is applied to the detection probe while it is in the first state, and the direction in which the tension acts is oblique to the longitudinal direction of the detection probe such that in the second state the detection probe winds in a spiral manner.
A process for the preparation of a compound of formula wherein the dotted lines indicate that the compound is in the form of a mixture of the corresponding β-γ or α-β unsaturated derivatives, the molar ratio β-γ/α-β being at least 3; Y represent, independently of each other, a OR 4 or R 4 group, R 4 representing a C 1 -C 6 alkyl group or phenyl or benzyl group optionally comprising 1 to 3 oxygen or nitrogen atoms; R 1 represents a C 2 -C 12 hydrocarbon atom, optionally comprising 1 to 3 functional oxygen or nitrogen atoms; R 2 represents a C 1 -C 3 alkyl group; optionally said R 1 and R 2, taken together may form a C 4 -C 11 hydrocarbon group optionally comprising 1 to 3 oxygen or nitrogen atoms; said method comprising the step of reacting, at a temperature comprised between 100°C and 230°C, a compound of formula wherein Y, R 1, R 2 and R 4 are defined as in formula; with at least one compound from the group i) and at least one compound from the group ii), said groups consisting respectively of: i) the salts of formula MX 2, M"X 3 or M'X, wherein M is an alkali-earth cation and M' an alkali cation or C 0 -C 12 ammonium cation and M" is a lanthanide cation, and X is a halide or an anion of an acid HX having a pK a comprised between 0 and 6; ii) the carboxylic acids of formula R 5 COOH, wherein R 5 represents a C 1 -C 18 hydrocarbon group optionally comprising one or two oxygen atoms; and optionally in the presence of a polar aprotic solvent having a boiling point of above 100°C. Y represent, independently of each other, a OR 4 or R 4 group, R 4 representing a C 1 -C 6 alkyl group or phenyl or benzyl group optionally comprising 1 to 3 oxygen or nitrogen atoms; R 1 represents a C 2 -C 12 hydrocarbon atom, optionally comprising 1 to 3 functional oxygen or nitrogen atoms; R 2 represents a C 1 -C 3 alkyl group; optionally said R 1 and R 2, taken together may form a C 4 -C 11 hydrocarbon group optionally comprising 1 to 3 oxygen or nitrogen atoms; i) the salts of formula MX 2, M"X 3 or M'X, wherein M is an alkali-earth cation and M' an alkali cation or C 0 -C 12 ammonium cation and M" is a lanthanide cation, and X is a halide or an anion of an acid HX having a pK a comprised between 0 and 6; ii) the carboxylic acids of formula R 5 COOH, wherein R 5 represents a C 1 -C 18 hydrocarbon group optionally comprising one or two oxygen atoms;
A support for a hollow-core slab comprising a horizontal support plate for supporting an end of the hollow-core slab, a back plate extending upwards from the horizontal support plate, end plates arranged to the ends of the support for a hollow-core slab, and a front plate extending upwards from the support plate, which front plate is arranged at a distance from the back plate, and a top plate, which front plate, top plate, back plate and support plate form a box-type space, into which one or more supporting bars (11a, 11b, 11c) are arranged, characterized in that the support for a hollow-core slab comprises brackets protruding from the ends of the support for a hollow-core slab for supporting the support for a hollow-core slab on adjacent hollow-core slabs.
A base station apparatus comprising: an arrangement section configured to arrange a Channel State Information-Reference Signal, CSI-RS, in a resource reserved for broadcasting when a mobile terminal apparatus is notified of position information of the CSI-RS by broadcasting or in a resource associated with an area identifier of a serving area when the mobile terminal apparatus obtains the position information of the CSI-RS based on the area identifier; an identification information generating section configured to generate identification information for identifying whether the CSI-RS is arranged in the resource reserved for broadcasting or in the resource associated with the area identifier; and a transmission section configured to transmit the identification information to the mobile terminal apparatus. an arrangement section configured to arrange a Channel State Information-Reference Signal, CSI-RS, in a resource reserved for broadcasting when a mobile terminal apparatus is notified of position information of the CSI-RS by broadcasting or in a resource associated with an area identifier of a serving area when the mobile terminal apparatus obtains the position information of the CSI-RS based on the area identifier; an identification information generating section configured to generate identification information for identifying whether the CSI-RS is arranged in the resource reserved for broadcasting or in the resource associated with the area identifier; and a transmission section configured to transmit the identification information to the mobile terminal apparatus.
A laser pointer system comprising: - a laser pointer element comprising a detection element, a laser controller and a laser; - a camera system comprising a transmission element and at least one camera (5, 6); - a camera control unit controlling the camera system; wherein the camera control unit can control the transmission element of the camera system to emit a defined pattern of control pulses; and wherein the laser controller can receive a detection signal from the detection element including the defined pattern of control pulses and can control the laser to emit a pattern of pointer beams being dependent on the detection signal and on a pre-defined emission pattern, so as to synchronize the pattern of pointer beams to the defined pattern of control pulses emitted by the transmission element of the camera system. - a laser pointer element comprising a detection element, a laser controller and a laser; - a camera system comprising a transmission element and at least one camera (5, 6); - a camera control unit controlling the camera system; wherein the camera control unit can control the transmission element of the camera system to emit a defined pattern of control pulses; and wherein the laser controller can receive a detection signal from the detection element including the defined pattern of control pulses and can control the laser to emit a pattern of pointer beams being dependent on the detection signal and on a pre-defined emission pattern, so as to synchronize the pattern of pointer beams to the defined pattern of control pulses emitted by the transmission element of the camera system.
A piston for an internal combustion engine, comprising: a body with a cylindrical outer surface with an annular uppermost ring groove and a lowermost ring groove extending into said outer surface, said outer surface extending between said uppermost ring groove and said lowermost ring groove being free of ring grooves, and a top land extending from said uppermost ring groove to an upper combustion surface, said body having a pair of pin bosses with pin bores aligned with one another along a pin bore axis; a first piston ring disposed in said uppermost ring groove; a second piston ring disposed in said lower ring groove; and said body having an annular sealed cooling gallery with a cooling medium disposed and contained therein, said sealed cooling gallery being configured in radial alignment between said first and second piston rings to enhance the transfer of heat from the upper combustion surface and a ring belt region to a cylinder liner and an engine block wherein said uppermost ring groove has a lowermost surface and said lowermost ring groove has an uppermost surface, said sealed cooling gallery has an uppermost surface and a lowermost surface, said uppermost surface of said sealed cooling gallery being substantially radially aligned with said lowermost surface of said uppermost ring groove and said lowermost surface of said sealed cooling gallery being substantially radially aligned with said uppermost surface of said lowermost ring groove. a body with a cylindrical outer surface with an annular uppermost ring groove and a lowermost ring groove extending into said outer surface, said outer surface extending between said uppermost ring groove and said lowermost ring groove being free of ring grooves, and a top land extending from said uppermost ring groove to an upper combustion surface, said body having a pair of pin bosses with pin bores aligned with one another along a pin bore axis; a first piston ring disposed in said uppermost ring groove; a second piston ring disposed in said lower ring groove; and said body having an annular sealed cooling gallery with a cooling medium disposed and contained therein, said sealed cooling gallery being configured in radial alignment between said first and second piston rings to enhance the transfer of heat from the upper combustion surface and a ring belt region to a cylinder liner and an engine block wherein said uppermost ring groove has a lowermost surface and said lowermost ring groove has an uppermost surface, said sealed cooling gallery has an uppermost surface and a lowermost surface, said uppermost surface of said sealed cooling gallery being substantially radially aligned with said lowermost surface of said uppermost ring groove and said lowermost surface of said sealed cooling gallery being substantially radially aligned with said uppermost surface of said lowermost ring groove.
Device for cutting a porous, essentially flexurally rigid board, in particular a laminate floor board, with a frame, a support for the board which is formed by the frame, a plunge slit that is assigned to the support, and a cutting blade that is affixed to the frame such that it can be pivoted around a pivot axis formed by a pivot bearing (5, 9), such that when the cutting blade is swung from an open position into a closed position, its cutting edge plunges into the plunge slit, wherein whilst the cutting blade is closed, a cutting point which lies in the pivot plane between the support and the cutting edge migrates from that side of the support which is proximal to the pivot bearing (5, 9) to that side of the support which is distal to the pivot bearing (5, 9), characterised in that the cutting blade has a zone of a reduced cross-section, which extends between the breast and the back (6") of the cutting blade, and which in the open position of the cutting blade runs in the area of the support and in particular parallel to it.