mhurhangee/ep-ind-claims huggingface dataset:
Method for displaying a vehicle-specific parameter for a vehicle, wherein the parameter is the vehicle velocity (V F), in which method a plurality of graphical elements are displayed at a distance from one another in a region (35.1) on a display surface, and a value of the vehicle velocity (V F) is detected, wherein the graphical elements are moved in one direction on the display surface, depending on the value of the vehicle velocity (V F), in such a way that a graphical element disappears from the region (35.1) when it has reached a first boundary of the region (35.1), and a new graphical element is displayed at a second boundary of the region (35.1) opposite the first boundary, characterized in that the distance (d) between two respective adjacent graphical elements increases in the movement direction up to the first boundary. a plurality of graphical elements are displayed at a distance from one another in a region (35.1) on a display surface, and a value of the vehicle velocity (V F) is detected, wherein the graphical elements are moved in one direction on the display surface, depending on the value of the vehicle velocity (V F), in such a way that a graphical element disappears from the region (35.1) when it has reached a first boundary of the region (35.1), and a new graphical element is displayed at a second boundary of the region (35.1) opposite the first boundary, characterized in that the distance (d) between two respective adjacent graphical elements increases in the movement direction up to the first boundary.
Composition, comprising (a) An oxygen carrier, wherein the oxygen carrier is a naturally occurring hemoglobin or myoglobin of human or animal origin, or is artificially treated, crosslinked or modified hemoglobin or myoglobin of human or animal origin, and (b) at least one further ingredient, selected from electrolyte(s) preservative(s), stabilizer(s), anti-flocculant(s), anticoagulant(s), pH buffering agent(s), solvent(s), antioxidant(s), film-forming agent(s), ointment ingredients, oils, greases or fats, or crosslinking agent(s) for use in a method for the treatment of an unpleasant feeling on a surface of a living body due to a disorder or disease, wherein the unpleasant feeling to be treated is pain, itching, stinging, burning, numbness or swelling, and wherein the unpleasant feeling occurs at body sites or body areas showing blebs, blisters, pimples, rash, red patches, or wheals, wherein at least 40% of said oxygen carrier is provided in a form wherein the oxygen-binding site is charged with a non-O 2 ligand. (a) An oxygen carrier, wherein the oxygen carrier is a naturally occurring hemoglobin or myoglobin of human or animal origin, or is artificially treated, crosslinked or modified hemoglobin or myoglobin of human or animal origin, and (b) at least one further ingredient, selected from electrolyte(s) preservative(s), stabilizer(s), anti-flocculant(s), anticoagulant(s), pH buffering agent(s), solvent(s), antioxidant(s), film-forming agent(s), ointment ingredients, oils, greases or fats, or crosslinking agent(s) for use in a method for the treatment of an unpleasant feeling on a surface of a living body due to a disorder or disease, wherein the unpleasant feeling to be treated is pain, itching, stinging, burning, numbness or swelling, and wherein the unpleasant feeling occurs at body sites or body areas showing blebs, blisters, pimples, rash, red patches, or wheals, wherein at least 40% of said oxygen carrier is provided in a form wherein the oxygen-binding site is charged with a non-O 2 ligand.
A method implemented in a first node for charging a mobile device in communication with the first node in a communications network, for a download of packets to the mobile device, said packets sent from a second node to the first node, and from the first node to the mobile device, wherein the second node performs the charging for the download, the method comprising: determining a number of data packets lost between the first node and the mobile device within a predetermined period; determining a packet loss rate using the number of data packets determined to be lost; determining whether a first predetermined condition is met based on an evaluation of the determined packet loss rate; transmitting, by the first node after determination that the first predetermined condition is met, a notification to the second node causing the second node to stop charging the mobile device for packets sent to the mobile device, received at the first node from the second node; and transmitting a resume notification message to the second node after determination that a second predetermined condition is met, wherein the resume notification message causes the second node to resume charging the mobile device for packets sent to the mobile device, received at the first node from the second node. determining a number of data packets lost between the first node and the mobile device within a predetermined period; determining a packet loss rate using the number of data packets determined to be lost; determining whether a first predetermined condition is met based on an evaluation of the determined packet loss rate; transmitting, by the first node after determination that the first predetermined condition is met, a notification to the second node causing the second node to stop charging the mobile device for packets sent to the mobile device, received at the first node from the second node; and transmitting a resume notification message to the second node after determination that a second predetermined condition is met, wherein the resume notification message causes the second node to resume charging the mobile device for packets sent to the mobile device, received at the first node from the second node.
A method of manufacturing a packaged mineral fibre insulating material selected from the group consisting of: (i) material having a) a Recovered Thickness of at least 95%; and b) an Ordinary Parting Strength of at least 95 g/g; and c) a Weathered Parting Strength of at least 75 g/g; and (ii) material having a) an Ordinary Compression Strength of at least 60 kPa; and b) a Weathered Compression Strength of at least 25 kPa; comprising the steps of i) applying an organic, formaldehyde free binder in aqueous solution to the mineral fibres at a pH of greater than 5, wherein the binder is based on a reducing sugar and includes at least one Maillard reaction product; ii) curing the product so that it contains a quantity of less than 15% by weight of binder; and iii) packaging the insulating material. (i) material having a) a Recovered Thickness of at least 95%; and b) an Ordinary Parting Strength of at least 95 g/g; and c) a Weathered Parting Strength of at least 75 g/g; and a) a Recovered Thickness of at least 95%; and b) an Ordinary Parting Strength of at least 95 g/g; and c) a Weathered Parting Strength of at least 75 g/g; and (ii) material having a) an Ordinary Compression Strength of at least 60 kPa; and b) a Weathered Compression Strength of at least 25 kPa; a) an Ordinary Compression Strength of at least 60 kPa; and b) a Weathered Compression Strength of at least 25 kPa; i) applying an organic, formaldehyde free binder in aqueous solution to the mineral fibres at a pH of greater than 5, wherein the binder is based on a reducing sugar and includes at least one Maillard reaction product; ii) curing the product so that it contains a quantity of less than 15% by weight of binder; and iii) packaging the insulating material.
Use of short-path evaporation for reducing from refined, bleached, deodorized palm oil the content of propanol components selected from epoxypropanol fatty acid esters, wherein the short path evaporation is performed at a pressure below 1 mbar, preferably below 0.05 mbar, more preferably below 0.01 mbar, most preferably below 0.001 mbar, and at a temperature of from 150°C to 210°C.
An acoustic energy-transfer system comprising: a plurality of acoustic chests stacked longitudinally to form a substantially cylindrically or polygonal shaped dryer and a container, wherein each of the acoustic chests is an annular ring to which an air inlet is connected and defines one or more acoustic slots, and wherein ultrasonic transducers define said acoustic slots, wherein the acoustic slots are extending around the full circumference of the dryer or the acoustic slots extend a distance less the full circumference of the dryer, and wherein the container has the shape of a tunnel, where the tunnel extends along a central axis and the container has an inner chamber defined by a container wall, and wherein the system is configured in such a way that material is transported from a material inlet of the container to a material outlet distal the material inlet in a transport direction, and wherein at least one acoustic chest of the plurality of acoustic chests is capable of producing acoustically energized air for drying of the material, wherein the material is enclosed within the inner chamber of the acoustic chest, and wherein the one or more acoustic slots are defined in planes oblique or are angled at 90 degrees with respect to the central axis of the acoustic chest in the cylindrically or polygonal shaped inner chamber of the acoustic chest. a plurality of acoustic chests stacked longitudinally to form a substantially cylindrically or polygonal shaped dryer and a container, wherein each of the acoustic chests is an annular ring to which an air inlet is connected and defines one or more acoustic slots, and wherein ultrasonic transducers define said acoustic slots, wherein the acoustic slots are extending around the full circumference of the dryer or the acoustic slots extend a distance less the full circumference of the dryer, and wherein the container has the shape of a tunnel, where the tunnel extends along a central axis and the container has an inner chamber defined by a container wall, and wherein the system is configured in such a way that material is transported from a material inlet of the container to a material outlet distal the material inlet in a transport direction, and wherein at least one acoustic chest of the plurality of acoustic chests is capable of producing acoustically energized air for drying of the material, wherein the material is enclosed within the inner chamber of the acoustic chest, and wherein the one or more acoustic slots are defined in planes oblique or are angled at 90 degrees with respect to the central axis of the acoustic chest in the cylindrically or polygonal shaped inner chamber of the acoustic chest.
Method for determining the hysteresis and offset of a steering column torque determination of an electromechanical power-assisted steering system of a motor vehicle, comprising the following step: • Measuring or estimating a torque introduced into a steering wheel by means of a steering column torque sensor unit, characterized in that the method comprises the following further steps: • Entering torque values measured or estimated under certain conditions in a histogram, • Analysis and statistical evaluation of the histogram and determination of the hysteresis and offset in the form of a hysteresis value (s,d) and an offset value (E,M3). • Measuring or estimating a torque introduced into a steering wheel by means of a steering column torque sensor unit, characterized in that the method comprises the following further steps: • Entering torque values measured or estimated under certain conditions in a histogram, • Analysis and statistical evaluation of the histogram and determination of the hysteresis and offset in the form of a hysteresis value (s,d) and an offset value (E,M3). • Entering torque values measured or estimated under certain conditions in a histogram, • Analysis and statistical evaluation of the histogram and determination of the hysteresis and offset in the form of a hysteresis value (s,d) and an offset value (E,M3).
A wireless test system, comprising: a load board having an upper surface and a lower surface, wherein the load board comprises a testing antenna disposed on the load board; a socket for receiving a device under test, in the following also referred to as DUT, said DUT having an antenna structure therein, said socket being disposed on the upper surface of the load board, wherein the antenna structure is corresponding to the testing antenna; a handler for picking up and delivering the DUT to the socket, wherein the handler comprises a clamp for holding and pressing the DUT, wherein the clamp functions as a ground reflector that reflects and reverses radiation pattern of the DUT from an upward direction to a downward direction toward the testing antenna, wherein the load board comprises a first connection pad and a second connection pad on the upper surface of the load board; and the wireless test system further comprises a plurality of second pogo pins provided in a vertical wall portion of the socket, wherein a lower end of each of the plurality of second pogo pins is electrically connected to the second connection pad on the load board characterized in that the clamp is grounded during testing and an upper end of each of the plurality of second pogo pins is electrically connected to the clamp; and the second connection pad is a ground pad and the clamp is grounded through the second connection pad and the plurality of second pogo pins. a load board having an upper surface and a lower surface, wherein the load board comprises a testing antenna disposed on the load board; a socket for receiving a device under test, in the following also referred to as DUT, said DUT having an antenna structure therein, said socket being disposed on the upper surface of the load board, wherein the antenna structure is corresponding to the testing antenna; a handler for picking up and delivering the DUT to the socket, wherein the handler comprises a clamp for holding and pressing the DUT, wherein the clamp functions as a ground reflector that reflects and reverses radiation pattern of the DUT from an upward direction to a downward direction toward the testing antenna, wherein the load board comprises a first connection pad and a second connection pad on the upper surface of the load board; and the wireless test system further comprises a plurality of second pogo pins provided in a vertical wall portion of the socket, wherein a lower end of each of the plurality of second pogo pins is electrically connected to the second connection pad on the load board characterized in that the clamp is grounded during testing and an upper end of each of the plurality of second pogo pins is electrically connected to the clamp; and the second connection pad is a ground pad and the clamp is grounded through the second connection pad and the plurality of second pogo pins.
Ozone generator with a high-voltage electrode and at least one counter electrode, which define an interstice, in which at least one dielectric is arranged and though which a gas flows in the flow direction, wherein the high-voltage electrode and the at least one counter electrode are provided with a connection for an electrical voltage supply in order to produce silent discharges which are discharged from surface locations, and wherein the mean spacing between the high-voltage electrode and the at least one counter-electrode and the mean sparking distance are constant, characterized in that the number of surface locations from which the silent discharges are discharged decreases in the flow direction.
A tamper-evident closure for a container, the tamper-evident closure including an outer shell and being movable from an unactivated, first position to an activated, second position in an opening event, the outer shell being separable into three shell parts (35, 45, 50) in the opening event so as to form first and second gaps (G1, G2) between the three shell parts (35, 45, 50), the tamper-evident closure comprising an internal ratchet arrangement for preventing closing of the first gap, characterised in that: the tamper-evident closure further comprises an additional internal ratchet arrangement for preventing closing of the second gap whereby to confirm the opening event has occurred.
A glue application device for producing a battery, comprising: a frame; a glue application mechanism, installed on the frame; a module height measuring mechanism, used for measuring height differences between a plurality of cells in a battery module; a glue amount control mechanism, communicated with both the module height measuring mechanism and the glue application mechanism, and arranged to control the amount of glue applied by the glue application mechanism to the plurality of cells respectively according to the height differences; and wherein the module height measuring mechanism comprises an enclosure support platform and a height measuring unit; the enclosure support platform is used for supporting an enclosure of the battery module; the height measuring unit is arranged corresponding to the enclosure support platform, and the height measuring unit is arranged to measure distances between bottom surfaces of the plurality of cells and the enclosure support platform; characterized in that the module height measuring mechanism further comprises a digital-to-analog conversion unit; the height measuring unit is an elastic height measuring probe, and a plurality of elastic height measuring probes are provided; a plurality of the elastic height measuring probes are connected to the digital-to-analog conversion unit and the digital-to-analog conversion unit is communicated with the glue amount control mechanism. a frame; a glue application mechanism, installed on the frame; a module height measuring mechanism, used for measuring height differences between a plurality of cells in a battery module; a glue amount control mechanism, communicated with both the module height measuring mechanism and the glue application mechanism, and arranged to control the amount of glue applied by the glue application mechanism to the plurality of cells respectively according to the height differences; and wherein the module height measuring mechanism comprises an enclosure support platform and a height measuring unit; the enclosure support platform is used for supporting an enclosure of the battery module; the height measuring unit is arranged corresponding to the enclosure support platform, and the height measuring unit is arranged to measure distances between bottom surfaces of the plurality of cells and the enclosure support platform; characterized in that the module height measuring mechanism further comprises a digital-to-analog conversion unit; the height measuring unit is an elastic height measuring probe, and a plurality of elastic height measuring probes are provided; a plurality of the elastic height measuring probes are connected to the digital-to-analog conversion unit and the digital-to-analog conversion unit is communicated with the glue amount control mechanism.
A system for testing and/or calibrating an antenna array comprising several antennas, the system comprising: a device under test comprising the antenna array and at least one active radio frequency device (6a, 6b, 6c, 6d) for transmitting a test signal (20, 30) on each of at least two signal paths, and a measurement device comprising at least one probe for receiving the test signal (20, 30) on each of the at least two signal paths, wherein with respect to the test signal (20, 30), at least one of amplitude, frequency, and phase changes over time, and wherein each antenna corresponds to a respective signal path, characterized in that the system further comprises a switch matrix for changing the position of the at least one probe from one of the at least two signal paths to another one of the at least two signal paths, wherein via a connection between the switch matrix and the measurement device, a trigger condition provided for the switch matrix is also provided for the measurement device, wherein each antenna is connected to the switch matrix, and wherein the test signal (20, 30) is fed into each of the at least one active radio frequency device (6a, 6b, 6c, 6d) by the switch matrix itself. a device under test comprising the antenna array and at least one active radio frequency device (6a, 6b, 6c, 6d) for transmitting a test signal (20, 30) on each of at least two signal paths, and a measurement device comprising at least one probe for receiving the test signal (20, 30) on each of the at least two signal paths, wherein with respect to the test signal (20, 30), at least one of amplitude, frequency, and phase changes over time, and
An installation tool for assembling a rotor shaft unit for a wind turbine comprising: - a support frame comprising at least a first element and a second element which are configured to receive and hold a main rotor shaft of a wind turbine, wherein the rotor shaft has a generator end and a rotor end, - wherein the first element is positioned towards the generator end of the rotor shaft when the rotor shaft is placed in the installation tool, and a first contact surface is arranged on the first element for contacting at least a part of a first outer surface on the rotor shaft, characterised in that - the support frame comprises means for rotating the rotor shaft around at least one rotation point located on the second element from a first position to a second position in which the centre axis of the rotor shaft extends in a perpendicular direction relative to the longitudinal direction of the support frame. - a support frame comprising at least a first element and a second element which are configured to receive and hold a main rotor shaft of a wind turbine, wherein the rotor shaft has a generator end and a rotor end, - wherein the first element is positioned towards the generator end of the rotor shaft when the rotor shaft is placed in the installation tool, and a first contact surface is arranged on the first element for contacting at least a part of a first outer surface on the rotor shaft, - the support frame comprises means for rotating the rotor shaft around at least one rotation point located on the second element from a first position to a second position in which the centre axis of the rotor shaft extends in a perpendicular direction relative to the longitudinal direction of the support frame.