mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: a sensor input capable of receiving at least one signal from a sensor, the signal being based on a plurality of sensed physiological characteristic values of a user of the device, wherein the plurality of sensed physiological characteristic values include: blood glucose concentrations in the user; and the rate of change of blood glucose concentrations in the user over a predetermined time period; a processor coupled to the sensor input for operating a plurality of alarms based on the received signal from the sensor; wherein the processor is capable of activating each of the plurality of alarms according to a different sensed physiological characteristic value of the plurality of sensed physiological characteristic values; and characterized in an alarm snooze function which: allows the user to ignore a first alarm for a predetermined period, wherein the first alarm is activated by a first physiological characteristic value; and does not allow the user to ignore a second alarm activated by a second physiological characteristic value. a sensor input capable of receiving at least one signal from a sensor, the signal being based on a plurality of sensed physiological characteristic values of a user of the device, wherein the plurality of sensed physiological characteristic values include: blood glucose concentrations in the user; and the rate of change of blood glucose concentrations in the user over a predetermined time period; blood glucose concentrations in the user; and the rate of change of blood glucose concentrations in the user over a predetermined time period; a processor coupled to the sensor input for operating a plurality of alarms based on the received signal from the sensor; wherein the processor is capable of activating each of the plurality of alarms according to a different sensed physiological characteristic value of the plurality of sensed physiological characteristic values; and characterized in an alarm snooze function which: allows the user to ignore a first alarm for a predetermined period, allows the user to ignore a first alarm for a predetermined period, wherein the first alarm is activated by a first physiological characteristic value; and does not allow the user to ignore a second alarm activated by a second physiological characteristic value.
A method of manufacturing a heat-generating panel having an electrically-conductive thin layer provided on at least one surface of a translucent plate and the electrically-conductive thin layer is caused to generate heat by supplying electric power to the same, characterized by: fixing a metal strip onto the electrically-conductive thin layer formed on the plate along each of opposing sides of the plate; applying an electrically-conductive paste over each of the metal strips to cover the same; contacting a heat-generating portion of a heating device at edges forming the two sides of the plate where the metal strip is fixed in a state in which a temperature of the heat-generating portion is above a predetermined temperature, the heat-generating portion being longer than at least a full length of the metal strip, heat-generating and curing the electrically-conductive paste to form electrodes having the metal strip and the electrically-conductive paste; and connecting a conductor wire electrically to each of the electrodes. fixing a metal strip onto the electrically-conductive thin layer formed on the plate along each of opposing sides of the plate; applying an electrically-conductive paste over each of the metal strips to cover the same; contacting a heat-generating portion of a heating device at edges forming the two sides of the plate where the metal strip is fixed in a state in which a temperature of the heat-generating portion is above a predetermined temperature, the heat-generating portion being longer than at least a full length of the metal strip, heat-generating and curing the electrically-conductive paste to form electrodes having the metal strip and the electrically-conductive paste; and connecting a conductor wire electrically to each of the electrodes.
High-voltage or medium-voltage switching system comprising at least one switching unit, which has a rotary switch and a drive unit for rotating the rotary switch, the drive unit comprising a drive motor, the drive unit comprising an actuation unit for actuating the drive motor, which is formed in such a way that when the drive motor is operated the rotary switch adopts a plurality of predetermined switching positions, the actuation unit comprising a switching member for switching the drive motor on and off and a rotatable body, as well as an activation element, which cooperates with the rotatable body, for activating the switching member, and the rotatable body being formed in such a way that in predetermined rotational positions of the rotatable body, which correspond to the predetermined switching positions of the rotary switch, the activation element is engaged with the rotatable body, in such a way that the activation element adopts a first position, in which the switching member adopts a first switching state, and outside the predetermined rotational positions of the rotatable body it is disengaged from the rotatable body, in such a way that the activation element adopts a second position, in which the switching member adopts a second switching state, characterised in that the actuation unit comprises a release unit for releasing the activation element of the switching member, the release unit being formed in such a way that the activation element can be brought from a position in which the activation element is engaged with the rotatable body into a position in which the activation element is disengaged from the rotatable body.
A single-screw extruder, comprising - a cylindrical rotor member having diameter and length and comprising a feeding zone, - the rotor member arranged in a barrel, - the cylindrical surface of the rotor member carrying cavity/cavities and/or projection(s) arranged in helically extending rows, - the helically extending row(s) of the rotor member having a pitch and depth (d) in the feeding zone of the rotor member, and the extruder further comprising - a drive system for the rotation of the rotor member in the barrel, characterized in that the relation of the depth (d) to the diameter of the rotor member, i.e. d:D, is not more than 1:20, and that the relation of the pitch of the rotor member to the diameter of the rotor member, i.e. P:D, is not more than 1:4. - a cylindrical rotor member having diameter and length and comprising a feeding zone, - the rotor member arranged in a barrel, - the cylindrical surface of the rotor member carrying cavity/cavities and/or projection(s) arranged in helically extending rows, - the helically extending row(s) of the rotor member having a pitch and depth (d) in the feeding zone of the rotor member, and the extruder further comprising - a drive system for the rotation of the rotor member in the barrel, the relation of the depth (d) to the diameter of the rotor member, i.e. d:D, is not more than 1:20, and that the relation of the pitch of the rotor member to the diameter of the rotor member, i.e. P:D, is not more than 1:4.
A transmission based on gear wheels with spiral toothed transitions including a casing with a rotating first shaft with toothed elements located on a truncated cone, a second rotating shaft installed parallel to the surface of the first shaft and at a distance from it, including a second shaft gear wheel engaged with the teeth of the first shaft and rotating together with the first shaft by means of engagement facilities, said second shaft gear wheel being movable along said second shaft by means of a linear actuating mechanism allowing to position the second shaft gear wheel at any point along the second shaft, wherein the first shaft has, at its beginning and end, stationary gear wheels (10, 13) whose diameters and numbers of teeth are proportionate to the diameter of the first shaft at their location points, said stationary gear wheels (10, 13) being connected by two or more, if discontinuous, contrawound spiral toothed transitions (11, 12), at whose intersection points intermediate gear wheels (14, 15) are located, wherein the transmission coefficient is changed by rolling the second shaft gear wheel over said spiral toothed transitions (11, 12) from one gear wheel to another (10, 13, 14, 15) without changing the rotation direction of the first shaft, wherein a sensor-based automatic control system which is suitable for moving the actuating mechanism connected with the second shaft gear wheel for positioning the second shaft gear wheel so that its teeth are permanently engaged either with stationary gear wheels (10, 13, 14, 15) of the first shaft or with the teeth of the spiral toothed transitions (11, 12) when the transmission coefficient is changed, the sensor-based automatic control system monitoring the current linear position of the second shaft gear wheel along the second shaft, characterized in that the sensor-based control system constantly comparing the calculated linear position of the second shaft gear wheel and the current one in the process of gear shifting, and when a misalignment exceeding a preset permissible value is detected, an additional corrective signal is generated by the sensor-based automatic control system, allowing to compensate the detected misalignment.
A wireless resource allocation method, comprising: a rearranging step of rearranging an order of a plurality of sub frame configurations in order of an increase in the number of downlink sub frames or a decrease in the number of uplink sub frames in a cellular communication system in which the plurality of sub frame configurations that differ in an uplink allocation and a downlink allocation of sub frames in a radio frame are defined; and a configuration switching step of changing the sub frame configurations between neighboring cells (CELL1, CELL2) according to the order rearranged in the rearranging step when different sub frame configurations are used in the neighboring cells (CELL1, CELL2) in the cellular communication system. a rearranging step of rearranging an order of a plurality of sub frame configurations in order of an increase in the number of downlink sub frames or a decrease in the number of uplink sub frames in a cellular communication system in which the plurality of sub frame configurations that differ in an uplink allocation and a downlink allocation of sub frames in a radio frame are defined; and a configuration switching step of changing the sub frame configurations between neighboring cells (CELL1, CELL2) according to the order rearranged in the rearranging step when different sub frame configurations are used in the neighboring cells (CELL1, CELL2) in the cellular communication system.
A vehicle driveline, comprising: a primary drive system including at least one primary drive wheel (28, 30); an auxiliary drive system including at least one auxiliary drive wheel (46, 48); a system for idling the auxiliary drive system including at least one wheel disconnect device for selectively connecting and disconnecting the at least one auxiliary drive (46, 48) wheel from the auxiliary drive system and a power transfer unit for selectively engaging and disengaging the auxiliary drive system from the primary drive system, the vehicle driveline being characterised in that the power transfer unit includes a multi-plate clutch in series with a first dog clutch, the first dog clutch including an axially moveable collar having at least one dog clutch feature, wherein the power transfer unit includes a unit housing and a clutch housing, the unit housing and the clutch housing defining a cavity therebetween; and first and second axially moveable pins (70, 72) extending through the clutch housing, the first and second axially moveable pins (70, 72) having a first end engageable with the multi-plate clutch and the axially moveable collar, respectively, and a second end engageable with an annular member. a primary drive system including at least one primary drive wheel (28, 30); an auxiliary drive system including at least one auxiliary drive wheel (46, 48); a system for idling the auxiliary drive system including at least one wheel disconnect device for selectively connecting and disconnecting the at least one auxiliary drive (46, 48) wheel from the auxiliary drive system and a power transfer unit for selectively engaging and disengaging the auxiliary drive system from the primary drive system, the vehicle driveline being characterised in that the power transfer unit includes a multi-plate clutch in series with a first dog clutch, the first dog clutch including an axially moveable collar having at least one dog clutch feature, wherein the power transfer unit includes a unit housing and a clutch housing, the unit housing and the clutch housing defining a cavity therebetween; and first and second axially moveable pins (70, 72) extending through the clutch housing, the first and second axially moveable pins (70, 72) having a first end engageable with the multi-plate clutch and the axially moveable collar, respectively, and a second end engageable with an annular member.
A method of sorting nucleic acid molecules having a predetermined target nucleic acid sequence, the method comprising: (a) providing a population of nucleic acid molecules, wherein the population comprises error-free nucleic acid molecules having the predetermined target nucleic acid sequence and error-containing nucleic acid molecules having a sequence different than the predetermined target nucleic acid sequence, each nucleic acid molecule having a 5' end and a 3' end; (b) tagging, by ligation, of the population of nucleic acid molecules with a plurality of different non-target oligonucleotide tag sequences that are present in a greater number than the nucleic acid molecules to create tagged nucleic acid molecules, where the 5' end and the 3' end of each of the nucleic acid molecules is tagged with a unique pair of non-target oligonucleotide tag sequences, and wherein each oligonucleotide tag sequence comprises a unique oligonucleotide tag; (c) diluting the tagged nucleic acid molecules; (d) amplifying the tagged nucleic acid molecules; (e) subjecting the amplified nucleic acid molecules to a sequencing reaction from both ends to obtain a paired end read; (f) sorting the nucleic acid molecules having the predetermined target nucleic acid sequence according to the identity of their corresponding unique pair of oligonucleotide tags, and (g) optionally amplifying the error-free nucleic acid molecules having the predetermined sequence. (a) providing a population of nucleic acid molecules, wherein the population comprises error-free nucleic acid molecules having the predetermined target nucleic acid sequence and error-containing nucleic acid molecules having a sequence different than the predetermined target nucleic acid sequence, each nucleic acid molecule having a 5' end and a 3' end; (b) tagging, by ligation, of the population of nucleic acid molecules with a plurality of different non-target oligonucleotide tag sequences that are present in a greater number than the nucleic acid molecules to create tagged nucleic acid molecules, where the 5' end and the 3' end of each of the nucleic acid molecules is tagged with a unique pair of non-target oligonucleotide tag sequences, and wherein each oligonucleotide tag sequence comprises a unique oligonucleotide tag; (c) diluting the tagged nucleic acid molecules; (d) amplifying the tagged nucleic acid molecules; (e) subjecting the amplified nucleic acid molecules to a sequencing reaction from both ends to obtain a paired end read; (f) sorting the nucleic acid molecules having the predetermined target nucleic acid sequence according to the identity of their corresponding unique pair of oligonucleotide tags, and (g) optionally amplifying the error-free nucleic acid molecules having the predetermined sequence.
Use of a homologous series of simple, monoacid triacylglycerols composed by odd-chain fatty acids as retention index system in liquid chromatography.
An adjustable and rotary rudder bar for an aircraft comprising: - a rudder bar elongate member, - a rudder bar body, - two pedals (2, 3) connected to said rudder bar elongate member on either side of said rudder bar body, said two pedals (2, 3) being positioned at a same distance D from a plane of symmetry attached to said rudder bar body. - a sliding device whereby said rudder bar elongate member may slide relative to the rudder bar body, - a structure, capable of being fastened to a floor of said aircraft and having a first plane defined as being a plane of fastening of said structure on to said floor of said aircraft, substantially perpendicular to said plane of symmetry and capable of being substantially parallel to said floor, and - a shaft provided with a first axis being on said plane of symmetry, said shaft being secured to said rudder bar body which is rotatably movable relative to said structure about said first axis, characterised in that said sliding device is angled relative to said structure such that said rudder bar elongate member slides relative to said rudder bar body in a second plane forming an angle β with said first plane such that the vertical positions of said pedals (2, 3) relative to said first plane are capable of being modified when said pedals (2, 3) slide, said pedals (2, 3) being capable of moving away vertically from said first plane when said rudder bar elongate member slides towards the front of said rudder bar while moving away from a seat of a pilot of said aircraft. - a rudder bar elongate member, - a rudder bar body, - two pedals (2, 3) connected to said rudder bar elongate member on either side of said rudder bar body, said two pedals (2, 3) being positioned at a same distance D from a plane of symmetry attached to said rudder bar body. - a sliding device whereby said rudder bar elongate member may slide relative to the rudder bar body, - a structure, capable of being fastened to a floor of said aircraft and having a first plane defined as being a plane of fastening of said structure on to said floor of said aircraft, substantially perpendicular to said plane of symmetry and capable of being substantially parallel to said floor, and - a shaft provided with a first axis being on said plane of symmetry, said shaft being secured to said rudder bar body which is rotatably movable relative to said structure about said first axis, characterised in that said sliding device is angled relative to said structure such that said rudder bar elongate member slides relative to said rudder bar body in a second plane forming an angle β with said first plane such that the vertical positions of said pedals (2, 3) relative to said first plane are capable of being modified when said pedals (2, 3) slide, said pedals (2, 3) being capable of moving away vertically from said first plane when said rudder bar elongate member slides towards the front of said rudder bar while moving away from a seat of a pilot of said aircraft.
Sintered concrete having the following mean chemical composition, in mass percentages on the basis of the oxides and for a total of 100%: ZrO 2: 55% to 70% SiO 2: 25% to 40% P 2 O 5: 0.2% to 9.0% Al 2 O 3: 0.5% to 7.0% CaO: > 0.2% CaO + MgO + B 2 O 3 + Fe 2 O 3: 0.2% to 10.0% MgO + B 2 O 3 + Fe 2 O 3: ≤ 7.5% B 2 O 3 + MgO: ≤ 4.5% ZrO 2 + SiO 2 + P 2 O 5 + Al 2 O 3 + CaO + MgO + B 2 O 3 + Fe 2 O 3: ≥ 95.0% and containing more than 70% of zirconia, as a mass percentage on the basis of the mass of the crystalline phases, a sintered concrete being a product which results from the sintering of a hardened concrete consisting of an assembly of coarse grains between 150 μm and 25 mm in size bound together by a matrix. ZrO 2: 55% to 70% SiO 2: 25% to 40% P 2 O 5: 0.2% to 9.0% Al 2 O 3: 0.5% to 7.0% CaO: > 0.2% CaO + MgO + B 2 O 3 + Fe 2 O 3: 0.2% to 10.0% MgO + B 2 O 3 + Fe 2 O 3: ≤ 7.5% B 2 O 3 + MgO: ≤ 4.5% ZrO 2 + SiO 2 + P 2 O 5 + Al 2 O 3 + CaO + MgO + B 2 O 3 + Fe 2 O 3: ≥ 95.0% and containing more than 70% of zirconia, as a mass percentage on the basis of the mass of the crystalline phases, a sintered concrete being a product which results from the sintering of a hardened concrete consisting of an assembly of coarse grains between 150 μm and 25 mm in size bound together by a matrix.
A power transmitter that wirelessly transmits power to a power receiver, the power transmitter comprising: a power converter that is configured to convert power fed from a power source into first direct current power; an inverter circuit that is configured to convert the first DC power output from the power converter into first alternating current power; a power transmission coil that is configured to generate a magnetic field based on the first AC power fed from the inverter circuit, and is magnetically coupled with a power reception coil included in the power receiver; a sensor that is configured to detect a current value and a voltage value of the first DC power; and a controller that is configured to control the power converter, characterised in that the controller is configured to control the power converter to raise a voltage of the first DC power up to a first voltage value lower than a power feeding time voltage value predetermined as a voltage value at a time of feeding power to the power receiver, and to determine whether power is not allowed to be fed to the power receiver based on the current value of the first DC power detected by the sensor when the voltage of the first DC power is the first voltage value. a power converter that is configured to convert power fed from a power source into first direct current power; an inverter circuit that is configured to convert the first DC power output from the power converter into first alternating current power; a power transmission coil that is configured to generate a magnetic field based on the first AC power fed from the inverter circuit, and is magnetically coupled with a power reception coil included in the power receiver; a sensor that is configured to detect a current value and a voltage value of the first DC power; and a controller that is configured to control the power converter, characterised in that the controller is configured to control the power converter to raise a voltage of the first DC power up to a first voltage value lower than a power feeding time voltage value predetermined as a voltage value at a time of feeding power to the power receiver, and to determine whether power is not allowed to be fed to the power receiver based on the current value of the first DC power detected by the sensor when the voltage of the first DC power is the first voltage value.