mhurhangee/ep-ind-claims huggingface dataset:
Method for evaluating the amplification efficiency and/or the presence of inhibitors and/or degradation in an amplification reaction comprising a reaction mixture comprising i. one or more internal control nucleic acid templates with a length of between 50 and 2000 nucleotides, ii. at least 3 primers or at least 2 pairs of primers, which allow the generation of a first internal control amplification product of between 20 and 800 nucleotides and at least one further internal control amplification product of between 70 and 2000 nucleotides, wherein the 3 primers or 2 pairs of primers are specific for the one or more internal control nucleic acid template and the first and second internal control amplification product are amplification products of the one or more internal control nucleic acid template, wherein the first internal control amplification product is smaller than the second internal control amplification product, iii. a sample nucleic acid to be analysed and primers specific for a target nucleic acid and reagents for said amplification, wherein the one or more internal control nucleic acid templates are artificial nucleic acid templates or consist of a sequence of an organism, which is different than the origin or suspected origin of the sample nucleic acid to be analyzed, and wherein an amplification reaction is performed with said reaction mixture and the ratio of the smaller internal control amplification product to the larger internal control amplification product is analysed, and wherein an equal ratio of the small and the larger internal control amplification products suggests a non-inhibited sample, an equal ratio of the small and the larger internal control amplification products together with a ratio in favour of small target products of the sample suggests a degraded sample, a shift of a ratio in favour of the small internal control amplification product suggests the presence of one or several inhibitors in the sample and if no target product is detected in the analysis of the amplification products, the presence of both the large and the small internal control amplification fragments suggests that the sample did not comprise amplifiable nucleic acids. i. one or more internal control nucleic acid templates with a length of between 50 and 2000 nucleotides, ii. at least 3 primers or at least 2 pairs of primers, which allow the generation of a first internal control amplification product of between 20 and 800 nucleotides and at least one further internal control amplification product of between 70 and 2000 nucleotides, wherein the 3 primers or 2 pairs of primers are specific for the one or more internal control nucleic acid template and the first and second internal control amplification product are amplification products of the one or more internal control nucleic acid template, wherein the first internal control amplification product is smaller than the second internal control amplification product, iii. a sample nucleic acid to be analysed and primers specific for a target nucleic acid and reagents for said amplification,
A filter sensor device, comprising: - a body, - an integrated circuit in the body, - a sensor region, - a filter region provided to filter electromagnetic radiation, the filter region being arranged above the sensor region, - a shielding component provided to inhibit propagation of electromagnetic radiation, and - an aperture of the shielding component, the aperture being arranged above the filter region, wherein - the filter region comprises a central filter region and a peripheral filter region, which are separate from one another, - the aperture is arranged above the central filter region, and - the central filter region and the peripheral filter region are provided for individual measurements in a central sensor region and a peripheral sensor region of the sensor region, characterized in that - the central filter region and the peripheral filter region are symmetrical with respect to rotations, - the body comprises a semiconductor material, and components of the integrated circuit and the sensor region are formed in the semiconductor material, - the central filter region has an infrared cut-off wavelength for normal incidence, - the peripheral filter region has a further infrared cut-off wavelength for normal incidence, the infrared cut-off wavelength and the further infrared cut-off wavelength being different from one another, and - the cut-off wavelength for normal incidence onto the central filter region is the same as the cut-off wavelength for inclined incidence at a selected angle of incidence onto the peripheral filter region, so that the filter response of the peripheral region is shifted to counteract the shift induced by the non zero angle of incidence. - a body, - an integrated circuit in the body, - a sensor region, - a filter region provided to filter electromagnetic radiation, the filter region being arranged above the sensor region, - a shielding component provided to inhibit propagation of electromagnetic radiation, and - an aperture of the shielding component, the aperture being arranged above the filter region, - the filter region comprises a central filter region and a peripheral filter region, which are separate from one another, - the aperture is arranged above the central filter region, and - the central filter region and the peripheral filter region are provided for individual measurements in a central sensor region and a peripheral sensor region of the sensor region, - the central filter region and the peripheral filter region are symmetrical with respect to rotations, - the body comprises a semiconductor material, and components of the integrated circuit and the sensor region are formed in the semiconductor material, - the central filter region has an infrared cut-off wavelength for normal incidence, - the peripheral filter region has a further infrared cut-off wavelength for normal incidence, the infrared cut-off wavelength and the further infrared cut-off wavelength being different from one another, and - the cut-off wavelength for normal incidence onto the central filter region is the same as the cut-off wavelength for inclined incidence at a selected angle of incidence onto the peripheral filter region,
A healing element in one piece, and comprising an upper part intended to be in contact with the gum and a lower part which comprises a fixing device at one of its ends for an implant, the upper part of the healing element comprising a side surface, intended to be integrated within a gum in order to shape the gum during the healing of the latter, of anatomical shape defined by a flat transverse section through a plane perpendicular to its side surface, and an end surface, whose shape or the projection of this end surface on a horizontal plane parallel to the gingival surface after positioning in the mouth reproduces said flat transverse section, a part of the side surface and of the end surface forming an emergent surface, which is intended to remain outside the gum, the emergent surface being asymmetrical with respect to at least one median plane, perpendicular to the emergent surface, the healing element being characterized in that it comprises a through-opening for the passage of a screw and in that it comprises the screw intended to fix the healing element into an implant, the screw comprising an indicator for indicating the height of the healing element.
Universal sub-module which has coupling elements for coupling of body components, and which has a plurality of wheel suspensions and which is prepared for being able to receive in each case one wheel on each wheel suspension, and which has at least one electrically driven actuator, and which has an energy accumulator which supplies the at least one actuator with energy and/or is configured for supplying energy to a drive motor that drives at least one of the wheels, characterized in that the actuator functions as an electromechanical damper and/or functions as an electromechanical spring element and/or is part of an active roll and/or pitch stabilizer, and in that the universal sub-module has an electronics unit which in an open-loop or closed-loop manner controls the actuator and which, by redundancy or multiple redundancies, and autonomously in terms of software and/or hardware, monitors the safe state of the sub-module.
Fuselage component for an aircraft, comprising: a flatly extending shell part made of a fibre composite material; and a stiffening structure connected to an inner surface of the shell part, comprising a plurality of moulded parts made of a fibre composite material; wherein the moulded parts each have a planar base portion extending along the inner surface of the shell part and a step-shaped profile edge extending circumferentially around the base portion; wherein the moulded parts are arranged in the form of a parquetry with overlapping profile edges, wherein the overlapping profile edges form stiffening profiles (21, 22) crossing each other at a crossing point. a flatly extending shell part made of a fibre composite material; and a stiffening structure connected to an inner surface of the shell part, comprising a plurality of moulded parts made of a fibre composite material; wherein the moulded parts each have a planar base portion extending along the inner surface of the shell part and a step-shaped profile edge extending circumferentially around the base portion; wherein the moulded parts are arranged in the form of a parquetry with overlapping profile edges, wherein the overlapping profile edges form stiffening profiles (21, 22) crossing each other at a crossing point.
Device for a radio communications system, the device comprising: - a processing unit; - a memory unit; and - a transceiver comprising a transmitter provided with a power amplifier; wherein said device is configurable to: - send a request to a base station of said communications system for permission of transmission of one or more data symbols, the one or more data symbols being amplified with the power amplifier in an overdrive regime; - receive a grant for such transmission; - amplify the one or more data symbols with the power amplifier of the transmitter in the overdrive regime; and - transmit the one or more data symbols to the base station. - a processing unit; - a memory unit; and - a transceiver comprising a transmitter provided with a power amplifier; - send a request to a base station of said communications system for permission of transmission of one or more data symbols, the one or more data symbols being amplified with the power amplifier in an overdrive regime; - receive a grant for such transmission; - amplify the one or more data symbols with the power amplifier of the transmitter in the overdrive regime; and - transmit the one or more data symbols to the base station.
An anti-freeze agent containing propane-1,3-diol, ethanol, and water, wherein the mass ratio of propane-1,3-diol: ethanol: water is 35-45: 12-16: 40-50.
An image forming apparatus, comprising: an image forming unit; a power supply configured to receive and convert an alternating current voltage into at least one direct current voltage, and output the same; a DC-DC converter configured to convert the at least one DC voltage into a driving voltage at a predetermined level; and a controller configured to be activated by the driving voltage, and configured control the power supply to turn on the image forming unit by supplying a first DC voltage to the image forming unit, and after the image forming unit has been turned on, configured to supply a second DC voltage at a higher level than a level of the first DC voltage to the image forming unit, characterised in that the controller is configured to control the power supply to supply the second DC voltage after the image forming unit has been turned on, and a potential difference between both ends of a capacitor connected in parallel with the image forming unit has become equal to a predetermined voltage level. an image forming unit; a power supply configured to receive and convert an alternating current voltage into at least one direct current voltage, and output the same; a DC-DC converter configured to convert the at least one DC voltage into a driving voltage at a predetermined level; and a controller configured to be activated by the driving voltage, and configured control the power supply to turn on the image forming unit by supplying a first DC voltage to the image forming unit, and after the image forming unit has been turned on, configured to supply a second DC voltage at a higher level than a level of the first DC voltage to the image forming unit,
Procedure for the in-situ calibration of an analog measuring transmission section during the determination and/or monitoring of a process variable of a medium, wherein analog electrical signals are transmitted from a control/evaluation unit to a control unit via the measuring transmission section, wherein the control/evaluation unit is assigned a sensor, which determines and/or monitors the process variable using at least one component which is sensitive to the process variable, wherein the sensor is operated either in a measuring mode or in a simulation mode, wherein, in the measuring mode, the control/evaluation unit converts the measured values of the at least one component which is sensitive to the process variable into an analog electrical signal that represents the process variable, wherein, in the simulation mode, the control/evaluation unit outputs at least one analog electrical signal, which is clearly identified as simulated, for a defined period of time, said signal being detected and measured by the control unit, and wherein, in the simulation mode, the measuring transmission section is calibrated by the control unit determining the deviation between the analog electrical signal predefined by the control/evaluation unit and the measured analog electrical signal.
Vehicle partition wall for commercial vehicles, of the type comprising at least one fixed plate and a sliding door slidable with respect to said fixed plate, predisposed to separate the cockpit of a vehicle from the loading compartment, said sliding door being provided, along the upper edge and along the bottom edge, with a plurality of sliding wheels (11, 12) that are slidable respectively on an upper guide and on a lower guide associated with the structure of said vehicle, said sliding wheels (11, 12) having a grooved profile that is predisposed to be coupled with a corresponding rail of said guides (13, 14) having a conjugate profile characterized in that at least one out of said upper guide and said lower guide has elastic features so as to compensate for the backlash existing in the coupling of said sliding wheels (11, 12) with said respective guides (13, 14).
A vehicle air conditioner for a vehicle cabin interior split into a plurality of air-conditioned zones that is capable of independent air conditioning control for individual air-conditioned zones, comprising: a solar radiation sensor that is provided near a boundary between a first air-conditioned zone and a second air-conditioned zone, which are adjacent to each other, and that measures an incident angle of sunlight; a judging unit that judges whether or not the incident angle of the sunlight detected by the solar radiation sensor falls within a predetermined range; a first controller that performs identical air conditioning control for the first air-conditioned zone and the second air-conditioned zone when the incident angle of the sunlight falls within the predetermined range; and a second controller that performs independent air conditioning control individually for the first air-conditioned zone and the second air-conditioned zone when the incident angle of the sunlight falls outside the predetermined range, characterised in that the second controller corrects a control value of an air-conditioned zone, selected from the first air-conditioned zone and the second air-conditioned zone, as a second reference zone on the basis of a difference between a standard solar radiation level of the second reference zone and a solar radiation level of an air-conditioned zone other than the selected air-conditioned zone, and computes a control value of the other air-conditioned zone. a solar radiation sensor that is provided near a boundary between a first air-conditioned zone and a second air-conditioned zone, which are adjacent to each other, and that measures an incident angle of sunlight; a judging unit that judges whether or not the incident angle of the sunlight detected by the solar radiation sensor falls within a predetermined range; a first controller that performs identical air conditioning control for the first air-conditioned zone and the second air-conditioned zone when the incident angle of the sunlight falls within the predetermined range; and a second controller that performs independent air conditioning control individually for the first air-conditioned zone and the second air-conditioned zone when the incident angle of the sunlight falls outside the predetermined range, characterised in that the second controller corrects a control value of an air-conditioned zone, selected from the first air-conditioned zone and the second air-conditioned zone, as a second reference zone on the basis of a difference between a standard solar radiation level of the second reference zone and a solar radiation level of an air-conditioned zone other than the selected air-conditioned zone, and computes a control value of the other air-conditioned zone.
DALI device, comprising a DALI power supply, wherein the DALI device is adapted to be connected to a DALI bus, connected to a plurality of further DALI devices, wherein the DALI power supply is adapted to - provide a DALI bus idle current to the DALI bus, during DALI bus idle times, and - provide a communication current, the level of which is dependent upon a communication current input signal to the DALI bus, during DALI communication times, characterized in that the DALI power supply comprises a communication current signal input, adapted to receive a user input of the communication current input signal. - provide a DALI bus idle current to the DALI bus, during DALI bus idle times, and - provide a communication current, the level of which is dependent upon a communication current input signal to the DALI bus, during DALI communication times,
Ground-cleaning machine, comprising - a chassis (12; 152), - at least one tool device having at least one tool holder and having a ground treatment tool seated on the at least one tool holder, and - a mounting device which mounts the at least one tool holder on the chassis (12; 152), wherein the mounting device comprises a polygonal linkage having a first transverse strut, which is fixed relative to the chassis (12; 152), having a second transverse strut, relative to which the at least one tool holder is fixed, having a first longitudinal strut, which is articulated to the first transverse strut via a first pivot joint in such a way as to be pivotable about a first pivot axle and which is articulated to the second transverse strut via a second pivot joint in such a way as to be pivotable about a second pivot axle, and having a second longitudinal strut, which is articulated to the first transverse strut via a third pivot joint in such a way as to be pivotable about a third pivot axle and which is articulated to the second transverse strut via a fourth pivot joint in such a way as to be pivotable about a fourth pivot axle, wherein a spring device is integrated in at least one strut of the polygonal linkage, by means of which spring device a length of the corresponding strut between pivot axes (86, 90) for the at least one strut is variable as a function of a force acting on the polygonal linkage, characterized in that a stop is assigned to the at least one strut having the spring device, which stop is effective at a defined height position of the mounting device relative to the chassis (12; 152), and in that the stop is configured such that it blocks a mobility of a region of the at least one strut having the spring device when the region bears against the stop, and then the at least one strut can be extended by way of the spring device. - a chassis (12; 152), - at least one tool device having at least one tool holder and having a ground treatment tool seated on the at least one tool holder, and - a mounting device which mounts the at least one tool holder on the chassis (12; 152),
A package accommodating an ostomy sealing member for sealing around a stoma in relation to an ostomy appliance, said ostomy sealing member comprising a mouldable adhesive material, said sealing member having an annular periphery and an opening therein for receiving a stoma, wherein the ostomy sealing member is accommodated in a tray portion having a cavity dimensioned for snugly receiving the ostomy sealing member and which is integrally formed with a lid portion for removably closing the tray and with a hinge portion between said tray and said lid portions (62, 61), and wherein a first release film is provided in the cavity between the tray portion and the sealing member and wherein a second release film is provided on the sealing member on the side thereof facing the lid portion of the package, and wherein a projection extends from the cavity configured for receipt in the opening.
Paper strip dispenser in the form of a spool, this dispenser comprising a casing for housing the spool of paper, and a moving actuator for switching between an open position allowing a paper spool to be introduced into the casing, and a closed position, characterised by the fact that it contains a mobile brake between, on the one hand an inactive position that it occupies when the actuator is in the open position, and in which it allows a paper spool to be introduced into its casing, and on the other hand a braking position in which it can interact with the paper spool when the actuator is in the closed position, the displacement of the brake between its inactive position and its braking position being servo-linked to the movement of the actuator between its open and closed positions.