mhurhangee/ep-ind-claims huggingface dataset:
A temperature control method for a multi-type air conditioner, the method comprising: receiving, by a central control unit of the multi-type air conditioner, a desired temperature inputted by a user at an indoor unit of the multi-type air conditioner; determining whether the inputted desired temperature is within a preset temperature range; and operating the indoor unit based on the inputted desired temperature if the inputted desired temperature is within the preset temperature range, characterized in that, further comprising: operating the indoor unit at a previously set temperature if the inputted desired temperature is out of the preset temperature range. receiving, by a central control unit of the multi-type air conditioner, a desired temperature inputted by a user at an indoor unit of the multi-type air conditioner; determining whether the inputted desired temperature is within a preset temperature range; and operating the indoor unit based on the inputted desired temperature if the inputted desired temperature is within the preset temperature range, operating the indoor unit at a previously set temperature if the inputted desired temperature is out of the preset temperature range.
An aqueous composition for bleaching and colouring hair characterized in that it comprises at least one compound with hair bleaching effect, at least one oxidizing agent different from the compound with hair bleaching effect, at least one alkalizing agent and at least one oxidizable solvent selected from 2-phenoxyethanol and benzyl alcohol and the dyestuff of the chemical structure
A heat exchanger comprising: a plurality of tubes configured to transport a refrigerant to exchange heat with surrounding air; and a header having a chamber adapted to distribute the refrigerant to the plurality of tubes, wherein the header comprises: a base wall having a plurality of tube insertion holes, into which the plurality of tubes are inserted, a partition wall (52, 52a, 52b) integrally formed with the base wall and configured to divide the chamber into a plurality of sections respectively corresponding to the plurality of tubes, and a connecting portion (53, 53a, 53b) to connect the base wall and the partition wall (52, 52a, 52b), wherein characterised in that the connecting portion (53, 53a, 53b) comprises a plurality of bending portions (62, 63, 64), wherein the plurality of bending portions (62, 63, 64) comprise a first bending portion bent with respect to a first axis, a second bending portion bent with respect to a second axis, and a third bending portion bent with respect to a third axis, wherein the first axis, the second axis, and the third axis are orthogonal to each other. a plurality of tubes configured to transport a refrigerant to exchange heat with surrounding air; and a header having a chamber adapted to distribute the refrigerant to the plurality of tubes, a base wall having a plurality of tube insertion holes, into which the plurality of tubes are inserted, a partition wall (52, 52a, 52b) integrally formed with the base wall and configured to divide the chamber into a plurality of sections respectively corresponding to the plurality of tubes, and a connecting portion (53, 53a, 53b) to connect the base wall and the partition wall (52, 52a, 52b),
A method for determining and depicting of a possible target parameter associated with a target, in particular a target distance, a target course, and/or a target speed, which are determined by directionally-selective receiving of sound waves radiated or sent from the target by determining the bearing angles measured using an assembly of underwater sound pickups of a sonar receiving system, and the estimated bearing angles from estimated positions of the target, and by iteratively minimizing a bearing angle difference between measured and estimated bearing angles and delivering an optimized solution for the depiction upon reaching the minimum of the estimated position of the target parameters, and wherein during each processing cycle of a series of successive processing cycles for the possible solutions for the target parameters to be determined, a plurality of different target paths (Z(i, j)) and a quality specification, in particular a quality metric (Q(i, j)) or an inverse and/or normalized-to-1 quality metric (Q inv (i, j)) is respectively determined for each received target path, wherein a best target path (Z best) indicating a best solution is determined using the quality specifications associated with the target paths (Z(i, j)), characterised in that a future target position of the target with respect to all or a plurality of target paths (Z(i, j)) is determined for a predetermined period of time from the target parameters associated with each target path, in particular the target course and target speed, a future anticipation region is determined from the future target positions of the target and the quality specifications associated with these target positions and depicted on a display device, a distance solution space showing the possible solutions for the target distance is determined from all or a plurality of target paths (Z(i, j)), which distance solution space includes an initial distance (R 0) associated with the respective target path and a final distance (R n) having the associated quality specification and a solution space containing the possible target parameters, which includes the future anticipation region, the distance solution space, and/or the best target path (Z best), graphically and/or numerically displayed on the display device.
A method for monitoring a Coriolis mass flow meter having at least one vibratable measuring tube for carrying a medium, comprising: determining a resonant frequency of a bending vibration useful mode of the Coriolis mass flow meter; determining a density measurement value of a medium conducted in the measuring tube as a function of the resonance frequency; exciting a flexural vibration out of resonance with an excitation signal which has an excitation signal amplitude and an excitation frequency which is μ times the resonance frequency of the flexural vibration utilization mode, μ being a constant factor, where 1.05 < μ < 1.5; detecting a sensor signal and determining a sensor signal amplitude of the flexural vibration out of resonance; determining a value of an integrity function of the measuring tube which depends on a ratio of the sensor signal amplitude to the excitation signal amplitude of the flexural vibration, characterized in that the integrity function further depends on a density-dependent term of a transfer function, wherein the density-dependent term of the transfer function models contributions of a plurality of vibration modes to the sensor signal, wherein the integrity function is traced back to reference conditions by means of the density-dependent term of the transfer function, and/or indicates an integrity value which has no cross-sensitivities to the density of the medium. determining a resonant frequency of a bending vibration useful mode of the Coriolis mass flow meter; determining a density measurement value of a medium conducted in the measuring tube as a function of the resonance frequency; exciting a flexural vibration out of resonance with an excitation signal which has an excitation signal amplitude and an excitation frequency which is μ times the resonance frequency of the flexural vibration utilization mode, μ being a constant factor, where 1.05 < μ < 1.5; detecting a sensor signal and determining a sensor signal amplitude of the flexural vibration out of resonance; determining a value of an integrity function of the measuring tube which depends on a ratio of the sensor signal amplitude to the excitation signal amplitude of the flexural vibration, characterized in that the integrity function further depends on a density-dependent term of a transfer function, wherein the density-dependent term of the transfer function models contributions of a plurality of vibration modes to the sensor signal, wherein the integrity function is traced back to reference conditions by means of the density-dependent term of the transfer function, and/or indicates an integrity value which has no cross-sensitivities to the density of the medium.
A brake release device having a hydraulic actuating cylinder arrangement, a control device, and a pressure device for actuating a brake arrangement, the actuating cylinder arrangement comprising a cylindrical tube and an actuating piston adjustable between a first and a second working position in the cylindrical tube, and a plurality of receptacles being disposed like a wreath in the circumferential direction on the cylindrical tube, characterized in that at least two of the receptacles support one sensor (407a, 407b) each implemented for detecting a first working position of the actuating piston, wherein upon detecting the first working position a first sensor generates a switch signal to the pressure device acting on the actuating cylinder arrangement and a second sensor emits a switch signal to the control device, wherein the sensors (407a, 407b) and receptacles are mutually tuned such that the spacing of a sensor element emitting a signal from a first initiating element is adjustable, so that the switch signal of the sensors (407a, 407b) is initiated at a pilot working position deviating from the first working position.
Household appliance, in particular household cooking appliance, having an operating element for operating the household appliance, wherein the operating element comprises a rotatable actuation shaft for actuating the operating element, a rotary knob and a torque transmission device arranged between the actuation shaft and the rotary knob for transmitting a torque from the rotary knob to the actuation shaft, wherein the torque transmission device is connected in a torque-proof manner with the actuation shaft and the rotary knob, wherein the rotary knob has an engaging portion (22, 23, 48) and the torque transmission device has a counter engaging portion (24, 25, 49), into which the engaging portion (22, 23, 48) engages in a form-fit manner, wherein the engaging portion (22, 23, 48) and the counter engaging portion (24, 25, 49) are embodied so that an attachment force (Fauf) for attaching the rotary knob to the torque transmission device is less than a pull-off force (Fab) for removing the rotary knob from the torque transmission device, characterised in that the engaging portion (22, 23, 48) has a first contact surface (26, 53) inclined at a first angle of inclination (α1) with respect to an axis of rotation of the actuation shaft and the counter engaging portion (24, 25, 49) has a second contact surface (27, 54) inclined at a second angle of inclination (α2) with respect to the axis of rotation, and wherein the first contact surface (26, 53) contacts the second contact surface (27, 54) when the rotary knob is removed from the torque transmission device.
A kit for retrofitting a manual log rolling, support and clamp assembly to a portable sawmill, said kit comprising: - a longitudinal frame having a first side and a second side; - a log rest couplable proximately to the first side of the frame; - a log dog couplable proximately to the second side of the frame and slideably moveable between the second side and the first side; characterized in that the kit Further comprises: - means for affixing the longitudinal frame to the portable sawmill and - a plurality of rollers couplable to and positionable along the length of the frame from the first side to the second side and permitting circumferential rolling of a log along the width of the log on the assembly. - a longitudinal frame having a first side and a second side; - a log rest couplable proximately to the first side of the frame; - a log dog couplable proximately to the second side of the frame and slideably moveable between the second side and the first side; characterized in that the kit Further comprises: - means for affixing the longitudinal frame to the portable sawmill and - a plurality of rollers couplable to and positionable along the length of the frame from the first side to the second side and permitting circumferential rolling of a log along the width of the log on the assembly.
An energy storage module for a power supply device, especially of a motor vehicle, comprising a plurality of especially prismatic storage cells which, stacked at least in one row, are arranged in series and are braced between at least two end plates by means of a winding, characterised in that both end plates are embodied in each case as a structural unit having a layered structure comprising at least three layers (11, 12, 13) connected together, and the winding comprises fibres impregnated with matrix material and is formed closed.
A vertical sealing arrangement between doors without a side pillar or B-pillar for a cargo automotive vehicle and other types such as pick-up trucks, trucks, SUVs, sedans, hatchbacks and the like, wherein said sealing arrangement is formed of two moldings, namely top collector and bottom discharger, both interconnected by an extruded profile, said extruded profile having at least one hollow longitudinal cavity whose lumen interconnects the inside volume of the collector to the inside volume of the discharger, thereby defining a path for the flow of the deposited water and dust from the upper portion of the vehicle to the bottom portion of the vehicle, characterized in that the discharger has the form of a shaped plate, complementary to, and defining, with the rear door front wall, a volume, and wherein said discharger is provided, on its upper portion, with a seat which engages the extruded profile.
A device that is expandable, the device being directed for use in a body passageway, that is used in treating dissected blood vessels, vascular malformations, vulnerable plaque by encapsulation, vulnerable plaque by passivation, nerve dissection of the central nervous system, incompetent valves, pulmonary embolism, or combinations thereof, said device has one or more body members, each body member has a first cross-sectional area which permits delivery of the body member Into the body passageway, and a second, expanded cross-sectional area, one or more portions of the device being coated with one or more pharmaceutical or biologic agents, the device is at least partially made from one or more polymers that are biodegradable, wherein regions of high strain within the device are formed of said biodegradable material that degrades at a faster rate as compared the remainder of the device; the device includes one or more micro-structures, which extend from the outer surface less than 1000 microns, the one or more micro-structures contain one or more biologic agents, said one or more microstructures being used to engage and/or penetrate sur rounding tissue once the device has been positioned to deliver said agent to and/or into a wall of the body passageway.
A decorative panel for electronic household appliances, having an operational front face and an operational rear face, the operational front face being the outer surface in the installed state and the operating rear face being the inner surface in the installed state, comprising a basic body made of thermally toughened flat glass made of soda-lime glass having a thickness from 2 to 8 mm; characterized in that it comprises at least one digital print on the operational rear face; and in that - at least one depression is provided on the operational front face of the decorative panel, which depression has a digital print; and/or - at least one raised area of at least 250 μm in height is provided and at least one area outside the raised area has at least one digital print. - at least one depression is provided on the operational front face of the decorative panel, which depression has a digital print; and/or - at least one raised area of at least 250 μm in height is provided and at least one area outside the raised area has at least one digital print.
A level, comprising: a level body supporting at least one level vial and including an end portion which defines an end aperture and opposing parallel side walls; an interface disposed within the level body and defining an interface end aperture configured to be aligned with the level body end aperture, wherein the interface includes two opposing parallel interface side walls operatively associated with the level body side walls, each interface side wall defining at least one detent aperture; and an end cap releasably connected to the level body via the interface such that the end cap can be removed from the level body, the end cap including one or more actuators and one or more detents, the or each actuator operatively associated with a respective detent, wherein the or each detent is engageable with a respective detent aperture and releasably retains the end cap on the level body; and wherein the level body has an interior volume, and the or each actuator is disposed outside the interior volume of the level body; characterized in that: the level body further defines a hang hole; and the interface defines at least one through-hole in registration with the hang hole when the interface is inserted in the level body; and further comprising a connector comprising a hollow rivet fixedly connecting the interface to the level body via the hang hole and the at least one through-hole.
A molecule for redirecting T cells to tumour cells comprising: (i) a targeting moiety capable of directly targeting to tumour cells wherein the targeting moiety is an antibody or an antigen-binding fragment thereof that binds to an antigen expressed by the tumour cells, (ii) a further moiety that has a masked T cell binding region so as to prevent binding of the further moiety to a T cell, wherein the masked T cell binding region is masked by one or more masking moieties selected from the group consisting of an immune cell surface antigen and an immunoglobulin domain, and (iii) one or more peptide linkers comprising one or more protease cleavage sites that are cleavable selectively by a protease that resides in the vicinity of the tumour cells; wherein the further moiety is an antibody or an antigen-binding fragment thereof that binds to CD3 or the T cell receptor on the surface of a T cell; wherein the masked T cell binding region is capable of being selectively unmasked by selective cleavage of the one or more protease cleavage sites of the one or more peptide linkers when the molecule is in the vicinity of the tumour cells so as to allow binding of the further moiety to a T cell. (i) a targeting moiety capable of directly targeting to tumour cells wherein the targeting moiety is an antibody or an antigen-binding fragment thereof that binds to an antigen expressed by the tumour cells, (ii) a further moiety that has a masked T cell binding region so as to prevent binding of the further moiety to a T cell, wherein the masked T cell binding region is masked by one or more masking moieties selected from the group consisting of an immune cell surface antigen and an immunoglobulin domain, and (iii) one or more peptide linkers comprising one or more protease cleavage sites that are cleavable selectively by a protease that resides in the vicinity of the tumour cells;
A sensor system (1300, 1400) comprising: (a) a sensor having a sensor surface (1310, 1410); (b) a sample cartridge including one or more flexible membranes (1340, 1440) and a membrane frame (1320, 1420), the membrane frame including one or more openings covered by the one or more flexible membranes (1340, 1440) defining one or more wells (1330, 1430) for holding one or more samples, the flexible membrane (1340, 1440) having a sample side (1305, 1405) for supporting the sample and an opposite sensor side (1315, 1415), the sample cartridge being removably insertable in the sensor system such that the sensor side (1315,1415) of the flexible membrane is positioned above and faces the sensor surface (1310, 1410); (c) a displacement mechanism that can be actuated to displace the flexible membrane (1340, 1440) toward the sensor surface (1310, 1410) such that the sample is moved to a position closer to the sensor surface (1310, 1410); and (d) an optical imaging system (1302, 1402) for detecting light emitted from the sensor. (a) a sensor having a sensor surface (1310, 1410); (b) a sample cartridge including one or more flexible membranes (1340, 1440) and a membrane frame (1320, 1420), the membrane frame including one or more openings covered by the one or more flexible membranes (1340, 1440) defining one or more wells (1330, 1430) for holding one or more samples, the flexible membrane (1340, 1440) having a sample side (1305, 1405) for supporting the sample and an opposite sensor side (1315, 1415), the sample cartridge being removably insertable in the sensor system such that the sensor side (1315,1415) of the flexible membrane is positioned above and faces the sensor surface (1310, 1410); (c) a displacement mechanism that can be actuated to displace the flexible membrane (1340, 1440) toward the sensor surface (1310, 1410) such that the sample is moved to a position closer to the sensor surface (1310, 1410); and (d) an optical imaging system (1302, 1402) for detecting light emitted from the sensor.
A dispenser for viscous or pasty materials comprising a storage container in the form of a flexible tube and an applicator, the flexible tube comprising an elongate, one-piece, hollow moulding of polymeric material, one end of which is closed and formed at the other end of which is an integral dispensing valve including a pair of resilient plates which have a respective free edge, the two free edges defining a single, linear dispensing slit, the applicator having an applicator surface and a passage formed in it in which the free ends of the resilient plates are received, whereby the application of pressure to the wall of the tube results in the free edges of the resilient plates moving apart to open the single dispensing slit and, in use, in dispensing of a material through the dispensing slit onto the applicator surface, characterised in that the resilient plates are opposed and inclined to one another, that the applicator has a single elongate passage formed in the applicator surface, the width of the single elongate passage being less at the ends of the passage than at the centre of the passage and in that the application of pressure to the wall of the tube results in the free edges of the resilient plates substantially abutting the side surfaces of the passage.