mhurhangee/ep-ind-claims huggingface dataset:
A cylinder-piston unit, having at least one cylinder receiving an injection solution, at least one piston, and an adhesive coating arranged in the region of the free end face of the cylinder, wherein i.) the cylinder has a base portion, on which an exhaust pipe (54, 55) is arranged, ii.) a resilient adhesive disc displaceable in the direction of the centre line of the cylinder-piston unit between an installation position and an application position is arranged on the exhaust pipe (54, 55), iii.) the adhesive disc has, on its end face facing away from the base portion, an adhesive coating for adhering to the skin, iv.) the adhesive disc in the installation position has at least one sealing element or a sealing region for closing the exhaust pipe (54, 55), the effect of which is no longer provided in the application position, v.) in the application position the front edge of the free end face of the exhaust pipe (54, 55) protrudes at least 0.5 mm beyond the adhesive coating of the adhesive disc in order to dent the skin, vi.) the skin can be stretched taut by the expansion of the adhesive disc and the protrusion of the exhaust pipe (54, 55), and vii.) the adhesive disc remains on the skin after the cylinder-piston unit has been taken away and can be removed separately. i.) the cylinder has a base portion, on which an exhaust pipe (54, 55) is arranged, ii.) a resilient adhesive disc displaceable in the direction of the centre line of the cylinder-piston unit between an installation position and an application position is arranged on the exhaust pipe (54, 55), iii.) the adhesive disc has, on its end face facing away from the base portion, an adhesive coating for adhering to the skin, iv.) the adhesive disc in the installation position has at least one sealing element or a sealing region for closing the exhaust pipe (54, 55), the effect of which is no longer provided in the application position, v.) in the application position the front edge of the free end face of the exhaust pipe (54, 55) protrudes at least 0.5 mm beyond the adhesive coating of the adhesive disc in order to dent the skin, vi.) the skin can be stretched taut by the expansion of the adhesive disc and the protrusion of the exhaust pipe (54, 55), and vii.) the adhesive disc remains on the skin after the cylinder-piston unit has been taken away and can be removed separately.
A method of operating a gas turbine engine, the gas turbine engine having a first fuel manifold and a second fuel manifold configured to supply fuel to a combustor of the gas turbine engine, the method comprising: supplying fuel to the combustor by supplying fuel to the first and second fuel manifolds (62A, 62B) via a common flow divider valve; and while supplying fuel to the combustor by supplying fuel to the first fuel manifold via the common flow divider valve: stopping supplying fuel to the second fuel manifold via the common flow divider valve; and flushing fuel in the second fuel manifold, characterised in that: flushing fuel in the second fuel manifold comprises flushing fuel in the second fuel manifold into the combustor by supplying pressurized gas to the second fuel manifold via the common flow divider valve. supplying fuel to the combustor by supplying fuel to the first and second fuel manifolds (62A, 62B) via a common flow divider valve; and while supplying fuel to the combustor by supplying fuel to the first fuel manifold via the common flow divider valve: stopping supplying fuel to the second fuel manifold via the common flow divider valve; and flushing fuel in the second fuel manifold, stopping supplying fuel to the second fuel manifold via the common flow divider valve; and flushing fuel in the second fuel manifold,
A rotor component for a rotor assembly of a fluid energy machine wherein the rotor component is at least partly made of a material susceptible to corrosion and/or oxidation and is arranged concentrically to a rotation axis of the rotor assembly, wherein the rotor component comprises a circular surface for checking concentricity of the rotor component with respect to the rotation axis, characterized in that the rotor component comprises at least one additional circular surface for checking concentricity of the rotor component with respect to the rotation axis after at least one period of service, wherein the additional circular surface is coated with a corrosion and/or oxidation protection coating, wherein the circular surface and the at least one additional circular surface comprise the material susceptible to corrosion and/or oxidation.
A computer-implemented method for managing memory, the method comprising: executing, using a computer system, a memory allocation module of an operating system, wherein executing the memory allocation module includes: performing a first lookup operation in a memory allocation table to identify an allocation entry (207, 208) based on a handle representing a memory address of a memory block allocated to a client and to retrieve a trace entry pointer from the allocation entry; performing a second lookup operation in a memory trace table to identify a trace entry based on the trace entry pointer and to increment a memory allocation count of the trace entry, wherein the memory allocation count is utilized to indicate a likelihood of the client causing a memory leak; and evicting the allocation entry in response to determining that a hash of the handle of a newly received allocation is the same as a hash of the allocation entry, wherein only samples of the memory allocation requests are recorded in the memory allocation table in which the first and second lookup operations are performed. performing a first lookup operation in a memory allocation table to identify an allocation entry (207, 208) based on a handle representing a memory address of a memory block allocated to a client and to retrieve a trace entry pointer from the allocation entry; performing a second lookup operation in a memory trace table to identify a trace entry based on the trace entry pointer and to increment a memory allocation count of the trace entry, wherein the memory allocation count is utilized to indicate a likelihood of the client causing a memory leak; and evicting the allocation entry in response to determining that a hash of the handle of a newly received allocation is the same as a hash of the allocation entry, wherein only samples of the memory allocation requests are recorded in the memory allocation table in which the first and second lookup operations are performed.
System, comprising: - an optical unit (13; 20) with an adjustable refractive power, - a refractive power setting device (14; 22) for setting the refractive power of the optical unit (13; 20) in accordance with a setting value, - a computer program with a program code which, when executed on a computing device, causes optotypes (71A-C) that are observable through the optical unit (13; 20) to be displayed on a display (12; 70), and, on the basis of setting values of the refractive power setting device (14; 22) in different orientations of the preferred direction of the optotypes (71A-C), causes a first value, which specifies a spherical refractive power, a second value, which specifies a cylindrical refractive power, and a third value, which specifies an axis position of the cylindrical refractive power, to be calculated, wherein the calculation is implemented on the basis of two of the setting values at exactly two different orientations of the preferred direction of the optotypes (71A-C), wherein the calculation is additionally implemented on the basis of an information item about an axis position of an eye, wherein the information item about the axis position specifies the axis position of the cylindrical refractive power of the eye. - an optical unit (13; 20) with an adjustable refractive power, - a refractive power setting device (14; 22) for setting the refractive power of the optical unit (13; 20) in accordance with a setting value, - a computer program with a program code which, when executed on a computing device, causes optotypes (71A-C) that are observable through the optical unit (13; 20) to be displayed on a display (12; 70), and,
A method of forming a conductive film, the method comprising: forming a wet film having a plurality of conductive nanowires and a fluid carrier, wherein the wet film has a first dimension and a second dimension transverse to the first dimension, wherein a sheet resistance in the first dimension is lower than a sheet resistance in the second dimension; and applying an air flow across the wet film along the second dimension, whereby at least some of the conductive nanowires in the wet film are reoriented to decrease the difference between the sheet resistance in the first dimension and the sheet resistance in the second dimension. forming a wet film having a plurality of conductive nanowires and a fluid carrier, wherein the wet film has a first dimension and a second dimension transverse to the first dimension, wherein a sheet resistance in the first dimension is lower than a sheet resistance in the second dimension; and applying an air flow across the wet film along the second dimension, whereby at least some of the conductive nanowires in the wet film are reoriented to decrease the difference between the sheet resistance in the first dimension and the sheet resistance in the second dimension.
A method for programming or prescribing movements or sequences of an industrial robot, wherein a movement prescribing means, which is to be manually guided and has an integrated and/or external sensor array (8; 9) for determining the orientation and potentially the position of the movement prescribing means to be manually guided in space, is used by a control system to calculate and generate at least a portion of the data for controlling the movement or programming the sequence of the industrial robot, and wherein the orientation of the movement prescribing means in space determined by the control system is compared with a predefined comparative orientation that is stored in the control system or can be retrieved by the control system, characterized in that the comparison is performed (i) after a predefined time has elapsed or at varying times depending on the control system, or (ii) upon reaching a predefined travel distance has been covered by the movement prescribing means, or (iii) after a movement pattern that raises the error probability or impairs detection accuracy has been performed, or (iv) at the sporadic request and after a corresponding command input of the operator, and that the operator has signaled to him or her the extent of a deviation between the determined orientation of the movement prescribing means and comparative orientation and/or an exceeding and/or observance of a predetermined extent of a deviation between the determined orientation of the movement prescribing means and comparative orientation. (i) after a predefined time has elapsed or at varying times depending on the control system, or (ii) upon reaching a predefined travel distance has been covered by the movement prescribing means, or (iii) after a movement pattern that raises the error probability or impairs detection accuracy has been performed, or (iv) at the sporadic request and after a corresponding command input of the operator,
A heater, comprising: a resistor comprising a heat-generating portion; one or more leads joined to end portions of the resistor; and an insulating base body which covers the resistor and the leads, wherein a joining portion between the resistor and the leads comprises a region where the resistor is spaced apart from the insulating base body by way of the leads over a whole circumference of the resistor when viewed in cross section of the joining portion, the resistor has a folded shape, and the leads are joined to each of the end portions of the resistor, respectively, characterized in that an inner-side inclination angle (a) is set steeper than an outer-side inclination angle (b) when the joining portion is viewed in cross section parallel to the axial direction of each of the leads. a resistor comprising a heat-generating portion; one or more leads joined to end portions of the resistor; and an insulating base body which covers the resistor and the leads, wherein a joining portion between the resistor and the leads comprises a region where the resistor is spaced apart from the insulating base body by way of the leads over a whole circumference of the resistor when viewed in cross section of the joining portion, the resistor has a folded shape, and the leads are joined to each of the end portions of the resistor, respectively, characterized in that an inner-side inclination angle (a) is set steeper than an outer-side inclination angle (b) when the joining portion is viewed in cross section parallel to the axial direction of each of the leads.
A computer-controlled method in an Adaptive Bitrate Quality of Experience Management Unit for managing bandwidth usage and Quality of Experience, QoE, at a customer premises where multiple client devices independently download content from multiple providers, the method comprising: assigning a priority level to each provider and to each client device; translating the assigned priority levels into weights; and utilizing the weights in a Weighted Fair Queuing algorithm to control, at any given time, an amount of bandwidth each client device is allowed to utilize to download content from any given provider, thereby maintaining a desired QoE for each client device/provider combination, and characterized in that utilizing the Weighted Fair Queuing algorithm includes utilizing Phantom Packet Transmission Weighted Fair Queuing to prevent a first client device from increasing its bit rate when a second client device is in an idle phase of its duty cycle due to a full buffer. assigning a priority level to each provider and to each client device; translating the assigned priority levels into weights; and utilizing the weights in a Weighted Fair Queuing algorithm to control, at any given time, an amount of bandwidth each client device is allowed to utilize to download content from any given provider, thereby maintaining a desired QoE for each client device/provider combination, and characterized in that utilizing the Weighted Fair Queuing algorithm includes utilizing Phantom Packet Transmission Weighted Fair Queuing to prevent a first client device from increasing its bit rate when a second client device is in an idle phase of its duty cycle due to a full buffer.
A privacy shell for a passenger seat assembly comprising a modular seat body having a backrest and a headrest on the backrest, said privacy shell comprising a first side panel; a second side panel distal from the first side panel; and a back panel extending between the first side panel and the second side panel, the privacy shell being configured to be removably mounted to the headrest on the backrest such that at least a portion of the privacy shell extends in a forward direction relative to a forward-facing surface of the backrest of the modular seat body. said privacy shell comprising a first side panel; a second side panel distal from the first side panel; and a back panel extending between the first side panel and the second side panel, the privacy shell being configured to be removably mounted to the headrest on the backrest such that at least a portion of the privacy shell extends in a forward direction relative to a forward-facing surface of the backrest of the modular seat body.
A method for actuating a virtual switch by means of a sensor system (17.2) which detects an actuation of the switch, the sensor system (17.2) having at least two non-contact sensors (11, 12), wherein the method proceeds by the following steps: a) starting the method b) monitoring at least one first sensor c) starting a first timer (11.2) for a first time interval (11.3) if the first sensor is activated d) starting a second timer (12.2) for a second time interval (12.3) if the second sensor is activated and the first time interval (11.3) is not yet exceeded, and e') actuating the virtual switch if at least two sensors (11, 12) are deactivated and the second time interval (12.3) is not yet exceeded, and wherein in particular the steps a) to e') proceed partly simultaneously or sequentially. a) starting the method b) monitoring at least one first sensor c) starting a first timer (11.2) for a first time interval (11.3) if the first sensor is activated d) starting a second timer (12.2) for a second time interval (12.3) if the second sensor is activated and the first time interval (11.3) is not yet exceeded, and e') actuating the virtual switch if at least two sensors (11, 12) are deactivated and the second time interval (12.3) is not yet exceeded,
A carrying device, in particular backpack, with an avalanche airbag system, which includes at least one airbag and a filling device for introducing at least one medium into the at least one airbag, and with at least one container, which is formed as an airbag pocket of the carrying device, and in which the at least one airbag taken into a stowage position is received with the avalanche airbag system coupled to the carrying device, wherein the container serving for storing the airbag comprises at least one closure element, and wherein the at least one container can be taken from a closed position into an open position after opening the at least one closure element, wherein the carrying device includes at least one spring element (56, 58), which is tensioned with the container taken into the closed position, and by means of which taking the container from the closed position into the open position can be effected, wherein the at least one spring element (56, 58) is formed as a leaf spring integrated in the container, which is pressed into the container and herein taken into a curved shape upon packing the airbag, and is formed to convey the airbag out of a receiving space of the container, which is formed for receiving the airbag taken into its stowage position, wherein the at least one spring element (56, 58) is curved in the tensioned state such that the at least one spring element (56, 58) encloses the receiving space, wherein free ends (60, 62) of the at least one spring element (56, 58) are farther spaced from each other in the relaxed state thereof than in the tensioned state, and wherein the at least one closure element can be opened by actuating an actuation device, by means of which the filling device can be taken into a triggered state, in which the filling device introduces the at least one medium into the airbag.
Neuraminidase -binding monoclonal human antibody which is capable of neutralizing at least one influenza A virus strain comprising NA of the N1 subtype, comprising a heavy chain CDR1 region of SEQ ID NO:7, a heavy chain CDR2 region of SEQ ID NO:8, and a heavy chain CDR3 region of SEQ ID NO:9, and a light chain CDR1 region of SEQ ID NO:19, a light chain CDR2 region of SEQ ID NO:20, and a light chain CDR3 region of SEQ ID NO:21, or an antigen-binding fragment thereof.
A cutting station for cutting a cylindrical type battery, wherein said battery comprises a body which develops about a central axis between a first transversal surface and a second transversal surface, wherein the cutting station comprises: - a cutting blade, which identifies a cutting plane; - a positioning device, which defines a seat for said battery, such that the central axis of said battery is substantially coplanar with said cutting surface; - pushing and moving means, which determine a relative motion between said blade and said battery along a direction of advancement parallel to said cutting plane, so that following said relative motion, said battery is cut by said blade into two halves (2A,2B), characterized in that said blade comprises a cutting edge which defines at least one V-shaped notch which faces one of said transversal surfaces of said battery when it is housed in said seat, said battery at least partially impacting against said V-shaped notch following said relative movement determined by said pushing and moving means. - a cutting blade, which identifies a cutting plane; - a positioning device, which defines a seat for said battery, such that the central axis of said battery is substantially coplanar with said cutting surface; - pushing and moving means, which determine a relative motion between said blade and said battery along a direction of advancement parallel to said cutting plane, so that following said relative motion, said battery is cut by said blade into two halves (2A,2B),
Process for producing horse feed comprising the steps of 1. mixing grain and at least one slime former, which is grain bran and/or linseed, 2. optionally adding apple pomace, 3. optionally adding brewers grains, bran and/or brewer's yeast 4. optionally adding of fruit, vegetables, e.g. carrots, parsnips, bananas, apples and/or herbs, 5. optionally adding of vitamins and trace elements, 6. optionally adding preservative agents, 7. optionally adding at least one acidifying agent, 8. adding and mixing in of water for generating an aqueous grain mixture, 9. filling of the aqueous grain mixture into airtight elastic packages and 10. exerting static pressure of at least 4000 bar for at least 3 min. 1. mixing grain and at least one slime former, which is grain bran and/or linseed, 2. optionally adding apple pomace, 3. optionally adding brewers grains, bran and/or brewer's yeast 4. optionally adding of fruit, vegetables, e.g. carrots, parsnips, bananas, apples and/or herbs, 5. optionally adding of vitamins and trace elements, 6. optionally adding preservative agents, 7. optionally adding at least one acidifying agent, 8. adding and mixing in of water for generating an aqueous grain mixture, 9. filling of the aqueous grain mixture into airtight elastic packages and 10. exerting static pressure of at least 4000 bar for at least 3 min.
A document security element comprising an image invisible in visible light, and visible in the infrared in the 700-1000 nm range, characterised in that it includes a layer of paper susceptible to laser engraving, covered with a layer of paint transparent in infrared radiation, wherein the layer of paper comprises an engraving made by means of a laser beam pulse, performed after covering the layer of paper with the layer of paint.