mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a point in time for the replacement of a cleanable filter element in a gas stream, wherein a filter element is provided in the gas stream, which filter element is to be cleaned after one operating time interval (T1, T2, ..., T7, Tn) each and which is to be replaced by a replacement filter element after a number A of operating time intervals (T1, T2, ..., T7, Tn) at the latest, the method comprising the steps of: measurement of a measuring period (step S1) elapsing in an operating time interval each from a defined starting time until a defined differential pressure between the pressure upstream and the pressure downstream of the filter element in the gas stream is reached, during at least two operating time intervals, generation of a reference value (R) for the measuring periods (step S2), comparing (step S4) a measured measuring period for any subsequent operating time interval with the reference value (R), generation of a signal (step S6) if the measured measuring period for the subsequent operating time interval is shorter by a predetermined amount relative to the reference value (R), wherein at least the first, preferably the first and the second, more preferably the first to n-th operating time intervals, n being smaller than A by a predetermined value, is not used for generating the reference value. measurement of a measuring period (step S1) elapsing in an operating time interval each from a defined starting time until a defined differential pressure between the pressure upstream and the pressure downstream of the filter element in the gas stream is reached, during at least two operating time intervals, generation of a reference value (R) for the measuring periods (step S2), comparing (step S4) a measured measuring period for any subsequent operating time interval with the reference value (R), generation of a signal (step S6) if the measured measuring period for the subsequent operating time interval is shorter by a predetermined amount relative to the reference value (R), wherein at least the first, preferably the first and the second, more preferably the first to n-th operating time intervals, n being smaller than A by a predetermined value, is not used for generating the reference value.
A method of assessing damage to a component, the method comprising: displaying a sensor image of the component in a first viewing pane ; displaying a reference image of the component in a second viewing pane , wherein the reference image is a graphical depiction of the component with accurate dimensions; placing a plurality of first identification markers (44a-c) on the sensor image of the component in the first viewing pane , wherein each of the first identification markers (44a-c) corresponds to a matching location with a second identification marker (45a-c) on the component in the reference image ; identifying a region of damage on the component in the sensor image ; mapping the region of damage on the sensor image of the component to the reference image using the plurality of first and second identification markers (44a-c, 45a-c); calculating a size of the region of damage . displaying a sensor image of the component in a first viewing pane ; displaying a reference image of the component in a second viewing pane , wherein the reference image is a graphical depiction of the component with accurate dimensions; placing a plurality of first identification markers (44a-c) on the sensor image of the component in the first viewing pane , wherein each of the first identification markers (44a-c) corresponds to a matching location with a second identification marker (45a-c) on the component in the reference image ; identifying a region of damage on the component in the sensor image ; mapping the region of damage on the sensor image of the component to the reference image using the plurality of first and second identification markers (44a-c, 45a-c); calculating a size of the region of damage .
A method for monitoring a packet-based communication between a mobile radio and a base station in a radio communication system , the method comprising: testing an authenticity of a packet based on authentication data associated with the packet (S3); removing packets carrying either data traffic, or control or management messages that fail the authenticity test from the packet-based communication (S4); determining that a security condition has occurred when a number of failed packets for the packet-based communication exceeds a security threshold (S6); and taking action to correct or reduce the security condition (S7), characterized in that : the action includes requesting retransmission of one or more failed packets, in order to determine if a packet failed the authenticity test because of poor radio channel conditions or because of a security breach.
A compound represented by the following general formula (I): wherein A represents one selected from the following formulae (Ia) to (Id): wherein R 1 represents a hydrogen atom or a C 1 -C 3 alkyl group, and R 2 represents a hydrogen atom or a C 1 -C 3 alkyl group, or a pharmaceutically acceptable salt thereof.
A control system of an internal combustion engine comprising: an exhaust purification catalyst which is provided in an exhaust passage of an internal combustion engine and which is configured to store oxygen, a downstream side air-fuel ratio sensor which is provided at a downstream side, in the direction of flow of exhaust, from said exhaust purification catalyst in said exhaust passage, and an engine control device which controls the internal combustion engine in accordance with the output of said downstream side air-fuel ratio sensor, wherein said downstream side air-fuel ratio sensor is configured so that an applied voltage, in which an output current becomes zero, changes in accordance with the exhaust air-fuel ratio and so that when the exhaust air-fuel ratio is a stoichiometric air-fuel ratio, if increasing the applied voltage at said downstream side air-fuel ratio sensor , the output current increases along with that, and when said downstream air-fuel ratio sensor detects the air-fuel ratio of the exhaust gas, the applied voltage at said downstream side air-fuel ratio sensor is fixed to a constant voltage, and said constant voltage is the voltage in which the output current becomes zero when the exhaust air-fuel ratio is a predetermined air-fuel ratio which is leaner than the stoichiometric air-fuel ratio. wherein said downstream side air-fuel ratio sensor is configured so that an applied voltage, in which an output current becomes zero, changes in accordance with the exhaust air-fuel ratio and so that when the exhaust air-fuel ratio is a stoichiometric air-fuel ratio, if increasing the applied voltage at said downstream side air-fuel ratio sensor , the output current increases along with that, and when said downstream air-fuel ratio sensor detects the air-fuel ratio of the exhaust gas, the applied voltage at said downstream side air-fuel ratio sensor is fixed to a constant voltage, and said constant voltage is the voltage in which the output current becomes zero when the exhaust air-fuel ratio is a predetermined air-fuel ratio which is leaner than the stoichiometric air-fuel ratio.
A method for identifying a cultivated C. melo plant comprising an introgression fragment on chromosome 6, wherein said introgression fragment comprises an MYaV- resistance allele, comprising: a) providing a population of recombinant, cultivated C. melo plants (such as an F2, F3, BC1, BC2, BC1S1 population), b) screening said population using a molecular marker assay which detects at least one SNP marker selected from the group consisting of: SNP marker mME15090 at nucleotide 71 of SEQ ID NO: 1 and SNP marker mME12135 at nucleotide 71 of SEQ ID NO: 3; and c) identifying and/or selecting a plant comprising at least the CC or AC genotype for the SNP marker mME15090 at nucleotide 71 of SEQ ID NO: 1 and the AA or AG genotype for the SNP marker mME12135 at nucleotide 71 of SEQ ID NO: 3. a) providing a population of recombinant, cultivated C. melo plants (such as an F2, F3, BC1, BC2, BC1S1 population), b) screening said population using a molecular marker assay which detects at least one SNP marker selected from the group consisting of: SNP marker mME15090 at nucleotide 71 of SEQ ID NO: 1 and SNP marker mME12135 at nucleotide 71 of SEQ ID NO: 3; and c) identifying and/or selecting a plant comprising at least the CC or AC genotype for the SNP marker mME15090 at nucleotide 71 of SEQ ID NO: 1 and the AA or AG genotype for the SNP marker mME12135 at nucleotide 71 of SEQ ID NO: 3.
Timepiece mechanism comprising a magnetic gear formed of a first wheel and a second wheel , the first wheel being provided with N alternating first magnetic poles which are arranged circularly and define a first magnetic toothing , the second wheel being provided with teeth made of ferromagnetic material, or with alternating second magnetic poles arranged circularly, these teeth or these second magnetic poles defining a second magnetic toothing which is magnetically coupled with the first magnetic toothing such that, when one of the first and second wheels is rotatably driven, this wheel rolls, via the magnetic coupling, over a geometric circle centred on the other wheel and linked to this other wheel; characterised in that the mechanism further comprises a ferromagnetic element (12; 12A; 16) or a set of ferromagnetic elements arranged relative to the first wheel so as to compensate for at least a major part of a parasitic magnetic torque to which this first wheel is subjected and resulting from said magnetic coupling, this parasitic magnetic torque having a periodic variation in intensity as a function of the angular position (α) of the first wheel relative to a reference half-axis starting from the central axis of the first wheel and intercepting the central axis of the second wheel.
A mobile sterilization vehicle comprising: a body with a chassis; a drive system disposed on a front end of the body ; a water absorption rake fixed on a rear end of the body ; a brush disc mounted on a bottom of the body ; a water storage tank , for supplying water to the brush disc , secured on the body and being in communication with the brush disc ; characterized in that the mobile sterilization vehicle further comprises: a lid arranged on a top of the rear end of the body ; an air inlet defined on a rear end of the lid and located above the rear end of the body ; a sterilization structure , for sterilizing dirty airs flowing into the air inlet , accommodated in the lid , located above the rear end of the chassis, facing the drive system , and communicating with the air inlet ; an air outlet defined on a top of the lid ; an air conduit communicating with the sterilization structure and the air outlet ; a filter fixed in the air conduit and located above the sterilization structure , and the air outlet being located above the filter ; an accommodation box , for accomodating sterilization agent delivered for sterilizeing the airs, disposed on the body and being in communication with the sterilization structure ; and a power supply (P) fixed on the body and electrically connected with the drive system and the sterilization structure . a body with a chassis; a drive system disposed on a front end of the body ; a water absorption rake fixed on a rear end of the body ; a brush disc mounted on a bottom of the body ; a water storage tank , for supplying water to the brush disc , secured on the body and being in communication with the brush disc ; a lid arranged on a top of the rear end of the body ; an air inlet defined on a rear end of the lid and located above the rear end of the body ; a sterilization structure , for sterilizing dirty airs flowing into the air inlet , accommodated in the lid , located above the rear end of the chassis, facing the drive system , and communicating with the air inlet ; an air outlet defined on a top of the lid ; an air conduit communicating with the sterilization structure and the air outlet ; a filter fixed in the air conduit and located above the sterilization structure , and the air outlet being located above the filter ; an accommodation box , for accomodating sterilization agent delivered for sterilizeing the airs, disposed on the body and being in communication with the sterilization structure ; and a power supply (P) fixed on the body and electrically connected with the drive system and the sterilization structure .
A method for selecting a cancer patient for treatment with Seneca Valley Virus (SVV), comprising: determining expression level of ANTXR1 in a cancerous tissue obtained from the cancer patient; and designating the cancer patient as a candidate for treatment with SVV if normal levels or elevated levels of ANTXR1 expression are detected in the cancerous tissue. determining expression level of ANTXR1 in a cancerous tissue obtained from the cancer patient; and designating the cancer patient as a candidate for treatment with SVV if normal levels or elevated levels of ANTXR1 expression are detected in the cancerous tissue.
A photoelectric conversion module including: a circuit board having conductive trace formed thereon, at least one optical element and an optical bench , characterised in that : wherein said at least one optical element is flip-chip mounted on said circuit board for coupling to said conductive trace on said circuit board ; and wherein said optical bench includes a first concave portion , a first lens array , a mirror and a second lens array ; wherein a size of said circuit board is less than or equal to that of said first concave portion of said optical bench , and said circuit board is configured within said first concave portion of said optical bench . a circuit board having conductive trace formed thereon, at least one optical element and an optical bench , characterised in that : wherein said at least one optical element is flip-chip mounted on said circuit board for coupling to said conductive trace on said circuit board ; and wherein said optical bench includes a first concave portion , a first lens array , a mirror and a second lens array ; wherein a size of said circuit board is less than or equal to that of said first concave portion of said optical bench , and said circuit board is configured within said first concave portion of said optical bench . wherein said at least one optical element is flip-chip mounted on said circuit board for coupling to said conductive trace on said circuit board ; and wherein said optical bench includes a first concave portion , a first lens array , a mirror and a second lens array ; wherein a size of said circuit board is less than or equal to that of said first concave portion of said optical bench , and said circuit board is configured within said first concave portion of said optical bench .
Method for making an assembly joint between two strips of plastic material intended for the realization of a floor covering, each of said two strips having a strip or slab shape and comprising : - an upper surface forming the functional surface of said floor covering; and - a bottom surface intended to be in contact with the substrate to be covered; and - said upper and lower surfaces being connected by at least one side , at least a portion of the length of said side being intended to receive said assembly joint, said portion being referred to as the assembly edge ; and - said two strips being arranged on the surface (S) to be covered and positioned so that each of their joining edges are facing each other, with a distance between these two joining edges defining a clearance (J) ; the method being characterized in that it comprises successively : - a step of injecting a photoactivatable material between the two assembly edges so as to fill the space formed by the gap (J) between said two strips ; and - a step of activating said photoactivatable material performed by exposing it to radiation comprising at least one ultraviolet ray . - an upper surface forming the functional surface of said floor covering; and - a bottom surface intended to be in contact with the substrate to be covered; and - said upper and lower surfaces being connected by at least one side , at least a portion of the length of said side being intended to receive said assembly joint, said portion being referred to as the assembly edge ; and - said two strips being arranged on the surface (S) to be covered and positioned so that each of their joining edges are facing each other, with a distance between these two joining edges defining a clearance (J) ; the method being characterized in that it comprises successively : - a step of injecting a photoactivatable material between the two assembly edges so as to fill the space formed by the gap (J) between said two strips ; and - a step of activating said photoactivatable material performed by exposing it to radiation comprising at least one ultraviolet ray . - a step of injecting a photoactivatable material between the two assembly edges so as to fill the space formed by the gap (J) between said two strips ; and - a step of activating said photoactivatable material performed by exposing it to radiation comprising at least one ultraviolet ray .
The use of a liquid preparation as a hydrophilicity improving agent for soft contact lenses, wherein said liquid preparation comprises a hydrolyzed hyaluronic acid derivative, the hydrolyzed hyaluronic acid derivative having a monoether of a linear or branched alkyl group or alkenyl group having 6 or more and 20 or less carbon atoms and glycerin in a side chain.
An eathquake protection system for a floating slab , for the conservation of the structures placed on the slab against the dynamic forces caused by earthquakes; the eathquake protection system comprising a floating slab , a rigid base (B) and a concrete slab formwork , wherein the slab is located on the rigid base (B) and its side walls adjoin the side walls of the rest of the concrete slab formwork ; wherein the floating slab is constituted by means of a distribution of containers in a welded wire fabric, wherein once the concrete is set, a helical spring damper is introduced within each of the container , the helical spring damper being closed at its bottom end with a lower cover which is positioned on the rigid base (B), thereby raising the floating slab by the drive of the helical spring dampers against the base (B), characterised in that the earthquake protection system further comprises a vertical holding device, wherein the vertical holding device comprises a stem anchored perpendicular to the base (B), a container having an inward facing flange on its lower wall, and a group of washers (A) with different diameters that are arranged inserted in the stem and are secured, arranged from larger to smaller on the inward facing flange , and one or more side dampers , located in the side walls of the floating slab and in contact with the side walls of the concrete slab formwork , the side dampers being configured to limit and damp the movement of the floating slab in the horizontal direction. characterised in that the earthquake protection system further comprises a vertical holding device, wherein the vertical holding device comprises a stem anchored perpendicular to the base (B), a container having an inward facing flange on its lower wall, and a group of washers (A) with different diameters that are arranged inserted in the stem and are secured, arranged from larger to smaller on the inward facing flange , and one or more side dampers , located in the side walls of the floating slab and in contact with the side walls of the concrete slab formwork , the side dampers being configured to limit and damp the movement of the floating slab in the horizontal direction.
A glass-ceramic cooktop having a flat upper side forming a cooktop and an underside , wherein the glass-ceramic material of the cooktop has transmittance values greater than 0.1% in the visible light region in the entire wavelength range greater than 420 nm, a light transmittance in the visible range of 0.8-2.5% and a transmittance in the infrared at 1600 nm of 0-85%, and wherein the glass-ceramic material has high quartz mixed crystals as the predominant crystal phase, characterized in that the underside is flat, non-structured and plane-parallel to the upper side, in that at least one coating and/or a film is applied to the underside, in that the coating and/or film is part of a display, in that the coating and/or film forms a masking with translucent and opaque regions and in that a lighting element is disposed at a distance in the region under the coated underside .
Automatic tea maker configured to automatically prepare a tea beverage in a brewing chamber , - with a control device configured to control the automatic tea maker according to a brewing program in which a series of infusions is carried out with an ingredients portion filled into the automatic tea maker , characterised in that - the control device is configured to set a brewing parameter (t, T, V) for an infusion in the series of infusions as a function of the number of the infusion (Aufguss_Nr) in the series of infusions, wherein the control device is configured to set the brewing time (t) of an infusion in the series of infusions as a function of the number (Aufguss_Nr) of the infusion in the series of infusions. - with a control device configured to control the automatic tea maker according to a brewing program in which a series of infusions is carried out with an ingredients portion filled into the automatic tea maker , - the control device is configured to set a brewing parameter (t, T, V) for an infusion in the series of infusions as a function of the number of the infusion (Aufguss_Nr) in the series of infusions, wherein the control device is configured to set the brewing time (t) of an infusion in the series of infusions as a function of the number (Aufguss_Nr) of the infusion in the series of infusions.
A tamper-evident closure comprising a base and a lid joined by a hinge so that the lid is movable between a closed and an open position with respect to the base, the closure comprises a tamper-evident member which is initially provided on or by the base with the closure in an unopened condition, in which the tamper-evident member is released from the base when the lid is initially moved to the open position and is then retained by the lid, in which the lid includes pockets for retaining the tamper-evident member, characterised in that the pockets include a bead to help retain the tamper-evident member after first opening, and in that the tamper-evident member includes retention beads that correspond with the beads of the pockets.