mhurhangee/patent-ind-claim-en huggingface dataset:
A method of monitoring an aircraft landing gear provided with a device for monitoring the pressure of a tyre , the tyre being carried by a wheel of the landing gear, the wheel being mounted to rotate on a landing gear axle , the method comprising the step of estimating an angle of deflection α of the axle at least when the wheel is in contact with the ground, characterised in that said estimation uses information from at least one accelerometer integrated into the pressure monitoring device .
A copolymer comprising: about 20 mol% to about 80 mol% of -CF 2 CF 2 O- units; about 20 mol% to about 80 mol% of -CF(CF 3 )CF 2 O- units; and about 0 mol% to about 45 mol% of one or more additional perfluoroalkyleneoxy units; said copolymer having a number average molecular weight in the range of about 1,500 to about 20,000, determined as defined in the description; said copolymer having an average TFEO (tetrafluoroethylene oxide) run length of less than about 6, determined as described in the description, wherein the average TFEO run length refers to the average number of consecutive -CF 2 CF 2 O- units in a copolymer formed by the ring-opening of TFEO monomer. about 20 mol% to about 80 mol% of -CF 2 CF 2 O- units; about 20 mol% to about 80 mol% of -CF(CF 3 )CF 2 O- units; and about 0 mol% to about 45 mol% of one or more additional perfluoroalkyleneoxy units; said copolymer having a number average molecular weight in the range of about 1,500 to about 20,000, determined as defined in the description; said copolymer having an average TFEO (tetrafluoroethylene oxide) run length of less than about 6, determined as described in the description, wherein the average TFEO run length refers to the average number of consecutive -CF 2 CF 2 O- units in a copolymer formed by the ring-opening of TFEO monomer.
A crystalline form of Compound (I), wherein said crystalline form has characteristic peaks in its XRPD pattern at values of two theta measured at 1.54Å as described in Table 1.
Method for treating laundry items , wherein the laundry items are at least washed, dried, mangled, folded and stacked, wherein laundry items to be mangled are at least washed, dried, mangled and folded unsorted, characterized in that before mangling and/or folding, an identification is made of the individual laundry items , the laundry items are identified by contactless read-out of data carriers of the laundry items and/or the determination of the type, size, colour, pattern and/or weave style of each individual laundry item by means of at least one imaging device, all laundry items are identified at least with regard to their folding and stacking criteria and/or recipients before folding, each laundry item is folded according to the individual folding criterion, and then laundry items with the same stacking criteria are sorted and stacked on at least one stack for laundry items with the same stacking criteria.
A method for detection of a sub-synchronous oscillation in a power system wherein the following steps are performed: - measuring of a three-phase measurement signal of an electric system value; - analyzing the measurement signal to detect an oscillation component of the measurement signal having an oscillation frequency that is lower than a system frequency of the power system ; - deciding whether the detected oscillation component at the oscillation frequency qualifies as a sub-synchronous oscillation; and - disconnecting a generator from the power system that might be affected by the sub-synchronous oscillation; wherein - an amplitude of each phase of the oscillation component is being calculated and compared against a threshold; - a sub-synchronous oscillation is detected when the threshold is being exceeded during a given time delay; and - a fault signal is generated if a sub-synchronous oscillation has been detected; characterized in that - the amplitude of each phase of the oscillation component is being calculated using an adaptive notch filter. - measuring of a three-phase measurement signal of an electric system value; - analyzing the measurement signal to detect an oscillation component of the measurement signal having an oscillation frequency that is lower than a system frequency of the power system ; - deciding whether the detected oscillation component at the oscillation frequency qualifies as a sub-synchronous oscillation; and - disconnecting a generator from the power system that might be affected by the sub-synchronous oscillation; wherein - an amplitude of each phase of the oscillation component is being calculated and compared against a threshold; - a sub-synchronous oscillation is detected when the threshold is being exceeded during a given time delay; and - a fault signal is generated if a sub-synchronous oscillation has been detected; characterized in that - the amplitude of each phase of the oscillation component is being calculated using an adaptive notch filter.
A sensor , comprising: a base substrate ; a thin-film transistor (TFT) disposed on the base substrate and including a source electrode ; a first insulation layer disposed on the TFT and provided with a first through hole running through the first insulation layer ; a conductive layer disposed in the first through hole and on part of the first insulation layer and electrically connected with the source electrode via the first through hole; a bias electrode disposed on the first insulation layer and separate from the conductive layer ; a sensing active layer disposed on the first insulation layer , outside the first through hole and electrically connected and in direct contact with the conductive layer and with the bias electrode ; and an auxiliary conductive layer disposed on the conductive layer , wherein the conductive layer is at least disposed on side wall of the first through hole , and the part of the conductive layer that is disposed on the side wall of the first through hole is completely covered by the auxiliary conductive layer ; and the auxiliary conductive layer is separate from the sensing active layer . a base substrate ; a thin-film transistor (TFT) disposed on the base substrate and including a source electrode ; a first insulation layer disposed on the TFT and provided with a first through hole running through the first insulation layer ; a conductive layer disposed in the first through hole and on part of the first insulation layer and electrically connected with the source electrode via the first through hole; a bias electrode disposed on the first insulation layer and separate from the conductive layer ; a sensing active layer disposed on the first insulation layer , outside the first through hole and electrically connected and in direct contact with the conductive layer and with the bias electrode ; and an auxiliary conductive layer disposed on the conductive layer , wherein the conductive layer is at least disposed on side wall of the first through hole , and the part of the conductive layer that is disposed on the side wall of the first through hole is completely covered by the auxiliary conductive layer ; and the auxiliary conductive layer is separate from the sensing active layer .
Device for mixing and distributing fluids for a downflow catalytic reactor, said device comprising: - at least one collecting zone (A) comprising at least one collecting means ; - at least one substantially vertical collecting pipe that is able to receive a reaction fluid collected by said collecting means and at least one injection means opening into said collecting pipe in order to inject a quench fluid; - at least one mixing zone (B), situated downstream of said collecting pipe in the direction of flow of the fluids, said mixing zone (B) comprising at least one fluid mixing chamber of length L1', said mixing zone comprising a first end in communication with said collecting pipe and a second end in communication with a fluid exchange chamber of length L2', situated underneath and superposed with said mixing chamber ; - at least one distribution zone (C) situated at the same level as the mixing zone (B), downstream of said mixing zone (B) in the direction of flow of the fluids, said distribution zone (C) comprising a distribution plate supporting a plurality of chimneys ; characterized in that the length L2' of said exchange chamber is strictly greater than the length L1' of said mixing chamber so as to create a ceiling on said exchange chamber , said ceiling comprising at least one longitudinal opening suitable for the passage of the fluids from said exchange chamber to said distribution zone (C). - at least one collecting zone (A) comprising at least one collecting means ; - at least one substantially vertical collecting pipe that is able to receive a reaction fluid collected by said collecting means and at least one injection means opening into said collecting pipe in order to inject a quench fluid; - at least one mixing zone (B), situated downstream of said collecting pipe in the direction of flow of the fluids, said mixing zone (B) comprising at least one fluid mixing chamber of length L1', said mixing zone comprising a first end in communication with said collecting pipe and a second end in communication with a fluid exchange chamber of length L2', situated underneath and superposed with said mixing chamber ; - at least one distribution zone (C) situated at the same level as the mixing zone (B), downstream of said mixing zone (B) in the direction of flow of the fluids, said distribution zone (C) comprising a distribution plate supporting a plurality of chimneys ; characterized in that the length L2' of said exchange chamber is strictly greater than the length L1' of said mixing chamber so as to create a ceiling on said exchange chamber , said ceiling comprising at least one longitudinal opening suitable for the passage of the fluids from said exchange chamber to said distribution zone (C).
Manual control device of the opening and closing of the lock of a door or window, comprising: - a control rod ; - a supporting body having a cavity in which said control rod is arranged; - a manual gripping member having a housing ; - an adapter element for interconnection between said manual gripping member and said supporting body , said adapter element being arranged in said housing provided in said gripping member and in turn having a housing in which said supporting body is arranged; - at least one elastic blocking element of an axial extraction of said supporting body from said control rod ; - blocking means between said adapter element and said supporting body ; characterized in that it further comprises: a) blocking means between said adapter element and said manual gripping member ; b) supporting plate of said supporting body fixable to said door or window and provided with a hole in which an end of said supporting body is rotatably engaged, which extends outside said adapter element ; and c) a braking and stabilising member of the inserting position of said control rod in said cavity of said supporting body , said supporting body having a first housing wherein said at least one elastic member is arranged and at least one second housing wherein said braking member is arranged. - a control rod ; - a supporting body having a cavity in which said control rod is arranged; - a manual gripping member having a housing ; - an adapter element for interconnection between said manual gripping member and said supporting body , said adapter element being arranged in said housing provided in said gripping member and in turn having a housing in which said supporting body is arranged; - at least one elastic blocking element of an axial extraction of said supporting body from said control rod ; - blocking means between said adapter element and said supporting body ; a) blocking means between said adapter element and said manual gripping member ; b) supporting plate of said supporting body fixable to said door or window and provided with a hole in which an end of said supporting body is rotatably engaged, which extends outside said adapter element ; and c) a braking and stabilising member of the inserting position of said control rod in said cavity of said supporting body , said supporting body having a first housing wherein said at least one elastic member is arranged and at least one second housing wherein said braking member is arranged.
A carriage structure having, disposed to a carriage carrying a printhead and being configured to move bidirectionally through a range of movement including a conveyance path of a print medium: a protrusion configured to protrude in the direction of carriage movement; and a moving mechanism configured to cause the protrusion to protrude to the print medium conveyance path side when the carriage is at a standby position set in the range of movement of the carriage , characterized in that : the protrusion is a panel member having one end part thereof pivotably supported on the carriage , and the moving mechanism includes an urging member configured to pull the panel member to the carriage , wherein: the moving mechanism includes a link member connected pivotably to the other end of the panel member and supported slidably to the carriage ; and the link member is configured to touch a stationary contact part outside the range of carriage movement and to protrude with the panel member to the print medium conveyance path side, when the carriage is at the standby position. a protrusion configured to protrude in the direction of carriage movement; and a moving mechanism configured to cause the protrusion to protrude to the print medium conveyance path side when the carriage is at a standby position set in the range of movement of the carriage , characterized in that : the protrusion is a panel member having one end part thereof pivotably supported on the carriage , and the moving mechanism includes an urging member configured to pull the panel member to the carriage , wherein: the moving mechanism includes a link member connected pivotably to the other end of the panel member and supported slidably to the carriage ; and the link member is configured to touch a stationary contact part outside the range of carriage movement and to protrude with the panel member to the print medium conveyance path side, when the carriage is at the standby position. the protrusion is a panel member having one end part thereof pivotably supported on the carriage , and the moving mechanism includes an urging member configured to pull the panel member to the carriage , wherein: the moving mechanism includes a link member connected pivotably to the other end of the panel member and supported slidably to the carriage ; and the link member is configured to touch a stationary contact part outside the range of carriage movement and to protrude with the panel member to the print medium conveyance path side, when the carriage is at the standby position. the moving mechanism includes a link member connected pivotably to the other end of the panel member and supported slidably to the carriage ; and the link member is configured to touch a stationary contact part outside the range of carriage movement and to protrude with the panel member to the print medium conveyance path side, when the carriage is at the standby position.
A composition consisting essentially of decellularized dermis and/or decellularized epidermis, wherein the dermis and/or epidermis retain(s) at least one matrix molecule selected from the group consisting of laminin, elastin, fibronectin, and collagen; and wherein the decellularized dermis and/or decellularized epidermis further comprises exogenous seeded cells comprising a combination of keratinocytes, melanocytes, and nerve cells.
A method of sterilizing a blow-molding machine, wherein a mist or gas of hydrogen peroxide or a mixture thereof is introduced through a valve block disposed adjacent to a molding die to sterilize at least the molding die and an extension rod that extends into the molding die through the valve block , wherein the extension rod is covered by a housing box when the extension rod is removed from the molding die , the method being characterized in that a tunnel-like channel for passing the mist or gas of hydrogen peroxide or the mixture thereof is formed in a middle part of the extension rod , a servomotor is controlled so that the extension rod partially remains in the valve block , and the mist or gas of hydrogen peroxide or the mixture thereof flows into the housing box through a valve (V1) in the valve block and the tunnel-like channel .
Method for manufacturing a sound-absorbing panel with a sandwich structure and having the shape of portions of cylindrical surfaces for reducing the noise impact of an aeronautic engine, comprising the following steps in sequence: a) providing a first skin of a thermoplastic polymeric material; b) making a plurality of micro-holes through the first skin by mechanical punching of the first skin ; a0) having the first skin undergo a process of thermoforming on mold; c) securing said first skin to a central layer by arranging a structural adhesive layer between the first skin and the central layer ; and d) securing said central layer to a second skin by arranging a structural adhesive layer between the central layer and the second skin ; wherein at least two adjacent components among the first skin , the central layer and the second skin comprise uncured polymerizable material, and wherein step c) and/or step d) further comprise the step of: e) having the first skin , the central layer , and the second skin undergo a curing process in autoclave with vacuum bag, according to a specific pressure and temperature cycle, for co-curing the uncured components. a) providing a first skin of a thermoplastic polymeric material; b) making a plurality of micro-holes through the first skin by mechanical punching of the first skin ; a0) having the first skin undergo a process of thermoforming on mold; c) securing said first skin to a central layer by arranging a structural adhesive layer between the first skin and the central layer ; and d) securing said central layer to a second skin by arranging a structural adhesive layer between the central layer and the second skin ; wherein at least two adjacent components among the first skin , the central layer and the second skin comprise uncured polymerizable material, and wherein step c) and/or step d) further comprise the step of: e) having the first skin , the central layer , and the second skin undergo a curing process in autoclave with vacuum bag, according to a specific pressure and temperature cycle, for co-curing the uncured components.
A vent assembly for a respiratory pressure therapy (RPT) system to provide a flow of pressurized gas at a therapeutic pressure of at least 6 cmH 2 O above ambient air pressure from a respiratory pressure therapy (RPT) device to a patient interface to treat a respiratory disorder, the vent assembly comprising: a vent housing having a first orifice configured to receive the flow of pressurized gas from the RPT device and the vent housing having a plurality of holes to discharge pressurized gas to atmosphere; a vent housing connector having a second orifice configured to direct the flow of pressurized gas to the patient interface; a tube connected to the vent housing connector at the second orifice, the tube being configured to be connected to the patient interface to direct the flow of pressurized gas to the patient interface and to decouple the other components of the vent assembly from the patient interface; and a heat and moisture exchanger (HME) comprising an HME housing and an HME material within the HME housing, wherein the vent housing and the vent housing connector are configured to be connected to, at least in part, form a cavity , wherein the HME is positioned in the cavity when the vent assembly is assembled, and characterized in that the HME housing is removably connected to the vent housing or the vent housing connector with a snap-fit. a vent housing having a first orifice configured to receive the flow of pressurized gas from the RPT device and the vent housing having a plurality of holes to discharge pressurized gas to atmosphere; a vent housing connector having a second orifice configured to direct the flow of pressurized gas to the patient interface; a tube connected to the vent housing connector at the second orifice, the tube being configured to be connected to the patient interface to direct the flow of pressurized gas to the patient interface and to decouple the other components of the vent assembly from the patient interface; and a heat and moisture exchanger (HME) comprising an HME housing and an HME material within the HME housing, wherein the vent housing and the vent housing connector are configured to be connected to, at least in part, form a cavity , wherein the HME is positioned in the cavity when the vent assembly is assembled, and characterized in that the HME housing is removably connected to the vent housing or the vent housing connector with a snap-fit.
Method for providing secure communication between at least one first communication partner (IOC) and at least one second communication partner (IOD) within a communication network capable of operating in real time, particularly in the context of industrial production and/or automation, comprising the following steps: - provision of at least two interfaces (S1, S2), each of which has been or is assigned to a communication partner (IOC, IOD) ; - isolation of at least one message (m, n) transmitted or received between the communication partners (IOC, IOD) at the respectively associated interface, by means of at least one predefinable filtering criterion, wherein the at least one isolated message (m, n) undergoes an integrity check; - wherein, for the purposes of integrity checking, a first integrity reference value (I1) for at least one isolated message (m) transmitted or received by the first communication partner (IOC), and at least one second integrity reference value for at least one isolated message received or transmitted by the at least second communication partner (IOD) are constituted; - provision of a test unit (IA) for integrity checking; - correlation of the first integrity reference value (I1) with the at least second integrity reference value , and comparison of same by the test unit (IA); - output of a warning and/or alarm signal by the test unit, or referral of the warning and/or alarm signal originating from the test unit to an authority responsible for the initiation of corresponding counter-measures, in the event that the correlated integrity reference values deviate from each other. - provision of at least two interfaces (S1, S2), each of which has been or is assigned to a communication partner (IOC, IOD) ; - isolation of at least one message (m, n) transmitted or received between the communication partners (IOC, IOD) at the respectively associated interface, by means of at least one predefinable filtering criterion, wherein the at least one isolated message (m, n) undergoes an integrity check; - wherein, for the purposes of integrity checking, a first integrity reference value (I1) for at least one isolated message (m) transmitted or received by the first communication partner (IOC), and at least one second integrity reference value for at least one isolated message received or transmitted by the at least second communication partner (IOD) are constituted; - provision of a test unit (IA) for integrity checking; - correlation of the first integrity reference value (I1) with the at least second integrity reference value , and comparison of same by the test unit (IA); - output of a warning and/or alarm signal by the test unit, or referral of the warning and/or alarm signal originating from the test unit to an authority responsible for the initiation of corresponding counter-measures, in the event that the correlated integrity reference values deviate from each other.