mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: controlling input of at least a portion of a first training data set into a first machine learning algorithm , the first training data set including: data quantifying damage to one or more components of a first gas turbine engine; and data quantifying a first operating parameter of the first gas turbine engine; receiving data quantifying the first operating parameter as an output of the first machine learning algorithm ; and training the first machine learning algorithm using: the received data output from the first machine learning algorithm ; and data quantifying the first operating parameter of the first gas turbine engine, the trained first machine learning algorithm being configured to enable determination of operability of a second gas turbine engine. controlling input of at least a portion of a first training data set into a first machine learning algorithm , the first training data set including: data quantifying damage to one or more components of a first gas turbine engine; and data quantifying a first operating parameter of the first gas turbine engine; receiving data quantifying the first operating parameter as an output of the first machine learning algorithm ; and training the first machine learning algorithm using: the received data output from the first machine learning algorithm ; and data quantifying the first operating parameter of the first gas turbine engine, the trained first machine learning algorithm being configured to enable determination of operability of a second gas turbine engine.
A method for determining a frequency of an input signal (IN) comprising - determining a first count value (N1) by counting clock edges of a reference clock signal (CLK) while the input signal (IN) corresponds to a first level value (L1); - determining a second count value (N2) by counting clock edges of the reference clock signal (CLK) while the input signal (IN) corresponds to a second level value (L2); and - determining the frequency as a function of the first and the second count values (N1, N2); and wherein the frequency is determined as a function of the sum of the first and second count values of one or more successive measuring periods in the input signal (IN); and wherein the frequency is only determined when the sum of the first and second count values of one or more successive measuring periods in the input signal (IN) exceeds a limit. - determining a first count value (N1) by counting clock edges of a reference clock signal (CLK) while the input signal (IN) corresponds to a first level value (L1); - determining a second count value (N2) by counting clock edges of the reference clock signal (CLK) while the input signal (IN) corresponds to a second level value (L2); and - determining the frequency as a function of the first and the second count values (N1, N2); and wherein the frequency is determined as a function of the sum of the first and second count values of one or more successive measuring periods in the input signal (IN); and wherein the frequency is only determined when the sum of the first and second count values of one or more successive measuring periods in the input signal (IN) exceeds a limit.
Disc brake for a vehicle, in particular a commercial vehicle, having a brake disc with a brake disc axis of rotation , at least one application-side and one rear-side brake pad with a backing plate each, an adapter accommodating the at least two brake pads in a respective pad shaft between a leading edge-side and a trailing edge-side adapter horn (11, 11'; 12, 12') and a bridge section , wherein one of the at least two brake pads is held in the associated pad shaft in positive-locking holder to at least one of the adapter horns (11, 11'; 12, 12') in the radial direction with respect to the brake disc axis of rotation and spring-loaded with a preloading force (Fv) pressing the one of the at least two brake discs away from the bridge section of the adapter in the radial direction with respect to the brake disc axis of rotation against the positive-locking holder of the at least one adapter horn (11, 11'; 12, 12'), and having a brake calliper overlapping the brake disc , wherein at the leading edge-side adapter horn and the trailing edge-side adapter horn a positive-locking holder of at least the application-side brake pad in the pad shaft is provided, wherein the positive-locking holder forms an oblique wear compensation device with noses with undercuts , projections of the backing plate and the preloading force (Fv), wherein the disc brake further has a pad retaining bracket , which is releasably attached to the brake calliper and by which the rear-side brake pad is held under spring load in the adapter , characterised in that the application-side brake pad is joined with its backing plate to an application-side anti-rattle spring mounted at the pad retaining bracket and the application-side brake pad in such a way that the application-side anti-rattle spring applies a tensile force to the application-side brake pad and generates the preloading force (Fv).
A reusable and washable surface cleaning substrate, comprising (a) less than 15 weight-%, preferably less than 10 weight-%, and more preferably less than 5 weight-% of a liquid carrier, and other liquid components of a impregnating liquor, based on the total weight of the loaded substrate, (b) ethyl cellulose as an impregnating aid, capable of treating the surface of said cleaning substrate, (c) monohydric citric acid as a pH adjustment, capable of adjusting the pH of an impregnating liquor comprising an impregnating carrier, said impregnating aid, and a cleaning composition, to a slightly acidic pH between 3.5 and 5.5, and (d) a first substrate region or zone having a volume extension of at least 125 mm 3 comprising at least 1 weight-%, preferably more than 5 weight-%, more preferably more than 20 weight-% and most preferably more than 40 weight-% of a cleaning composition based on the dry weight of the substrate in said region or zone. (a) less than 15 weight-%, preferably less than 10 weight-%, and more preferably less than 5 weight-% of a liquid carrier, and other liquid components of a impregnating liquor, based on the total weight of the loaded substrate, (b) ethyl cellulose as an impregnating aid, capable of treating the surface of said cleaning substrate, (c) monohydric citric acid as a pH adjustment, capable of adjusting the pH of an impregnating liquor comprising an impregnating carrier, said impregnating aid, and a cleaning composition, to a slightly acidic pH between 3.5 and 5.5, and (d) a first substrate region or zone having a volume extension of at least 125 mm 3 comprising at least 1 weight-%, preferably more than 5 weight-%, more preferably more than 20 weight-% and most preferably more than 40 weight-% of a cleaning composition based on the dry weight of the substrate in said region or zone.
A temperature system for independently controlling a temperature of each of bus bars (122a and 122b) to improve a thermal profile of a heater tube in a thermal oxidation rig , the temperature system comprising a pair of bus bars , wherein each bus bar comprises: a heat sink adapted to being arranged proximate to a base of the bus bar that secures the bus bar to the thermal oxidation rig, a cooling element that interposes the heat sink and the base of the bus bar, a forced convection device , adapted and close to the heat sink, a thermocouple arranged at an end of the bus bar that is opposite the base and proximate to the heater tube, wherein the thermocouple measures the temperature of the bus bar, and a controller operable to independently control the cooling element and the forced convection device of the bus bar based on temperatures measured by the thermocouple. a heat sink adapted to being arranged proximate to a base of the bus bar that secures the bus bar to the thermal oxidation rig, a cooling element that interposes the heat sink and the base of the bus bar, a forced convection device , adapted and close to the heat sink, a thermocouple arranged at an end of the bus bar that is opposite the base and proximate to the heater tube, wherein the thermocouple measures the temperature of the bus bar, and a controller operable to independently control the cooling element and the forced convection device of the bus bar based on temperatures measured by the thermocouple.
A detergent feeding device, comprising a water box , and a feeding box installed in the water box ; wherein, at least one feeding chamber is arranged in the feeding box ; a baffle board is pivoted and installed in the feeding chamber for preventing water from flowing to a water outlet ; characterized in that a gap portion is formed on the baffle board , an auxiliary baffle board is vertically arranged in the feeding chamber , and the gap portion is blocked by the auxiliary baffle board when the baffle board is reset, so that an inlet water flow of the water box flows to the gap portion of the baffle board being open when the baffle board is pivoted, the inlet water flow washes a bottom wall of the feeding chamber below the baffle board after passing through the baffle board from the gap portion . at least one feeding chamber is arranged in the feeding box ; a baffle board is pivoted and installed in the feeding chamber for preventing water from flowing to a water outlet ; characterized in that a gap portion is formed on the baffle board , an auxiliary baffle board is vertically arranged in the feeding chamber , and the gap portion is blocked by the auxiliary baffle board when the baffle board is reset, so that an inlet water flow of the water box flows to the gap portion of the baffle board being open when the baffle board is pivoted, the inlet water flow washes a bottom wall of the feeding chamber below the baffle board after passing through the baffle board from the gap portion .
Sensor array for the potentiometric measurement of a fill level in a container , comprising an oscillator array for generating alternative voltage, whereby the oscillator array is at least partly located in an electro-magnetically shielding array whose potential is dependent on the potential of the container , wherein the sensor arrangement has an electrode which can be brought into the container and which is connected to the oscillator arrangement and protrudes out of the screen arrangement , characterized in that the shielding array is connected to the container via an impedance converter and a distal end of the electrode is connected to an internal reference mass of the impedance converter .
An acid-resistant alloy catalyst, characterized in that the acid-resistant alloy catalyst comprises nickel, one or more rare earth element, tin, aluminum and molybdenum, wherein the catalyst does not contain tungsten.
A buccal tube, comprising a bottom plate and a main body connected to each other, wherein the main body is provided with a traction hook which is movable relative to the main body , the main body is internally provided with an accommodation space , when the traction hook is not in use, the traction hook is disposed in the accommodation space , when the traction hook is in use, one end of the traction hook outwardly moves away from the accommodation space , and the main body comprises a limiting member configured to limit a movement displacement of the traction hook , characterized in that the limiting member comprises an elastic limiting member disposed in the accommodation space , and two limiting protrusions are formed on a side surface of the traction hook , when the traction hook is not in use, the elastic limiting member abuts against a side wall of a first limiting protrusion to block the traction hook from moving, when the traction hook is in use, a force is applied to move the traction hook , the first limiting protrusion presses the elastic limiting member to deform the elastic limiting member , and the first limiting protrusion then passes over the elastic limiting member, and when the traction hook moves to a use position, the elastic limiting member abuts against a side wall of a second limiting protrusion and blocks the traction hook from moving continuously. the limiting member comprises an elastic limiting member disposed in the accommodation space , and two limiting protrusions are formed on a side surface of the traction hook , when the traction hook is not in use, the elastic limiting member abuts against a side wall of a first limiting protrusion to block the traction hook from moving, when the traction hook is in use, a force is applied to move the traction hook , the first limiting protrusion presses the elastic limiting member to deform the elastic limiting member , and the first limiting protrusion then passes over the elastic limiting member, and when the traction hook moves to a use position, the elastic limiting member abuts against a side wall of a second limiting protrusion and blocks the traction hook from moving continuously.
A method of making an electrically-conductive film, the method comprising: providing a release layer (114; 216; 316; 416) with a release surface, the release surface optionally being a topologically structured surface; depositing at least one electrically-conductive layer (218; 318; 418) on the release layer whereby the at least one electrically-conductive layer has an outer surface that substantially replicates the release surface; and peeling the at least one electrically-conductive layer away from the release layer to obtain the electrically-conductive film; characterized in that the electrically-conductive layer comprises a bronze alloy or a copper-tin layered film. providing a release layer (114; 216; 316; 416) with a release surface, the release surface optionally being a topologically structured surface; depositing at least one electrically-conductive layer (218; 318; 418) on the release layer whereby the at least one electrically-conductive layer has an outer surface that substantially replicates the release surface; and peeling the at least one electrically-conductive layer away from the release layer to obtain the electrically-conductive film; characterized in that the electrically-conductive layer comprises a bronze alloy or a copper-tin layered film.
A PTC heater for liquid heating, comprising: a heat conductor comprising at least one first accommodating duct and at least one second accommodating duct ; a PTC heating assembly at least partially disposed in the first accommodating duct ; and at least one water pipe assembly at least partially disposed in the second accommodating duct (114, 115, 314,315,), with an outer surface of the at least one water pipe assembly at least partially abutting against an inner surface of the second accommodating duct ; wherein the heat conductor is a material of an aluminium alloy; wherein the at least one water pipe assembly is a material of one of stainless steel and copper; characterized the heat conductor further comprising at least first and second components wherein the first component has a first plurality of grooves disposed at an outer surface of the first component and the second component , detachably connected to the first component, has a second plurality of grooves disposed thereon, and wherein the first and second pluralities of grooves combine to form the second accommodating duct (114,115, 314,315,) to receive the at least one water pipe assembly .
A composition of stem cells for use in a method of treating a subject, wherein the stems cells are produced by a method comprising: (a) contacting stem cells with a composition comprising DA-DKP; (b) cultivating the stem cells under conditions suitable to facilitate the expansion of the stem cells; and (c) optionally, adding one or more differentiation factors or changing culturing conditions to induce differentiation of cells to form a different type of cell; wherein the composition comprising DA-DKP is prepared by a process comprising filtration of human serum albumin to produce a low molecular weight fraction of human serum albumin, wherein substantially all of the albumin has been removed from the fraction. (a) contacting stem cells with a composition comprising DA-DKP; (b) cultivating the stem cells under conditions suitable to facilitate the expansion of the stem cells; and (c) optionally, adding one or more differentiation factors or changing culturing conditions to induce differentiation of cells to form a different type of cell;
A method of producing a ground stabilized pad comprising the steps of: (a) providing a stabilization grid comprising a plurality of closed cells (2-4) formed by polymer walls having a wall height, each cell (2-4) sharing a common wall with at least two adjacent cells (2-4), wherein substantially each cell (2-4) includes at least one reinforcing rib extending across the cell (2-4) to engage opposing walls of the cell (2-4), the reinforcing ribs engage the cell walls between about 25% and about 75% of the wall height, the grid has an underside and an opposite top side, and a majority of the cells (2-4) in the grid have open tops; (b) positioning the grid on a surface with the underside facing the surface and then filling the open-topped cells (2-4) with a Portland cement based concrete; and (c) allowing the concrete to completely cure while leaving the grid in place. (a) providing a stabilization grid comprising a plurality of closed cells (2-4) formed by polymer walls having a wall height, each cell (2-4) sharing a common wall with at least two adjacent cells (2-4), wherein substantially each cell (2-4) includes at least one reinforcing rib extending across the cell (2-4) to engage opposing walls of the cell (2-4), the reinforcing ribs engage the cell walls between about 25% and about 75% of the wall height, the grid has an underside and an opposite top side, and a majority of the cells (2-4) in the grid have open tops; (b) positioning the grid on a surface with the underside facing the surface and then filling the open-topped cells (2-4) with a Portland cement based concrete; and (c) allowing the concrete to completely cure while leaving the grid in place.
A network entity for implementing a network function (NF1, NF2, NF3) comprising: one or more processors; and one or more memories storing instructions that, when executed by the one or more processors, cause the network entity to: send a first request to a first certificate server, the first request comprising a first public key of a first public-private key pair for the network function; receive a first response from the first certificate server, characterized by : the first response comprising an identity certificate for the network function and a first certificate chain of the first certificate server, wherein the identity certificate is based on the first public key; and further characterized in that the instructions further cause the network entity to: send a second request to a second certificate server, the second request comprising a second public key of a second public-private key pair for the network function and the identity certificate along with the first certificate chain; and receive a second response from the second certificate server, the second response comprising an end entity certificate for the network function and a second certificate chain of the second certificate server. one or more processors; and one or more memories storing instructions that, when executed by the one or more processors, cause the network entity to: send a first request to a first certificate server, the first request comprising a first public key of a first public-private key pair for the network function; receive a first response from the first certificate server, send a first request to a first certificate server, the first request comprising a first public key of a first public-private key pair for the network function; receive a first response from the first certificate server, the first response comprising an identity certificate for the network function and a first certificate chain of the first certificate server, wherein the identity certificate is based on the first public key; and further characterized in that the instructions further cause the network entity to: send a second request to a second certificate server, the second request comprising a second public key of a second public-private key pair for the network function and the identity certificate along with the first certificate chain; and receive a second response from the second certificate server, the second response comprising an end entity certificate for the network function and a second certificate chain of the second certificate server. send a second request to a second certificate server, the second request comprising a second public key of a second public-private key pair for the network function and the identity certificate along with the first certificate chain; and receive a second response from the second certificate server, the second response comprising an end entity certificate for the network function and a second certificate chain of the second certificate server.
A portable carrier for transporting and administering enteral food or other liquids provided in a container , the carrier comprising a semi-rigid or rigid shell , comprising a bottom tray , a back plate , two side plates and a feed pump holding element , wherein the feed pump holding element comprises extensions of the side plates that extend beyond the bottom tray and the bottom tray is shaped to form a stable base to the carrier, the shell further being shaped to fit into a backpack , such that the back plate sits against the back of a person carrying the backpack; support elements for holding the container in place within the shell, the support elements comprising a lower support element for location beneath the container, a rear support element for engaging a rear surface of the container and a container retaining element for retaining the container in position within the shell, wherein the support elements are height adjustable with respect to the bottom tray, thereby allowing a container to be supported at different positions above the bottom tray and wherein the rear support element comprises an adjustable container stabilizer , extendable vertically with respect to the back plate. a semi-rigid or rigid shell , comprising a bottom tray , a back plate , two side plates and a feed pump holding element , wherein the feed pump holding element comprises extensions of the side plates that extend beyond the bottom tray and the bottom tray is shaped to form a stable base to the carrier, the shell further being shaped to fit into a backpack , such that the back plate sits against the back of a person carrying the backpack; support elements for holding the container in place within the shell, the support elements comprising a lower support element for location beneath the container, a rear support element for engaging a rear surface of the container and a container retaining element for retaining the container in position within the shell, wherein the support elements are height adjustable with respect to the bottom tray, thereby allowing a container to be supported at different positions above the bottom tray and wherein the rear support element comprises an adjustable container stabilizer , extendable vertically with respect to the back plate.