mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented process for ranking candidate transformation programs, each comprising program expressions comprising sub-expressions, to establish a ranked group of one or more transformation programs each of which produces an output string in a user-desired form from input strings entered by a user, consistent with each of one or more user-supplied input-output examples, comprising: using a computer to perform the following process actions: inputting the set of candidate transformation programs, which were inductively synthesized from the one or more user-supplied input-output examples, each of which produces an output string in a form exhibited by each user-supplied output example from each user-supplied input example; for each candidate transformation program, for each sub-expression of the candidate transformation program, in an order from smaller to larger, for which a ranking scheme has been established, establishing a likelihood score using the ranking scheme established for that sub-expression, wherein different kinds of ranking schemes are established for different kinds of sub-expressions, and computing an overall ranking score for the candidate transformation program from the sub-expression likelihood scores established for that candidate transformation program. inputting the set of candidate transformation programs, which were inductively synthesized from the one or more user-supplied input-output examples, each of which produces an output string in a form exhibited by each user-supplied output example from each user-supplied input example; for each candidate transformation program, for each sub-expression of the candidate transformation program, in an order from smaller to larger, for which a ranking scheme has been established, establishing a likelihood score using the ranking scheme established for that sub-expression, wherein different kinds of ranking schemes are established for different kinds of sub-expressions, and computing an overall ranking score for the candidate transformation program from the sub-expression likelihood scores established for that candidate transformation program. for each sub-expression of the candidate transformation program, in an order from smaller to larger, for which a ranking scheme has been established, establishing a likelihood score using the ranking scheme established for that sub-expression, wherein different kinds of ranking schemes are established for different kinds of sub-expressions, and computing an overall ranking score for the candidate transformation program from the sub-expression likelihood scores established for that candidate transformation program.
A composition comprising a collagen biofabric for use in surgery, wherein said collagen biofabric comprises a dehydrated, decellularized and substrate-free human amniotic membrane, wherein said amniotic membrane has a native tertiary and quaternary structure.
A control system (202, 300) for an aircraft engine (102, 104) comprising: a first data link; a second data link; a control node (204, 302) comprising a first processor; and a concentrator node (206, 304) comprising a second processor and operably coupled to the control node via the first data link and via the second data link, wherein the control node communicates with the concentrator node over the first data link at a first communication frequency and a first communication rate; and changes the first communication frequency in response to at least one event, wherein the control node (204, 302) is configured to send a frequency change indication to the concentrator node (206, 304), and wherein the concentrator node is configured to communicate with the control node at the changed first communication frequency in response to receiving the frequency change indication, and wherein the control node (204, 302) is configured to send the frequency change indication to the concentrator node over the second data link. a first data link; a second data link; a control node (204, 302) comprising a first processor; and a concentrator node (206, 304) comprising a second processor and operably coupled to the control node via the first data link and via the second data link, wherein the control node communicates with the concentrator node over the first data link at a first communication frequency and a first communication rate; and changes the first communication frequency in response to at least one event, wherein the control node (204, 302) is configured to send a frequency change indication to the concentrator node (206, 304), and wherein the concentrator node is configured to communicate with the control node at the changed first communication frequency in response to receiving the frequency change indication, and wherein the control node (204, 302) is configured to send the frequency change indication to the concentrator node over the second data link. wherein the control node communicates with the concentrator node over the first data link at a first communication frequency and a first communication rate; and changes the first communication frequency in response to at least one event, wherein the control node (204, 302) is configured to send a frequency change indication to the concentrator node (206, 304), and wherein the concentrator node is configured to communicate with the control node at the changed first communication frequency in response to receiving the frequency change indication, and wherein the control node (204, 302) is configured to send the frequency change indication to the concentrator node over the second data link.
A method comprising: monitoring at least one criterion for an adjustment of a frequency of a periodic transmission of bluetooth low energy data packets by a mobile apparatus via an air interface, the periodic transmission of bluetooth low energy data packets enabling a determination of a direction vector to or from the mobile apparatus; and when it is detected that the at least one criterion is met, causing an adjustment of the frequency of periodic transmission of bluetooth low energy data packets by the mobile apparatus, wherein the at least one criterion relates to at least one of: ambient temperature at the mobile apparatus; an amount of ambient light at the mobile apparatus; a physical force applied to the mobile apparatus; a current time of day; a current date; a quality of received transmissions; an amount of mobile apparatuses transmitting information; an amount of traffic on the air interface; and an amount of detected packet collisions on the air interface. monitoring at least one criterion for an adjustment of a frequency of a periodic transmission of bluetooth low energy data packets by a mobile apparatus via an air interface, the periodic transmission of bluetooth low energy data packets enabling a determination of a direction vector to or from the mobile apparatus; and when it is detected that the at least one criterion is met, causing an adjustment of the frequency of periodic transmission of bluetooth low energy data packets by the mobile apparatus, wherein the at least one criterion relates to at least one of: ambient temperature at the mobile apparatus; an amount of ambient light at the mobile apparatus; a physical force applied to the mobile apparatus; a current time of day; a current date; a quality of received transmissions; an amount of mobile apparatuses transmitting information; an amount of traffic on the air interface; and an amount of detected packet collisions on the air interface. ambient temperature at the mobile apparatus; an amount of ambient light at the mobile apparatus; a physical force applied to the mobile apparatus; a current time of day; a current date; a quality of received transmissions; an amount of mobile apparatuses transmitting information; an amount of traffic on the air interface; and an amount of detected packet collisions on the air interface.
An assembly, comprising: a check valve that includes a ball positioned between an inflow line and an outflow line, the ball being movable between (i) an open position at which a fluid is allowed to flow between the inflow line and the outflow line and (ii) a closed position at which the fluid is prevented from flowing between the inflow line and the outflow line; a first spring positioned adjacent to the ball and operable to bias the ball in the closed position; a poppet positioned adjacent to the ball, wherein the poppet is movable to a closed state in response to a communication of a pilot pressure to the poppet, such that the ball is movable to the closed position in response to a force applied by the poppet; a second spring positioned around the outer diameter of the poppet that biases the poppet to an open state; and a seat positioned adjacent to the ball for forming a seal when the ball is in the closed position, the assembly further comprising a solenoid valve coupled to the poppet, the solenoid valve operable to move the poppet. a check valve that includes a ball positioned between an inflow line and an outflow line, the ball being movable between (i) an open position at which a fluid is allowed to flow between the inflow line and the outflow line and (ii) a closed position at which the fluid is prevented from flowing between the inflow line and the outflow line; a first spring positioned adjacent to the ball and operable to bias the ball in the closed position; a poppet positioned adjacent to the ball, wherein the poppet is movable to a closed state in response to a communication of a pilot pressure to the poppet, such that the ball is movable to the closed position in response to a force applied by the poppet; a second spring positioned around the outer diameter of the poppet that biases the poppet to an open state; and a seat positioned adjacent to the ball for forming a seal when the ball is in the closed position, the assembly further comprising a solenoid valve coupled to the poppet, the solenoid valve operable to move the poppet.
Operating facility for a CNC control system for controlling a machine tool, wherein the machine tool comprises a plurality of machine axes (X, Y, Z, A, B, C) by means of which a tool inserted into a tool receptacle of a tool spindle is able to be displaced relative to a workpiece and/or to be rotated about a tool spindle axis, wherein the operating facility has at least one endlessly rotatable rotary controller (35, 36) which is able to be manually operated by an operator of the operating facility, by way of which rotary controller a feed rate with which the tool is moved relative to the workpiece and/or a spindle rotary speed is able to be manually set by the operator by rotating a rotary knob of the rotary controller (35, 36), characterised in that the operating facility comprises a graphical user interface by means of which the effect of an operating action carried out by means of the rotary controller (35, 36) on the feed rate and/or the spindle rotary speed is able to be adjusted. wherein the machine tool comprises a plurality of machine axes (X, Y, Z, A, B, C) by means of which a tool inserted into a tool receptacle of a tool spindle is able to be displaced relative to a workpiece and/or to be rotated about a tool spindle axis, wherein the operating facility has at least one endlessly rotatable rotary controller (35, 36) which is able to be manually operated by an operator of the operating facility, by way of which rotary controller a feed rate with which the tool is moved relative to the workpiece and/or a spindle rotary speed is able to be manually set by the operator by rotating a rotary knob of the rotary controller (35, 36), characterised in that the operating facility comprises a graphical user interface by means of which the effect of an operating action carried out by means of the rotary controller (35, 36) on the feed rate and/or the spindle rotary speed is able to be adjusted.
A dental adhesive composition for use in a process of adhesively fixing a dental restoration to a dental surface, the process comprising the steps of a) applying the dental adhesive composition to the surface of a tooth, preferably using a brush or a sponge, wherein the surface of the tooth can be prepared, etched with an acid or as it is, b) optionally dispersing the dental adhesive composition to a thin film, preferably using a stream of air, c) light initiated curing of the dental adhesive composition, the light having a wavelength in the range of 300 nm to 800 nm, and d) optionally applying a dental filling composition, a dental luting cement or an orthodontic adhesive, the dental adhesive composition comprising: ethylenically unsaturated component(s) with acidic moiety, ethylenically unsaturated component(s) without acidic moiety, water, sensitizing agent(s), reducing agent(s), a silane composition comprising (meth)acrylate functional silane(s), amino functional silane(s), wherein the (meth)acrylate functional silane(s) is present in equal proportion or in excess with respect to weight over the amino functional silane(s). a) applying the dental adhesive composition to the surface of a tooth, preferably using a brush or a sponge, wherein the surface of the tooth can be prepared, etched with an acid or as it is, b) optionally dispersing the dental adhesive composition to a thin film, preferably using a stream of air, c) light initiated curing of the dental adhesive composition, the light having a wavelength in the range of 300 nm to 800 nm, and d) optionally applying a dental filling composition, a dental luting cement or an orthodontic adhesive, ethylenically unsaturated component(s) with acidic moiety, ethylenically unsaturated component(s) without acidic moiety, water, sensitizing agent(s), reducing agent(s), a silane composition comprising (meth)acrylate functional silane(s), amino functional silane(s), (meth)acrylate functional silane(s), amino functional silane(s), wherein the (meth)acrylate functional silane(s) is present in equal proportion or in excess with respect to weight over the amino functional silane(s).
A femoral resurfacing implant comprising a cupped bearing portion having a part spherical outer surface and defining a cylindrical cavity arranged to fit over a cut portion of the femur, wherein a thickness of the bearing portion between the outer surface and a side of the cavity varies around the side of the cavity at a fixed height above a bottom end of the cavity characterised in that a rim of the bearing portion varies in height around the bearing portion.
Coupling device for a multilayer product comprising a plurality of layers to be hot coupled, the coupling device comprising a brake, a coil-holder tool, a pre-gluing system, a paper winding tool, a system for actuating the thermosetting glue, a roll system and characterized in that said roll systems comprises: - a circular sector comprising electric resistances which heat the surface of the multilayer product and a thermo-couple which detects the real temperature of the product, - a plurality of upper and lower rolls arranged along two rows, one upper and one lower, so that the rolls of the upper row are not aligned to the lower ones of the lower row in a way that they are shifted between each other - a circular sector comprising electric resistances which heat the surface of the multilayer product and a thermo-couple which detects the real temperature of the product, - a plurality of upper and lower rolls arranged along two rows, one upper and one lower, so that the rolls of the upper row are not aligned to the lower ones of the lower row in a way that they are shifted between each other
A display device comprising: a display panel in which light-emitting elements that are light-transmissive are arranged; and an image pickup device disposed on a back side of the display panel, wherein the image pickup device takes an image of an object through the display panel, wherein the light-emitting element comprises a laminate of a pair of conductive electrodes and a light-emitting material sandwiched between the pair of conductive electrodes, and wherein components of the laminate are formed by using light-transmissive materials or formed to have a thickness thin enough to maintain light transmittancy. a display panel in which light-emitting elements that are light-transmissive are arranged; and an image pickup device disposed on a back side of the display panel, wherein the image pickup device takes an image of an object through the display panel, wherein the light-emitting element comprises a laminate of a pair of conductive electrodes and a light-emitting material sandwiched between the pair of conductive electrodes, and wherein components of the laminate are formed by using light-transmissive materials or formed to have a thickness thin enough to maintain light transmittancy.
Receiver, comprising an input for an incoming signal, the incoming signal possibly comprising a wanted signal and one or more interference signals, wherein the one or more interference signals contain one or more predetermined signal at least occasionally; an interference parameter provider for providing interference signal parameters regarding at least one known signal component of at least one of the one or more interference signals; a cancellation signal generator (146; 246-1, 246-N) for generating a cancellation signal on the basis of the interference signal parameters; and an interference canceller (148; 248) for at least partially cancelling the one or more interference signals by applying the cancellation signal to the incoming signal; characterized in that the interference canceller (148; 248) is configured to pause during time intervals in which the one or more interference signal contains data that is not a-priori known at the receiver.
Steel sheet skin-pass rolled with a deterministic surface structure, wherein the surface structure is impressed into the steel sheet from a surface (1.1) of the steel sheet, wherein the surface structure has a flank region (2.3) that runs from the surface (1.1) to a trough region (2.2), wherein the flank region (2.3) is formed at an angle (α) to the perpendicular of the steel sheet, and the steel sheet is coated with a metallic coat (1.2), wherein the coat (1.2) is applied by vapour deposition, characterized in that the angle (α) is between 20° and 85°.
A method for measuring the electromagnetic response of formations below the bottom of a body of water, comprising: positioning at least one electromagnetic transmitter and at least one electromagnetic receiver (26A, 26B, 26C) in the body water each at a selected depth below the water surface; conducting a transient electric current through the at least one transmitter; detecting an electromagnetic signal at the at least one electromagnetic receiver (26A, 26B, 26C); characterised in that the depths are selected so that substantially all electromagnetic response to the current passed through the transmitter from the air above the body of water in the detected electromagnetic signal occurs before the beginning of a response originating in the formations below the water bottom. positioning at least one electromagnetic transmitter and at least one electromagnetic receiver (26A, 26B, 26C) in the body water each at a selected depth below the water surface; conducting a transient electric current through the at least one transmitter; detecting an electromagnetic signal at the at least one electromagnetic receiver (26A, 26B, 26C); characterised in that the depths are selected so that substantially all electromagnetic response to the current passed through the transmitter from the air above the body of water in the detected electromagnetic signal occurs before the beginning of a response originating in the formations below the water bottom.
System comprising at least one traction battery for an industrial truck, which battery is configured as a high-powered battery and has a battery tray inside which modules each constructed from at least one battery cell are arranged, and having a battery management system (8, 10) comprising monitoring and control apparatuses, at least one charger for the traction battery and at least one industrial truck which is operated in a battery-electric manner and has a battery compartment into which the traction battery can be inserted, characterized in that the battery management system (8, 10) has a terminal for an Ethernet connection which can be used to interchange data with the industrial truck and/or charger, the charger has a terminal for an Ethernet connection which can be used to interchange data with the traction battery, and the industrial truck has a terminal for an Ethernet connection which can be used to interchange data with the traction battery.
A switching device for short-circuiting and earthing at least two phases in an electric power network, which device comprises: - a first phase contact, which is connected to a first phase in the electric power network; - a second phase contact, which is connected to a second phase in the electric power network; and - an earthed, movable contact, which can, on the one hand, assume a first position, where the movable contact is insulated from the phases (1, 2), and, on the other hand, a second position, where the contact is connected to the phase contacts (1, 2) and thereby earths and short-circuits the phases with each other, characterized in that the first phase contact and the second phase contact are axially displaced from each other and that they are disposed around the movable contact, and that the movable contact is cylinder-shaped and comprises two circumferentially disposed contact areas (18, 19; 34, 35), which contact areas are axially displaced from each other and intended to be located at an insulating distance from the two phase contacts (1, 2) in the first position, but to connect to the two phase contacts (1, 2) in the second position, so that the phases are short-circuited and earthed via the movable contact in order to achieve a simultaneous short-circuiting of the phases, and that the device comprises electrically insulating areas (32; 33), which are adapted to abut against the phase contacts (1, 2) in the first position. - a first phase contact, which is connected to a first phase in the electric power network; - a second phase contact, which is connected to a second phase in the electric power network; and - an earthed, movable contact, which can, on the one hand, assume a first position, where the movable contact is insulated from the phases (1, 2), and, on the other hand, a second position, where the contact is connected to the phase contacts (1, 2) and thereby earths and short-circuits the phases with each other, characterized in that the first phase contact and the second phase contact are axially displaced from each other and that they are disposed around the movable contact, and that the movable contact is cylinder-shaped and comprises two circumferentially disposed contact areas (18, 19; 34, 35), which contact areas are axially displaced from each other and intended to be located at an insulating distance from the two phase contacts (1, 2) in the first position, but to connect to the two phase contacts (1, 2) in the second position, so that the phases are short-circuited and earthed via the movable contact in order to achieve a simultaneous short-circuiting of the phases, and that the device comprises electrically insulating areas (32; 33), which are adapted to abut against the phase contacts (1, 2) in the first position.