mhurhangee/ep-ind-claims huggingface dataset:
Method for jacketing elongate material such as more particularly leads or cable looms, where an adhesive tape comprising a carrier, more particularly a textile carrier, with a curative composition applied to its top side and a reactive composition to its bottom side, is passed in a helical line around the elongate material, or the elongate material is wrapped in the axial direction by the adhesive tape in such a way that the curative composition and the reactive composition come into contact, the elongate material together with the adhesive tape wrapping is brought into the desired disposition, more particularly into the cable loom layout, the elongate material is held in this disposition, the curative composition reacts with the reactive composition, to produce a curing layer of composition.
Method for operating an SDN-based mobile communication system, wherein said system comprises a mobile network including a control plane and a data plane with a network controller being implemented therebetween, the method comprising: providing a control plane function in said control plane of said mobile network, the control plane function holding information from an access network about user- or machine-type devices' location and/or proximity as well as information about rules and/or policies required to set up sessions for said devices, said devices being connected via the access network to data plane nodes and control plane entities; and by said network controller, by means of collaborative operations with said control plane function including an information exchange over a communication interface between the control plane function and the network controller, selecting one or multiple data plane nodes that are, based on a particular device's request for session establishment, configured to act as policy enforcement points for enforcing rules in said data plane that are required to enable connectivity for said particular device. providing a control plane function in said control plane of said mobile network, the control plane function holding information from an access network about user- or machine-type devices' location and/or proximity as well as information about rules and/or policies required to set up sessions for said devices, said devices being connected via the access network to data plane nodes and control plane entities; and by said network controller, by means of collaborative operations with said control plane function including an information exchange over a communication interface between the control plane function and the network controller, selecting one or multiple data plane nodes that are, based on a particular device's request for session establishment, configured to act as policy enforcement points for enforcing rules in said data plane that are required to enable connectivity for said particular device.
A mid-turbine frame for a gas turbine engine comprising: an outer frame case; an inner frame case; and at least one spoke connecting the outer frame case to the inner frame case, wherein the spoke includes a cooling airflow passage which branches off between a first branch which extends radially for connection to a bearing support cavity and a second branch which extends axially for connection to a low-rotor cavity; characterised by further comprising: a fitting connecting the cooling airflow passage to the inner frame case, wherein the fitting includes a transfer tube connecting the at least one spoke to a cup boss and the transfer tube is fixed relative to the at least one spoke and moveable relative to the cup boss. an outer frame case; an inner frame case; and at least one spoke connecting the outer frame case to the inner frame case, wherein the spoke includes a cooling airflow passage which branches off between a first branch which extends radially for connection to a bearing support cavity and a second branch which extends axially for connection to a low-rotor cavity;
A printing method, comprising: detecting a density of a first black image to be printed in a first black color, wherein the first black color is a color of a black K ink or a black color by laser engraving; determining, when the detected density is equal to a first density, a size of a first character to be embedded in the first black image to a first size, and printing the first character at the first size in a second black color with a transmissivity at a near infrared ray band that is different from that of the first black color, wherein the second black color is a color in which respective inks of cyan C, magenta M and yellow Y are superposed; determining, when the detected density is lower than the first density, a size of the first character to a second size larger than the first size, and printing the first character at the second size in the second black color; and printing a region except a region in which the first character is to be printed in the first black image, in the first black color. detecting a density of a first black image to be printed in a first black color, wherein the first black color is a color of a black K ink or a black color by laser engraving; determining, when the detected density is equal to a first density, a size of a first character to be embedded in the first black image to a first size, and printing the first character at the first size in a second black color with a transmissivity at a near infrared ray band that is different from that of the first black color, wherein the second black color is a color in which respective inks of cyan C, magenta M and yellow Y are superposed; determining, when the detected density is lower than the first density, a size of the first character to a second size larger than the first size, and printing the first character at the second size in the second black color; and printing a region except a region in which the first character is to be printed in the first black image, in the first black color.
An airbag device provided in a vehicle having a prescribed structure suspended from an upper center of a vehicle interior in a vehicle widthwise direction, the airbag device comprising: a main bag inflated and deployed in front of a seat, a center bag (114, 222, 242, 262, 282) inflated and deployed on an inner side of the main bag in the vehicle widthwise direction; and an avoidance-shaped part (154, 208, 226, 244, 268, 286) provided at an upper part of the center bag (114, 222, 242, 262, 282) and recessed at least downward to avoid contact between the center bag (114, 222, 242, 262, 282) and the structure, characterized in that the avoidance-shaped part (154, 208, 226, 244, 268, 286) is recessed downward over a range between positions at prescribed distances from the structure in vehicle forward and backward directions, respectively. a main bag inflated and deployed in front of a seat, a center bag (114, 222, 242, 262, 282) inflated and deployed on an inner side of the main bag in the vehicle widthwise direction; and an avoidance-shaped part (154, 208, 226, 244, 268, 286) provided at an upper part of the center bag (114, 222, 242, 262, 282) and recessed at least downward to avoid contact between the center bag (114, 222, 242, 262, 282) and the structure, characterized in that the avoidance-shaped part (154, 208, 226, 244, 268, 286) is recessed downward over a range between positions at prescribed distances from the structure in vehicle forward and backward directions, respectively.
A method in a movable device for locating the movable device within an environment, wherein the movable device is configured for wireless communication, said method comprising: receiving, from an external unit, a centrally determined environment model, said model defining at least actual and/or estimated locations of wireless transmission sources; determining distance-dependent measurements for one or more positions of the movable device, wherein each of said distance-dependent measurements provides information relating to a distance between the movable device and a wireless transmission source; and determining a location of the movable device based on the received centrally determined environment model and the determined distance-dependent measurements for one or more positions of the movable device, said determining comprising: forming a locally determined environment model, said model being updated in relation to the centrally determined environment model and defining at least estimated locations of the wireless transmission sources and estimated locations of the one or more positions of the movable device, wherein a calculated error of the centrally determined environment model in relation to the determined distance-dependent measurements for the one or more positions of the movable device is reduced for forming the updated locally determined environment model. receiving, from an external unit, a centrally determined environment model, said model defining at least actual and/or estimated locations of wireless transmission sources; determining distance-dependent measurements for one or more positions of the movable device, wherein each of said distance-dependent measurements provides information relating to a distance between the movable device and a wireless transmission source; and determining a location of the movable device based on the received centrally determined environment model and the determined distance-dependent measurements for one or more positions of the movable device, said determining comprising: forming a locally determined environment model, said model being updated in relation to the centrally determined environment model and defining at least estimated locations of the wireless transmission sources and estimated locations of the one or more positions of the movable device, wherein a calculated error of the centrally determined environment model in relation to the determined distance-dependent measurements for the one or more positions of the movable device is reduced for forming the updated locally determined environment model.
Process for the purification of biomass hydrolysate comprising the steps a) Providing a biomass hydrolysate, wherein the hydrolysate is prepared by adding hydrolase enzymes to the biomass; b) Adjusting the temperature of the biomass hydrolysate to a temperature selected from the range of from 50 to 95 °C; c) Addition of at least one acid to the biomass hydrolysate; d) Solid-liquid separation of the biomass hydrolysate-acid mixture to obtain a solid phase and a liquid phase; e) Deionization of the liquid phase of the biomass hydrolysate-acid mixture after separation according to step d). a) Providing a biomass hydrolysate, wherein the hydrolysate is prepared by adding hydrolase enzymes to the biomass; b) Adjusting the temperature of the biomass hydrolysate to a temperature selected from the range of from 50 to 95 °C; c) Addition of at least one acid to the biomass hydrolysate; d) Solid-liquid separation of the biomass hydrolysate-acid mixture to obtain a solid phase and a liquid phase; e) Deionization of the liquid phase of the biomass hydrolysate-acid mixture after separation according to step d).
The use of a composition as a solvent/cleaning composition, wherein the composition comprises 1-chloro-3,3,3-trifluoropropene, wherein the amount of cis-1-chloro-3,3,3-trifluoropropene is less than 30 wt.% relative to the combination of cis-1-chloro-3,3,3-trifluoropropene and trans-1-chloro-3,3,3-trifluoropropene, preferably less than 10 wt.% and most preferably less than 3 wt.%.
An access disconnect detector, comprising: an acoustic transmitter for producing an acoustic signal and configured for mounting upstream of a venous access site; an acoustic sensor for sensing a signal from the acoustic transmitter, the acoustic sensor mounted downstream from the transmitter; and a controller configured for (i) sensing signals from the acoustic transmitter and the acoustic sensor, (ii) calculating at least one of a baseline acoustic reflection coefficient and a baseline impedance ratio for the signals, (iii) calculating changes from the baseline coefficient or the baseline ratio to determine when a leak or a disconnect has occurred, and (iv) sending an alert upon a change in the signals detected from the acoustic transmitter or the acoustic sensor regarding the leak or disconnect; wherein the controller is in communication with or is part of a therapy machine for receiving blood and returning blood to the venous access site. an acoustic transmitter for producing an acoustic signal and configured for mounting upstream of a venous access site; an acoustic sensor for sensing a signal from the acoustic transmitter, the acoustic sensor mounted downstream from the transmitter; and a controller configured for (i) sensing signals from the acoustic transmitter and the acoustic sensor, (ii) calculating at least one of a baseline acoustic reflection coefficient and a baseline impedance ratio for the signals, (iii) calculating changes from the baseline coefficient or the baseline ratio to determine when a leak or a disconnect has occurred, and (iv) sending an alert upon a change in the signals detected from the acoustic transmitter or the acoustic sensor regarding the leak or disconnect; wherein the controller is in communication with or is part of a therapy machine for receiving blood and returning blood to the venous access site.
A spark plug comprising: an insulator having an axial hole penetrating the insulator in an axial line direction; a terminal electrode inserted in a rear end side of the axial hole; a center electrode inserted in a front end side of the axial hole; a resistor disposed between the terminal electrode and the center electrode within the axial hole and containing a conductive material and glass; and a glass seal layer disposed in the rear end side than, or at the rear end side of, the resistor within the axial hole, contacting with a front end of the terminal electrode, and containing a conductive material and glass; wherein the terminal electrode has, at its front end: a recess part opened to the front end side; and a flat part neighboring the recess part at its outer circumference side, characterized in that the recess part having a depth of 0.3 mm or greater in a center axis direction of the terminal electrode, and the relation 0.52 ≤ B/A ≤ 0.91 is satisfied, where A (mm 2) represents an area of a region surrounded by an outline forming an outer circumference surface of the terminal electrode, and B (mm 2) represents an area of a region of the terminal electrode surrounded by an outline of an inner surface forming the recess part in a cross section of the terminal electrode, the cross section being orthogonal to the center axis and located 0.1 mm away from a front end along the center axis to the rear end side. an insulator having an axial hole penetrating the insulator in an axial line direction; a terminal electrode inserted in a rear end side of the axial hole; a center electrode inserted in a front end side of the axial hole; a resistor disposed between the terminal electrode and the center electrode within the axial hole and containing a conductive material and glass; and a glass seal layer disposed in the rear end side than, or at the rear end side of, the resistor within the axial hole, contacting with a front end of the terminal electrode, and containing a conductive material and glass; wherein the terminal electrode has, at its front end: a recess part opened to the front end side; and a flat part neighboring the recess part at its outer circumference side, characterized in that the recess part having a depth of 0.3 mm or greater in a center axis direction of the terminal electrode, and the relation 0.52 ≤ B/A ≤ 0.91 is satisfied, where A (mm 2) represents an area of a region surrounded by an outline forming an outer circumference surface of the terminal electrode, and B (mm 2) represents an area of a region of the terminal electrode surrounded by an outline of an inner surface forming the recess part in a cross section of the terminal electrode, the cross section being orthogonal to the center axis and located 0.1 mm away from a front end along the center axis to the rear end side. a recess part opened to the front end side; and a flat part neighboring the recess part at its outer circumference side,
A tire comprising at least a circular tire frame formed of a resin material, the resin material including at least a first thermoplastic elastomer, a resin which is other than the first thermoplastic elastomer and has a glass transition temperature of 20°C or lower, and a second thermoplastic elastomer which is other than the first thermoplastic elastomer and has a hard segment which has a skeleton that is common with the skeleton constituting the main chain of the resin. a first thermoplastic elastomer, a resin which is other than the first thermoplastic elastomer and has a glass transition temperature of 20°C or lower, and a second thermoplastic elastomer which is other than the first thermoplastic elastomer and has a hard segment which has a skeleton that is common with the skeleton constituting the main chain of the resin.
A friction stir welding method comprising: (i) preparing a cured product and a member to be joined to the cured product, wherein said cured product is a cured product of a resin composition comprising: a monomer having an ethylenically unsaturated bond, an unsaturated polyester resin or a vinyl ester resin, a radical polymerization initiator, and a fiber reinforcing material; and (ii) bringing said cured product into contact with said member to form a contact portion; characterized in that the method comprises: (iii) pressing, while rotating, a cylindrical tool against at least a part of said member, and joining said cured product and the member by means of frictional heat due to friction and agitation. (i) preparing a cured product and a member to be joined to the cured product, wherein said cured product is a cured product of a resin composition comprising: a monomer having an ethylenically unsaturated bond, an unsaturated polyester resin or a vinyl ester resin, a radical polymerization initiator, and a fiber reinforcing material; and (ii) bringing said cured product into contact with said member to form a contact portion; characterized in that the method comprises: (iii) pressing, while rotating, a cylindrical tool against at least a part of said member, and joining said cured product and the member by means of frictional heat due to friction and agitation.
A hinged carrying case for a portable defibrillator having an open position and a closed position comprising: a rigid base having a base interior region bounded by four base side walls and a bottom surface; a rigid lid having a lid interior region bounded by four lid side walls and a top surface; a hinge disposed on one base side wall connecting the base to the lid; a latch assembly disposed on a side of the carrying case opposite the hinge side wall for holding the lid to the base in the closed position; a handle with two ends, the handle disposed on a second side of the carrying case adjacent both of the hinge and the latch assembly; a plurality of interior compartments disposed in the base interior region and the lid interior region, wherein the portable defibrillator is located in the base interior region; characterized in that the carrying case further comprises a defibrillator push button tester having an extensible defibrillator button actuator (932, 933), and wherein the defibrillator push button tester is located in the lid interior region above and adjacent to the portable defibrillator when the carrying case is in the closed position. a rigid base having a base interior region bounded by four base side walls and a bottom surface; a rigid lid having a lid interior region bounded by four lid side walls and a top surface; a hinge disposed on one base side wall connecting the base to the lid; a latch assembly disposed on a side of the carrying case opposite the hinge side wall for holding the lid to the base in the closed position; a handle with two ends, the handle disposed on a second side of the carrying case adjacent both of the hinge and the latch assembly; a plurality of interior compartments disposed in the base interior region and the lid interior region, wherein the portable defibrillator is located in the base interior region; characterized in that the carrying case further comprises a defibrillator push button tester having an extensible defibrillator button actuator (932, 933), and wherein the defibrillator push button tester is located in the lid interior region above and adjacent to the portable defibrillator when the carrying case is in the closed position.
Household dishwasher with a dishwashing compartment, a door attached to the dishwashing compartment, and an operating module provided on the door for operating the household dishwasher, wherein the door comprises a fascia plate, wherein the operating module can be pivoted about an axis of rotation from a disassembled state, in which an engagement section (19, 20) of the fascia plate is not in form-fit engagement with the operating module, into an assembled state, in which the engagement section (19, 20) is in form-fit engagement with the operating module, and wherein the operating module has an operating module housing and operating and display electronics accommodated in the operating module housing, characterised in that the operating module comprises a sealing element for sealing the operating module relative to the fascia plate, that the sealing element is pressed between the operating module and the fascia plate in the assembled state, and that the operating module housing has an upper side inclined in the direction of the sealing element.
Pack for a group of elongate tobacco products, having an inner pack for pack contents, preferably for a cigarette group, the inner pack being produced from a blank to form at least a base wall, end wall, narrow side walls and large-surface-area side walls, and having an outer pack, which is produced from a blank, made of a dimensionally stable material, in particular of coated or non-coated cardboard, to form at least an end wall, narrow side walls and large-surface-area side walls and in which outer pack the inner pack is mounted in a linearly movable manner in relation to the outer pack such that the inner pack can be moved out of the outer pack via an open base side of the outer pack, wherein the outer pack has one or more movement limiters (38a, 38b) which interact with the inner pack and limits/limit this linear movement of the inner pack out of the outer pack, and wherein, in a position in which the inner pack has been moved out of the outer pack, the outer pack and the inner pack are connected to one another via a pivot connection which allows the inner pack to pivot relative to the outer pack in a plane perpendicular to the plane of the linear movement, characterized in that the inner pack is mounted in the outer pack in a linearly movable manner in relation to the outer pack by sliding members (31a, 31b) of the inner pack being guided along sliding guides arranged in the outer pack, wherein the sliding guides comprise sliding slots (29a, 29b), in which the sliding members (31a, 31b) of the inner pack engage.