mhurhangee/ep-ind-claims huggingface dataset:
Electrical device to be mounted to a wall, comprising a mounting interface for fixing or installing an electrical module to or at least partly into a wall and at least one corresponding electrical module, wherein the electrical module is configured for home automation functionalities an for exchanging information with a home automation network, in a compatible electrical format, wherein said mounting interface has a main plane, which is parallel to the wall when the mounting interface is in its normal in situ mounted position, and has a central opening through which the electrical module is inserted in the mounting interface, the electrical module comprising a housing being adapted to an insertion through the central opening, the mounting interface having internal plug or socket terminals for plugging therein the electrical module by mere nesting, in a direction perpendicular to said main plane, the electrical module being equipped with adapted complementary socket or plug elements and the mounting interface further comprising external connection terminals, the electrical device being characterised in that the mounting interface comprises an arch, or bridge, located at a back side of the mounting interface which has a global U shape and which has the internal plug or socket terminals and the external connection terminals, the electrical module being nested and plugged into the arch, in that a mainly open module receiving cavity or volume is partly defined between the central opening and the connection arch, in that the external connection terminals are accessible for inserting external wires or conductors from the outside of the module cavity, without passing in said cavity or interfering with its internal volume, in that the connection arch further comprises i) two lateral parts facing each other, forming opposed legs or arms of said arch and extending from two opposite edges or sides of the central opening in a direction mainly perpendicular to the main plane and ii) a transversal part, extending from one lateral part to the other as a connection limb or bridging part, mainly parallel to the main plane, in that said housing and the arch have complementary shapes, at least at the level of the transversal part, and in that the bridge or arch with its lateral parts and its transversal part is configured to ensure a guidance and centering of the module during its insertion phase, to provide a sharply defined stopping by abutment at the end of the insertion travel and to allow for the mechanical constraint to be applied in areas offset from the electrical connection area. i) two lateral parts facing each other, forming opposed legs or arms of said arch and extending from two opposite edges or sides of the central opening in a direction mainly perpendicular to the main plane and ii) a transversal part, extending from one lateral part to the other as a connection limb or bridging part, mainly parallel to the main plane,
A method for starting, from cold condition pursuant to a shutdown or at initial start of a subsea production system, a flow of hydrate prone hydrocarbons through a subsea production flowline, characterized by the steps of: - providing a volume of heated water in a hot water reservoir, and - injecting the volume of heated water from the hot water reservoir into the flowline to establish, by elevated temperature, a hydrate free regime in the flowline in advance of discharging the hydrocarbon flow from the subsea production system. - providing a volume of heated water in a hot water reservoir, and - injecting the volume of heated water from the hot water reservoir into the flowline to establish, by elevated temperature, a hydrate free regime in the flowline in advance of discharging the hydrocarbon flow from the subsea production system.
A method for initiating a connection between a host (110, 112) and a device (115, 120) in a wireless personal area network, the method comprising: the host (110, 112) broadcasting a request for services comprising information indicative of a type of device or service; the host (110, 112) receiving responses from a first device and a second device, each configured to service the request; the method being characterized by: connecting the first device and the second device to the host; the host (110, 112) automatically selecting one device from the first and second device (115, 120) responsive to the request; disconnecting from the one of the first and second device (115, 120) not selected.
An inkjet ink composition comprising: a latex polymer; and an ink vehicle comprising: water; and a co-solvent comprising: a solvent having a boiling point in the range of 170 °C to 215 °C; or a blend of solvents, each solvent of the blend of solvents having a boiling point in the range of 170 °C to 215 °C; and a solvent having a boiling point of 220 °C or more; or a blend of solvents, each solvent of the blend of solvents having a boiling point of 220 °C or more, wherein the inkjet ink composition comprises 10 wt% to 40 wt% by total weight of the composition of the solvent or the blend of solvents having a boiling point in the range of 170 °C to 215 °C, and 0.1 wt% to 8 wt% by total weight of the composition of the solvent or the blend of solvents having a boiling point of 220 °C or more. a latex polymer; and an ink vehicle comprising: water; and a co-solvent comprising: a solvent having a boiling point in the range of 170 °C to 215 °C; or a blend of solvents, each solvent of the blend of solvents having a boiling point in the range of 170 °C to 215 °C; and a solvent having a boiling point of 220 °C or more; or a blend of solvents, each solvent of the blend of solvents having a boiling point of 220 °C or more, water; and a co-solvent comprising: a solvent having a boiling point in the range of 170 °C to 215 °C; or a blend of solvents, each solvent of the blend of solvents having a boiling point in the range of 170 °C to 215 °C; and a solvent having a boiling point of 220 °C or more; or a blend of solvents, each a solvent having a boiling point in the range of 170 °C to 215 °C; or a blend of solvents, each solvent of the blend of solvents having a boiling point in the range of 170 °C to 215 °C; and a solvent having a boiling point of 220 °C or more; or a blend of solvents, each solvent of the blend of solvents having a boiling point of 220 °C or more,
A lithium ion secondary battery comprising: a positive electrode, the positive electrode comprising: a positive electrode collector; a positive electrode active material layer provided at some part of a surface of the positive electrode collector including a positive electrode active material; and an insulation layer provided so as to be at the other part of the surface of the positive electrode collector, and to be adjacent to the positive electrode active material layer; and a negative electrode; and wherein the insulation layer includes an inorganic filler, trilithium phosphate, and a binder. a positive electrode, the positive electrode comprising: a positive electrode collector; a positive electrode active material layer provided at some part of a surface of the positive electrode collector including a positive electrode active material; and an insulation layer provided so as to be at the other part of the surface of the positive electrode collector, and to be adjacent to the positive electrode active material layer; and a positive electrode collector; a positive electrode active material layer provided at some part of a surface of the positive electrode collector including a positive electrode active material; and an insulation layer provided so as to be at the other part of the surface of the positive electrode collector, and to be adjacent to the positive electrode active material layer; and a negative electrode; and wherein the insulation layer includes an inorganic filler, trilithium phosphate, and a binder.
A temperature sensor (1;2), comprising: a sensor element that includes a main body and paired lead wires drawn from the main body, wherein the main body includes a thermosensitive body and a sealing glass covering the thermosensitive body; and a first housing (19;41) that includes a resin mold layer and covers the sensor element except for a part thereof such that the main body is supported by the first housing (19;41) in that the first housing (19;41) surrounds, at a front end, an outer periphery of the main body and such that at least the part of the surface of the sealing glass corresponding to the thermosensitive body is exposed from the first housing (19;41). a sensor element that includes a main body and paired lead wires drawn from the main body, wherein the main body includes a thermosensitive body and a sealing glass covering the thermosensitive body; and a first housing (19;41) that includes a resin mold layer and covers the sensor element except for a part thereof such that the main body is supported by the first housing (19;41) in that the first housing (19;41) surrounds, at a front end, an outer periphery of the main body and such that at least the part of the surface of the sealing glass corresponding to the thermosensitive body is exposed from the first housing (19;41).
A medical container for enclosing a medical substance containing at least moisture therein, wherein a hydrogen-generating substance for generating hydrogen gas by reacting with liquid water or water vapor from the enclosed medical substance is kneaded into an exterior sheet constituting the medical container, said exterior sheet including a water-vapor permeable sheet which does not permit passage of liquid water and permits passage of water vapor, and an outer sheet positioned outside said water-vapor permeable sheet, characterised in that said hydrogen-generating substance in the form of fine-powdered ceramics is kneaded into said outer sheet. a water-vapor permeable sheet which does not permit passage of liquid water and permits passage of water vapor, and an outer sheet positioned outside said water-vapor permeable sheet,
Baby stroller, comprising a hand-detecting brake system equipped on a stroller frame and including: - a handle holder connected to one end of the stroller frame, having a hand-detecting device for creating a signal when user's hand being touched the handle holder; - a brake mechanism operatively mounted on one side of a first wheel of the stroller frame for braking and un-braking the first wheel; - an electric motor capable of driving the brake mechanism to un-brake the first wheel when received the signal from the hand-detecting device, and brake the first wheel when the signal from the hand-detecting device being disappeared; - a battery electrically connected to the hand-detecting device and the electric motor for supplying needed power thereto, wherein the first wheel has a first retractably engaging element capable of sliding along a first wheel axle thereof and synchronously rotated with the first wheel; and the brake mechanism includes: - a first wheel mount connected to a lower end of the stroller frame, formed with a first engaging cavity for engaging with the first retractably engaging element to brake the first wheel; and - a first clutch mechanism driven by the electric motor for disengaging the first retractably engaging element from the first engaging cavity to un-brake the first wheel, characterized in that the first retractably engaging element has a teethed peripheral, and the first engaging cavity has a relative teethed inner surface for receiving and engaging with the teethed peripheral of the first retractably engaging element, and wherein the first retractably engaging element is biased by at least a spring toward the first engaging cavity thereby retaining the first retractably engaging element in a normal braking position. - a handle holder connected to one end of the stroller frame, having a hand-detecting device for creating a signal when user's hand being touched the handle holder; - a brake mechanism operatively mounted on one side of a first wheel of the stroller frame for braking and un-braking the first wheel; - an electric motor capable of driving the brake mechanism to un-brake the first wheel when received the signal from the hand-detecting device, and brake the first wheel when the signal from the hand-detecting device being disappeared; - a battery electrically connected to the hand-detecting device and the electric motor for supplying needed power thereto, - a first wheel mount connected to a lower end of the stroller frame, formed with a first engaging cavity for engaging with the first retractably engaging element to brake the first wheel; and - a first clutch mechanism driven by the electric motor for disengaging the first retractably engaging element from the first engaging cavity to un-brake the first wheel,
An acceleration tool for a rotary impact crusher, comprising an acceleration insert which has a support surface (22.2, 24.2) on a carrier body (22.1), wherein an acceleration surface is formed on the front side facing away from the support surface (22.2, 24.2), said acceleration surface being equipped with hard material elements and wherein a fixing shoulder (22.5) protrudes beyond the support surface (22.2, 24.2) in the region of the support surface (22.2, 24.2), characterised in that the fixing shoulder (22.5) is provided with convex walls (22.6) on opposite sides, said walls being connected to each other indirectly or directly via opposite concave walls (22.7), and that a screw receptacle (22.8) is arranged in the region of the fixing shoulder (22.5).
A thermoplastic composition comprising: polyetherimide, blended with 10 to 40 weight percent of polycarbonate ester, based on the total weight of the composition, such that the composition has a double gated tensile strength greater than or equal to 40 MegaPascals as determined according to ASTM D638; glass fiber; and a particulate glass filler, wherein the particulate glass filler, prior to forming the composition, has a coating comprising urethane groups and an aminosilane, wherein the polyetherimide, prior to forming the composition, has end groups reactive with or compatible with the urethane groups, aminosilane, or a combination thereof under melt mixing conditions. polyetherimide, blended with 10 to 40 weight percent of polycarbonate ester, based on the total weight of the composition, such that the composition has a double gated tensile strength greater than or equal to 40 MegaPascals as determined according to ASTM D638; glass fiber; and a particulate glass filler, wherein the particulate glass filler, prior to forming the composition, has a coating comprising urethane groups and an aminosilane,
A safety apparatus for controlling operation of functional equipment (200; 243; 404; 422) having movable parts, said apparatus configured to use a camera to view and cause detection of a safety related event in a field of view of the camera, characterized in - that a background area (313; 350) is in the camera field of view, said background area in a part thereof exhibiting a set of stationary markings (385; 385'; 385"; 385"'), - that a fraction of sensor matrix pixels in the camera is dedicated to providing an image of said markings, said fraction of pixels readable by a hardware configured operating unit, - that said operating unit has a set of stored reference pixel signal values which are respectively related to pixels in said fraction of sensor matrix pixels, and which are related to said background area and said array of distinguished markings thereon, - that said operating unit is hardware configured to compare a read pixel signal value from a respective pixel in said fraction of pixels with corresponding reference signal value assigned to such respective pixel, and to output respective comparison signal, and - that said operating unit has an output capable of changing its signal state of delivered signal when said comparison signal or a set of such comparison signals departs from a predefined condition, said delivered signal being a disabling or deactivating signal and being effective to cause disablement or halted operation of said functional equipment (200; 243; 404; 422) when said comparison signal or set of such comparison signals departs from the predefined condition. - that a background area (313; 350) is in the camera field of view, said background area in a part thereof exhibiting a set of stationary markings (385; 385'; 385"; 385"'), - that a fraction of sensor matrix pixels in the camera is dedicated to providing an image of said markings, said fraction of pixels readable by a hardware configured operating unit, - that said operating unit has a set of stored reference pixel signal values which are respectively related to pixels in said fraction of sensor matrix pixels, and which are related to said background area and said array of distinguished markings thereon, - that said operating unit is hardware configured to compare a read pixel signal value from a respective pixel in said fraction of pixels with corresponding reference signal value assigned to such respective pixel, and to output respective comparison signal, and - that said operating unit has an output capable of changing its signal state of delivered signal when said comparison signal or a set of such comparison signals departs from a predefined condition, said delivered signal being a disabling or deactivating signal and being effective to cause disablement or halted operation of said functional equipment (200; 243; 404; 422) when said comparison signal or set of such comparison signals departs from the predefined condition.
Die casting machine (1, 10), comprising a die casting mould having at least one stationary first casting mould part, at least one second casting mould part which is movable along guide pillars, and at least two lateral casting mould parts (8, 9), which are movable relative to one another transversely with respect to the travel path of the at least one second casting mould part, wherein locking pins protrude from at least two lateral casting mould parts (8, 9), and engage behind at least the stationary first casting mould part and the movable second casting mould part so that the travel path of the at least one second casting mould part in the direction away from the at least one first casting mould part is limited.
Method for parallel processing of data in a computer system • having a number of computer units (K1 to K4), wherein the cores of a multicore processor are used as computer units (K1 to K4), • and a voter facility arranged downstream hereof, wherein • for its storage the data is encoded in a computer unit-specific manner and in each case is stored together in computer-unit specific storage units to form computer-unit specific blocks (B1 to B4), wherein a memory common to all computer units (K1 to K4) is used as storage units, • following its storage the data is fed to each computer unit (K1 to K4) and in the computer units (K1 to K4) a calculation signature (BS1 to BS4) is determined in each case separately with each computer cycle using storage addresses taken into account in terms of command and a respectively assigned register value, • the determined calculation signatures (BS1 to BS4) of the computer units (K1 to K4) are fed to the voter facility, and • the voter facility signals an identical data processing when the calculation signatures (BS1 to BS4) match the number of computer units (K1 to K4). • having a number of computer units (K1 to K4), wherein the cores of a multicore processor are used as computer units (K1 to K4), • and a voter facility arranged downstream hereof, wherein • for its storage the data is encoded in a computer unit-specific manner and in each case is stored together in computer-unit specific storage units to form computer-unit specific blocks (B1 to B4), wherein a memory common to all computer units (K1 to K4) is used as storage units, • following its storage the data is fed to each computer unit (K1 to K4) and in the computer units (K1 to K4) a calculation signature (BS1 to BS4) is determined in each case separately with each computer cycle using storage addresses taken into account in terms of command and a respectively assigned register value, • the determined calculation signatures (BS1 to BS4) of the computer units (K1 to K4) are fed to the voter facility, and • the voter facility signals an identical data processing when the calculation signatures (BS1 to BS4) match the number of computer units (K1 to K4).
A catheter securement device, comprising: a flexible hood having a base configured to attach to a surface of a patient; a catheter adapter coupled to the flexible hood, an inner surface of the adapter comprising a wedge seal; and a septum disposed within the adapter characterized in that the wedge seal comprises an annular seal having an inner diameter that is configured to receive a catheter wherein a base portion of the catheter seats within the wedge seal to form a fluid tight seal. a flexible hood having a base configured to attach to a surface of a patient; a catheter adapter coupled to the flexible hood, an inner surface of the adapter comprising a wedge seal; and a septum disposed within the adapter characterized in that the wedge seal comprises an annular seal having an inner diameter that is configured to receive a catheter wherein a base portion of the catheter seats within the wedge seal to form a fluid tight seal.
Treatment method for the sterilization by irradiation of containers made of thermoplastic material having a main axis and comprising a body provided with a neck and closed by a bottom, wherein the containers forming a flow (fx) are transported by a conveying system along a given path, with a determined separation, called pitch, corresponding to the distance between the axes of two consecutive containers, and the speed of displacement of the containers forming said flow (fx) is constant, the treatment method comprising at least: - an initial step of modification of the pitch consisting in making said initial pitch between two consecutive containers vary selectively to increase the irradiation time of each container; - an irradiation step consisting in irradiating each container of the flow (fx) from the outside with an electron beam emitted by at least one emitter (110, 120, 130) of a sterilization device which is arranged on a section of said path so as to form a zone (Z1, Z2, Z3) of irradiation of the containers. - an initial step of modification of the pitch consisting in making said initial pitch between two consecutive containers vary selectively to increase the irradiation time of each container; - an irradiation step consisting in irradiating each container of the flow (fx) from the outside with an electron beam emitted by at least one emitter (110, 120, 130) of a sterilization device which is arranged on a section of said path so as to form a zone (Z1, Z2, Z3) of irradiation of the containers.
A combustor of a gas turbine engine comprising a combustor liner, a second inner cap portion disposed on the at least one combustor liner, the second inner cap portion comprising a hot surface, a cold surface, at least one burner opening protruding from the cold surface, at least one neck ring comprising an internal opening, the at least one neck ring protruding from the cold surface, a damping system for dampening acoustic pressure oscillations of a gas flow in the combustor, the damping system comprising at least one extended resonating tube comprising a resonating tube neck, the at least one extended resonating tube integrated with and protruding from the at least one neck ring, the at least one extended resonating tube disposed between adjacent burner openings, and wherein the at least one extended resonating tube is configured such that the radial dimension is less than the axial dimension.