mhurhangee/ep-ind-claims huggingface dataset:
Tie strap (10, 10') for securing about an article or articles, comprising: an elongate strap having a locking head at one end and a tail at the other end, the elongate strap body therebetween and the tail being insertable into the locking head for locking the strap (10, 10') around the article or articles; and the locking head containing a ball positioned within said locking head for lockingly engaging said tail by inserting the tail in the head along a first direction and tightening the strap, and subsequently moving the tail in a second direction opposite said first direction, thereby retaining said tail associated with said locking head; wherein the strap body further defines a major plane and a diametrically opposite minor plane, a plurality of formed waves (26a, 26b, 26c), extending from the major plane opposite the minor plane of the strap body for providing resilient retention of the strap body about said article or articles upon said locking engagement of said tail with said head, characterized in that, the locking head is secured to the elongate strap body by folding a first end of the elongate strap body over at a perforation such that a projection at the first end of the elongate strap body is inserted and latched into a hole defined on a bottom of the locking head. an elongate strap having a locking head at one end and a tail at the other end, the elongate strap body therebetween and the tail being insertable into the locking head for locking the strap (10, 10') around the article or articles; and the locking head containing a ball positioned within said locking head for lockingly engaging said tail by inserting the tail in the head along a first direction and tightening the strap, and subsequently moving the tail in a second direction opposite said first direction, thereby retaining said tail associated with said locking head; wherein the strap body further defines a major plane and a diametrically opposite minor plane, a plurality of formed waves (26a, 26b, 26c), extending from the major plane opposite the minor plane of the strap body for providing resilient retention of the strap body about said article or articles upon said locking engagement of said tail with said head, characterized in that, the locking head is secured to the elongate strap body by folding a first end of the elongate strap body over at a perforation such that a projection at the first end of the elongate strap body is inserted and latched into a hole defined on a bottom of the locking head.
Fall protection runner for arrangement at a fall protection rail, wherein the fall protection runner has a stop device, which is configured for the purpose of stopping the fall protection runner in the event that a person who is coupled to the fall protection runner falls, wherein a brake device is provided that is independent of the stop device and that brakes the fall protection runner if a predefined and/or predefinable speed of fall of the fall protection runner is exceeded, and wherein the brake device has at least one roll-off body, in particular a wheel or a roller, which is adapted for rolling off the fall protection rail, characterized in that the brake device has an eccentric that comes into contact with the fall protection rail in a frictional manner during the breaking process.
A cosmetic method for treating adverse effects of the natural aging process of the skin, the method comprising increasing and/or synchronizing perl gene expression in skin cells having decreased, irregular, or asynchronous perl gene expression due to the natural aging process by treating the skin cells with a composition comprising an effective amount of cichoric acid, and a DNA repair enzyme; wherein the cichoric acid is in the form of an extract of Echinacea purpurea; wherein the DNA repair enzyme is in the form of Bifida Ferment Lysate; and wherein the composition is in the form of a skin cream, lotion, foundation makeup, lipstick, concealer, blush, serum, eye shadow, cleanser or toner.
A Raman spectroscopy apparatus comprising: a first illumination source configured for directing a collimated ilumination output into a tissue; a Raman spectrograph configured for simultaneously detecting fingerprint and high wavenumber Raman spectra from illumination scattered by the tissue; and a computerized control and analysis module comprising at least one processing unit and a memory storing program instructions executable by the at least one processing unit for analyzing discrete spectral sub-intervals of the Raman spectra in FP and HW wavenumber ranges to identify a match with specific peaks in the detected Raman spectra of one or both wavenumber anges, characterized by further comprising: an additional illumination source configured for outputting additional illumination into the tissue while the first illumination source is directing collimated illumination into the tissue and a hot mirror filter configured for compensating for illumination interference between the collimated illumination output by the first illumination source and the additional illumination output by the additional illumination source. a first illumination source configured for directing a collimated ilumination output into a tissue; a Raman spectrograph configured for simultaneously detecting fingerprint and high wavenumber Raman spectra from illumination scattered by the tissue; and a computerized control and analysis module comprising at least one processing unit and a memory storing program instructions executable by the at least one processing unit for analyzing discrete spectral sub-intervals of the Raman spectra in FP and HW wavenumber ranges to identify a match with specific peaks in the detected Raman spectra of one or both wavenumber anges, characterized by further comprising: an additional illumination source configured for outputting additional illumination into the tissue while the first illumination source is directing collimated illumination into the tissue and a hot mirror filter configured for compensating for illumination interference between the collimated illumination output by the first illumination source and the additional illumination output by the additional illumination source. an additional illumination source configured for outputting additional illumination into the tissue while the first illumination source is directing collimated illumination into the tissue and a hot mirror filter configured for compensating for illumination interference between the collimated illumination output by the first illumination source and the additional illumination output by the additional illumination source.
A braking control system comprising a first source of pressurised fluid, a second source of pressurised fluid (82b, 92), a modulator, a brake actuator, and a plurality of valves (84, 94, 96, 98) including a first valve and a second valve, the modulator having a supply inlet, a first fluid flow line which extends between the first valve and the supply inlet, a control inlet, a second fluid flow line which extends between the control inlet and the second valve, a delivery port which is connected to an inlet of the brake actuator, and an exhaust outlet which vents to a low pressure region, the modulator being operable to move between a build position in which flow of fluid from the supply inlet to the delivery port is permitted whilst flow of fluid through the exhaust outlet is substantially prevented, and an exhaust position in which flow of fluid between the delivery port and the exhaust outlet is permitted, whilst flow of fluid through the supply inlet is substantially prevented, characterised in that the first valve is movable between a first configuration in which the first source of pressurised fluid is connected to the first fluid flow line and a second configuration in which the second source of pressurised fluid (82b, 92) is connected to the first fluid flow line, the second valve is movable between a first configuration in which the first source of pressurised fluid is connected to the second fluid flow line and a second configuration in which the second source of pressurised fluid (82b, 92) is connected to the second fluid flow line, and a portion of the fluid flow line connecting the second source of pressurised fluid (82b, 92) to the first valve also provides a portion of a fluid flow line between the second source of pressurised fluid (82b, 92) and the second valve.
Fuel nozzle for use in a combustion arrangement, in particular of a gas turbine, comprising a main body extending from a cold side to an opposite hot side, and at least five, in particular at least ten, air passages arranged next to each other extending from the cold side towards the hot side, and a fuel distribution chamber next to the cold side, wherein the air passages cross the fuel distribution chamber separated by passage walls, wherein fuel holes are arranged within the passage walls, and wherein the air passages are at least over a portion curved and/or inclined towards a center axis of the fuel nozzle from the cold side towards the hot side, characterized in that the fuel nozzle further comprises an air chamber arranged within the main body open to the hot side, wherein an annular air channel is surrounding the air chamber with a gap into the air chamber arranged close to the hot side. a main body extending from a cold side to an opposite hot side, and at least five, in particular at least ten, air passages arranged next to each other extending from the cold side towards the hot side, and a fuel distribution chamber next to the cold side, wherein the air passages cross the fuel distribution chamber separated by passage walls, wherein fuel holes are arranged within the passage walls, and wherein the air passages are at least over a portion curved and/or inclined towards a center axis of the fuel nozzle from the cold side towards the hot side, characterized in that the fuel nozzle further comprises an air chamber arranged within the main body open to the hot side, wherein an annular air channel is surrounding the air chamber with a gap into the air chamber arranged close to the hot side.
Door or (French-)window assembly (50, 50') comprising: - a fixed frame suitable for fitting in a door or (French-) window opening; - a moving door, slidingly connected to a translation guide (52, 54) that extends parallel to a primary movement direction between an abutment position with the fixed frame or its vertical upright, and a position of partial separation from said frame/upright; wherein the moving door comprises a cornice inside which at least one transparent panel (10, 10', 10") is supported, for example made of glass, wherein the cornice and the panel (10, 10', 10") are glued to each other so that said panel acts as a reinforcement element of the cornice; wherein said assembly being characterised in that the translation guide (52, 54) at least partially houses roller means for slidingly supporting the moving door, said means comprising at least one wheel or roller at least partially housed in a translation guide (52, 54) having an open box-like section, in that an access mouth to an inner compartment of said guide is provided with at least one closure element suitable to allow the translation of the moving door and to prevent entry of dust or dirt inside of said inner compartment, and in that the closure element comprises one or more flexible tapes, connected in correspondence of a lower portion of the moving door and guided by the latter along the access mouth, and wherein the flexible tape comprises a plurality of plate-like elements adjacent and connected to each other in an articulated manner. - a fixed frame suitable for fitting in a door or (French-) window opening; - a moving door, slidingly connected to a translation guide (52, 54) that extends parallel to a primary movement direction between an abutment position with the fixed frame or its vertical upright, and a position of partial separation from said frame/upright; wherein the moving door comprises a cornice inside which at least one transparent panel (10, 10', 10") is supported, for example made of glass, wherein the cornice and the panel (10, 10', 10") are glued to each other so that said panel acts as a reinforcement element of the cornice;
A method for producing substantially smooth extensible paper having a degree of smoothness less than 3000 ml/min according to Bendtsen scale, comprising the step of passing the paper web on the production line between at least one pair of rollers (32,34), of which one is of soft material driven at lesser speed and one is of hard material driven at greater speed, wherein the hard material roller presents a base roughness R a of less than 5 μm and comprises, in its entire lateral surface, incisions having the following parameters: distance A between adjacent incisions: 0.10 - 40 mm width B of each incision: 0.02 - 2 mm depth C of each incision: about 0.05 mm ratio A/B between distance and width: 0.12 - 800 ratio B/C between width and depth: 1 - 8. distance A between adjacent incisions: 0.10 - 40 mm width B of each incision: 0.02 - 2 mm depth C of each incision: about 0.05 mm ratio A/B between distance and width: 0.12 - 800 ratio B/C between width and depth: 1 - 8.
Method for controlling a group of at least two satellites (S1, S2) configured to provide a service on a geostationary orbit, providing the service on a non-geostationary orbit, wherein means which are involved in implementing the service and which are on-board a satellite (S1, S2) are deactivated when the sun may damage it, and means which are involved in implementing the service and which are on-board another satellite (S1, S2) of the group are activated when it is necessary for the continuity of service.
A processing element for inclusion in a user equipment, UE: wherein the processing element is configured to: receive a message from a base station in a wireless manner, wherein the message is addressed to a user account; determine whether the UE is paired with an accessory device, whether the message is of a type that is capable of being displayed by the accessory device and whether the accessory device is registered for messaging services; and initiate transmission of the message to the accessory device in a wireless manner at least in part in response to determining that the UE is paired with the accessory device, that the message is of the type that is capable of being displayed by the accessory device, and that the accessory device is not registered for messaging services. receive a message from a base station in a wireless manner, wherein the message is addressed to a user account; determine whether the UE is paired with an accessory device, whether the message is of a type that is capable of being displayed by the accessory device and whether the accessory device is registered for messaging services; and initiate transmission of the message to the accessory device in a wireless manner at least in part in response to determining that the UE is paired with the accessory device, that the message is of the type that is capable of being displayed by the accessory device, and that the accessory device is not registered for messaging services.
An arrangement for adapting at least one smart unit to an application and/or an installation location of the smart unit within an automation system, the arrangement comprising a power supply device (200, 250) to which at least one smart unit is connectable for operating the smart unit for a particular application and/or a specific installation location within the system, and which comprises a configuration device associated with said application and/or installation location of the at least one smart unit that is connectable, wherein the configuration device stores application-based and/or location-based configuration data and/or behavior description data which, once the smart unit has been connected, are to be transferred from the configuration device to a logic unit for processing the data for configuring and/or parameterizing the smart unit for adaptation thereof, characterized in that the configuration device is permanently or detachably connected to the power supply device (200, 250) and that the data transfer between the configuration device and the logic unit is effected via said power supply device (200, 250), wherein the data to be transferred from the configuration device to the logic unit include a device number, address and/or device identifier provided for the smart unit, and/or application-specific data for describing the expected behavior and/or the function of the smart unit.
Household appliance with a controller, a compressor, a first fluid circuit and a second fluid circuit for circulating a fluid during operation of the household appliance, wherein in the first and the second fluid circuit the compressor is provided with a low pressure side and a high pressure side for compressing the fluid, in the first fluid circuit a bypass is further provided with an opening and closing means, wherein the bypass can be actuated by means of the controller and the opening and closing means for opening and/or for closing, characterised in that the controller is configured to actuate an opening of the bypass during a start phase of the compressor, wherein for oscillation and/or noise reduction during a start-up of the compressor the high and low pressure side of the compressor can be brought into fluid connection with the bypass, wherein the bypass and the controller are configured to counteract a build-up of pressure on the high pressure side during a start-up of the compressor.
A computer-implemented method (200, 900) comprising: receiving (S201, S901) an access request in relation to data, wherein there exists ECC data relating to the data, wherein the ECC data is generated by running an ECC encoding algorithm on the data, wherein the ECC encoding algorithm is a Hamming-based algorithm such that the ECC data comprises Hamming parity bits, and wherein the ECC data is configured to enable correction of multiple-bit errors spanning up to a predetermined number of consecutive bits of the data; performing (S202, S902) a first integrity verification procedure to verify the integrity of at least the data; responsive to a finding of non-integrity by the first integrity verification procedure, performing (S203, S904) an error analysis procedure based on the data and the ECC data so as to generate corrected data; and responsive to the generation of the corrected data by the error analysis procedure, performing (S204, S907) a second integrity verification procedure to verify the integrity of at least the corrected data the method being characterised in that: the first and/or second integrity verification procedures are not ECC-based integrity verification procedures, and the first and/or second integrity verificatior procedures use one or more of a hash value, a checksum, a message authentication code, and a digital signature. receiving (S201, S901) an access request in relation to data, wherein there exists ECC data relating to the data, wherein the ECC data is generated by running an ECC encoding algorithm on the data, wherein the ECC encoding algorithm is a Hamming-based algorithm such that the ECC data comprises Hamming parity bits, and wherein the ECC data is configured to enable correction of multiple-bit errors spanning up to a predetermined number of consecutive bits of the data; performing (S202, S902) a first integrity verification procedure to verify the integrity of at least the data; responsive to a finding of non-integrity by the first integrity verification procedure, performing (S203, S904) an error analysis procedure based on the data and the ECC data so as to generate corrected data; and responsive to the generation of the corrected data by the error analysis procedure, performing (S204, S907) a second integrity verification procedure to verify the integrity of at least the corrected data the method being characterised in that: the first and/or second integrity verification procedures are not ECC-based integrity verification procedures, and the first and/or second integrity verificatior procedures use one or more of a hash value, a checksum, a message authentication code, and a digital signature.
A flexible laminate structure for a package comprising: an outer layer; an inner layer laminated to the outer layer; at least one blocker ink layer disposed between the inner layer and the outer layer; an inner ink layer disposed between the at least one blocker ink layer and the inner layer; a cut line defined through part of a thickness of the laminate structure to form a peelable portion that includes at least the inner ink layer, the at least one blocker ink layer, and the outer layer, wherein: the at least one blocker ink layer obscures the inner ink layer from view through the outer layer; the inner ink layer is visible on the peelable portion after removal of the peelable portion from the inner layer; and the peelable portion comprises a perimeter region and a central region; and a pressure sensitive adhesive layer disposed on the inner layer, within at least the perimeter region and extending at least partially outside the perimeter region across the line, wherein the central region of the peelable portion is free of pressure sensitive adhesive. an outer layer; an inner layer laminated to the outer layer; at least one blocker ink layer disposed between the inner layer and the outer layer; an inner ink layer disposed between the at least one blocker ink layer and the inner layer; a cut line defined through part of a thickness of the laminate structure to form a peelable portion that includes at least the inner ink layer, the at least one blocker ink layer, and the outer layer, wherein: the at least one blocker ink layer obscures the inner ink layer from view through the outer layer; the inner ink layer is visible on the peelable portion after removal of the peelable portion from the inner layer; and the peelable portion comprises a perimeter region and a central region; and the at least one blocker ink layer obscures the inner ink layer from view through the outer layer; the inner ink layer is visible on the peelable portion after removal of the peelable portion from the inner layer; and the peelable portion comprises a perimeter region and a central region; and a pressure sensitive adhesive layer disposed on the inner layer, within at least the perimeter region and extending at least partially outside the perimeter region across the line, wherein the central region of the peelable portion is free of pressure sensitive adhesive.