mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal, comprising at least two peripheral devices (1, 2, 3, 4), a bus and an Application Processor, AP, each of the at least two peripheral devices (1, 2, 3, 4) being directly connected to the bus, each of the at least two peripheral devices (1, 2, 3, 4) being directly connected to the AP, the at least two peripheral devices (1, 2, 3, 4) communicating with each other via the bus in a peripheral bus communication mode, and the at least two peripheral devices (1, 2, 3, 4) communicating with each other via the AP in an AP transfer communication mode, wherein in the peripheral bus communication mode, a first peripheral device of the at least two peripheral devices (1, 2, 3, 4) is configured to send, when the first peripheral device needs to access a second peripheral device of the at least two peripheral devices (1, 2, 3, 4), an access instruction to the second peripheral device via the bus; and the second peripheral device is configured to receive the access instruction, and execute an operation corresponding to the access instruction. a first peripheral device of the at least two peripheral devices (1, 2, 3, 4) is configured to send, when the first peripheral device needs to access a second peripheral device of the at least two peripheral devices (1, 2, 3, 4), an access instruction to the second peripheral device via the bus; and the second peripheral device is configured to receive the access instruction, and execute an operation corresponding to the access instruction.
An image processing apparatus configured to perform by itself image erasing and image recording to a thermally reversible recording medium by irradiating the thermally reversible recording medium with laser light and heating it, comprising: a laser light emitting unit configured to emit the laser light; a laser light scanning unit configured to scan the laser light over a laser light irradiation surface of the thermally reversible recording medium; a focal length control unit that comprises a position-shiftable lens system between the laser light emitting unit and the laser light scanning unit and is configured to control focal length of the laser light by adjusting a position of the lens system; wherein the focal length control unit is further configured to perform control to defocus at the position of the thermally reversible recording medium during image erasing, wherein the focal length control unit is further configured to control the position of the thermally reversible recording medium to be at a focal length during image recording, characterised in that an information setting unit is provided which is configured to receive and set image erasing information, image recording information, and distance information representing a distance between the thermally reversible recording medium and a laser light emitting surface of the laser light emitting unit, which are input thereto, the image processing apparatus is configured such that immediately after image erasing based on the image erasing information set by the information setting unit is completed, image recording is performed based on the image recording information, and the laser light emitting unit is configured to control power output of the laser light by both of a pulse control method of controlling the power output of the laser light based on pulse length and a peak power control method of controlling the power output of the laser light based on peak power, and to vary peak power during image erasing from peak power during image recording. a laser light emitting unit configured to emit the laser light; a laser light scanning unit configured to scan the laser light over a laser light irradiation surface of the thermally reversible recording medium; a focal length control unit that comprises a position-shiftable lens system between the laser light emitting unit and the laser light scanning unit and is configured to control focal length of the laser light by adjusting a position of the lens system; wherein the focal length control unit is further configured to perform control to defocus at the position of the thermally reversible recording medium during image erasing, wherein the focal length control unit is further configured to control the position of the thermally reversible recording medium to be at a focal length during image recording, characterised in that
A low voltage electric power cable having a length and comprising at least two insulated conductors (4, 6, 8) arranged together in a bundle, at least one foil extending around the bundle, and an outer sheath extending around the at least one foil, wherein each of the at least two insulated conductors (4, 6, 8) comprises a conductive core and an outer electrically insulating layer, wherein the at least two insulated conductors (4, 6, 8) are arranged adjacent to each other along the length, wherein a recess is formed between two adjacent insulated conductors of the at least two insulated conductors (4, 6, 8), the recess extending in parallel with the two adjacent insulated conductors along the length, wherein the low voltage electric power cable comprises an elongated member, wherein the at least two insulated conductors (4, 6, 8) extend in parallel with each other and the length, and wherein the elongated member is arranged between the at least one foil and the outer sheath and extends adjacent to the at least one foil along the recess, characterised in that the elongated member is arranged with a clearance fit underneath the outer sheath, wherein a clearance between the elongated member and the outer sheath is at least 0.05 mm when the elongated member abuts against the at least one foil and is supported against each of the two adjacent insulated conductors (4, 6) of the at least two insulated conductors (4, 6, 8), and wherein the at least one foil is slidable in relation to the at least two insulated conductors (4, 6, 8) in a radial direction of the cable. each of the at least two insulated conductors (4, 6, 8) comprises a conductive core and an outer electrically insulating layer, wherein the at least two insulated conductors (4, 6, 8) are arranged adjacent to each other along the length, wherein a recess is formed between two adjacent insulated conductors of the at least two insulated conductors (4, 6, 8), the recess extending in parallel with the two adjacent insulated conductors along the length, wherein the low voltage electric power cable comprises an elongated member, wherein the at least two insulated conductors (4, 6, 8) extend in parallel with each other and the length, and wherein the elongated member is arranged between the at least one foil and the outer sheath and extends adjacent to the at least one foil along the recess, characterised in that the elongated member is arranged with a clearance fit underneath the outer sheath, wherein a clearance between the elongated member and the outer sheath is at least 0.05 mm when the elongated member abuts against the at least one foil and is supported against each of the two adjacent insulated conductors (4, 6) of the at least two insulated conductors (4, 6, 8), and wherein the at least one foil is slidable in relation to the at least two insulated conductors (4, 6, 8) in a radial direction of the cable.
A process for reducing the level of benzene in a refinery gasoline feed containing benzene and at least one C 4+ olefin, said process comprising: (a) contacting the refinery gasoline feed with a first alkylation catalyst in the absence of added C 2 to C 5 olefins under conditions effective to react at least part of the C 4+ olefin and benzene in the refinery gasoline feed and produce a first effluent containing C 10+ hydrocarbons; (b) removing at least part of the C 10+ hydrocarbons from the first effluent to produce a second effluent; and (c) contacting at least part of the second effluent with an alkylating agent selected from one or more C 2 to C 5 olefins in the presence of a second alkylation catalyst under conditions effective to produce a third effluent which has reduced benzene content as compared with the second effluent. (a) contacting the refinery gasoline feed with a first alkylation catalyst in the absence of added C 2 to C 5 olefins under conditions effective to react at least part of the C 4+ olefin and benzene in the refinery gasoline feed and produce a first effluent containing C 10+ hydrocarbons; (b) removing at least part of the C 10+ hydrocarbons from the first effluent to produce a second effluent; and (c) contacting at least part of the second effluent with an alkylating agent selected from one or more C 2 to C 5 olefins in the presence of a second alkylation catalyst under conditions effective to produce a third effluent which has reduced benzene content as compared with the second effluent.
A rigid wing sail comprising: a pair of elongate rigid panels (12A, 12B) each having an adjoining edge (16A, 16B) opposing a lateral edge (18A, 18B), a hinge element including a mast coupled to the pair of elongate rigid panels at their adjoining edges (16A, 16B) to permit pivotal movement of said elongate rigid panels (12A, 12B) relative to one another and about the mast to form either: i) a closed configuration wherein the lateral edges (18A, 18B) of said elongate rigid panels (12A, 12B) are adjacent one another wherein the rigid wing sail is substantially closed; or ii) various open configurations wherein the lateral edges (18A, 18B) of the elongate rigid panels (12A, 12B) are separated from one another wherein the rigid wing sail is set at a variable camber to effectively capture wind by shifting the relative disposition of the elongate rigid panels (12A, 12B) to reshape and alter the camber of the rigid wing sail; wherein the mast is located at the adjoining edges (16A, 16B) of the pair of rigid panels (12A, 12B) in both the closed and the various open configurations, characterized in that the adjoining edges (16A, 16B) of the pair of elongate rigid panels (12A, 12B) together define an elongate bore within which the mast is received. a pair of elongate rigid panels (12A, 12B) each having an adjoining edge (16A, 16B) opposing a lateral edge (18A, 18B), a hinge element including a mast coupled to the pair of elongate rigid panels at their adjoining edges (16A, 16B) to permit pivotal movement of said elongate rigid panels (12A, 12B) relative to one another and about the mast to form either: i) a closed configuration wherein the lateral edges (18A, 18B) of said elongate rigid panels (12A, 12B) are adjacent one another wherein the rigid wing sail is substantially closed; or ii) various open configurations wherein the lateral edges (18A, 18B) of the elongate rigid panels (12A, 12B) are separated from one another wherein the rigid wing sail is set at a variable camber to effectively capture wind by shifting the relative disposition of the elongate rigid panels (12A, 12B) to reshape and alter the camber of the rigid wing sail; i) a closed configuration wherein the lateral edges (18A, 18B) of said elongate rigid panels (12A, 12B) are adjacent one another wherein the rigid wing sail is substantially closed; or ii) various open configurations wherein the lateral edges (18A, 18B) of the elongate rigid panels (12A, 12B) are separated from one another wherein the rigid wing sail is set at a variable camber to effectively capture wind by shifting the relative disposition of the elongate rigid panels (12A, 12B) to reshape and alter the camber of the rigid wing sail; wherein the mast is located at the adjoining edges (16A, 16B) of the pair of rigid panels (12A, 12B) in both the closed and the various open configurations, characterized in that the adjoining edges (16A, 16B) of the pair of elongate rigid panels (12A, 12B) together define an elongate bore within which the mast is received.
A method for characterising a sample comprising at least DNA and/or RNA, the method comprising - obtaining a UV-VIS spectroscopic measurement of the sample comprising at least DNA and/or RNA, and - quantifying an amount of DNA and/or RNA or determining a ratio of DNA to RNA present in the sample, taking into account a buffer and/or salt effect on the UV-VIS spectroscopic measurement irrespective of the actual buffer and salt content of the sample, based on reference spectral data including spectral information for buffer and/or salt effects; characterised in that said reference spectral data including spectral information for buffer and/or salt effects is or is based on reference data representative for UV-VIS spectrophotometer data for at least two samples comprising DNA and/or RNA content and having distinct buffer and/or salt content. - obtaining a UV-VIS spectroscopic measurement of the sample comprising at least DNA and/or RNA, and - quantifying an amount of DNA and/or RNA or determining a ratio of DNA to RNA present in the sample, taking into account a buffer and/or salt effect on the UV-VIS spectroscopic measurement irrespective of the actual buffer and salt content of the sample, based on reference spectral data including spectral information for buffer and/or salt effects;
Method for operating a printing press, wherein upon an interruption of the printing process other than an emergency stop during a print job, in a first step, an ink profile in an inking unit is at least partly evened out by interrupting the supply of ink and printing a defined number of sheets while the ink supply is interrupted and by having a cylinder that is a forme cylinder, a blanket cylinder, or an impression cylinder of a printing unit that the inking unit belongs to, carry out a defined number of revolutions in the process, and wherein in a second step, the ink profile is completely built up again by resuming the supply of ink and carrying out a reintroduction of ink without printing on the same defined number of sheets while the cylinder carries out the same defined number of revolutions in the process.
Use of an apparatus for manufacturing at least one cutting-edge structure (47, 94, 135, 139, 151, 172) comprising: a first part and a second part and a naturally derived material, wherein the first part is a plunger structure (41, 130, 142) comprising a plunger element, a plunger body and a relief portion disposed between the plunger body and the plunger element, and the second part is a cavity structure (42, 92, 122, 144), the relief portion providing a point or line contact between the plunger structure and the cavity structure to mold said naturally derived material into the cutting-edge structure.
An apparatus for detecting deterioration of NOx selective reduction catalyst that detects deterioration of an NOx selective reduction catalyst provided in an exhaust passage of an internal combustion engine, comprising: an ammonia supplying unit that supplies ammonia serving as a reducing agent to said NOx selective reduction catalyst; a temperature obtaining unit that obtains the temperature of the NOx selective reduction catalyst; an NOx purification rate calculation unit that calculates the NOx purification rate in said NOx selective reduction catalyst based on the NOx concentration in exhaust gas flowing into said NOx selective reduction catalyst and the NOx concentration in exhaust gas flowing out of said NOx selective reduction catalyst; and a determination unit that determines whether or not said NOx selective reduction catalyst is deteriorated based on the NOx purification rate calculated by said NOx purification rate calculation unit at a time when the temperature of said NOx selective reduction catalyst is higher than a predetermined temperature, characterized in that said predetermined temperature is a temperature at which the NOx purification rate will start to decrease with a rise in the temperature of said NOx selective reduction catalyst if the degree of deterioration of said NOx selective reduction catalyst is at the upper limit of an allowable range. an ammonia supplying unit that supplies ammonia serving as a reducing agent to said NOx selective reduction catalyst; a temperature obtaining unit that obtains the temperature of the NOx selective reduction catalyst; an NOx purification rate calculation unit that calculates the NOx purification rate in said NOx selective reduction catalyst based on the NOx concentration in exhaust gas flowing into said NOx selective reduction catalyst and the NOx concentration in exhaust gas flowing out of said NOx selective reduction catalyst; and a determination unit that determines whether or not said NOx selective reduction catalyst is deteriorated based on the NOx purification rate calculated by said NOx purification rate calculation unit at a time when the temperature of said NOx selective reduction catalyst is higher than a predetermined temperature,
Apparatus for cleaning a product gas from a wood gasifier comprising a housing, which has a gas inlet and a gas outlet, and comprising at least one filter element which is arranged between a product gas portion connected to the gas inlet and a clean gas portion connected to the gas outlet and which comprises a supporting cage in the form of a hollow rotational body consisting of straight generatrices and a filter shell which lies on the outer side against the supporting cage, can have product gas applied externally thereto and consists of a fibre mat, wherein in the product gas portion a stripper is provided which lies along a generatrix against the filter shell and the stripper and supporting cage are rotatable relative to one another about the rotational axis thereof, characterised in that the supporting cage which is rotatable with respect to the non-rotatably held stripper is rotatably mounted in an insert which closes off the product gas portion of the housing in a gas-tight manner.
Use of a mixture comprising (a) γ-decalactone and (b) γ-undecalactone for masking odoriferous incorrect notes in oleochemical preparations. (a) γ-decalactone and (b) γ-undecalactone
A drain mast for draining liquids from an aircraft, the drain mast comprising a tube that comprises: - a first end configured for being connected to a source of liquids to be drained from the aircraft, - a second end configured for discharging said liquids to the atmosphere, - an internal surface configured for being exposed to the drained liquid, - an external surface, and characterised in that the drain mast further comprises: - an internal rim connected to the internal surface of the tube, the internal rim configured for being located in a plane inclined with respect to the horizontal plane of the aircraft and having its lowest part located on the second end of the tube, - an aperture for evacuating the liquid, the aperture being located at the lowest part of the internal rim and in the face of the tube facing the incoming airflow when in use, the drain mast being configured such that the liquid is evacuated directly from the aperture to the atmosphere, the drain mast further characterised in that - the internal rim and the aperture being configured such that at the second end the liquid is directed by gravity through the internal rim to the aperture and wherein in use the drained liquid flows directly from the aperture to the atmosphere and is pushed by the incoming airflow from said aperture to the atmosphere. - a first end configured for being connected to a source of liquids to be drained from the aircraft, - a second end configured for discharging said liquids to the atmosphere, - an internal surface configured for being exposed to the drained liquid, - an external surface, and characterised in that the drain mast further comprises: - an internal rim connected to the internal surface of the tube, the internal rim configured for being located in a plane inclined with respect to the horizontal plane of the aircraft and having its lowest part located on the second end of the tube, - an aperture for evacuating the liquid, the aperture being located at the lowest part of the internal rim and in the face of the tube facing the incoming airflow when in use, the drain mast being configured such that the liquid is evacuated directly from the aperture to the atmosphere, the drain mast further characterised in that - the internal rim and the aperture being configured such that at the second end the liquid is directed by gravity through the internal rim to the aperture and wherein in use the drained liquid flows directly from the aperture to the atmosphere and is pushed by the incoming airflow from said aperture to the atmosphere.
A filter element for the filtering of fluid, in particular air, which flows through the filter element, with a folded filter material, wherein fold edges of the folds define an inflow side of the filter element on the raw side and an outflow side of the filter element on the clean side, - wherein the filter element has at least one filter material stabilizing element, - wherein the at least one filter material stabilizing element has a stabilizing section, which has a contour which is adapted to a contour of the filter material, - wherein the stabilizing section lies against the filter material, in order to stabilize the filter material, and - wherein the at least one filter material stabilizing element has a flow-directing section, which lies opposite the stabilizing section and projects over the inflow side on the raw side and/or over the outflow side of the filter element on the clean side, characterized in that the at least one filter material stabilizing element is constructed at least in sections in a bent manner with respect to a longitudinal direction which runs transversely to the folds. - wherein the filter element has at least one filter material stabilizing element, - wherein the at least one filter material stabilizing element has a stabilizing section, which has a contour which is adapted to a contour of the filter material, - wherein the stabilizing section lies against the filter material, in order to stabilize the filter material, and - wherein the at least one filter material stabilizing element has a flow-directing section, which lies opposite the stabilizing section and projects over the inflow side on the raw side and/or over the outflow side of the filter element on the clean side,
Timepiece wheel comprising at least one flexible toothing, each toothing including a plurality of spokes, each including at least one tooth at the distal end of a flexible arm protruding from a hub about a pivot axis of said wheel, characterized in that each said spoke includes hooking means or complementary hooking means, which are arranged to cooperate respectively, in push or pull contact, with complementary hooking means or hooking means comprised in an immediately adjacent spoke, in certain bending positions of at least one of said arms of at least one of said adjacent spokes, to distribute the bending forces between one said spoke whose said arm is bent and at least one of is said adjacent spokes.