mhurhangee/ep-ind-claims huggingface dataset:
An aromatics saturation process for lube oil boiling range feedstreams comprising: a) contacting a lube oil boiling range feedstreams containing aromatics and nitrogen and organically bound sulfur contaminants with an aromatics saturation catalyst in the presence of a hydrogen-containing treat gas in a reaction stage operated under effective aromatics saturation conditions, wherein said aromatics saturation catalyst comprises: i) an inorganic, porous, non-layered, crystalline, mesoporous support material, wherein the support material has a framework comprising at least aluminum and silica, and wherein the ratio of silica to aluminum is 10:1 to 100:1 and the average pore diameter of the support material is 23 to 27Å; and ii) a hydrogenation-dehydrogenation component selected from the Group VIII noble metals and mixtures thereof. a) contacting a lube oil boiling range feedstreams containing aromatics and nitrogen and organically bound sulfur contaminants with an aromatics saturation catalyst in the presence of a hydrogen-containing treat gas in a reaction stage operated under effective aromatics saturation conditions, wherein said aromatics saturation catalyst comprises: i) an inorganic, porous, non-layered, crystalline, mesoporous support material, wherein the support material has a framework comprising at least aluminum and silica, and wherein the ratio of silica to aluminum is 10:1 to 100:1 and the average pore diameter of the support material is 23 to 27Å; and ii) a hydrogenation-dehydrogenation component selected from the Group VIII noble metals and mixtures thereof. i) an inorganic, porous, non-layered, crystalline, mesoporous support material, wherein the support material has a framework comprising at least aluminum and silica, and wherein the ratio of silica to aluminum is 10:1 to 100:1 and the average pore diameter of the support material is 23 to 27Å; and ii) a hydrogenation-dehydrogenation component selected from the Group VIII noble metals and mixtures thereof.
A clamp for a lift truck, the clamp comprising a frame and two side structures (6,7) configured to move towards each other or away from each other relative to the frame, each side structure (6,7) comprising a planar panel support and a clamping panel (12,13) that is attached to the panel support at multiple locations through a plurality of adjustable connections (28,29) which allow adjusting a gap between the clamping panel (12,13) and the panel support, characterized in that each of said adjustable connections (28,29) comprises: • one cylinder-shaped buffer element comprising at least a main body having a cylindrical outer surface, a first side surface facing away from the clamping panel (12,13) and a second side surface facing towards the clamping panel (12,13), wherein the main body of the buffer element o comprises a thread on its cylindrical outer surface by which the buffer element is screwed into a threaded through-opening in the panel support, o comprises a central threaded opening and o is configured to interact at the first side surface with a tool for rotating the buffer element relative to the panel support, • one fixing screw configured to be inserted through a hole in the clamping panel (12,13) and screwed into the central opening of the buffer element at the second side surface, to thereby attach the panel to the panel support. • one cylinder-shaped buffer element comprising at least a main body having a cylindrical outer surface, a first side surface facing away from the clamping panel (12,13) and a second side surface facing towards the clamping panel (12,13), wherein the main body of the buffer element o comprises a thread on its cylindrical outer surface by which the buffer element is screwed into a threaded through-opening in the panel support, o comprises a central threaded opening and o is configured to interact at the first side surface with a tool for rotating the buffer element relative to the panel support, o comprises a thread on its cylindrical outer surface by which the buffer element is screwed into a threaded through-opening in the panel support, o comprises a central threaded opening and o is configured to interact at the first side surface with a tool for rotating the buffer element relative to the panel support, • one fixing screw configured to be inserted through a hole in the clamping panel (12,13) and screwed into the central opening of the buffer element at the second side surface, to thereby attach the panel to the panel support.
An improved forestry shredder comprising: a main machine body, which delimits a shredding chamber and is provided with: two support sides (204, 204I, 204II), which laterally delimit the shredding chamber; a structure, which connects the support sides (204, 204I, 204II) to one another, delimits and covers, at the top, the shredding chamber; and a door, which is hinged to a front edge of the structure and is arranged crosswise to the support sides (204, 204I, 204II); a rotor, which is arranged inside the shredding chamber, is rotatable around a transverse axis arranged crosswise to the support sides (204, 204I, 204II) and is provided with work tools, which are configured to cut plant material during the rotation of the rotor; and an opening system for the door, which is configured to move the door from an opening position to a closing position and vice versa; characterized in that the opening system is connected to the main machine body in the area of at least one of the two support sides (204, 204I, 204II). a main machine body, which delimits a shredding chamber and is provided with: two support sides (204, 204I, 204II), which laterally delimit the shredding chamber; a structure, which connects the support sides (204, 204I, 204II) to one another, delimits and covers, at the top, the shredding chamber; and a door, which is hinged to a front edge of the structure and is arranged crosswise to the support sides (204, 204I, 204II); a rotor, which is arranged inside the shredding chamber, is rotatable around a transverse axis arranged crosswise to the support sides (204, 204I, 204II) and is provided with work tools, which are configured to cut plant material during the rotation of the rotor; and an opening system for the door, which is configured to move the door from an opening position to a closing position and vice versa; characterized in that the opening system is connected to the main machine body in the area of at least one of the two support sides (204, 204I, 204II).
A refrigerator comprising: a cabinet defining a storage space; a main door rotatably mounted on the cabinet and configured to open and close the storage space, the main door having an opening formed as a through-hole; a sub-door rotatably provided at the main door and configured to open and close the opening, the sub-door being filled with a heat insulating material; a locking member protruding from the sub-door to the main door and operated to lock the main door; an operation member protruding from the sub-door to be operated by a user; a connection member operatively connecting the locking member and the operation member; and a connection member case provided inside the sub-door and defining an accommodation space in which the connection member is accommodated, characterized in that the connection member case is formed with a reinforcement part (562, 563) extending in longitudinal direction along the connection member case to prevent deformation of the connection member and/or of the connection member case. a cabinet defining a storage space; a main door rotatably mounted on the cabinet and configured to open and close the storage space, the main door having an opening formed as a through-hole; a sub-door rotatably provided at the main door and configured to open and close the opening, the sub-door being filled with a heat insulating material; a locking member protruding from the sub-door to the main door and operated to lock the main door; an operation member protruding from the sub-door to be operated by a user; a connection member operatively connecting the locking member and the operation member; and a connection member case provided inside the sub-door and defining an accommodation space in which the connection member is accommodated, characterized in that the connection member case is formed with a reinforcement part (562, 563) extending in longitudinal direction along the connection member case to prevent deformation of the connection member and/or of the connection member case.
A multi-ply sanitary tissue paper wherein plural sheets of base paper are integrally laminated by an adhesive, wherein the adhesive, which has a viscosity of 20 mPa·s to 100 mPa·s as measured according to JIS Z 8803 2011, contains: 1 to 5 mass% of carboxymethyl cellulose as an adhesive agent, the carboxymethyl cellulose having a viscosity in a 1 mass% aqueous solution of 100 mPa·s or less as measured according to JIS Z 8803 2011; and 1 to 5 mass% of at least one softening agent selected from propylene glycol, glycerine, and butylene glycol, and wherein the softening agent is applied in an amount of 1 to 20 mg/m 2. 1 to 5 mass% of carboxymethyl cellulose as an adhesive agent, the carboxymethyl cellulose having a viscosity in a 1 mass% aqueous solution of 100 mPa·s or less as measured according to JIS Z 8803 2011; and 1 to 5 mass% of at least one softening agent selected from propylene glycol, glycerine, and butylene glycol, and wherein the softening agent is applied in an amount of 1 to 20 mg/m 2.
A gas generation system for the generation of buoyancy gases on the basis of the decomposition of gaseous, liquid and/or solid fuels and/or combustibles with a gas generator, characterised in that, the outlet of the gas generator is connected with the inlet of a turbine stage of an exhaust gas turbocharger, to which fresh air can be supplied via a compressor stage arranged on a common shaft, and in that a gas mixture serving to generate the buoyancy can be extracted from the outlets of the turbine stage and the compressor stage, wherein a combustion chamber is provided in the exhaust flow of the gas generator downstream of the exhaust gas turbocharger, together with a venturi nozzle arranged upstream of the combustion chamber, via which fresh air exiting from the outlet of the compressor stage can be mixed with the exhaust flow.
A method for preforming a green tire to a predetermined position prior to insertion into a tire mold, the green tire having opposing first and second bead areas (14a, 14b), the method comprising the steps: holding a first and second bead of the green tire in a concentric and parallel position; moving one of the first and second beads towards the other; rotating the green tire a predetermined angle and then rotating the first and second bead areas (14a, 14b) into a predetermined position; and then holding the first and second bead areas (14a, 14b) in the predetermined position for a set period of time; wherein the method further comprises the steps of: indexing the green tire and repeating the green tire rotation several times. holding a first and second bead of the green tire in a concentric and parallel position; moving one of the first and second beads towards the other; rotating the green tire a predetermined angle and then rotating the first and second bead areas (14a, 14b) into a predetermined position; and then holding the first and second bead areas (14a, 14b) in the predetermined position for a set period of time; indexing the green tire and repeating the green tire rotation several times.
A thrust reverser for a turbojet engine nacelle, comprising cowls moving backwards in order to open this thrust reverser, each cowl including a primary axial guide rail (10, 12) which mainly supports the load of this cowl, and a secondary rail guiding an outer portion of the cowl, a rear end-of-travel stop (14, 16) of the cowl being disposed on the primary rail (10, 12), and a movable means allowing deactivating it, characterized in that it includes means obliging an operator to return the movable means of the end-of-travel stop to the activated position thereof before closing the assembly of the nacelle.
A cap for a fluid coupling member, the cap being configured to be releasably slidably engageable with the fluid coupling member and comprising a body portion, engagement means (30, 32) releasably slidably engageable with a portion of the coupling member which, when engaged, prevent the body portion from sliding with respect to the coupling member in a first direction and valve means displaceable between a first, retracted position in which it is not engaged with the coupling member and permits engagement of the engagement means with the coupling member and a second, extended position in which the valve means is in sealing engagement with the coupling member and prevents disengagement of the engagement means, wherein the valve means is located within the body portion of the cap when in the retracted position.
A method for programming lighting bus subscribers, wherein the lighting subscribers are connected via a two-wire bus, comprising the steps of: a. determining available lighting bus subscribers, e.g., sensors and/or actuators such as operating devices for lighting means, by a central unit connected to the lighting bus subscribers via the two-wire bus, b. selecting at least one lighting bus subscriber by means of the central unit from the available lighting bus subscribers, c. setting the selected lighting bus subscribers into an update mode by means of the central unit via the two-wire bus and allocating an update identification by means of the central unit via the two-wire bus to the selected lighting bus subscribers, wherein the central unit transmits the update identification to the selected lighting bus subscribers via the two-wire bus, and d. transmitting update software, in particular firmware, provided with the update identification via the two-wire bus to the selected lighting bus subscribers, wherein each selected lighting bus subscriber in update mode recognizes on the basis of the previously transmitted update identification whether the update software transmitted via the two-wire bus and provided with the update identification is intended for it. a. determining available lighting bus subscribers, e.g., sensors and/or actuators such as operating devices for lighting means, by a central unit connected to the lighting bus subscribers via the two-wire bus, b. selecting at least one lighting bus subscriber by means of the central unit from the available lighting bus subscribers, c. setting the selected lighting bus subscribers into an update mode by means of the central unit via the two-wire bus and allocating an update identification by means of the central unit via the two-wire bus to the selected lighting bus subscribers, wherein the central unit transmits the update identification to the selected lighting bus subscribers via the two-wire bus, and d. transmitting update software, in particular firmware, provided with the update identification via the two-wire bus to the selected lighting bus subscribers, wherein each selected lighting bus subscriber in update mode recognizes on the basis of the previously transmitted update identification whether the update software transmitted via the two-wire bus and provided with the update identification is intended for it.
An adaptive streaming system for streaming video content, wherein there are multiple layers of video at various resolutions/sizes of the full-frame video, each layer being partitioned into segments, and the segments being available at a server, the system comprising a client and the server, wherein: the client is configured to generate and transmit a set of URL query parameters to the server for spatial adaptation to a region of interest, wherein the set of URL query parameters corresponds to a region of interest and an available bandwidth; and the server is configured to make segment selections and adaptation decisions and transmit one or more segments to the client responsive to the set of spatial adaptation URL query parameters, the one or more segments corresponding to the region of interest and fitting the available bandwidth indicated by the URL query parameters for spatial adaptation. the client is configured to generate and transmit a set of URL query parameters to the server for spatial adaptation to a region of interest, wherein the set of URL query parameters corresponds to a region of interest and an available bandwidth; and the server is configured to make segment selections and adaptation decisions and transmit one or more segments to the client responsive to the set of spatial adaptation URL query parameters, the one or more segments corresponding to the region of interest and fitting the available bandwidth indicated by the URL query parameters for spatial adaptation.
A compound of the formula wherein n is 0, 1 or 2; R 1 is halogen; R 2 is halogen, H, CN, C1 - C3 alkoxy or C1 - C3 alkyl; and R 3 is H, halogen, C1 - C3 alkoxy or C1 - C3 alkyl. n is 0, 1 or 2; R 1 is halogen; R 2 is halogen, H, CN, C1 - C3 alkoxy or C1 - C3 alkyl; and R 3 is H, halogen, C1 - C3 alkoxy or C1 - C3 alkyl.
A method of manufacturing a lighting device, including: - a channel-shaped elongate profiled body having a central portion and two side portions sidewise of said central portion, said profiled body (12, 120) with mutually opposed undercuts opening inwardly of the channel shape of the profiled body (12, 120) said undercuts extending lengthwise of the profiled body (12, 120), and - a light radiation source assembly including an elongate support board with at least one electrically-powered light radiation source thereon, said support board having longitudinal sides extending into said undercuts, wherein the light radiation source assembly is retained by said channel-shaped profiled body (12, 120), the method including providing said channel-shaped elongate body (12, 120) with said side portions (120, 120a) adapted to be spread apart and being characterized in that it includes: - spreading apart said side portions, - arranging said light radiation source assembly with the longitudinal sides of said support board in said undercuts while said side portions are kept spread apart, - said side portions moving towards each other to capture said support board in said undercuts, and dispensing (202, 210) at least one of a first and a second sealing mass with: - said first mass dispensed on said central portion between said side portions, and - said second mass dispensed on a face of said support board opposed said central portion of the profiled body from the one to the other of said side portions of the profiled body (12, 120). - a channel-shaped elongate profiled body having a central portion and two side portions sidewise of said central portion, said profiled body (12, 120) with mutually opposed undercuts opening inwardly of the channel shape of the profiled body (12, 120) said undercuts extending lengthwise of the profiled body (12, 120), and - a light radiation source assembly including an elongate support board with at least one electrically-powered light radiation source thereon, said support board having longitudinal sides extending into said undercuts, wherein the light radiation source assembly is retained by said channel-shaped profiled body (12, 120), - spreading apart said side portions, - arranging said light radiation source assembly with the longitudinal sides of said support board in said undercuts while said side portions are kept spread apart, - said side portions moving towards each other to capture said support board in said undercuts, and - said first mass dispensed on said central portion between said side portions, and - said second mass dispensed on a face of said support board opposed said central portion of the profiled body from the one to the other of said side portions of the profiled body (12, 120).
A flow cytometer, comprising: - an array of light emitting diodes arranged along a flow path of a sample comprising one or more microspheres, wherein individual light emitting diodes of the array are positioned such that gaps are arranged between active areas of the individual light emitting diodes, and wherein the individual light emitting diodes are configured to illuminate the microspheres with a series of discrete light pulses at different positions along the flow path as the microspheres move along the flow path, i.e. the light emitting diodes are arranged to illuminate the microspheres by each light emitting diode at a different time; and - one or more detectors configured to detect light resulting from illumination of the one or more microspheres by the array, wherein the one or more detectors are further configured to generate a plurality of output signals that are representative of the light resulting from the illumination of a single microsphere of said sample; and - a processor configured to combine the plurality of output signals corresponding to the single microsphere into a single output signal having a pulse length that is greater than a pulse length of each of the individual output signals. - an array of light emitting diodes arranged along a flow path of a sample comprising one or more microspheres, wherein individual light emitting diodes of the array are positioned such that gaps are arranged between active areas of the individual light emitting diodes, and wherein the individual light emitting diodes are configured to illuminate the microspheres with a series of discrete light pulses at different positions along the flow path as the microspheres move along the flow path, i.e. the light emitting diodes are arranged to illuminate the microspheres by each light emitting diode at a different time; and - one or more detectors configured to detect light resulting from illumination of the one or more microspheres by the array, wherein the one or more detectors are further configured to generate a plurality of output signals that are representative of the light resulting from the illumination of a single microsphere of said sample; and - a processor configured to combine the plurality of output signals corresponding to the single microsphere into a single output signal having a pulse length that is greater than a pulse length of each of the individual output signals.