mhurhangee/ep-ind-claims huggingface dataset:
A display instrument including a frame that is worn on a head part of an observer; an image display apparatus that is installed in the frame; and an imaging apparatus, wherein the image display apparatus includes an image forming device; an optical device that allows light emitted from the image forming device to be incident thereto, to be guided, and to be emitted therefrom; and a dimming device that adjusts a light amount of ambient light incident from the outside, characterised in that the display instrument is configured to be switchable in a first mode, wherein in the first mode in which an image of a portion of an environment viewable through the image display apparatus captured by the imaging apparatus is displayed on the image display apparatus, the light amount of ambient light incident from the outside is reduced by the dimming device; an image information storage device, wherein, data regarding a subject imaged by the imaging apparatus is compared with information stored in the image information storage device, in the first mode, an image of the subject conforming to the information stored in the image information storage device is displayed on the image display apparatus in a state where a light amount of ambient light incident from the outside is reduced by the dimming device; and the display instrument is further configured to be switchable in a third mode different from the first mode, wherein in the third mode, an image of the subject conforming to the information stored in the image information storage device is displayed on the image display apparatus in a state where a light amount of ambient light incident from the outside is not reduced by the dimming device. an image forming device; an optical device that allows light emitted from the image forming device to be incident thereto, to be guided, and to be emitted therefrom; and a dimming device that adjusts a light amount of ambient light incident from the outside, characterised in that the display instrument is configured to be switchable in a first mode, wherein in the first mode in which an image of a portion of an environment viewable through the image display apparatus captured by the imaging apparatus is displayed on the image display apparatus, the light amount of ambient light incident from the outside is reduced by the dimming device; an image information storage device, wherein,
A method for producing a DDR zeolite which comprises: a raw material solution preparation step in which a raw material solution, that contains 1-adamantaneamine and silica (SiO 2) and water at a molar ratio 1-adamantaneamine/SiO 2 of from 0.002 to 0.5 and a molar ratio water/SiO 2 of from 10 to 500 but does not contain ethylenediamine, is prepared; and a crystal growth step in which a hydrothermal synthesis is carried out while having the raw material solution and a DDR zeolite powder in contact with each other, so that crystals of DDR zeolite are grown using the DDR zeolite powder as a seed crystal, wherein the raw material solution preparation step comprises the step of making the temperature of the raw material solution from 40 to 100°C. a raw material solution preparation step in which a raw material solution, that contains 1-adamantaneamine and silica (SiO 2) and water at a molar ratio 1-adamantaneamine/SiO 2 of from 0.002 to 0.5 and a molar ratio water/SiO 2 of from 10 to 500 but does not contain ethylenediamine, is prepared; and a crystal growth step in which a hydrothermal synthesis is carried out while having the raw material solution and a DDR zeolite powder in contact with each other, so that crystals of DDR zeolite are grown using the DDR zeolite powder as a seed crystal, wherein the raw material solution preparation step comprises the step of making the temperature of the raw material solution from 40 to 100°C.
A method for cooling a turbo-engine component, the method comprising guiding a working fluid flow along a hot gas side surface of a wall of the component and in a main working fluid flow direction, discharging a coolant discharge flow at the hot gas side surface from a coolant discharge duct provided in the wall, supplying a coolant supply flow to the coolant discharge duct through a coolant supply path comprising a coolant inflow duct and a near wall cooling duct, discharging the coolant supply flow into the coolant discharge duct as a free jet oriented across a cross section of the coolant discharge duct, and directing the free jet onto an inner surface section of the coolant discharge duct, thus effecting impingement cooling of the inner surface section, guiding the coolant supply flow, before discharging it into the coolant discharge duct, inside the near wall cooling duct disposed inside the wall and running along a lengthwise extent of the wall as defined by the main working fluid flow direction between a coolant side surface and the hot gas side surface, and oriented against the main working fluid flow direction and along a flow path length exceeding a wall thickness provided between the coolant side surface and the hot gas side surface, such as to perform counterflow near wall cooling of the wall, the method further comprising a coolant free jet entering near wall cooling duct through a nozzle provided at a junction of the coolant inflow duct with the near wall cooling duct and effecting impingement cooling of a part of a delimiting surface of the near wall cooling duct which is disposed towards the hot gas side surface of the wall and is thus exposed to heat intake from the working fluid flow, although said heat intake is reduced by the coolant discharge flow flowing over the hot gas side surface.
A coating material composition comprising - at least one polyhydroxyl group-containing component, - at least one polyisocyanate group-containing component, - at least one zinc (1-methylimidazole)bis(2-ethylhexanoate) complex having the general formula [Zn(1-methylimidazole) n (2-ethylhexanoate) 2], where n ≥ 1 to ≤ 2, and - at least one monomeric aromatic carboxylic acid, in which the carboxyl group is in conjugation to a pi electron system. - at least one polyhydroxyl group-containing component, - at least one polyisocyanate group-containing component, - at least one zinc (1-methylimidazole)bis(2-ethylhexanoate) complex having the general formula [Zn(1-methylimidazole) n (2-ethylhexanoate) 2], where n ≥ 1 to ≤ 2, and - at least one monomeric aromatic carboxylic acid, in which the carboxyl group is in conjugation to a pi electron system.
An engine supporting structure (4, 4A, 4B) for a working vehicle, the engine supporting structure configured to support an engine with a plurality of engine mounts, comprising: one piece of mount plate configured to support the plurality of engine mounts, and wherein the mount plate is formed in accordance with an attaching angle of the engine mounts, wherein the mount plate is supported by a stand, characterized in that the stand comprising two pieces of vertical beams constituting the left and right wall surfaces, and two pieces of horizontal beams constituting the anterior and posterior wall surfaces, the vertical beams being welded to the left and right end portions of the mount plate, and the horizontal beams being welded to the anterior and posterior portions of the mount plate. one piece of mount plate configured to support the plurality of engine mounts, and wherein the mount plate is formed in accordance with an attaching angle of the engine mounts, wherein the mount plate is supported by a stand, characterized in that the stand comprising two pieces of vertical beams constituting the left and right wall surfaces, and two pieces of horizontal beams constituting the anterior and posterior wall surfaces, the vertical beams being welded to the left and right end portions of the mount plate, and the horizontal beams being welded to the anterior and posterior portions of the mount plate.
A drilling machine (10, 110, 210) for making an excavation in ground in a drilling direction that is substantially vertical, said drilling machine (10, 110, 210) comprising: a support (12, 112, 212) having a longitudinal direction; a drilling module (14, 114, 214) provided with cutter members (16, 116, 216), the drilling module being movable in translation relative to the support (12, 112, 212) along the longitudinal direction of the support; and a movement device (60, 160, 260) arranged between the support (12, 112, 212) and the drilling module (14, 114, 214) in order to move the drilling module (14, 114, 214) relative to the support (12, 112, 212) along the longitudinal direction of the support; the movement device (60, 160, 260) including damper means (70, 170, 270) for damping the vibration generated by the drilling module (14, 114, 214) while drilling. a support (12, 112, 212) having a longitudinal direction; a drilling module (14, 114, 214) provided with cutter members (16, 116, 216), the drilling module being movable in translation relative to the support (12, 112, 212) along the longitudinal direction of the support; and a movement device (60, 160, 260) arranged between the support (12, 112, 212) and the drilling module (14, 114, 214) in order to move the drilling module (14, 114, 214) relative to the support (12, 112, 212) along the longitudinal direction of the support;
An isolated polypeptide comprising a CM1-CM2 substrate comprising at least a first cleavable moiety that is a substrate for at least one matrix metalloprotease and at least a second cleavable moiety that is a substrate for at least one serine protease, wherein the CM1-CM2 substrate comprises an amino acid sequence selected from the group consisting of: SEQ ID NOs: 1, 7, 555, and 557.
A printing apparatus capable of communicating with an external apparatus (101, 102), the printing apparatus comprising: an establishing means for establishing a connection with an external apparatus in accordance with a predetermined communication protocol; a receiving means for receiving, and temporarily storing in a spool area, print data transmitted from the external apparatus via the connection; and a printing means for performing a printing process based on print data stored in the spool area; characterized by: a determining means for determining whether a reception inhibiting factor being a cause of reception of print data from the external apparatus stopping halfway through has occurred in the printing apparatus and whether the reception inhibiting factor is resolved; and a control means for controlling whether or not to disconnect the connection with the external apparatus from the printing apparatus side, in accordance with whether or not a size of the print data transmitted from the external apparatus exceeds a size of the spool area, in a case where it is determined that the reception inhibiting factor has occurred and a predetermined time has elapsed in a state where the reception inhibiting factor is not resolved. an establishing means for establishing a connection with an external apparatus in accordance with a predetermined communication protocol; a receiving means for receiving, and temporarily storing in a spool area, print data transmitted from the external apparatus via the connection; and a printing means for performing a printing process based on print data stored in the spool area; characterized by: a determining means for determining whether a reception inhibiting factor being a cause of reception of print data from the external apparatus stopping halfway through has occurred in the printing apparatus and whether the reception inhibiting factor is resolved; and a control means for controlling whether or not to disconnect the connection with the external apparatus from the printing apparatus side, in accordance with whether or not a size of the print data transmitted from the external apparatus exceeds a size of the spool area, in a case where it is determined that the reception inhibiting factor has occurred and a predetermined time has elapsed in a state where the reception inhibiting factor is not resolved. a determining means for determining whether a reception inhibiting factor being a cause of reception of print data from the external apparatus stopping halfway through has occurred in the printing apparatus and whether the reception inhibiting factor is resolved; and a control means for controlling whether or not to disconnect the connection with the external apparatus from the printing apparatus side, in accordance with whether or not a size of the print data transmitted from the external apparatus exceeds a size of the spool area, in a case where it is determined that the reception inhibiting factor has occurred and a predetermined time has elapsed in a state where the reception inhibiting factor is not resolved.
An apparatus for gathering bales (B1, B2,), the apparatus comprising: a loading assembly for lifting a bale and conveying it toward the rear of the apparatus, the loading assembly comprising: - a first arm comprising a first conveyor belt; and - a second arm comprising a second conveyor belt; a controller for adjusting the speed of the first conveyor belt and/or the second conveyor belt such that the speed of the first and/or second conveyor belts (16, 18) is substantially equal to the ground speed of the apparatus. a loading assembly for lifting a bale and conveying it toward the rear of the apparatus, the loading assembly comprising: - a first arm comprising a first conveyor belt; and - a second arm comprising a second conveyor belt; - a first arm comprising a first conveyor belt; and - a second arm comprising a second conveyor belt; a controller for adjusting the speed of the first conveyor belt and/or the second conveyor belt such that the speed of the first and/or second conveyor belts (16, 18) is substantially equal to the ground speed of the apparatus.
A composite component, comprising: a metal component having a substantially cylindrical shape or a substantially annular shape; and a ring-shaped bonded magnet disposed on an outer periphery of the metal component, the ring-shaped bonded magnet comprising a thermoplastic resin, magnetic particles, and rubber particles, wherein the rubber particles contain no magnetic material, and the amount of the rubber particles is further 0.3% by mass or greater and 1.0% by mass or less, characterized in that an average particle size of the rubber particles is more than 0.7 μm and less than 1 mm. a metal component having a substantially cylindrical shape or a substantially annular shape; and a ring-shaped bonded magnet disposed on an outer periphery of the metal component, the ring-shaped bonded magnet comprising a thermoplastic resin, magnetic particles, and rubber particles, wherein the rubber particles contain no magnetic material, and the amount of the rubber particles is further 0.3% by mass or greater and 1.0% by mass or less, characterized in that an average particle size of the rubber particles is more than 0.7 μm and less than 1 mm.
A method of valve leaflet manufacture, comprising: applying polymer in a liquid state to a valve frame and a leaflet formation structure by dip-coating the valve frame by submerging at least a portion of the valve frame and the leaflet formation structure in a reservoir filled with the polymer in the liquid state; loading the valve frame and the leaflet formation structure, with the polymer in the liquid state, into a first environmental humidity chamber having a humidity sensor and control equipment to maintain a controlled humidity environment greater than 50% and less than 95%; automatically moving the valve frame and the leaflet formation structure around the environmental humidity chamber for a period of time during which the humidity within the environmental humidity chamber is controlled and during which the polymer at least partially cures; the method further comprising: removing the valve frame and the leaflet formation structure from the first environmental humidity chamber after the period of time, wherein the polymer is only partially cured; inserting the valve frame and the leaflet formation structure into a second environmental humidity chamber; and heating the valve frame and the leaflet formation structure in the second environmental humidity chamber until the polymer cures. applying polymer in a liquid state to a valve frame and a leaflet formation structure by dip-coating the valve frame by submerging at least a portion of the valve frame and the leaflet formation structure in a reservoir filled with the polymer in the liquid state; loading the valve frame and the leaflet formation structure, with the polymer in the liquid state, into a first environmental humidity chamber having a humidity sensor and control equipment to maintain a controlled humidity environment greater than 50% and less than 95%; automatically moving the valve frame and the leaflet formation structure around the environmental humidity chamber for a period of time during which the humidity within the environmental humidity chamber is controlled and during which the polymer at least partially cures; the method further comprising: removing the valve frame and the leaflet formation structure from the first environmental humidity chamber after the period of time, wherein the polymer is only partially cured; inserting the valve frame and the leaflet formation structure into a second environmental humidity chamber; and heating the valve frame and the leaflet formation structure in the second environmental humidity chamber until the polymer cures. removing the valve frame and the leaflet formation structure from the first environmental humidity chamber after the period of time, wherein the polymer is only partially cured; inserting the valve frame and the leaflet formation structure into a second environmental humidity chamber; and heating the valve frame and the leaflet formation structure in the second environmental humidity chamber until the polymer cures.
A method of transmitting sounding pilot information, the method comprising: performing, by a mobile terminal, generating the sounding pilot information for a transmitter; and mapping the sounding pilot information for the transmitter onto at least certain subcarriers of a first group of subcarriers of a block of subcarrier frequencies of at least one pilot symbol within a transmission time interval, TTI; wherein each of the at least one pilot symbols is a frequency division multiple access symbol, and the transmission time interval, TTI, comprises the at least one pilot symbol and a plurality of traffic symbols; wherein the at least one pilot symbols comprises at least the first group of subcarriers and at least a second group of subcarriers, wherein the first group of subcarriers comprise sounding pilot information from a first group of mobile terminals including the mobile terminal, wherein the first group of mobile terminals does not have data on the block of subcarrier frequencies of the plurality of traffic symbols, wherein the second group of subcarriers comprise pilot information for demodulation of data on the block of subcarrier frequencies of the plurality of traffic symbols from a second group of mobile terminals, and wherein the second group does not comprise sounding pilot information, wherein sounding pilot information assists in determining channel conditions, and wherein pilot information is used for deriving channel estimates and data demodulation on the plurality of traffic symbols. generating the sounding pilot information for a transmitter; and mapping the sounding pilot information for the transmitter onto at least certain subcarriers of a first group of subcarriers of a block of subcarrier frequencies of at least one pilot symbol within a transmission time interval, TTI; wherein each of the at least one pilot symbols is a frequency division multiple access symbol, and the transmission time interval, TTI, comprises the at least one pilot symbol and a plurality of traffic symbols; wherein the at least one pilot symbols comprises at least the first group of subcarriers and at least a second group of subcarriers, wherein the first group of subcarriers comprise sounding pilot information from a first group of mobile terminals including the mobile terminal, wherein the first group of mobile terminals does not have data on the block of subcarrier frequencies of the plurality of traffic symbols, wherein the second group of subcarriers comprise pilot information for demodulation of data on the block of subcarrier frequencies of the plurality of traffic symbols from a second group of mobile terminals, and wherein the second group does not comprise sounding pilot information, wherein sounding pilot information assists in determining channel conditions, and wherein pilot information is used for deriving channel estimates and data demodulation on the plurality of traffic symbols.
Method of watermarking a binary MPEG2 stream resulting from the encoding of a set of coefficients representative of a sequence of images comprising at least one DC coefficient encoded by predictive coding, according to MPEG2 called predictively coded DC coefficient, the method comprising the steps of: a) identifying, in said binary stream, a first binary word representing said predictively coded DC coefficient; b) computing a modified DC coefficient from said predictively coded DC coefficient on the basis of at least one watermarking bit; wherein said modified DC coefficient is computed as the sum of said predictively code DC coefficient and a marking value derived from said at least one watermarking bit; c) encoding said modified DC coefficient into a second binary word; and d) replacing in said binary stream said first binary word with said second binary word; the method being characterized in that said at least one DC coefficient is selected in an INTRA image of said sequence whose value of quantizing precision, represented by the parameter Intra_DC_Precision is greater than a first predefined threshold. a) identifying, in said binary stream, a first binary word representing said predictively coded DC coefficient; b) computing a modified DC coefficient from said predictively coded DC coefficient on the basis of at least one watermarking bit; wherein said modified DC coefficient is computed as the sum of said predictively code DC coefficient and a marking value derived from said at least one watermarking bit; c) encoding said modified DC coefficient into a second binary word; and d) replacing in said binary stream said first binary word with said second binary word;
Grate for a waste incineration plant, comprising - a drive unit, - multiple grate rod lines, each comprising a grate bar support on which multiple grate bars are pivoted, - a grate mechanics, the drive unit being operatively connected via the grate mechanics to at least some of the grate rod lines in such a way that a movement can be transferred into the grate bars, characterised in that the grate mechanics comprises at least one tilt sensor (5a, 5b) for determining and putting out a pitch information, said pitch information being formed depending on an incline of the tilt sensor (5a, 5b) in relation to a reference direction. - a drive unit, - multiple grate rod lines, each comprising a grate bar support on which multiple grate bars are pivoted, - a grate mechanics, the drive unit being operatively connected via the grate mechanics to at least some of the grate rod lines in such a way that a movement can be transferred into the grate bars, characterised in that the grate mechanics comprises at least one tilt sensor (5a, 5b) for determining and putting out a pitch information, said pitch information being formed depending on an incline of the tilt sensor (5a, 5b) in relation to a reference direction.
Suspension of cerium oxide particles in a liquid phase, characterized in that these particles (secondary particles) have an average size of at most 200 nm, these secondary particles consisting of primary particles whose average size is of at most 100 nm with a standard deviation of at most 30% of the value of said average size.