mhurhangee/ep-ind-claims huggingface dataset:
A control valve comprising: a valve housing; a plurality of spools assembled into the valve housing; a plurality of pilot chambers corresponding to the plurality of the spools; a plurality of selection valves connected respectively to the plurality of the pilot chambers via communication paths; and a maximum pressure introduction passage, the plurality of the selection valves being configured to select and introduce a maximum pressure among pressures of the plurality of the pilot chambers into the maximum pressure introduction passage; wherein the plurality of the pilot chambers and the communication paths are provided in a plurality of caps attached to one side surface of the valve housing; wherein the maximum pressure introduction passage has: afirst passage provided in each of the plurality of the caps on a side opposite from the valve housing across at least one pilot chamber of the plurality of the pilot chambers and connected to at least one respective selection valve of the plurality of the selection valves; a second passage provided in each of the plurality of the caps, extending from the first passage towards the valve housing and opened in the one side surface of the valve housing; and a third passage provided so as to allow the second passages to communicate with each other in the valve housing. a valve housing; a plurality of spools assembled into the valve housing; a plurality of pilot chambers corresponding to the plurality of the spools; a plurality of selection valves connected respectively to the plurality of the pilot chambers via communication paths; and a maximum pressure introduction passage, the plurality of the selection valves being configured to select and introduce a maximum pressure among pressures of the plurality of the pilot chambers into the maximum pressure introduction passage; wherein the plurality of the pilot chambers and the communication paths are provided in a plurality of caps attached to one side surface of the valve housing; wherein the maximum pressure introduction passage has: afirst passage provided in each of the plurality of the caps on a side opposite from the valve housing across at least one pilot chamber of the plurality of the pilot chambers and connected to at least one respective selection valve of the plurality of the selection valves; a second passage provided in each of the plurality of the caps, extending from the first passage towards the valve housing and opened in the one side surface of the valve housing; and afirst passage provided in each of the plurality of the caps on a side opposite from the valve housing across at least one pilot chamber of the plurality of the pilot chambers and connected to at least one respective selection valve of the plurality of the selection valves; a second passage provided in each of the plurality of the caps, extending from the first passage towards the valve housing and opened in the one side surface of the valve housing; and a third passage provided so as to allow the second passages to communicate with each other in the valve housing.
A chuck assembly suitable to be used as a lower chuck assembly in a chucking apparatus of a tire uniformity machine, the chuck assembly comprising: a dual piston cylinder having an axially movable outer piston rod, an inner piston rod axially movable with respect to said outer piston rod; an inner piston stem extending axially from said inner piston rod; and a nose cone shaft having a nose cone opening therethrough which slidably receives said inner piston stem; characterized in that said inner piston rod has a stem opening detachably receiving a threaded shaft of said inner piston stem. a dual piston cylinder having an axially movable outer piston rod, an inner piston rod axially movable with respect to said outer piston rod; an inner piston stem extending axially from said inner piston rod; and a nose cone shaft having a nose cone opening therethrough which slidably receives said inner piston stem; characterized in that said inner piston rod has a stem opening detachably receiving a threaded shaft of said inner piston stem.
A conductor connection terminal having an insulative housing and having a spring clamp terminal which has a contact body formed of a sheet metal member having a bottom portion, spaced apart side wall portions projecting from the bottom portion and solder terminal contact tongues, the solder terminal contact tongues being bent out of the plane of the bottom portion, spanning a solder connection plane offset from the plane of the base section and forming an indented region of the base section, the solder connection contact tongues each being connected to the base section via a connecting web, and the base section forming, with the side wall sections, a conductor receiving channel for receiving an electrical conductor wherein at least one leaf spring tongue projects from the side wall sections and has a clamping edge for clamping an electrical conductor accommodated in the conductor accommodating channel, and wherein the insulating material housing has at the front a conductor insertion opening leading to the conductor accommodating channel, characterized in that the indented region is designed as a free space for latching a closure cover, latching lugs being formed on the connecting webs and forming a stop for a latching contour of the closure cover.
A supramolecular metal-organic framework material in a gel state being a reaction product of a copper compound, a trialkylamine represented by Chemical Formula 1, and benzene substituted with 3 or more carboxyl groups in a non-aqueous organic solvent: In Chemical Formula 1, R 1, R 2, and R 3 are the same or different and are each independently a C1 to C10 alkyl group; wherein the copper compound is in the form of a Cu solution, and the benzene substituted with 3 or more carboxyl groups is 1,3,5-benzenetricarboxylic acid; and wherein the molar ratio of the Cu to 1,3,5-benzenetricarboxylic acid is 3:2. R 1, R 2, and R 3 are the same or different and are each independently a C1 to C10 alkyl group; wherein the copper compound is in the form of a Cu solution, and the benzene substituted with 3 or more carboxyl groups is 1,3,5-benzenetricarboxylic acid; and wherein the molar ratio of the Cu to 1,3,5-benzenetricarboxylic acid is 3:2.
A system comprising: an entry tension assembly that is connected to a first structural feature of a printer wherein the entry tension assembly comprises: a pneumatic cylinder connected to a first rack, and a first pivot gear that engages the first rack; an exit tension assembly that is connected to a second structural feature of the printer, wherein the exit tension assembly is disposed downstream of the entry tension assembly in a media feed direction; and characterised in that the system further comprises a tensioned band having a first end that is connected to the first pivot gear (556 of the entry tension assembly and a second end that is connected to the exit tension assembly, wherein the tensioned band holds a substrate substantially flat against a transfer belt of the printer during printing by applying pressure to a surface of the substrate. a pneumatic cylinder connected to a first rack, and a first pivot gear that engages the first rack; an exit tension assembly that is connected to a second structural feature of the printer, wherein the exit tension assembly is disposed downstream of the entry tension assembly in a media feed direction; and characterised in that the system further comprises a tensioned band having a first end that is connected to the first pivot gear (556 of the entry tension assembly and a second end that is connected to the exit tension assembly, wherein the tensioned band holds a substrate substantially flat against a transfer belt of the printer during printing by applying pressure to a surface of the substrate.
A computer implemented method of providing voice input for private user information, the method comprising: receiving, from a client device (110, 112), a request to communicate private user information; generating a set of random characters in response to the request to communicate the private user information, at least one random character from the set of random characters corresponding to a character from a set of standard characters; augmenting the set of standard characters with the set of random characters to create an image of the standard characters augmented with the set of random characters; providing image data to the client device (110, 112) to display the image of the standard characters augmented with the set of random characters; receiving, from the client device (110, 112), private user information representing spoken characters from the set of random characters displayed in the image; mapping the spoken characters from the set of random characters to corresponding characters from the set of standard characters; recognizing the private user information using the corresponding characters from the set of standard characters; and providing, to the client device (110, 112), the private user information using the corresponding characters from the set of standard characters. receiving, from a client device (110, 112), a request to communicate private user information; generating a set of random characters in response to the request to communicate the private user information, at least one random character from the set of random characters corresponding to a character from a set of standard characters; augmenting the set of standard characters with the set of random characters to create an image of the standard characters augmented with the set of random characters; providing image data to the client device (110, 112) to display the image of the standard characters augmented with the set of random characters; receiving, from the client device (110, 112), private user information representing spoken characters from the set of random characters displayed in the image; mapping the spoken characters from the set of random characters to corresponding characters from the set of standard characters; recognizing the private user information using the corresponding characters from the set of standard characters; and providing, to the client device (110, 112), the private user information using the corresponding characters from the set of standard characters.
Sleeper for at least one railway track, incorporating: - a prefabricated U-shaped structure (3, 3a) incorporating concrete, defining a portion of trajectory for at least one piece of rolling stock traveling on the railway track, and including a load-bearing slab and two lateral walls that are essentially vertical, and that enclose the railway track laterally; - and at least one additional component (6, 9, 10, 11, 14) allowing the rolling stock to travel on the railway track, and designed to support, guide and/or power the rolling stock, with at least one of the additional components (6, 9, 10, 11, 14) being directly integral with the U-shaped structure (3, 3a); characterized by the fact that the U-shaped structure (3, 3a) is composed of one single concrete component, is self-supporting, and incorporates a travel path on which the rolling stock moves, that is an integral part of the load-bearing slab of the U-shaped structure (3, 3a). - a prefabricated U-shaped structure (3, 3a) incorporating concrete, defining a portion of trajectory for at least one piece of rolling stock traveling on the railway track, and including a load-bearing slab and two lateral walls that are essentially vertical, and that enclose the railway track laterally; - and at least one additional component (6, 9, 10, 11, 14) allowing the rolling stock to travel on the railway track, and designed to support, guide and/or power the rolling stock, with at least one of the additional components (6, 9, 10, 11, 14) being directly integral with the U-shaped structure (3, 3a); characterized by the fact that the U-shaped structure (3, 3a) is composed of one single concrete component, is self-supporting, and incorporates a travel path on which the rolling stock moves, that is an integral part of the load-bearing slab of the U-shaped structure (3, 3a).
A method of determining a fuel delivery fault in a gas turbine engine having a combustor, a combustor fuel system for delivering fuel to the combustor, and a turbine which is driven by hot gas from the combustor, the method including: measuring a turbine gas temperature profile, predicting a turbine gas temperature profile and comparing the measured turbine gas temperature profile against the predicted turbine gas temperature profile; measuring a combustor instability, predicting a combustor instability and comparing the measured combustor instability against the predicted combustor instability; and indicating that a fuel delivery fault in the combustor fuel system has been detected when both the measured turbine gas temperature profile and the measured combustor instability differ from their predicted values by more than respective predetermined thresholds. measuring a turbine gas temperature profile, predicting a turbine gas temperature profile and comparing the measured turbine gas temperature profile against the predicted turbine gas temperature profile; measuring a combustor instability, predicting a combustor instability and comparing the measured combustor instability against the predicted combustor instability; and indicating that a fuel delivery fault in the combustor fuel system has been detected when both the measured turbine gas temperature profile and the measured combustor instability differ from their predicted values by more than respective predetermined thresholds.
A polyamide resin composition comprising: a polyamide composed of a diamine unit containing 30 % by mole or more of an m-xylylenediamine unit and a dicarboxylic acid unit; an aromatic secondary amine based compound; and an organic sulfur based compound, wherein a blending amount of the organic sulfur based compound is from 0.2 to 5 parts by mass based on 100 parts by mass of the polyamide, a content ratio of the aromatic secondary amine based compound and the organic sulfur based compound ( / mass ratio) in the polyamide resin composition is from 0.05 to 5, the organic sulfur based compound is one or more members selected from 2-mercaptobenzoimidazole, 2-mercaptomethylbenzimidazole, dimyristyl-3,3'-thiodipropionate, distearyl-3,3'-thiodipropionate, and pentaerythritol tetrakis(3-laurylthiopropionate), and the polyamide resin composition has an oxygen permeability coefficient of not more than 1 cc·mm/m 2 ·day·atm at 23° C and 75 % RH. a polyamide composed of a diamine unit containing 30 % by mole or more of an m-xylylenediamine unit and a dicarboxylic acid unit; an aromatic secondary amine based compound; and an organic sulfur based compound,
An ink-jet recording apparatus comprising: an ink containing a resin dispersion type pigment; an ink-jet head configured to discharge the ink; an absorber which is arranged in an area facing a discharge surface of the ink-jet head, and which is configured to absorb the ink discharged from the ink-jet head; and a liquid agent which contains a water-soluble organic solvent, and which is absorbed in the absorber, characterised in that a surface tension of an aqueous solution containing the liquid agent at a concentration of 5% by weight is not more than 50 mN/m; and a blending percentage by weight of the water-soluble organic solvent in the liquid agent is not less than seven times a blending percentage by weight of the resin dispersion type pigment in the ink, wherein the absorber is at least one of a flushing foam (53 and/or 54) and a platen foam; and the ink-jet recording apparatus satisfies the following condition (a): 0.9 ≤ Y / X ≤ 1.3 wherein: X: average particle diameter (nm) of the resin dispersion type pigment before the ink makes contact with the absorber; and Y: average particle diameter (nm) of the resin dispersion type pigment after the ink has made contact with the absorber. an ink containing a resin dispersion type pigment; an ink-jet head configured to discharge the ink; an absorber which is arranged in an area facing a discharge surface of the ink-jet head, and which is configured to absorb the ink discharged from the ink-jet head; and a liquid agent which contains a water-soluble organic solvent, and which is absorbed in the absorber, characterised in that a surface tension of an aqueous solution containing the liquid agent at a concentration of 5% by weight is not more than 50 mN/m; and a blending percentage by weight of the water-soluble organic solvent in the liquid agent is not less than seven times a blending percentage by weight of the resin dispersion type pigment in the ink, wherein the absorber is at least one of a flushing foam (53 and/or 54) and a platen foam; and the ink-jet recording apparatus satisfies the following condition (a): 0.9 ≤ Y / X ≤ 1.3 wherein: X: average particle diameter (nm) of the resin dispersion type pigment before the ink makes contact with the absorber; and Y: average particle diameter (nm) of the resin dispersion type pigment after the ink has made contact with the absorber. X: average particle diameter (nm) of the resin dispersion type pigment before the ink makes contact with the absorber; and Y: average particle diameter (nm) of the resin dispersion type pigment after the ink has made contact with the absorber.
A citrus juicer comprising: - an enclosure having a wall defining a cavity for produce for pressing containing a fluid, and an opening formed in the wall for introducing the produce for pressing into the cavity; - a cannula (50, 50', 50", 50"') extending through the wall of the enclosure, the cannula having a first portion (52, 52', 52", 52"') arranged inside the cavity and configured to be engaged in the produce for pressing, and a second portion arranged outside the cavity, the cannula further including an internal duct extending in the first and second portions; and - an extensible membrane arranged in the cavity and extending over all or part of the wall so as to surround the produce for pressing arranged inside the cavity, and inflation means configured to inflate the extensible membrane so as to compress the produce for pressing engaged on the first portion of the cannula in order to extract the fluid out from the cavity via the internal duct of the cannula; the citrus juicer being characterized in that the enclosure further comprises: - a lid shaped to close the opening so as to close the cavity, the lid being movable between an open position in which the enclosure is open and a closed position in which the opening is closed by the lid; and - an ejector device for discharging the pressed produce out from the cavity, said ejector device including a movable base that is movable along the longitudinal axis of the cannula. - an enclosure having a wall defining a cavity for produce for pressing containing a fluid, and an opening formed in the wall for introducing the produce for pressing into the cavity; - a cannula (50, 50', 50", 50"') extending through the wall of the enclosure, the cannula having a first portion (52, 52', 52", 52"') arranged inside the cavity and configured to be engaged in the produce for pressing, and a second portion arranged outside the cavity, the cannula further including an internal duct extending in the first and second portions; and - an extensible membrane arranged in the cavity and extending over all or part of the wall so as to surround the produce for pressing arranged inside the cavity, and inflation means configured to inflate the extensible membrane so as to compress the produce for pressing engaged on the first portion of the cannula in order to extract the fluid out from the cavity via the internal duct of the cannula; - a lid shaped to close the opening so as to close the cavity, the lid being movable between an open position in which the enclosure is open and a closed position in which the opening is closed by the lid; and - an ejector device for discharging the pressed produce out from the cavity, said ejector device including a movable base that is movable along the longitudinal axis of the cannula.
A method for wireless communication between a first wireless device (STA1-STA4, 110, 200) and a second wireless device (STA1-STA4, 110, 200), the method performed by the first wireless device (STA1-STA4, 110, 200) and comprising: commencing a Bluetooth operation while a Wi-Fi block acknowledgment, BA, session between the first and second wireless devices (STA1-STA4, 110, 200) is active; sending instructions to the second wireless device (STA1-STA4, 110, 200) to suspend the BA session; maintaining, while the BA session is suspended, session information corresponding to the BA session; ending the Bluetooth operation; and sending instructions to the second wireless device (STA1-STA4, 110, 200) to resume the BA session. commencing a Bluetooth operation while a Wi-Fi block acknowledgment, BA, session between the first and second wireless devices (STA1-STA4, 110, 200) is active; sending instructions to the second wireless device (STA1-STA4, 110, 200) to suspend the BA session; maintaining, while the BA session is suspended, session information corresponding to the BA session; ending the Bluetooth operation; and sending instructions to the second wireless device (STA1-STA4, 110, 200) to resume the BA session.
A binding mechanism cartridge (100, 120, 140, 165, 180, 500, 600) suitable for being attached to and detached from a binding device body (200, 400, 700) instead of a staple cartridge (168, 300, 350, 610), the staple cartridge suitable for being detachably held by the binding device body (200, 400, 700), the binding mechanism cartridge (100, 120, 140, 165, 180, 500, 600) comprising: a body portion (101, 181, 659) that is detachably held by the binding device body (200, 400, 700) at a storage position of the staple cartridge (168, 300, 350, 610); an upward-and-downward moving portion (102, 142, 160, 186A, 502, 657) that is arranged on the body portion (101, 181, 659) so as to be movable upward and downward and that moves close to or away from one surface of a bundle of sheets to be bound by moving upward and downward by interlocking with a drive mechanism of the binding device body (200, 400, 700); and a base portion (101, 103, 143, 161, 183, 503) that is arranged on the body portion (101, 181, 659) so as to face the upward-and-downward moving portion and that supports the other surface of the bundle of sheets, wherein the upward-and-downward moving portion (102, 142, 160, 186A, 502, 657) includes a binding mechanism (166, 167) of which at least a part is in pressure contact with the one surface of the bundle of sheets according to a movement of the upward-and-downward moving portion (102, 142, 160, 186A, 502, 657) and which binds the bundle of sheets without using a staple. a body portion (101, 181, 659) that is detachably held by the binding device body (200, 400, 700) at a storage position of the staple cartridge (168, 300, 350, 610); an upward-and-downward moving portion (102, 142, 160, 186A, 502, 657) that is arranged on the body portion (101, 181, 659) so as to be movable upward and downward and that moves close to or away from one surface of a bundle of sheets to be bound by moving upward and downward by interlocking with a drive mechanism of the binding device body (200, 400, 700); and a base portion (101, 103, 143, 161, 183, 503) that is arranged on the body portion (101, 181, 659) so as to face the upward-and-downward moving portion and that supports the other surface of the bundle of sheets, wherein the upward-and-downward moving portion (102, 142, 160, 186A, 502, 657) includes a binding mechanism (166, 167) of which at least a part is in pressure contact with the one surface of the bundle of sheets according to a movement of the upward-and-downward moving portion (102, 142, 160, 186A, 502, 657) and which binds the bundle of sheets without using a staple.