mhurhangee/ep-ind-claims huggingface dataset:
An internal mixer comprising: a mixing chamber to which a mixing material is supplied; and a rotor arranged within the mixing chamber to be freely rotatable about a rotor axis, wherein the rotor includes a plurality of mixing blades (61 to 64) for mixing the mixing material, and each length (Lz1, Lz3) of all of the mixing blades (61 to 64) in a rotor axis direction is 45% or less of an entire length of the rotor in the rotor axis direction, wherein the plurality of mixing blades (61 to 64) include: two or more of short blades (61, 62); and two or more of long blades (63, 64), wherein any of respective lengths of the long blades (63, 64) in the rotor axis direction is greater than any of respective lengths of the short blades (61, 62) in the rotor axis direction, wherein the rotor includes: a first axis end that is one end section of the rotor in the rotor axis direction; and a second axis end that is another end section of the rotor in the rotor axis direction, and the plurality of mixing blades (61 to 64) include: first axis end side blades (61, 62) whose front end sections (61s, 62s) in a rotating direction of the rotor are arranged at the first axis end; and second axis end side blades (63, 64) whose front end sections (63s, 64s) in the rotating direction of the rotor are arranged at the second axis end, characterized in that the first axis end side blades (61, 62) are the short blades (61, 62), while the second axis end side blades (63, 64) are the long blades (63, 64). a mixing chamber to which a mixing material is supplied; and a rotor arranged within the mixing chamber to be freely rotatable about a rotor axis, wherein the rotor includes a plurality of mixing blades (61 to 64) for mixing the mixing material, and each length (Lz1, Lz3) of all of the mixing blades (61 to 64) in a rotor axis direction is 45% or less of an entire length of the rotor in the rotor axis direction, two or more of short blades (61, 62); and two or more of long blades (63, 64), wherein any of respective lengths of the long blades (63, 64) in the rotor axis direction is greater than any of respective lengths of the short blades (61, 62) in the rotor axis direction, a first axis end that is one end section of the rotor in the rotor axis direction; and a second axis end that is another end section of the rotor in the rotor axis direction, and the plurality of mixing blades (61 to 64) include: first axis end side blades (61, 62) whose front end sections (61s, 62s) in a rotating direction of the rotor are arranged at the first axis end; and second axis end side blades (63, 64) whose front end sections (63s, 64s) in the rotating direction of the rotor are arranged at the second axis end, first axis end side blades (61, 62) whose front end sections (61s, 62s) in a rotating direction of the rotor are arranged at the first axis end; and second axis end side blades (63, 64) whose front end sections (63s, 64s) in the rotating direction of the rotor are arranged at the second axis end, characterized in that the first axis end side blades (61, 62) are the short blades (61, 62), while the second axis end side blades (63, 64) are the long blades (63, 64).
Ground connection circuit for connecting the carbon brush of a direct-current motor, each carbon brush (B1, B2) being connected by a flexible blade and a choke to a connection contact at the positive or negative terminal respectively of a battery supply and placed on a supporting element symmetrically in relation to a plane of symmetry of the whole, characterized in that said ground connection circuit includes at least: - one metal plate having, at each of the ends thereof, an electrical contact zone (21, 22) placed in electrical contact with the case of the motor, which is connected to motor ground; - a first decoupling condenser and a second decoupling condenser, a first branch of which is connected electrically to the metal plate and a second branch of which is connected electrically to the connection contact (P+) at the positive terminal or respectively to the connection contact (P-) at the negative terminal of the battery supply. - one metal plate having, at each of the ends thereof, an electrical contact zone (21, 22) placed in electrical contact with the case of the motor, which is connected to motor ground; - a first decoupling condenser and a second decoupling condenser, a first branch of which is connected electrically to the metal plate and a second branch of which is connected electrically to the connection contact (P+) at the positive terminal or respectively to the connection contact (P-) at the negative terminal of the battery supply.
A subsea drying system for drying a chamber underwater, the system comprising: a source of pressurised drying fluid; upstream piping (24, 26, 28) between the source and a chamber inlet interface for conveying drying fluid to the chamber in use; downstream piping (36, 38, 40) between a chamber outlet interface and an outlet for conveying to the outlet and expelling from the system through the outlet liquid displaced from the chamber by drying fluid entering the chamber in a dewatering mode; characterised by: a recirculation path between the downstream piping and the upstream piping for conveying drying fluid exiting the chamber from the downstream piping to the upstream piping in a dehumidifying mode; a dehumidifier in the recirculation path; and a valve system (48, 50) for selectively closing and opening the recirculation path to direct liquid from the chamber through the outlet when that path is closed and to direct drying fluid exiting the chamber through the dehumidifier to the upstream piping (24, 26, 28) when that path is open. a source of pressurised drying fluid; upstream piping (24, 26, 28) between the source and a chamber inlet interface for conveying drying fluid to the chamber in use; downstream piping (36, 38, 40) between a chamber outlet interface and an outlet for conveying to the outlet and expelling from the system through the outlet liquid displaced from the chamber by drying fluid entering the chamber in a dewatering mode; characterised by: a recirculation path between the downstream piping and the upstream piping for conveying drying fluid exiting the chamber from the downstream piping to the upstream piping in a dehumidifying mode; a dehumidifier in the recirculation path; and a valve system (48, 50) for selectively closing and opening the recirculation path to direct liquid from the chamber through the outlet when that path is closed and to direct drying fluid exiting the chamber through the dehumidifier to the upstream piping (24, 26, 28) when that path is open. a recirculation path between the downstream piping and the upstream piping for conveying drying fluid exiting the chamber from the downstream piping to the upstream piping in a dehumidifying mode; a dehumidifier in the recirculation path; and a valve system (48, 50) for selectively closing and opening the recirculation path to direct liquid from the chamber through the outlet when that path is closed and to direct drying fluid exiting the chamber through the dehumidifier to the upstream piping (24, 26, 28) when that path is open.
A multi-fiber, fiber optic connector comprising: a first surface on the top of the connector and a second surface on the bottom of the connector, a first recess defined on the first surface on the top of the connector, adapted to receive a first key to change the polarity of the fiber optic connector, a second recess defined on the second surface on the bottom of the connector, adapted to receive a second key to change the polarity of the fiber optic connector, a housing enclosing a portion of the first surface of the connector and the second surface of the connector, and either one of guide pins or guide pin receiving holes for guiding a connection with a second connector, characterised in, that the connector comprises the first key and a second key, that the first recess is a first slot and that the second recess is a second slot, wherein the first key is slideable relative to the first slot and the housing and configured to be received within the housing, wherein the second key is slideable relative to the second slot and the housing and configured to be received within the housing, wherein, in operation, to change the polarity of the fiber optic connector, the first key is configured to be slid ingressingly into the housing within the first slot and the second key is configured to be slid out of the housing within the second slot such that the second key extends from the housing while the first key remains within the housing. a first surface on the top of the connector and a second surface on the bottom of the connector, a first recess defined on the first surface on the top of the connector, adapted to receive a first key to change the polarity of the fiber optic connector, a second recess defined on the second surface on the bottom of the connector, adapted to receive a second key to change the polarity of the fiber optic connector, a housing enclosing a portion of the first surface of the connector and the second surface of the connector, and either one of guide pins or guide pin receiving holes for guiding a connection with a second connector, characterised in, that the connector comprises the first key and a second key, that the first recess is a first slot and that the second recess is a second slot, wherein the first key is slideable relative to the first slot and the housing and configured to be received within the housing, wherein the second key is slideable relative to the second slot and the housing and configured to be received within the housing, wherein, in operation, to change the polarity of the fiber optic connector, the first key is configured to be slid ingressingly into the housing within the first slot and the second key is configured to be slid out of the housing within the second slot such that the second key extends from the housing while the first key remains within the housing.
A mechanical arm joint, comprising a hollow shaft and a brake assembly, a motor assembly, a harmonic reducer assembly, an output assembly, a housing assembly, and a measurement assembly which are disposed outside the hollow shaft, wherein the measurement assembly includes a torque sensor, and the torque sensor is provided inside the housing assembly and fixed to the housing assembly, wherein the torque sensor is fixed to the harmonic reducer assembly at the same time; and wherein the harmonic reducer assembly comprises a wave generator, a flexible wheel, and a rigid wheel, wherein the flexible wheel is fixed to the torque sensor through a flexible wheel mounting plate, wherein the mechanical arm joint further comprises a friction structure member, characterized in that the friction structure member is provided between the flexible wheel mounting plate and the torque sensor, wherein the flexible wheel and the torque sensor are arranged so that a mating surface of the flexible wheel and a mating surface of the torque sensor are simultaneously pressed against the friction structure member. the measurement assembly includes a torque sensor, and the torque sensor is provided inside the housing assembly and fixed to the housing assembly, wherein the torque sensor is fixed to the harmonic reducer assembly at the same time; and wherein the harmonic reducer assembly comprises a wave generator, a flexible wheel, and a rigid wheel, wherein the flexible wheel is fixed to the torque sensor through a flexible wheel mounting plate, wherein the mechanical arm joint further comprises a friction structure member, characterized in that the friction structure member is provided between the flexible wheel mounting plate and the torque sensor, wherein the flexible wheel and the torque sensor are arranged so that a mating surface of the flexible wheel and a mating surface of the torque sensor are simultaneously pressed against the friction structure member.
An anti-lifting assembly for a door, in particular for a garage door, that has a door leaf, wherein the assembly has a door drive having a gear motor and has a drive carriage having at least one latch element that is integrated in the drive carriage of the door drive and that is rotatably supported, and having a flexible element (16, 16'); wherein the latch element is fixed by means of the flexible element (16; 16') such that the latch element moves toward the flexible element (16; 16') into a blocking position on the reaching of a minimum self-locking of the gear motor, characterized in that the latch element is fixedly connected at one of its ends to a door entrainer of the assembly that is couplable to the door leaf at the end disposed opposite the latch element and is rotatably connected at the other end to the drive carriage that is rail-bound; and in that the latch element has a cut-out for receiving the flexible element (16, 16') at its upper side between its two ends, with the latter being able to be held tightly at the upper carriage margin by means of a holder of the assembly, in particular by means of an installation plate.
A bimodal polymerization catalyst system comprising: a metallocene olefin polymerization catalyst; and a biphenylphenol polymerization catalyst made from a biphenylphenol polymerization precatalyst of Formula I: wherein each of R 7 and R 8 is independently a C 1 to C 20 alkyl, aryl or aralkyl, halogen, or a hydrogen; wherein each of R 5 and R 10 is independently a C 1 to C 20 alkyl, aryl, aralkyl, halogen, an alkyl-or aryl-substituted silyl, or a hydrogen; wherein each of R 2 and R 13 is independently a C 1 to C 20 alkyl, aryl or aralkylor a hydrogen; wherein each of R 15 and R 16 is independently a 2,7-disubstituted carbazol-9-yl; wherein L is a saturated C 2 -C 3 alkyl that forms a 2-carbon bridge or 3-carbon bridge between the two oxygen atoms to which L is bonded; wherein each X is independently halogen, a hydrogen, a (C 1 -C 20)alkyl, a (C 7 -C 20)aralkyl, a (C 1 -C 6)alkyl-substituted (C 6 -C 12)aryl, or a (C 1 -C 6)alkyl-substituted benzyl, -CH 2 Si(R C) 3, where R C is C 1 -C 12 hydrocarbon; wherein each of R 1, R 3, R 4, R 6, R 9, R 11, R 12, and R 14 is independently a hydrogen; and wherein M is a heteroatom selected from a group consisting of Zr and Hf. a metallocene olefin polymerization catalyst; and a biphenylphenol polymerization catalyst made from a biphenylphenol polymerization precatalyst of Formula I: wherein each of R 7 and R 8 is independently a C 1 to C 20 alkyl, aryl or aralkyl, halogen, or a hydrogen; wherein each of R 5 and R 10 is independently a C 1 to C 20 alkyl, aryl, aralkyl, halogen, an alkyl-or aryl-substituted silyl, or a hydrogen; wherein each of R 2 and R 13 is independently a C 1 to C 20 alkyl, aryl or aralkylor a hydrogen; wherein each of R 15 and R 16 is independently a 2,7-disubstituted carbazol-9-yl; wherein L is a saturated C 2 -C 3 alkyl that forms a 2-carbon bridge or 3-carbon bridge between the two oxygen atoms to which L is bonded; wherein each X is independently halogen, a hydrogen, a (C 1 -C 20)alkyl, a (C 7 -C 20)aralkyl, a (C 1 -C 6)alkyl-substituted (C 6 -C 12)aryl, or a (C 1 -C 6)alkyl-substituted benzyl, -CH 2 Si(R C) 3, where R C is C 1 -C 12 hydrocarbon; wherein each of R 1, R 3, R 4, R 6, R 9, R 11, R 12, and R 14 is independently a hydrogen; and wherein M is a heteroatom selected from a group consisting of Zr and Hf.
A computer-implemented method for concatenating a plurality of text spans in an ordered sequence for use by an application, the method comprising: specifying, in a projection buffer that does not contain any text, an ordered sequence of text spans, wherein each text span describes a contiguous sequence of characters in one or more text buffers containing text, wherein the ordered sequence of text spans in the projection buffer is defined by reference to the text spans in their corresponding text buffers; and characterized in that: upon request by a client of a given sequence of characters from the projection buffer, mapping the request to one or more requests to the corresponding text buffers containing at least part of the requested given sequence of characters; extracting text portions corresponding to the request from the corresponding text buffers; concatenating the extracted text portions; returning the concatenation of the extracted text portions to the client; and upon receiving, from the client, a change to the concatenated extracted text portions in at least one text span of a given text buffer of the corresponding text buffers, applying the change to the at least one text span of the given text buffer. specifying, in a projection buffer that does not contain any text, an ordered sequence of text spans, wherein each text span describes a contiguous sequence of characters in one or more text buffers containing text, wherein the ordered sequence of text spans in the projection buffer is defined by reference to the text spans in their corresponding text buffers; and characterized in that: upon request by a client of a given sequence of characters from the projection buffer, mapping the request to one or more requests to the corresponding text buffers containing at least part of the requested given sequence of characters; extracting text portions corresponding to the request from the corresponding text buffers; concatenating the extracted text portions; returning the concatenation of the extracted text portions to the client; and upon receiving, from the client, a change to the concatenated extracted text portions in at least one text span of a given text buffer of the corresponding text buffers, applying the change to the at least one text span of the given text buffer. mapping the request to one or more requests to the corresponding text buffers containing at least part of the requested given sequence of characters; extracting text portions corresponding to the request from the corresponding text buffers; concatenating the extracted text portions; returning the concatenation of the extracted text portions to the client; and upon receiving, from the client, a change to the concatenated extracted text portions in at least one text span of a given text buffer of the corresponding text buffers, applying the change to the at least one text span of the given text buffer.
A conversion LED comprising a chip on which a first layer containing a fluorescent substance is deposited, wherein on this first layer a second layer containing a second fluorescent substance is deposited, wherein the first layer is a potting material in which the first fluorescent substance is dispersed, and the second layer is a solid in the form of a rigid plate, characterized in that the first layer being provided with a spacer, wherein the spacer is realized by balls with a predefined diameter and the distance between the plate and the chip corresponds to the diameter of the balls.
A watercraft comprising a hull having a mast with sail, an aft rudder and a hydrofoil projecting below the bottom of the hull, said watercraft further comprising means (40, 41, 50, 51) pivotally connecting said hydrofoil to the hull enabling the said hydrofoil to pitch on a pivot axis which is essentially perpendicular to the longitudinal axis of the hull, said hydrofoil having a vertical part which produces lateral forces to accelerate the boat in turns and resist lateral forces from the sail, and a vertical portion which curves into the horizontal portion which produces vertical lift, means controlling the angle of incidence of the hydrofoil characterized by comprising a trailing sensor arm, said sensor arm being carried on a pivot in proximity to the fore end of the hull, said sensor being dragged behind the pivot, and means connecting said sensor arm to said hydrofoil whereby when the hull is low in the water the sensor arm is constrained to pitch down, and when the hull is too high, the sensor arm pitches up, and when the sensor arm pitches down, the hydrofoil pitches up and when the sensor arm pitches up, the hydrofoil pitches down.
A respiratory system component comprising: an inspiratory tube; an expiratory tube; a patient interface configured for delivery of respiratory gases and aerosolised substances to a patient; an adaptor for joining the inspiratory tube, the expiratory tube, and the patient interface, the adaptor including a sealing portion and a coupling surface; a removable nozzle; and a valve included in the sealing portion; wherein the removable nozzle may be removably insertable into the adaptor through the valve; and wherein the removable nozzle comprises a ledge, the removable nozzle being configured such that when inserted into the adaptor, at least a portion of the ledge is in contact with a portion of the adaptor. an inspiratory tube; an expiratory tube; a patient interface configured for delivery of respiratory gases and aerosolised substances to a patient; an adaptor for joining the inspiratory tube, the expiratory tube, and the patient interface, the adaptor including a sealing portion and a coupling surface; a removable nozzle; and a valve included in the sealing portion; wherein the removable nozzle may be removably insertable into the adaptor through the valve; and wherein the removable nozzle comprises a ledge, the removable nozzle being configured such that when inserted into the adaptor, at least a portion of the ledge is in contact with a portion of the adaptor.
A method for the production of methionine and its derivative N-acetyl methionine, in a fermentative process comprising the following steps: - culturing a modified microorganism in an appropriate culture medium comprising a source of carbon and a source of sulfur, and - recovering methionine from the culture medium, wherein compared to a non-modified microorganism, the modified microorganism presents a decreased deformylation of formyl-THF, obtained by deletion of the gene purU, and wherein the modified microorganism is limited or starved for phosphate in the culture medium. - culturing a modified microorganism in an appropriate culture medium comprising a source of carbon and a source of sulfur, and - recovering methionine from the culture medium,
A foldable device comprising a body provided with a mainboard, a first screen and an antenna, wherein the antenna comprises: a feed point provided at a side where the body is located; a first antenna connected with the feed point and extending from the side where the body is located to a side where the first screen is located; a second antenna provided at the side where the body is located; and a rotating shaft connected between the body and the first screen; the foldable device being characterized in that it further comprises: a switch provided between the rotating shaft and the first antenna; and a ground point provided at a side where the first screen is located; wherein the first antenna is connected to the rotating shaft through the switch at a position adjacent to the feed point, and then connected to the ground point via the rotating shaft. a feed point provided at a side where the body is located; a first antenna connected with the feed point and extending from the side where the body is located to a side where the first screen is located; a second antenna provided at the side where the body is located; and a rotating shaft connected between the body and the first screen; the foldable device being characterized in that it further comprises: a switch provided between the rotating shaft and the first antenna; and a ground point provided at a side where the first screen is located; wherein the first antenna is connected to the rotating shaft through the switch at a position adjacent to the feed point, and then connected to the ground point via the rotating shaft.
A light valve, comprising a first layer of a transparent conductive substrate; an active layer containing ABX 3 perovskite particles suspended in a liquid suspension; and a second layer of a transparent conductive substrate, wherein the ABX 3 perovskite particles are halide ABX 3 perovskite particles, A is at least one of Cs + and CH 3 NH 3 +; B is Pb 2+; X is at least one of Br - and I -; and the ABX 3 perovskite particles have a morphology of nanorods having an average length of about 50nm-2000nm, and an average diameter of 20nm-200nm.