mhurhangee/ep-ind-claims huggingface dataset:
Open roof system for a vehicle having an opening in its fixed roof, comprising a stationary part to be fixed to the roof, at least first and second movable elements (4,5;24;41,42;51,52), which are each movable between a position in which it is retracted, and a position in which it is deployed, a motor for driving the movable elements (4,5;24;41,42;51,52) at least partly between the two positions, at least two drive cable assemblies (7,8) for transferring the torque of the motor to said movable elements (4,5;24;41,42;51,52), whereby the stationary part comprises at least first and second guiding channels (9,9',10,10';17,17') and laterally positioned guides (11,11') for respectively guiding the drive cable assemblies (7,8) and the movable elements (4,5;24;41,42;51,52), whereby the drive cable assemblies (7,8) comprise a flexible first part (13,14) having first and second ends (13',14';13",14"), said first part (13,14) being driven by the motor, and whereby said first end (13',14') of said flexible first part (13,14) is connected to the first movable element (4,24,41,42), in a first direction, and said second end (13",14") is guided in a first guiding channel (9,9',10,10') in the lateral guide (11,11'), said second end (13",14") oriented in a direction substantially parallel to the first end (13',14') towards said first movable element (4,24,41,42), characterized in that the drive cable assembly (7,8) further comprises an elongated second part (15,16), which is either continuously immovably connected to the flexible first part (13,14), or is temporarily connected to the flexible first part (13,14) by a temporary connecting part, the elongated second part (15,16) being guided in a second guiding channel (17,17') in a second direction towards said second movable element (5,51,52) and connected thereto, in that the second guiding channel (17,17') is oriented substantially parallel to the first guiding channel (9,9',10,10') in the lateral guide (11,11'), and in that, during at least part of the operation, said elongated second part (15,16) moves substantially in the same direction as the second end (13",14") of the first part (13,14) of the cable assembly (7,8).
Road finishing machine with a screed for producing a paving layer, wherein the screed includes at least one compacting unit for precompacting paving material supplied to the screed, wherein the compacting unit includes at least one eccentric bushing mounted on an eccentric shaft supporting the same rotatable at a desired angle of rotation (φ) to thereby continuously variably set a desired tamper stroke of a tamper bar of the compacting unit, and wherein for rotating the eccentric bushing, the compacting unit includes at least one adjusting mechanism, characterized in that the adjusting mechanism includes an adjusting drive rotating along with the eccentric shaft and mounted on the eccentric shaft.
Longitudinal adjustment mechanism, in particular for a vehicle seat, the longitudinal adjustment mechanism having at least one pair of rails formed from a first rail and a second rail which is displaceable in the longitudinal direction (x) relative to the first rail, wherein the rails (12, 14) alternately engage around each other forming an inner channel, wherein a spindle nut connected to the second rail and a spindle operatively connected to the spindle nut are arranged in the inner channel, wherein a gear which is drivable by means of a motor and interacts with the spindle is arranged at one end of the first rail, wherein the spindle is screwed by means of an external thread of the spindle into an internal thread of a worm wheel of the gear, and the spindle is connected by means of a fixing element to the worm wheel for conjoint rotation, wherein the fixing element is arranged coaxially with respect to a spindle axis of the spindle, characterized in that the fixing element is pressed between a thread-free section, which is arranged on a front end section of the spindle, and the worm wheel, the fixing element being a hollow-cylindrical bushing.
A DNA encoding a protein antigen for use in the treatment of caligid copepod infection in fish, wherein the DNA consists of the nucleotide sequence as set forth in SEQ ID NO: 9.
A particulate water absorbing agent, comprising: a polyacrylic acid (salt)-based water absorbent resin as a main component, wherein the polyacrylic acid (salt)-based water absorbent resin is obtainable using an internal crosslinking agent in an amount of 0.04 to 0.07 mol%, relative to the monomer, excluding the crosslinking agent, and a water-insoluble inorganic fine particle as a liquid permeability improving agent, wherein: the water-insoluble inorganic fine particle is contained in an amount of 0.05 part by mass to 5.0 parts by mass relative to 100 parts by mass of the particulate water absorbing agent; the particulate water absorbing agent having a swelling rate of 32 g/g to 45 g/g relative to 0.9-mass% saline, the particulate water absorbing agent including, at a proportion of 80 mass% or more, a particle having a size of 600 μm to 150 μm as defined through a standard-sieve classification, the particulate water absorbing agent having a second-instance pure-water 50-fold swelling time (SST (in seconds)), as defined in section " Definition of terms" in the description, of 70 seconds or less, a difference (DST = SST - FST) between a first-instance pure-water 50-fold swelling time (FST (in seconds)), as defined in section " Definition of terms" in the description, and the second-instance pure-water 50-fold swelling time (SST (in seconds)) being +10 seconds or less. a polyacrylic acid (salt)-based water absorbent resin as a main component, wherein the polyacrylic acid (salt)-based water absorbent resin is obtainable using an internal crosslinking agent in an amount of 0.04 to 0.07 mol%, relative to the monomer, excluding the crosslinking agent, and a water-insoluble inorganic fine particle as a liquid permeability improving agent, wherein: the water-insoluble inorganic fine particle is contained in an amount of 0.05 part by mass to 5.0 parts by mass relative to 100 parts by mass of the particulate water absorbing agent; the particulate water absorbing agent having a swelling rate of 32 g/g to 45 g/g relative to 0.9-mass% saline, the particulate water absorbing agent including, at a proportion of 80 mass% or more, a particle having a size of 600 μm to 150 μm as defined through a standard-sieve classification, the particulate water absorbing agent having a second-instance pure-water 50-fold swelling time (SST (in seconds)), as defined in section " Definition of terms" in the description, of 70 seconds or less, a difference (DST = SST - FST) between a first-instance pure-water 50-fold swelling time (FST (in seconds)), as defined in section " Definition of terms" in the description, and the second-instance pure-water 50-fold swelling time (SST (in seconds)) being +10 seconds or less.
Container-processing machine for processing containers (2a,b), for example for filling containers (2a,b) with a filling material, with a transport element having container-receiving means, which transport element is rotatably driven about an axis of rotation and by means of which transport element the containers (2a,b) to be processed, supplied via a container inlet (7.1) can be conveyed to processing stations (9.1a,b,c, 9.2a,b,c) and, after being processed there, are conveyed to a container outlet (7.2), characterised in that the direction of rotation (A,B) of the transport element can be selected, that in a first direction of rotation of the transport element, in each case a first container-processing route (8.1) is formed between the container inlet (7.1) and the container outlet (7.2), with first processing stations (9.1a,b,c), that in a second direction of rotation of the transport element, running in the opposite direction to the first direction of rotation, in each case a second container-processing route (8.2) is formed between the container inlet (7.1) and the container outlet (7.2), with second processing stations (9.2a,b,c), and that the first processing stations differ from the second processing stations, such that different processes of containers can be carried out.
A speed change device including an input member drivably coupled to an internal combustion engine and a rotary electric machine each serving as a drive force source for a vehicle, an output member drivably couplable to wheels, and a speed change mechanism in which a plurality of shift speeds are established in accordance with respective engagement states of a plurality of friction engagement elements (C1, B1,...) to transfer rotation of the internal combustion engine and the rotary electric machine that is transferred to the input member to the output member while changing a speed of the rotation with a speed ratio of each of the shift speeds, characterized by comprising: a slip travel mode in which the vehicle is run while transferring torque of the internal combustion engine from the input member to the output member with one of the friction engagement elements forming the shift speed caused to slip, the slip travel mode including an engine electric power generation mode in which the vehicle is run while the rotary electric machine is generating electric power using the driving force of the internal combustion engine, wherein a slip engagement element, which is the friction engagement element caused to slip in the slip travel mode, is the friction engagement element to be engaged commonly for establishment of at least a forward start shift speed, which is one of the shift speeds to be used for forward start, and a reverse start shift speed, which is one of the shift speeds to be used for reverse start. a slip travel mode in which the vehicle is run while transferring torque of the internal combustion engine from the input member to the output member with one of the friction engagement elements forming the shift speed caused to slip, the slip travel mode including an engine electric power generation mode in which the vehicle is run while the rotary electric machine is generating electric power using the driving force of the internal combustion engine, wherein a slip engagement element, which is the friction engagement element caused to slip in the slip travel mode, is the friction engagement element to be engaged commonly for establishment of at least a forward start shift speed, which is one of the shift speeds to be used for forward start, and a reverse start shift speed, which is one of the shift speeds to be used for reverse start.
A method for checking a user's access authorization to a service of a central data terminal device, whereby the user by a telephone terminal establishes a connection via a second network to a central telephone terminal and by a data terminal establishes a connection via a first network to the central data device, wherein the telephone number of the telephone terminal inter alia is stored in a database, characterized in that in a registration process the user previously have been detected for various security levels by the central telephone terminal, that for the telephone authentication of the user after the registration process, the user in the first step is calling with the lowest security level by a telephone terminal via a second network with a special telephone number assigned to the central telephone terminal, that in the second step the central telephone terminal determines the phone number of the caller and the dialed number and the security level assigned by the user to the dialed phone number during the registration process, and via a third network this writes to a database and terminates the telephone connection so that the call from the central telephone terminal is not accepted, but after the verification is rejected, that in the third step, such a call is stored for a certain time and then after expiring of this expiration date is deleted in the database, that in the fourth step, the user with his data terminal establishes a connection via the first network with the central data terminal device by transmitting data that can be uniquely assigned to the user, that in the fifth step the central data terminal device, by a database request to the database, checks whether these data match those of the registration process and an entry for the user in step three is present and that in the sixth step, in the event that a corresponding record in the database is found, the communication between data terminal and central data terminal device is allowed and a secure session is opened and in the case that no record could be found or the expiration time for the authorization is expired, the query of the database is rejected by the central data terminal device.
A radiator-intercooler integrated module, comprising: a low-temperature radiator; wherein the low-temperature radiator includes: an inlet tank into which a water-based coolant flows; a radiator core disposing the coolant in heat exchange relationship with air, wherein the coolant from the inlet tank flows into the radiator core; and an exit tank, wherein the coolant passing through the radiator core flows into the exit tank, wherein the inlet tank and the exit tank are disposed at opposite ends with respect to the radiator core, respectively, characterised in that the radiator-intercooler integrated module comprises a water-cooled intercooler formed integrally with the low-temperature radiator into a single body. a low-temperature radiator; wherein the low-temperature radiator includes: an inlet tank into which a water-based coolant flows; a radiator core disposing the coolant in heat exchange relationship with air, wherein the coolant from the inlet tank flows into the radiator core; and an exit tank, wherein the coolant passing through the radiator core flows into the exit tank, wherein the inlet tank and the exit tank are disposed at opposite ends with respect to the radiator core, respectively, characterised in that the radiator-intercooler integrated module comprises a water-cooled intercooler formed integrally with the low-temperature radiator into a single body. an inlet tank into which a water-based coolant flows; a radiator core disposing the coolant in heat exchange relationship with air, wherein the coolant from the inlet tank flows into the radiator core; and an exit tank, wherein the coolant passing through the radiator core flows into the exit tank, wherein the inlet tank and the exit tank are disposed at opposite ends with respect to the radiator core, respectively, characterised in that the radiator-intercooler integrated module comprises a water-cooled intercooler formed integrally with the low-temperature radiator into a single body.
A wood splitter, in particular for splitting horizontal wood, for splitting wood, comprising a receiving area for a piece of wood, which is provided on a rack, such receiving area being limited by a rack part as well as stops (4, 5) projecting towards such rack part in a vertical direction relative to the longitudinal direction of the rack part, which are movable in a longitudinal direction of the rack part on one side and designed in a stationary manner on the other side, with one stop comprising a splitting tool and the movable stop being drivable by means of a drive unit which is activatable by means of an operating device requiring two-hand operation and hence a protection cover, attached to the rack, is associated with at least the operator side of the receiving area, such protection cover comprising a flap arranged in a raisable and lowerable manner comprising an associated handle associated with a first operating hand, whereby an actuating means is provided in the lower region of the lower rim of the flap, such actuating means engaging a rack-side switch when the flap is lowered, which is arranged in the power supply of an electric motor by means of which a pump associated with a hydraulic cylinder associated with the movable stop is drivable, such pump being associated with a valve which is controllable by means of a hand lever forming a control element away from the handle of the flap, associated with a second operating hand.
Aerosol-generating device comprising: a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate; a first air inlet fluidly connected with the cavity and enabling ambient air to be drawn into the cavity; and a second air inlet fluidly connected with the cavity and enabling ambient air to be drawn into the cavity, wherein the first air inlet is configured fluidly connected with a central portion of the cavity, and wherein the second air inlet is configured fluidly connected with a peripheral portion of the cavity. a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate; a first air inlet fluidly connected with the cavity and enabling ambient air to be drawn into the cavity; and a second air inlet fluidly connected with the cavity and enabling ambient air to be drawn into the cavity, wherein the first air inlet is configured fluidly connected with a central portion of the cavity, and wherein the second air inlet is configured fluidly connected with a peripheral portion of the cavity.
Method for generating an object that was not found in a cache, in a data processing system with a regenerative cache system having the cache, where the object is formed by multiple components, the method comprising: locating at least one component that is related to the object, the at least one component including a component tag and a component payload, the component payload including information related to the object, and the at least one component being present in either the cache or a storage device (22, 22', 40, 42); upon a determination that there are insufficient components to generate the object based on a syntax of a file structure, locating at least a further component that is related to the object in either of the cache, the storage device (22, 22', 40, 42), or another storage system, the at least further component including a second component tag and a second component payload, the second component payload at least including additional object information; the method further being characterized by comprising constructing by the regenerative cache system the object based on an object request identifying a particular ordering of the components at least from the at least one and further components, constructing the object being based on said particular ordering, and storing the object in the cache. locating at least one component that is related to the object, the at least one component including a component tag and a component payload, the component payload including information related to the object, and the at least one component being present in either the cache or a storage device (22, 22', 40, 42); upon a determination that there are insufficient components to generate the object based on a syntax of a file structure, locating at least a further component that is related to the object in either of the cache, the storage device (22, 22', 40, 42), or another storage system, the at least further component including a second component tag and a second component payload, the second component payload at least including additional object information; the method further being characterized by comprising constructing by the regenerative cache system the object based on an object request identifying a particular ordering of the components at least from the at least one and further components, constructing the object being based on said particular ordering, and storing the object in the cache.
Fire extinguisher apparatus comprising at least one vessel containing a fire extinguishing medium and adapted to release said fire extinguishing medium when a fire or potential fire is identified characterised in that said fire extinguishing medium comprises a stable aqueous suspension of fine chemically expanded vermiculite in a particle size range of from 1 nanometre to 2000 micrometres.
An apparatus, comprising: a first optical resonator having a set of resonance frequencies and producing an optical field during operation; a second optical resonator not linearly coupled to the first optical resonator, the second optical resonator having a set of resonant frequencies different from the set of resonance frequencies of the first optical resonator, the second optical resonator producing an optical field during operation that at least partially overlaps with the optical field of the first optical resonator during its operation to produce nonlinear optical processes; a first optical channel operatively coupled to the first optical resonator; and a second optical channel operatively coupled to the second optical resonator. a first optical resonator having a set of resonance frequencies and producing an optical field during operation; a second optical resonator not linearly coupled to the first optical resonator, the second optical resonator having a set of resonant frequencies different from the set of resonance frequencies of the first optical resonator, the second optical resonator producing an optical field during operation that at least partially overlaps with the optical field of the first optical resonator during its operation to produce nonlinear optical processes; a first optical channel operatively coupled to the first optical resonator; and a second optical channel operatively coupled to the second optical resonator.
A composition comprising a graft copolymer, wherein the graft copolymer has a stem polymer and a plurality of branch polymers, the stem polymer has a polyvinyl alcohol structure, each of a first monomer unit and a second monomer unit is included in at least one of the plurality of branch polymers, the first monomer unit is a (meth) acrylonitrile monomer unit and/or a (meth)acrylic acid monomer unit, the second monomer unit has an ether structure, wherein the ether structure has a polyethylene oxide structure, and when a content of the polyethylene oxide structure in the composition is C PEO % by mass, and a total content of the first monomer unit and the second monomer unit in the composition is C M % by mass, a ratio of the content of the polyethylene oxide structure to the total content of the first monomer unit and the second monomer unit (C PEO /(C M +C PEO)) is 0.20 to 0.40. the graft copolymer has a stem polymer and a plurality of branch polymers, the stem polymer has a polyvinyl alcohol structure, each of a first monomer unit and a second monomer unit is included in at least one of the plurality of branch polymers, the first monomer unit is a (meth) acrylonitrile monomer unit and/or a (meth)acrylic acid monomer unit, the second monomer unit has an ether structure, wherein the ether structure has a polyethylene oxide structure, and when a content of the polyethylene oxide structure in the composition is C PEO % by mass, and a total content of the first monomer unit and the second monomer unit in the composition is C M % by mass, a ratio of the content of the polyethylene oxide structure to the total content of the first monomer unit and the second monomer unit (C PEO /(C M +C PEO)) is 0.20 to 0.40.
A composite multilayer filtering construction for use in filtering applications requiring a high filtering efficiency for particles of the order of microns and a high permeability of the filtering medium, and for use as a sub-component within acoustic and electronic products, in particular microphones and speakers, characterized in that said multilayer construction comprises at least a first layer of polymeric nanoporous membrane and at least a second layer of a synthetic monofilament precision fabric, said first polymeric nanoporous membrane layer being coupled to said second precision fabric layer by a laminating method thereby providing an integral filtering medium adapted to prevent a passage therethrough of particles and pressurized liquids.
A composition comprising an iodinated contrast agent and indocyanine green co-encapsulated inside a liposomal carrier, wherein the liposomal carrier comprises a) one or more lipids, b) cholesterol, and c) one or more PEGylated lipids.