mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a radio frequency, RF, port having a radio module, a digital processor, a random access memory and a read-only memory, ROM, memory, comprising: storing a bootloader program in said ROM memory; operating said digital processor to download instructions from a cell controller to said random access memory using said bootloader program, wherein a switching hub is interposed between the RF port and the cell controller to provide message switching between the RF port and the cell controller; and operating said RF port, which uses a wireless communication standard protocol, under said downloaded instructions to send and receive messages using said radio module, wherein the cell controller acts as a virtual access point by formatting and relaying traffic addressed to the RF port through the switching hub, and performs at least one media access control function of the wireless communication standard protocol; wherein the bootloader program downloads the instructions from the cell controller over a wired interface, and the downloaded instructions configure said RF port to operate as an access point for communication with mobile units wherein the RF port performs at least one media access control function of the wireless communication standard protocol; and the at least one media access control function of the wireless communication standard protocol performed by the cell controller is other than the at least one media access control function of the wireless communication standard protocol performed by the RF port. storing a bootloader program in said ROM memory; operating said digital processor to download instructions from a cell controller to said random access memory using said bootloader program, wherein a switching hub is interposed between the RF port and the cell controller to provide message switching between the RF port and the cell controller; and operating said RF port, which uses a wireless communication standard protocol, under said downloaded instructions to send and receive messages using said radio module, wherein the cell controller acts as a virtual access point by formatting and relaying traffic addressed to the RF port through the switching hub, and performs at least one media access control function of the wireless communication standard protocol; wherein the bootloader program downloads the instructions from the cell controller over a wired interface, and the downloaded instructions configure said RF port to operate as an access point for communication with mobile units wherein the RF port performs at least one media access control function of the wireless communication standard protocol; and the at least one media access control function of the wireless communication standard protocol performed by the cell controller is other than the at least one media access control function of the wireless communication standard protocol performed by the RF port.
Apparatus for facilitating the manual harvesting of crops growing on a substrate (14,77)), comprising: - a frame arrangeable movably relative to the substrate, - a harvesting conveyor that is place able on the frame in a manner such that the harvesting conveyor can be brought substantially within reach of practically all crops on the substrate, - crop receiving members which are arranged in the harvesting conveyor and which are suitable for simple manual placing of the crops therein, wherein the conveyor is adapted to transport the crops from a location within reach of the harvesting location, characterized in that: - the harvesting conveyor is substantially arrangeable over the substrate, and in that, - the crop receiving members, when within reach, are within arm's reach of a person. - a frame arrangeable movably relative to the substrate, - a harvesting conveyor that is place able on the frame in a manner such that the harvesting conveyor can be brought substantially within reach of practically all crops on the substrate, - crop receiving members which are arranged in the harvesting conveyor and which are suitable for simple manual placing of the crops therein, wherein the conveyor is adapted to transport the crops from a location within reach of the harvesting location, characterized in that: - the harvesting conveyor is substantially arrangeable over the substrate, and in that, - the crop receiving members, when within reach, are within arm's reach of a person.
Tire control system for a motor vehicle, in particular a commercial vehicle, comprising a receiving device which is firmly attached in or to the motor vehicle, a belt and an electronic module which is attached by means of the belt to a rim of a wheel of the motor vehicle, the belt having a slip, characterized in that the length of the belt is selected such that the electronic module is not covered by a rim flange of the motor vehicle when the motor vehicle is stationary, so that a shielding effect by the rim flange is prevented and signals sent by the electronic module can be received by the receiving device without attenuation.
An anti-back drive device comprising a rotary drive member coupled to a rotary driven member to enable the rotary drive member to drive the rotary driven member, the device further comprising a ring which surrounds the rotary driven member, the rotary driven member being provided with at least two cam recesses on its periphery containing respective lock members between respective cam surfaces of the cam recesses and the said ring, each recess being sufficiently deep towards one of its ends to accommodate its associated lock member but not at locations towards its other end where the recess is shallower relative to the ring, whereby drive of the driven member by the drive member will be permitted by each lock member in a given sense of rotation of the driven member relative to the ring but each lock member will inhibit back drive rotation of the driven member in the opposite sense of rotation relative to the ring, in which the said at least two cam recesses extend from their deeper to their shallower locations in opposite directions around the driven member, in which the coupling between the drive member and the driven member is a free-play coupling whereby a reversal in the sense of rotation of drive results in the disengagement of the coupling between those two members (12 and 18), a predetermined relative rotation between those two members (12 and 18) in which they are disengaged from one another, and then re-engagement between them, and in which respective protuberances extend from the drive member into the said at least two cam recesses to retain one of the lock members associated with one of those recesses at the deeper location thereof whilst permitting movement of the other lock member towards the shallower location of its associated recess, and, upon reversal of the sense of rotation of the driven member by the drive member, to retain the said other of the said lock members at the deeper location of its associated recess whilst permitting movement of the said one of the lock members towards the shallower location of its associated recess, so that the device is a bi-directional anti-back drive device, characterised in that the device further comprises respective plungers seated in respective radially extending faces of the cam recesses which plungers are acted upon by resilient parts to urge the lock members towards the shallower locations of the recesses.
A suction device for cleaning a nozzle surface of a print head, the suction device comprising: a) a suction surface, which comprises a suction opening operatively coupled to a suction channel, b) at least a spacer, wherein the spacer is configured for positioning the suction surface at a predetermined distance from the nozzle surface for providing a suction gap, wherein the spacer is provided with a spacer channel, the spacer channel comprising a spacer opening at an outer surface of the spacer and the spacer channel being operatively coupled to an air flow source, and c) an air flow suction unit, the air flow suction unit being operatively coupled to the suction channel, the suction device being configured to provide in operation an air flow through the suction gap, along the nozzle surface and into the suction channel. a) a suction surface, which comprises a suction opening operatively coupled to a suction channel, b) at least a spacer, wherein the spacer is configured for positioning the suction surface at a predetermined distance from the nozzle surface for providing a suction gap, wherein the spacer is provided with a spacer channel, the spacer channel comprising a spacer opening at an outer surface of the spacer and the spacer channel being operatively coupled to an air flow source, and c) an air flow suction unit, the air flow suction unit being operatively coupled to the suction channel,
An apparatus comprising: a first arm and a second arm swingably coupled together; a first surface coupled to an opposite end of the first arm; a second surface coupled to an opposite end of the second arm; and the first arm and the second arm being movable thereby resulting in a compound motion of one or both surfaces (35, 39); a first connection hinge between the first arm and the second arm, the first connection hinge being inclined to accommodate a swing axis of the arms; a second connection hinge to couple the first surface to the first arm, the second connection hinge inclined at an angle of inclination to accommodate a swing axis of the first arm; and a third connection hinge to couple the second surface to the second arm, the third connection hinge inclined at an angle of inclination to accommodate a swing axis of the second arm, wherein the first surface is an aerofoil and the second surface is an auxiliary aerofoil; wherein the swing axes (19, 31) of the second connection hinge and third connection hinge are inclined relative to the first connection hinge, and characterized in that the angle of inclination of the third connection hinge is at substantially a compound angle with respect to a swing axis of the first connection hinge. a first arm and a second arm swingably coupled together; a first surface coupled to an opposite end of the first arm; a second surface coupled to an opposite end of the second arm; and the first arm and the second arm being movable thereby resulting in a compound motion of one or both surfaces (35, 39); a first connection hinge between the first arm and the second arm, the first connection hinge being inclined to accommodate a swing axis of the arms; a second connection hinge to couple the first surface to the first arm, the second connection hinge inclined at an angle of inclination to accommodate a swing axis of the first arm; and a third connection hinge to couple the second surface to the second arm, the third connection hinge inclined at an angle of inclination to accommodate a swing axis of the second arm, wherein the first surface is an aerofoil and the second surface is an auxiliary aerofoil; wherein the swing axes (19, 31) of the second connection hinge and third connection hinge are inclined relative to the first connection hinge, and characterized in that the angle of inclination of the third connection hinge is at substantially a compound angle with respect to a swing axis of the first connection hinge.
A method of amplifying a target nucleic acid molecule, the method comprising: a. contacting a sample comprising the target nucleic acid molecule, at least one amplification primer, at least one polymerase comprising 3'-5' exonuclease activity, and a mixture of nucleotides, wherein the mixture of nucleotides comprises at least one terminator nucleotide which terminates nucleic acid replication by the polymerase, wherein the terminator nucleotide is an irreversible terminator and selected from nucleotides with modification to the alpha group, C3 spacer nucleotides, locked nucleic acids, inverted nucleic acids, 2' fluoro nucleotides, 3' phosphorylated nucleotides, 2'-O-Methyl modified nucleotides, and trans nucleic acids, and b. amplifying the target nucleic acid molecule to generate a plurality of terminated amplification products, wherein the replication proceeds by strand displacement replication. a. contacting a sample comprising the target nucleic acid molecule, at least one amplification primer, at least one polymerase comprising 3'-5' exonuclease activity, and a mixture of nucleotides, wherein the mixture of nucleotides comprises at least one terminator nucleotide which terminates nucleic acid replication by the polymerase, wherein the terminator nucleotide is an irreversible terminator and selected from nucleotides with modification to the alpha group, C3 spacer nucleotides, locked nucleic acids, inverted nucleic acids, 2' fluoro nucleotides, 3' phosphorylated nucleotides, 2'-O-Methyl modified nucleotides, and trans nucleic acids, and b. amplifying the target nucleic acid molecule to generate a plurality of terminated amplification products, wherein the replication proceeds by strand displacement replication.
A method comprising: (i) providing a bio-based feedstock stream containing carbohydrates and water; (ii) contacting, in a first reaction system, the bio-based feedstock stream with an aqueous phase reforming catalyst at a temperature in the range of 120°C to 280°C and 0.1 to 150 bar of hydrogen to form a first intermediate stream containing plurality of oxygenated intermediates comprising at least 5 wt%, based on the total oxygenates content, of glycols that comprises ethylene glycol and 1,2-propylene glycol, and other monooxygenates; (iii) contacting, in a second reaction system, at least a first portion of said first intermediate stream in the presence of a aqueous phase reforming catalyst at a temperature in the range of 160°C to 280°C to produce a second intermediate stream containing plurality of oxygenated intermediates stream and hydrogen; (iv) providing at least a portion of said hydrogen to the first reaction system; (v) processing at least a portion of the second intermediate stream to form a liquid fuel; (vi) providing a second portion of said first intermediate stream to a first separation system; (vii) separating a portion of said first intermediate stream, in the first separation system, to a monooxygenates stream comprising monooxygenates and a glycol rich stream comprising at least 10 wt%, based on the total oxygenates, of glycols by flashing; and (viii) recovering glycols from the glycol rich stream. (i) providing a bio-based feedstock stream containing carbohydrates and water; (ii) contacting, in a first reaction system, the bio-based feedstock stream with an aqueous phase reforming catalyst at a temperature in the range of 120°C to 280°C and 0.1 to 150 bar of hydrogen to form a first intermediate stream containing plurality of oxygenated intermediates comprising at least 5 wt%, based on the total oxygenates content, of glycols that comprises ethylene glycol and 1,2-propylene glycol, and other monooxygenates; (iii) contacting, in a second reaction system, at least a first portion of said first intermediate stream in the presence of a aqueous phase reforming catalyst at a temperature in the range of 160°C to 280°C to produce a second intermediate stream containing plurality of oxygenated intermediates stream and hydrogen; (iv) providing at least a portion of said hydrogen to the first reaction system; (v) processing at least a portion of the second intermediate stream to form a liquid fuel; (vi) providing a second portion of said first intermediate stream to a first separation system; (vii) separating a portion of said first intermediate stream, in the first separation system, to a monooxygenates stream comprising monooxygenates and a glycol rich stream comprising at least 10 wt%, based on the total oxygenates, of glycols by flashing; and (viii) recovering glycols from the glycol rich stream.
A door opener for a door having a wing pivotally mounted to a door frame, said door opener comprising: - a main body; - a door opener latch hingedly mounted in the main body and pivotable between a closed position and an open position; - a blocking member (4, 30) that is displaceable from a locking position into a release position and back, the blocking member in its locking position forming a stop for the door opener latch in the closed position to prevent pivoting of the door opener latch into the open position, and the blocking member in its release position being so far offset from the door opener latch that the door opener latch may be pivoted from the closed position to the open position and back without any restriction of movement by the blocking member; and - an actuator coupled with the blocking member for releasing or locking the door opener latch, characterized in that - the actuator comprises a motor having a rotatable shaft supporting a worm thread, and a spring member having two end portions (14a, 14b) is provided, wherein a first end portion of the spring member engages with the worm thread in order to displace the spring member linearly in the direction of extension of the rotatable shaft by rotating the worm thread, and wherein the blocking member is mounted in the main body so that it can be moved linearly, and wherein the second end portion of the spring member is connected to the blocking member (4, 30) in order to displace the blocking member (4, 30) from the locking position to the release position and back. - a main body; - a door opener latch hingedly mounted in the main body and pivotable between a closed position and an open position; - a blocking member (4, 30) that is displaceable from a locking position into a release position and back, the blocking member in its locking position forming a stop for the door opener latch in the closed position to prevent pivoting of the door opener latch into the open position, and the blocking member in its release position being so far offset from the door opener latch that the door opener latch may be pivoted from the closed position to the open position and back without any restriction of movement by the blocking member; and - an actuator coupled with the blocking member for releasing or locking the door opener latch, - the actuator comprises a motor having a rotatable shaft supporting a worm thread, and a spring member having two end portions (14a, 14b) is provided, wherein a first end portion of the spring member engages with the worm thread in order to displace the spring member linearly in the direction of extension of the rotatable shaft by rotating the worm thread, and wherein the blocking member is mounted in the main body so that it can be moved linearly, and wherein the second end portion of the spring member is connected to the blocking member (4, 30) in order to displace the blocking member (4, 30) from the locking position to the release position and back.
Grinding belt, comprising a grinding surface, configured centrally along a circumferential direction, and a stop surface, characterized in that the stop surface is formed by way of two side sections of the grinding belt which are arranged on the left and on the right in relation to the grinding surface, and the stop surface being positioned offset by an offset (x) with respect to the grinding surface, as a result of which a grinding depth (t) can be set via a height or thickness of the grinding belt.
A multi-phase, metal hydride alloy material for reversibly absorbing and desorbing hydrogen, said alloy material comprising a main phase, or group of main phases, having an AB 2, AB 3, A 2 B 7, A 5 B 19, or AB 4 type crystalline structure and a catalytic phase, wherein both the main and the catalytic phases comprise a modifier element; and characterized in that the catalytic phase has a concentration of said modifier element therein which is greater than the concentration of said modifier element in said main phase, or group of phases and said modifier is Yttrium.
Motor vehicle having two components (11, 12), wherein the two components (11, 12) are the body component and the assembly part of a soft-top compartment lid of a motor vehicle configured as a convertible that overlap on the peripheries (13, 14), wherein the peripheries (13, 14) are covered by a trim strip or bezel in that the peripheries of the trim strip bear on the peripheries (13, 14) of the respective component (11, 12), wherein a predefined number of fastening points (38, 41, 53) for a screw connection (39, 40, 51) on the bezel are configured across the profile of the two components (11, 12) to be covered, wherein the trim strip has a support component and a trim component fastened thereto, wherein the fastening points (38, 41, 53) for the screw connection (39, 40, 51) are configured in the support component, and wherein two mutually opposite slots (45, 46) are in each case configured so as to be spaced apart from the respective fastening points (38, 41, 53).
Fluid working machine arrangement (1, 15, 18, 22, 24), comprising a synthetically commutated hydraulic fluid working machine (2, 19), having at least one working chamber with at least one actuated inlet valve configured to close when a signal to close the inlet valve is applied, wherein the synthetically commutated hydraulic fluid working machine (2, 19) is used for supplying pressurised hydraulic fluid for a first hydraulic consumer, wherein said at least one actuated valve fluidly communicates with a connecting fluid conduit (8, 9, 16), wherein said connecting fluid conduit (8, 9, 16) comprises at least one venting device (14, 17, 20) that is fluidly connected to a fluid intake device, and wherein said fluid intake device is designed as an additional hydraulic pump, characterized in that the intake of fluid into the at least one venting device (14, 17, 20) continues after the start-up process of the synthetically commutated fluid working machine (2, 19) is completed and the hydraulic fluid that is pumped by the additional hydraulic pump is used for supplying pressurised hydraulic fluid for a second hydraulic consumer that is different from the first hydraulic consumer.
A pneumatic tire in which a plurality of longitudinal grooves is provided on a tread surface extending in a tire circumferential direction at intervals in a tire width direction, a plurality of lateral grooves is provided extending in a direction that intersects with the longitudinal grooves at intervals in the tire circumferential direction, a plurality of blocks is partitioned by the longitudinal grooves and the lateral grooves, and sipes extending in the tire width direction are provided in the blocks, wherein the blocks arranged in a tread center region of X% of a tread contact width 30 ≤ X ≤ 70 with a tire equator as a center have a block ratio, which is a ratio of a dimension in a tire longitudinal direction to a dimension in the tire width direction, of not less than 1.5 so that they are elongated in the tire circumferential direction, at least one end in the longitudinal direction of the sipes provided in the blocks arranged in the tread center region connects to a longitudinal groove, and at one end in a longitudinal direction of the sipes that connect with the longitudinal groove, a protrusion and a recess that can engage with each other are provided in sipe wall surfaces that face each other constituting the sipe; and a three-dimensional sipe is formed in a middle region in the direction that the sipes extend; and at both ends in the direction that the sipes extend excluding the middle region, straight line sipes are formed with no amplitude when viewed from the tread surface; characterised in that the protrusion and recess is provided at a position of the straight line sipe at only one end in the direction that the sipes extend, and at one end in a width direction of the blocks, the sipes that are adjacent to each other in the tire circumferential direction in the blocks are arranged so that the end of the sipe where the protrusion and recess is provided and the end of the sipe where the protrusion and recess is not provided are arranged alternately.