mhurhangee/ep-ind-claims huggingface dataset:
A numerically controlled multi-spindle lathe comprising: a bearing structure with a base extending according to a first translation axis; wherein the base comprises an upper side (9.3) and two side walls (9.1, 9.2), extending in the direction of the first translation axis; a plurality of pairs of turning members (13, 15) for rotating workpieces, each pair comprising a center and a tailstock that are coaxial with each other and define a respective rotation axis of the workpieces; wherein each center is motorized; and wherein the distance between the centers and the tailstocks is adjustable; a first carriage guided on first guides integral with the base and extending in the direction of the first translation axis; wherein the first carriage is provided with a numerically controlled movement along the first translation axis; a second carriage, supported by the first carriage and movable with a numerically controlled movement with respect to the first carriage, on second guides, in the direction of a second translation axis, orthogonal to the first translation axis; and a plurality of spindles with parallel axes, carried by the second carriage and adapted to rotate tools configured to work simultaneously workpieces mounted between the centers and the tailstocks; characterised in that the first guides are applied to at least one first side wall of the base and the first carriage is adjacent to said first wall and extends vertically beyond the upper surface of the base. a bearing structure with a base extending according to a first translation axis; wherein the base comprises an upper side (9.3) and two side walls (9.1, 9.2), extending in the direction of the first translation axis; a plurality of pairs of turning members (13, 15) for rotating workpieces, each pair comprising a center and a tailstock that are coaxial with each other and define a respective rotation axis of the workpieces; wherein each center is motorized; and wherein the distance between the centers and the tailstocks is adjustable; a first carriage guided on first guides integral with the base and extending in the direction of the first translation axis; wherein the first carriage is provided with a numerically controlled movement along the first translation axis; a second carriage, supported by the first carriage and movable with a numerically controlled movement with respect to the first carriage, on second guides, in the direction of a second translation axis, orthogonal to the first translation axis; and a plurality of spindles with parallel axes, carried by the second carriage and adapted to rotate tools configured to work simultaneously workpieces mounted between the centers and the tailstocks; characterised in that the first guides are applied to at least one first side wall of the base and the first carriage is adjacent to said first wall and extends vertically beyond the upper surface of the base.
Valve arrangement with a plurality of valve devices (2, 3, 4, 5), each valve device (2, 3, 4, 5) comprising a valve housing which bounds a valve chamber in which a valve member is accommodated for movement between a blocking position and a release position in order to influence a free flow crosssection for a fluid in a flow path between an inlet passage terminating into the valve chamber and an outlet passage leading from the valve chamber, wherein each of the valve devices (2, 3, 4, 5) further comprises a first absolute pressure sensor (10, 11, 14, 15) for providing a first pressure signal as a function of an operating pressure in the flow path, the valve arrangement comprising an evaluation circuit for processing the first pressure signal and further comprising a second absolute pressure sensor which is located outside the flow paths of the valve arrangement to provide a second pressure signal as a function of a reference pressure outside the flow paths and which is connected to the evaluation circuit for enabling a determination of a differential pressure between the first and second pressure signals, wherein the second absolute pressure sensor is a common pressure sensor which is related with several of valve devices.
A method of performing a network reentry by an machine-to-machine, M2M, device of an idle mode in a wireless communication system, the method comprising: receiving a paging message or a paging indicator channel, PICH, from a base station; wherein the paging message or the PICH including an uplink time resource for transmitting a ranging request message or an RRC connection request message, and wherein the uplink time resource is dedicatedly assigned for M2M devices; transmitting the ranging request message or the RRC connection request message through the uplink time resource indicated by the paging message or the PICH to the base station; and receiving a ranging response message or a RRC connection response message in response to the ranging request message or the RRC connection request message from the base station. receiving a paging message or a paging indicator channel, PICH, from a base station; wherein the paging message or the PICH including an uplink time resource for transmitting a ranging request message or an RRC connection request message, and wherein the uplink time resource is dedicatedly assigned for M2M devices; transmitting the ranging request message or the RRC connection request message through the uplink time resource indicated by the paging message or the PICH to the base station; and receiving a ranging response message or a RRC connection response message in response to the ranging request message or the RRC connection request message from the base station.
A wireless IC device comprising: a high-frequency device including an IC chip; a loop electrode (7; 30; 71, 72, 73) electrically connected to or electromagnetically coupled to the high-frequency device; and a radiation electrode formed by a surface of a metal article, wherein the loop electrode (7; 30; 71, 72, 73) is configured to be coupled to the radiation electrode with its loop plane perpendicular or inclined to a plane of the radiation electrode, characterized in that the loop electrode (7; 30; 71, 72, 73) is electrically directly connected to the radiation electrode; the high-frequency device is a UHF high-frequency device; and the loop electrode (7; 30; 71, 72, 73) is adapted to cause magnetic field loops to be generated parallel to the surface of the metal article, and is adapted to induce electric fields in a direction substantially perpendicular to the surface of the metal article, and electric field loops adapted to induce further magnetic field loops. a high-frequency device including an IC chip; a loop electrode (7; 30; 71, 72, 73) electrically connected to or electromagnetically coupled to the high-frequency device; and a radiation electrode formed by a surface of a metal article, wherein the loop electrode (7; 30; 71, 72, 73) is configured to be coupled to the radiation electrode with its loop plane perpendicular or inclined to a plane of the radiation electrode, characterized in that the loop electrode (7; 30; 71, 72, 73) is electrically directly connected to the radiation electrode; the high-frequency device is a UHF high-frequency device; and the loop electrode (7; 30; 71, 72, 73) is adapted to cause magnetic field loops to be generated parallel to the surface of the metal article, and is adapted to induce electric fields in a direction substantially perpendicular to the surface of the metal article, and electric field loops adapted to induce further magnetic field loops.
A method for damping vibrational energy induced to a reinforced skin structure, wherein the reinforced skin structure includes an outer wall and at least one stringer coupled to the outer wall, the stringer having a cross-section that is substantially U-shaped with the closed side adjacent to the outer wall said method comprising: providing a damping apparatus that includes a stiffening member configured to adjust at least one of a bending mode and a torsional twisting mode of the at least one stringer and an energy dissipation member configured to dissipate vibrational energy of the at least one stringer, the stiffening member including at least two elongated members that are spaced a distance apart; and attaching the damping apparatus to the at least one stringer, the two elongated members each being on top of a side portion of the stringer, wherein the damping apparatus is configured to dampen vibration of the at least one stringer characterised in that the damping apparatus further comprises at least one truss member that extends obliquely between the at least two elongated members. providing a damping apparatus that includes a stiffening member configured to adjust at least one of a bending mode and a torsional twisting mode of the at least one stringer and an energy dissipation member configured to dissipate vibrational energy of the at least one stringer, the stiffening member including at least two elongated members that are spaced a distance apart; and attaching the damping apparatus to the at least one stringer, the two elongated members each being on top of a side portion of the stringer, wherein the damping apparatus is configured to dampen vibration of the at least one stringer characterised in that the damping apparatus further comprises at least one truss member that extends obliquely between the at least two elongated members.
A biasing system (600, 700, 800, 900, 1000) associated with a run selector device having a valve member movable within a housing between opposite first and second run selection positions selecting respective first and second granular commodity distribution runs of the associated run selector device, the biasing system (600, 700) comprising: a first biasing element on the housing of the associated run selector device; and a second biasing element on the valve member of the associated run selector device, wherein the first and second biasing elements are movable relative to each other between opposite first and second biasing system positions together with the associated valve member being moved relative to the housing between the opposite first and second run selection positions, wherein the first and second biasing elements are mutually biased against each other to urge each other apart and towards a one or the other of the opposite first and second biasing system positions, characterized in that the first biasing element comprises a spring member coupled with the housing of the associated run selector device; and the second biasing element comprises a cam element on or otherwise coupled with the valve body member of the associated run selector device, wherein the spring member and the cam element are mutually biased against each other to urge each other towards a one or the other of the opposite first and second biasing system positions thereby urging the valve body member of the associated run selector device to a corresponding one or the other of the opposite first and second run selection positions. a first biasing element on the housing of the associated run selector device; and a second biasing element on the valve member of the associated run selector device, wherein the first and second biasing elements are movable relative to each other between opposite first and second biasing system positions together with the associated valve member being moved relative to the housing between the opposite first and second run selection positions, wherein the first and second biasing elements are mutually biased against each other to urge each other apart and towards a one or the other of the opposite first and second biasing system positions, characterized in that the first biasing element comprises a spring member coupled with the housing of the associated run selector device; and the second biasing element comprises a cam element on or otherwise coupled with the valve body member of the associated run selector device, wherein the spring member and the cam element are mutually biased against each other to urge each other towards a one or the other of the opposite first and second biasing system positions thereby urging the valve body member of the associated run selector device to a corresponding one or the other of the opposite first and second run selection positions.
A modular building block set easy to assemble, comprising a plurality of basic parts for connection, wherein a plurality of first protrusions are disposed on upper surfaces of the basic parts, and slots matched and connectable with the first protrusions are disposed on lower surfaces of the basic parts, a plurality of sets of first conductive pins and conductive metal sheets abutting against and connected with the first conductive pins are disposed inside the basic parts, top ends of the first conductive pins penetrate through the first protrusions of the basic parts to be exposed to an outside, the modular building block set easy to assemble is characterized by: the modular building block set easy to assemble further comprises a base plate and electronic individual components, wherein a plurality of first protrusions are disposed on an upper surface of the base plate, and slots matched and connectable with the first protrusions are disposed on lower surfaces of the electronic individual components, the conductive metal sheets are provided with elastic jaws penetrating out of side walls of the basic parts; control panels, and electronic devices and conductive contacts integrated on the control panels are disposed inside the electronic individual components, and the conductive contacts are disposed in the slots of the electronic individual components, such that the conductive pins of the basic parts contact the contacts of the electronic individual components when the electronic individual components and the basic parts are connected.
Bumper device for a vehicle for supporting forces which occur during a collision of the vehicle with a barrier, wherein the vehicle (1; 101) has at least two bumper support members which are arranged parallel to the vehicle longitudinal direction and which are connected, at the front end thereof in the direction of travel, to at least one bumper crossmember (20; 120) arranged transversely with respect to the vehicle longitudinal direction, and wherein the bumper device (2; 102) in each case has a distal force introduction structure (3; 103) which projects laterally beyond the bumper crossmember (20; 120) and which is situated at least in part in front of a wheelhouse accommodating a vehicle wheel, wherein the respective distal force introduction structure (3; 103) is mounted on the bumper crossmember (20; 120) or on the bumper support member so as to be pivotable about an axis (z) parallel to the vehicle vertical axis, or is attached thereto with the ability to be bent away, and has an actuator portion (36; 136) protruding forwards in the direction of travel, characterized in that the respective distal force introduction structure (3; 103) is configured in such a way that, in the collision-induced pivoted or bent-away state thereof, the free end (33; 133), which is on the vehicle outer side, of the distal force introduction structure (3; 103) is displaced in the direction of the tread of the vehicle wheel and fixes the vehicle wheel in its current position.
A transmission mechanism of an air compressor, the air compressor comprising: a base including a first positioning orifice and a second positioning orifice separated from the first positioning orifice, a drive gear inserted through the first positioning orifice and mounted on a center of an end of a motor, and a bearing accommodated in the second positioning orifice, wherein the bearing is comprised of an external ring, an internal ring, and multiple balls defined between the internal ring and the external ring; a cylinder connected on the base and including an air storage seat communicating on the cylinder; and the transmission mechanism driving a piston to reciprocately move in the cylinder, thus compressing air; wherein the transmission mechanism including a torque gear and a central orifice defined on the torque gear, wherein the central orifice has screw threads formed therein, and the transmission mechanism further includes a connection rod extending from the torque gear, wherein the central orifice of the torque gear corresponds to the internal ring of the bearing in the second positioning orifice of the base, and a screw bolt is screwed with the central orifice after being inserted through the internal ring of the bearing and the torque gear, thus connecting the transmission mechanism automatedly. a base including a first positioning orifice and a second positioning orifice separated from the first positioning orifice, a drive gear inserted through the first positioning orifice and mounted on a center of an end of a motor, and a bearing accommodated in the second positioning orifice, wherein the bearing is comprised of an external ring, an internal ring, and multiple balls defined between the internal ring and the external ring; a cylinder connected on the base and including an air storage seat communicating on the cylinder; and the transmission mechanism driving a piston to reciprocately move in the cylinder, thus compressing air; wherein the transmission mechanism including a torque gear and a central orifice defined on the torque gear, wherein the central orifice has screw threads formed therein, and the transmission mechanism further includes a connection rod extending from the torque gear, wherein the central orifice of the torque gear corresponds to the internal ring of the bearing in the second positioning orifice of the base, and a screw bolt is screwed with the central orifice after being inserted through the internal ring of the bearing and the torque gear, thus connecting the transmission mechanism automatedly.
Rubber composition based on an elastomer matrix comprising at least one block diene copolymer at least one of the blocks being composed of a diene elastomer comprising at least one sequence corresponding to the following formula: P-L-E in which: P denotes a polymer, E denotes a diene elastomer, L denotes a divalent hydrocarbon group comprising at least one triazolediyl group corresponding to one of the formulae and: * indicating a point of bonding to an E block of the copolymer, ** indicating a point of bonding to a P block of the copolymer, R 5 denoting a hydrogen atom, a C 1 -C 5 alkyl group, a cycloalkyl group, a C 6 -C 15 aryl group, a C 7 -C 15 arylalkyl group or a protective group for alkyne functional groups; a reinforcing filler. an elastomer matrix comprising at least one block diene copolymer at least one of the blocks being composed of a diene elastomer comprising at least one sequence corresponding to the following formula: P-L-E in which: P denotes a polymer, E denotes a diene elastomer, L denotes a divalent hydrocarbon group comprising at least one triazolediyl group corresponding to one of the formulae and: * indicating a point of bonding to an E block of the copolymer, ** indicating a point of bonding to a P block of the copolymer, R 5 denoting a hydrogen atom, a C 1 -C 5 alkyl group, a cycloalkyl group, a C 6 -C 15 aryl group, a C 7 -C 15 arylalkyl group or a protective group for alkyne functional groups; P denotes a polymer, E denotes a diene elastomer, L denotes a divalent hydrocarbon group comprising at least one triazolediyl group corresponding to one of the formulae and: * indicating a point of bonding to an E block of the copolymer, ** indicating a point of bonding to a P block of the copolymer, R 5 denoting a hydrogen atom, a C 1 -C 5 alkyl group, a cycloalkyl group, a C 6 -C 15 aryl group, a C 7 -C 15 arylalkyl group or a protective group for alkyne functional groups; * indicating a point of bonding to an E block of the copolymer, ** indicating a point of bonding to a P block of the copolymer, R 5 denoting a hydrogen atom, a C 1 -C 5 alkyl group, a cycloalkyl group, a C 6 -C 15 aryl group, a C 7 -C 15 arylalkyl group or a protective group for alkyne functional groups; a reinforcing filler.
A method comprising: receiving, by a computing device and from a plurality of microphones, one or more indications of first speech detected in at least one of a plurality of listening zones; determining, based on the one or more indications of the first speech, that the first speech comprises a keyword; determining a direction associated with the keyword; characterized by: detecting, using an acoustic beam formed by at least some of the plurality of microphones, pointed in the direction associated with the keyword, and having a width that is narrower than a width of each of the plurality of listening zones, second speech associated with the keyword; and recognizing the second speech to generate an indication of recognized speech. receiving, by a computing device and from a plurality of microphones, one or more indications of first speech detected in at least one of a plurality of listening zones; determining, based on the one or more indications of the first speech, that the first speech comprises a keyword; determining a direction associated with the keyword; characterized by: detecting, using an acoustic beam formed by at least some of the plurality of microphones, pointed in the direction associated with the keyword, and having a width that is narrower than a width of each of the plurality of listening zones, second speech associated with the keyword; and recognizing the second speech to generate an indication of recognized speech. detecting, using an acoustic beam formed by at least some of the plurality of microphones, pointed in the direction associated with the keyword, and having a width that is narrower than a width of each of the plurality of listening zones, second speech associated with the keyword; and recognizing the second speech to generate an indication of recognized speech.