mhurhangee/ep-ind-claims huggingface dataset:
Holder for an optical device for changing the orientation of the optical device, in particular for photographic, video or film cameras, having a first component having a first pivot axis for connecting to a tripod and a second component having a second pivot axis for connecting to the optical device, wherein the two pivot axes extend transversely, in particular at a right angle, with respect to each other and the first and second components can be adjusted in a mutually independent manner about the respective pivot axis, wherein the first pivot axis is arranged in the first component and the second pivot axis is likewise arranged in the first component, the first component can be connected to the tripod via a third component having a third pivot axis, the second component is mounted to be pivotable about the second pivot axis in the first component and the first component is mounted to be pivotable about the first pivot axis in the third component, wherein the first component is a cylindrical component and the first pivot axis extends through the longitudinal centre axis of the cylindrical component, wherein the first and second components (4, 5) can be adjusted about the respective pivot axis (7, 8) in a mutually independent manner in each case via a drive (25, 26), and wherein the drives are formed by worm gears which comprise a worm (21, 22) which acts on a worm wheel (23, 24) which rotates about the respective pivot axis, characterised in that the drive for the second pivot axis lies on the longitudinal centre axis of the cylindrical component, and in that the drives are provided in each case with a decoupling mechanism (27, 28) which includes a cone (29, 30), connected to the component along the pivot axis, having a pin (31, 32), wherein the worm wheel of the drive has a central opening (33, 34) which, on the side facing towards the cone, has an internally circumferential inclined surface (35, 36) corresponding to the cone (29, 30) and the pin (31, 32) engages through the worm wheel (23, 24) and engages into a control button (10, 12) on the side facing away from the cone, which button displaces the worm wheel (23, 24) and the cone (29, 30) relative to one another to bring the worm wheel into or out of engagement with the cone.
An acoustic emission detector comprising: an acoustic emission sensor to detect an acoustic emission; a destruction judging section for judging if a warning of destruction of a material subject to destruction detection is present; and a calculating section (14, 15, 84, 85) configured to calculate a plurality of parameters based on the signal outputted from the acoustic emission sensor; characterized in that the detector further comprises a correlation parameter determining section configured to determine mutually correlated parameters among the plurality of parameters of which an absolute value of a correlation coefficient is not smaller than a predetermined value, wherein the destruction judging section is configured to judge that, in a parameter space constituted of at least two of the mutually correlated parameters, when a predetermined number or more of points defined by the at least two parameters calculated based on a signal from the acoustic emission sensor are located within a predetermined region of the parameter space defined by the at least two parameters that can be generated based on the signal from the acoustic emission sensor, there is a warning of destruction of the material subject to destruction detection. an acoustic emission sensor to detect an acoustic emission; a destruction judging section for judging if a warning of destruction of a material subject to destruction detection is present; and a calculating section (14, 15, 84, 85) configured to calculate a plurality of parameters based on the signal outputted from the acoustic emission sensor; characterized in that the detector further comprises a correlation parameter determining section configured to determine mutually correlated parameters among the plurality of parameters of which an absolute value of a correlation coefficient is not smaller than a predetermined value, wherein the destruction judging section is configured to judge that, in a parameter space constituted of at least two of the mutually correlated parameters, when a predetermined number or more of points defined by the at least two parameters calculated based on a signal from the acoustic emission sensor are located within a predetermined region of the parameter space defined by the at least two parameters that can be generated based on the signal from the acoustic emission sensor, there is a warning of destruction of the material subject to destruction detection.
A product comprising: a machine readable medium; first operator logic stored on the medium and operable to: implement a first data processing operation in parallel over multiple processing nodes (116, 120), the first data processing operation customized with a first user-defined function executed on the multiple processing nodes (116, 120); and second operator logic stored on the medium and operable to: implement a second data processing operation in parallel over the multiple processing nodes (116, 120), the second data processing operation customized with a second user-defined function executed on the multiple processing nodes (116, 120); characterized in that the first or second operator logic comprises block operator logic; wherein the first or second user-defined function comprises a user-defined block function; and wherein the user-defined block function is operable to accept, as arguments, a list of records of a first vector, and wherein the block operator logic is operable to apply the user-defined block function to the records of said list in order to obtain block function evaluation results, wherein the block function evaluation results form records of a second vector. a machine readable medium; first operator logic stored on the medium and operable to: implement a first data processing operation in parallel over multiple processing nodes (116, 120), the first data processing operation customized with a first user-defined function executed on the multiple processing nodes (116, 120); and second operator logic stored on the medium and operable to: implement a second data processing operation in parallel over the multiple processing nodes (116, 120), the second data processing operation customized with a second user-defined function executed on the multiple processing nodes (116, 120); characterized in that the first or second operator logic comprises block operator logic; wherein the first or second user-defined function comprises a user-defined block function; and wherein the user-defined block function is operable to accept, as arguments, a list of records of a first vector, and wherein the block operator logic is operable to apply the user-defined block function to the records of said list in order to obtain block function evaluation results, wherein the block function evaluation results form records of a second vector.
A valve device that is configured to be mounted to a high-pressure gas container, the valve device comprising: a housing; a gas flow passage that is provided in the housing, and is configured to connect to a supply port of the high-pressure gas container and an object to which a gas is supplied; an opening and closing valve that is arranged in the gas flow passage, and switches between supply of the gas through the gas flow passage and interruption of the supply; an electromagnetic actuator that drives the opening and closing valve; and a gas discharge valve that is provided with a valve body operating in response to an increase in temperature of the gas, and discharges the gas to the outside of the high-pressure gas container, characterized in that the gas discharge valve is arranged on a path (121a, 222a, 322a) communicated with the gas flow passage in the housing, and the valve body of the gas discharge valve is arranged on the upstream side in the gas flow passage of the opening and closing valve on the path (121a, 222a, 322a) through which the gas flows from the supply port toward the object. a housing; a gas flow passage that is provided in the housing, and is configured to connect to a supply port of the high-pressure gas container and an object to which a gas is supplied; an opening and closing valve that is arranged in the gas flow passage, and switches between supply of the gas through the gas flow passage and interruption of the supply; an electromagnetic actuator that drives the opening and closing valve; and a gas discharge valve that is provided with a valve body operating in response to an increase in temperature of the gas, and discharges the gas to the outside of the high-pressure gas container, characterized in that the gas discharge valve is arranged on a path (121a, 222a, 322a) communicated with the gas flow passage in the housing, and the valve body of the gas discharge valve is arranged on the upstream side in the gas flow passage of the opening and closing valve on the path (121a, 222a, 322a) through which the gas flows from the supply port toward the object.
Polymer composition for use in thermal spray coating application, in which the composition comprises: a) an α-olefin homopolymer or copolymer; b) a functionalized α-olefin homopolymer or copolymer; c) a polyolefinic elastomer; and d) an anti-corrosion additive, wherein the anti-corrosion additive is zinc phosphate. a) an α-olefin homopolymer or copolymer; b) a functionalized α-olefin homopolymer or copolymer; c) a polyolefinic elastomer; and d) an anti-corrosion additive, wherein the anti-corrosion additive is zinc phosphate.
An electronic device comprising: a communication interface configured to transmit and receive signals over a plurality of cellular networks; and a processor configured to: connect to a packet switching, PS, service network through the communication interface, characterised in that the processor configured to: receive information of an incoming call on a circuit switching, CS, service network, while connected to the PS service network, obtain caller identification information of the incoming call on the CS service network based on the information of the incoming call, while connected to the PS service network, and determine whether to connect the incoming call based on the caller identification information while transmitting or receiving data over the PS service network. a communication interface configured to transmit and receive signals over a plurality of cellular networks; and a processor configured to: connect to a packet switching, PS, service network through the communication interface, characterised in that the processor configured to: receive information of an incoming call on a circuit switching, CS, service network, while connected to the PS service network, obtain caller identification information of the incoming call on the CS service network based on the information of the incoming call, while connected to the PS service network, and determine whether to connect the incoming call based on the caller identification information while transmitting or receiving data over the PS service network.
Domestic rangehood with a hood for collecting fumes, a duct located above the hood, a fan arranged within the duct and a filter arrangement arranged in the duct, wherein the filter arrangement includes several filter panels (8, 9a - 9p), wherein the filter arrangement includes at least one set of four spaced-apart and mutually parallel vertical filter panels (8, 9a - 9p) mounted at the same height level such that at least one inlet chamber open at the bottom and at least one outlet chamber open at the top are formed between the filter panels, such that the air sucked into the inlet chamber traverses the filter panels and enter in this way the outlet chamber, and wherein the filter panels comprise two spaced covering layers which are permeable to air, between which the actual filter material is arranged, characterized in that at least two sets of mutually parallel vertical filter panels (9a - 9p) are provided, wherein the filter panels (9a - 9p) of the two sets are arranged transversally to each other.
Method for producing a microfluidic system on a polymer surface, wherein at least one portion of the polymer surface is irradiated by laser light in a targeted fashion for the spatially-resolved modification of the wettability of the portion of the polymer surface by a liquid sample, wherein at least one portion of the polymer surface is hydrophobized by the irradiation with laser light, wherein the portion is designed to slow or stop the flow of the liquid sample or to prevent wetting of the portion by the liquid sample, particularly at the sample application, wherein a test element for determining an analyte in a liquid is produced and comprises a carrier with a polymer surface, an application zone for a sample of the liquid, a detection zone for determining the analyte and a capillary channel for transporting the sample from the application zone into the detection zone, wherein the polymer surface is hydrophobized in a region around the application zone by irradiation with laser light, characterized in that a hydrophilic-hydrophobic pattern is generated on the polymer surface by irradiation with laser light with different parameters in different portions of the polymer surface.
A rosin press system, comprising: a frame assembly; a pressing mechanism attached to the frame assembly; a male plate attached to the pressing mechanism, the male plate having a bottom side; a male protrusion attached to the male plate such that the male protrusion projects beyond the bottom side of the male plate; a female plate having a hole formed therethrough to accommodate the male protrusion, and wherein the male plate is configured to be pressed against the female plate, the male protrusion being configured to pass into the hole of the female plate, the rosin press system being characterised in that a recessed channel is formed within the bottom side of the male plate such that the recessed channel surrounds the male protrusion. a frame assembly; a pressing mechanism attached to the frame assembly; a male plate attached to the pressing mechanism, the male plate having a bottom side; a male protrusion attached to the male plate such that the male protrusion projects beyond the bottom side of the male plate; a female plate having a hole formed therethrough to accommodate the male protrusion, and wherein the male plate is configured to be pressed against the female plate, the male protrusion being configured to pass into the hole of the female plate, the rosin press system being characterised in that a recessed channel is formed within the bottom side of the male plate such that the recessed channel surrounds the male protrusion.
A lock for securing a wear member to a base on ground-engaging equipment, the lock comprising: a lock body having a bearing surface on one end for contacting the base to hold the wear member to the equipment, and a coupling structure at an opposite end to engage the wear member to facilitate turning of the lock body between a locked position where the bearing surface will contact the base and a release position where the bearing surface will release the base; a latch member movably coupled to the lock body to move between a first position where the latch member contacts the wear member and a second position where the latch member is retracted relative to the first position to disengage the wear member: and an actuating member rotatably coupled to the lock body and movably coupled to the latch member such that initial rotation of the actuating member moves the latch member relative to the lock body and further rotation of the actuating member moves the lock body about the support on the wear member. a lock body having a bearing surface on one end for contacting the base to hold the wear member to the equipment, and a coupling structure at an opposite end to engage the wear member to facilitate turning of the lock body between a locked position where the bearing surface will contact the base and a release position where the bearing surface will release the base; a latch member movably coupled to the lock body to move between a first position where the latch member contacts the wear member and a second position where the latch member is retracted relative to the first position to disengage the wear member: and an actuating member rotatably coupled to the lock body and movably coupled to the latch member such that initial rotation of the actuating member moves the latch member relative to the lock body and further rotation of the actuating member moves the lock body about the support on the wear member.
A method of supporting wireless communication in a wide area network, WAN, comprising: receiving at least one measurement from a first device supporting peer-to-peer, P2P, communication and WAN communication, the at least one measurement being for at least one second device detected by the first device; performing association to select P2P communication or WAN communication, or resource partitioning to allocate resources for P2P communication, or both association and resource partitioning for the first device based on the at least one measurement; sending results of the association, or the resource partitioning, or both to the first device; receiving at least one interference measurement for at least one WAN device from the first device, the at least one WAN device communicating with the WAN, the at least one interference measurement indicating strong interference detected by the first device from the at least one WAN device, wherein the at least one interference measurement is further indicative of particular resources on which the strong interference is detected by the first device; reducing transmit power level of the at least one WAN device to reduce interference to the first device. receiving at least one measurement from a first device supporting peer-to-peer, P2P, communication and WAN communication, the at least one measurement being for at least one second device detected by the first device; performing association to select P2P communication or WAN communication, or resource partitioning to allocate resources for P2P communication, or both association and resource partitioning for the first device based on the at least one measurement; sending results of the association, or the resource partitioning, or both to the first device; receiving at least one interference measurement for at least one WAN device from the first device, the at least one WAN device communicating with the WAN, the at least one interference measurement indicating strong interference detected by the first device from the at least one WAN device, wherein the at least one interference measurement is further indicative of particular resources on which the strong interference is detected by the first device; reducing transmit power level of the at least one WAN device to reduce interference to the first device.
A communication device comprising: a first communication unit; and a second communication unit of a same type as that of the first communication unit, the communication device being wirelessly connectable to a first external apparatus (200a, 200b, 200c, 200d), wherein the first communication unit is configured to: acquire, by a pairing process in advance, identification information for identifying the first external apparatus, wait for a connection request from the first external apparatus, and after accepting the connection request from the first external apparatus, transmit a signal for instructing the first external apparatus to establish a state in which the first external apparatus waits for a connection request from the second communication unit, and the second communication unit is configured to transmit a connection request to the first external apparatus, and consequently wirelessly connect to the first external apparatus. a first communication unit; and a second communication unit of a same type as that of the first communication unit, the communication device being wirelessly connectable to a first external apparatus (200a, 200b, 200c, 200d), wherein the first communication unit is configured to: acquire, by a pairing process in advance, identification information for identifying the first external apparatus, wait for a connection request from the first external apparatus, and after accepting the connection request from the first external apparatus, transmit a signal for instructing the first external apparatus to establish a state in which the first external apparatus waits for a connection request from the second communication unit, and acquire, by a pairing process in advance, identification information for identifying the first external apparatus, wait for a connection request from the first external apparatus, and after accepting the connection request from the first external apparatus, transmit a signal for instructing the first external apparatus to establish a state in which the first external apparatus waits for a connection request from the second communication unit, and the second communication unit is configured to transmit a connection request to the first external apparatus, and consequently wirelessly connect to the first external apparatus.
Method for weaving pile fabrics with at least two different pile heights (a, b) in the same pile row, wherein the fabrics comprise weft threads, ground warp threads and pile-warp threads, wherein these pile-warp threads are interlaced in the fabric, according to a pattern, in a figure-forming manner or are inwoven in a non-figure-forming manner, and which, when they are figure-forming, form pile with a well-defined pile height (a, b), characterized in that a first set of pile-warp threads is inserted in such a way that these move virtually without strain, or under light strain, onward into the just formed fabric, and in that at least a second set of pile-warp threads is inserted in such a way that, in relation to the first set of pile-warp threads, they move with a higher strain onward into the just formed fabric.
A bicycle helmet comprising: A. an inner layer having a concave shape; B. an outer layer having a convex shape, the outer layer covering the inner layer, the outer layer comprising: i. an outer layer attachment member; and ii. an outer layer lock member; and C. a sun visor comprising: i. a shade member; ii. a sun visor attachment member connected to and distal to the shade member, and wherein the sun visor attachment member is adapted to rotatably engage with the outer layer attachment member to form a fulcrum; and iii. a sun visor lock member adapted to operatively engage to the outer layer lock member so as to releasably lock the sun visor into a fixed position, characterised in that the sun visor lock member and the outer layer lock member operatively engage via a snap fit fastener so as to allow the sun visor to be releasably locked into one of a plurality of fixed positions, and in that the sun visor attachment member and the outer layer attachment member rotatably engage via a snap fit fastener. A. an inner layer having a concave shape; B. an outer layer having a convex shape, the outer layer covering the inner layer, the outer layer comprising: i. an outer layer attachment member; and ii. an outer layer lock member; and i. an outer layer attachment member; and ii. an outer layer lock member; and C. a sun visor comprising: i. a shade member; ii. a sun visor attachment member connected to and distal to the shade member, and wherein the sun visor attachment member is adapted to rotatably engage with the outer layer attachment member to form a fulcrum; and iii. a sun visor lock member adapted to operatively engage to the outer layer lock member so as to releasably lock the sun visor into a fixed position, i. a shade member; ii. a sun visor attachment member connected to and distal to the shade member, and wherein the sun visor attachment member is adapted to rotatably engage with the outer layer attachment member to form a fulcrum; and iii. a sun visor lock member adapted to operatively engage to the outer layer lock member so as to releasably lock the sun visor into a fixed position,