mhurhangee/ep-ind-claims huggingface dataset:
A drive force transmission device (T/M) comprising: a clutch interposed between a hub member and a drum member, the clutch transmitting drive power by engaging and ceasing transmitting of drive power by disengaging, a first rotating shaft member coupled to the hub member to rotate integrally with the hub member, a second rotating shaft member coupled to the drum member to rotate integrally with the drum member, and a support member disposed at an outer circumferential position on the second rotating shaft member and rotatably supporting the second rotating shaft member via a bearing; the drum member having a cylindrical part supporting a plate member of the clutch, and a separating wall part extending radially inward from the cylindrical part and coupled to the second rotating shaft member, partitioning a drum interior space into a bearing space (Sb) and a clutch space (Sc), a restriction part restricting axial movement of an outer race of the bearing being provided at an end position of the support member towards the separating wall part, the drive force transmission device being characterised in that the separating wall part is disposed at an inner circumferential position on the restriction part and offset towards the bearing space so that there is overlap with the restriction part in the radial direction. a clutch interposed between a hub member and a drum member, the clutch transmitting drive power by engaging and ceasing transmitting of drive power by disengaging, a first rotating shaft member coupled to the hub member to rotate integrally with the hub member, a second rotating shaft member coupled to the drum member to rotate integrally with the drum member, and a support member disposed at an outer circumferential position on the second rotating shaft member and rotatably supporting the second rotating shaft member via a bearing; the drum member having a cylindrical part supporting a plate member of the clutch, and a separating wall part extending radially inward from the cylindrical part and coupled to the second rotating shaft member, partitioning a drum interior space into a bearing space (Sb) and a clutch space (Sc), a restriction part restricting axial movement of an outer race of the bearing being provided at an end position of the support member towards the separating wall part, the drive force transmission device being characterised in that the separating wall part is disposed at an inner circumferential position on the restriction part and offset towards the bearing space so that there is overlap with the restriction part in the radial direction.
A method for communicating data from a first wireless device to a second wireless device, the method comprising: identifying a duplex channel for communicating the data, the duplex channel including a downlink, an uplink, and a duplex gap separating the downlink from the uplink; and, by the first wireless device, cooperatively encoding and transmitting the data on the duplex gap and the uplink of the duplex channel to the second wireless device by configuring duplex gap sub-channels of the duplex gap with a signal profile such that an individual duplex gap sub-channel that is adjacent to the uplink of the duplex channel has a different amplitude than another duplex gap sub-channel that is not adjacent to the uplink. identifying a duplex channel for communicating the data, the duplex channel including a downlink, an uplink, and a duplex gap separating the downlink from the uplink; and, by the first wireless device, cooperatively encoding and transmitting the data on the duplex gap and the uplink of the duplex channel to the second wireless device by configuring duplex gap sub-channels of the duplex gap with a signal profile such that an individual duplex gap sub-channel that is adjacent to the uplink of the duplex channel has a different amplitude than another duplex gap sub-channel that is not adjacent to the uplink.
A user authentication electrical outlet or connector which allows main power to be supplied from a main power supply to a power demanding side when a power demanding device (600, 602) is authenticated through a user authentication process, the user authentication electrical outlet or connector comprising: a microcurrent limiting device configured to allow a microcurrent to flow from the user authentication electrical outlet or connector to the power demanding side; and an authentication device operated with authentication power and configured to perform the user authentication process; characterized in that the microcurrent limiting device is a passive element and it is not until the power demanding device (600, 602) is connected to the user authentication electrical outlet or connector that a closed loop is formed for the microcurrent to flow through the microcurrent limiting device so that the microcurrent is supplied to the power demanding side, and, in that the authentication power is generated by the power demanding side from the microcurrent supplied to the power demanding side and is supplied from the power demanding side to the user authentication electrical outlet or connector. a microcurrent limiting device configured to allow a microcurrent to flow from the user authentication electrical outlet or connector to the power demanding side; and an authentication device operated with authentication power and configured to perform the user authentication process; characterized in that the microcurrent limiting device is a passive element and it is not until the power demanding device (600, 602) is connected to the user authentication electrical outlet or connector that a closed loop is formed for the microcurrent to flow through the microcurrent limiting device so that the microcurrent is supplied to the power demanding side, and, in that the authentication power is generated by the power demanding side from the microcurrent supplied to the power demanding side and is supplied from the power demanding side to the user authentication electrical outlet or connector.
A wearable radio frequency receiver device, comprising: a receiver antenna configured to receive an interrogation signal from a transmitter; a sensor coupled to the receiver antenna and configured to receive a physiological input from a user wearing the device and generate an analog sensor signal based on the physiological input; and a modulator configured to perform direct frequency modulation on the received interrogation signal based on the analog sensor signal wherein the physiological input is directly encoded in the directly frequency modulated interrogation signal; wherein the receiver antenna is configured to reflect at least a portion of the directly frequency modulated interrogation signal as backscatter radiation carrying the analog response. a receiver antenna configured to receive an interrogation signal from a transmitter; a sensor coupled to the receiver antenna and configured to receive a physiological input from a user wearing the device and generate an analog sensor signal based on the physiological input; and a modulator configured to perform direct frequency modulation on the received interrogation signal based on the analog sensor signal wherein the physiological input is directly encoded in the directly frequency modulated interrogation signal; wherein the receiver antenna is configured to reflect at least a portion of the directly frequency modulated interrogation signal as backscatter radiation carrying the analog response.
A balun circuit, the circuit comprising: an un-balanced line comprising a first center conductor and first and second coplanar conductors (114, 116); a double-y transition slotline comprising a first conductor and a second conductor, characterized in a balanced line comprising a second center conductor (131, 132) and third and fourth coplanar conductors, wherein: the first conductor couples the first center conductor to the third and fourth coplanar conductors (133, 134), and the second conductor couples the first and second coplanar conductors (114, 116) to the second center conductor; a first connection line coupling the first conductor to the third and fourth coplanar conductors (133, 134); and a second connection line coupling the second conductor to the second center conductor. an un-balanced line comprising a first center conductor and first and second coplanar conductors (114, 116); a double-y transition slotline comprising a first conductor and a second conductor, the first conductor couples the first center conductor to the third and fourth coplanar conductors (133, 134), and the second conductor couples the first and second coplanar conductors (114, 116) to the second center conductor; a first connection line coupling the first conductor to the third and fourth coplanar conductors (133, 134); and a second connection line coupling the second conductor to the second center conductor.
Balance wheel-spring system comprising at least one balance wheel which oscillates about a pivot axis via a balance wheel shaft mounted between a bottom plate and a bridge and aligned on said pivot axis, and at least one spring, one inner spiral of which is fixed to said balance wheel shaft or to a collet which is mounted integrally with said balance wheel shaft and one outer spiral of which is fixed to a stud which is integral with said bridge bearing said balance wheel shaft, said balance wheel comprising a balance wheel, a hub, a rim, at least one arm connecting said hub to said rim, a front face which has a countersink and a rear face, said at least one arm comprising a housing for receiving and retaining at least one flyweight comprising a head and a rod, and said spring being mounted opposite the front face of the balance wheel, characterised in that said at least one flyweight is mounted on the rear face of the balance wheel, on said at least one arm of said balance wheel, the head resting against the rear face of the balance and the rod being flush with the bottom of the countersink of the front face of said balance such that the countersink of the front face of said balance does not have any protruding element, the rod resting inside said housing, and characterised in that the distance between the bottom of the countersink of said front face of said balance and said balance spring is within a predetermined interval that lies in the range 0.05 mm to 1.50 mm.
A thick steel plate having excellent cryogenic impact toughness, consisting of: by weight %, 0.02% to 0.10 of carbon, 0.6 to 1.7% of manganese (Mn), 0.5% or less and excluding 0% of silicon (Si), 0.02% or less of phosphorus, 0.015% or less of sulfur, 0.005 to 0.05% of niobium (Nb), 0.005 to 0.07% of vanadium, 0.005 to 0.035 weight% of titanium (Ti), optionally at least one of not more than 0.5%, excluding 0%, of nickel (Ni) and not more than 0.5%, excluding 0%, of chromium (Cr) and a remainder of iron (Fe) and other unavoidable impurities, wherein the thick steel plate has, by area fraction, a mixed structure of ferrite of 85 to 95% and pearlite of 5 to 15%, as a microstructure, and wherein a grain size of ferrite is 7.5 or more of ASTM grain size number, and wherein the thick steel plate has impact toughness of measured according to the 300J or more at -60°C, measured according to the description, and wherein the thick steel plate is normalized material. by weight %, 0.02% to 0.10 of carbon, 0.6 to 1.7% of manganese (Mn), 0.5% or less and excluding 0% of silicon (Si), 0.02% or less of phosphorus, 0.015% or less of sulfur, 0.005 to 0.05% of niobium (Nb), 0.005 to 0.07% of vanadium, 0.005 to 0.035 weight% of titanium (Ti), optionally at least one of not more than 0.5%, excluding 0%, of nickel (Ni) and not more than 0.5%, excluding 0%, of chromium (Cr) and a remainder of iron (Fe) and other unavoidable impurities, wherein the thick steel plate has, by area fraction, a mixed structure of ferrite of 85 to 95% and pearlite of 5 to 15%, as a microstructure, and wherein a grain size of ferrite is 7.5 or more of ASTM grain size number, and wherein the thick steel plate has impact toughness of measured according to the 300J or more at -60°C, measured according to the description, and wherein the thick steel plate is normalized material.
The distribution plate 3, intended for use in devices for processing solid particles of gas, characterized in that, composed of several upper plates and lower plates whose floor plan surfaces are ring shaped, for which each upper plate concentrically overlaps part of one or two lower plates. Between the upper plates and lower plates, barriers (13a, 13b) are placed for directing the flow of the media 9, in such a way, that theses barriers (13a, 13b) together with the plates and plates create numerous openings intended for the passage of the media through this element of the distribution plate so that the media arriving from the areas covered by the outer edge of any of the upper plates have a tangential component of speed opposite to the tangential component of speed of the media arriving from the area covered by the inner edge of any of the upper plates.
A hydraulic device comprising a housing, a shaft which is mounted in the housing and rotatable with respect to the housing about a first axis of rotation, wherein the shaft has a flange extending transversely to the first axis of rotation, and a partly spherical portion including a centre point remote from the flange, a plurality of pistons including respective piston centrelines which have components extending parallel to the first axis of rotation, which pistons are fixed to the flange at equiangular distance about the first axis of rotation, a plurality of cylindrical sleeves, wherein each sleeve has a sleeve bottom comprising a sleeve opening including a centreline, which sleeves cooperate with the pistons to form respective compression chambers of variable volume, a barrel plate which is mounted on the partly spherical portion of the shaft and which has barrel plate ports including respective centrelines, wherein the barrel plate has a first side which supports the sleeve bottoms and an opposite second side which is supported by a face plate that is mounted in the housing and angled with respect to the first axis such that the sleeves are rotatable about a second axis of rotation which intersects the first axis of rotation at said centre point by an acute swash angle such that during rotating the shaft the volumes of the compression chambers change, wherein the barrel plate is coupled to the shaft in rotational direction thereof by means of a pin-groove coupling where a groove is located in one of said partly spherical portion and the barrel plate and a pin is located in the other one of the partly spherical portion and the barrel plate, wherein the groove has a longitudinal direction extending in the same direction as one of the first and second axis of rotation (4, 19) and the pin is received by said groove, hence creating a pivot axis of the barrel plate which extends perpendicular to the second axis of rotation and runs through the centre point, wherein under operating conditions each compression chamber alternatingly communicates via the corresponding sleeve opening and barrel plate port with ports in the face plate, wherein the hydraulic device comprises a plurality of said pin-groove couplings creating a plurality of pivot axes at equiangular distance about the second axis of rotation, characterized in that the widths of the grooves allow the pins to move within the respective corresponding grooves in rotational direction about the second axis of rotation under operating conditions, wherein the relative position of the shaft and the barrel plate in rotational direction about the second axis of rotation is adapted such that under operating conditions each centreline of the respective barrel plate ports fluctuates in rotational direction about the second axis of rotation with respect to the centreline of the corresponding sleeve opening within a range in which the centreline of the sleeve opening lies.
Use of 7-[4,5-dihydroxy-6-(hydroxymethyl)-3-(3,4,5-trihydroxy-6-methyloxan-2-yl)oxyoxan-2-yl]oxy-5-hydroxy-2-(4-hydroxyphenyl)chromen-4-one as a taste modifying ingredient.
A method for air flow sensing, comprising: measuring beam deflections of a cantilever; extracting information about air flow using the measured beam deflections of the cantilever; and determining one or more of an airspeed, an angle of attack, and a sideslip, from the extracted information, characterized in that the beam deflections of the cantilever are measured with a transducer and include measuring two bending amplitudes of the cantilever along two axes that are perpendicular to each other and a torsional amplitude of the cantilever. measuring beam deflections of a cantilever; extracting information about air flow using the measured beam deflections of the cantilever; and determining one or more of an airspeed, an angle of attack, and a sideslip, from the extracted information, characterized in that the beam deflections of the cantilever are measured with a transducer and include measuring two bending amplitudes of the cantilever along two axes that are perpendicular to each other and a torsional amplitude of the cantilever.
An electronic device comprising: a substrate; a buried oxide layer overlying said substrate; at least one semiconductor device overlying said buried oxide layer; and at least one shallow trench isolation region in the substrate and adjacent the at least one semiconductor device, said at least one shallow trench isolation region defining a sidewall surface with the substrate and the buried oxide layer and wherein the shallow trench isolation region further comprises: an oxide layer lining the sidewall surface on a bottom portion of the sidewall surface, a nitride layer lining the sidewall surface on a top portion of the sidewall surface above the bottom portion, and an insulating material within the nitride and oxide layers (51, 53). a substrate; a buried oxide layer overlying said substrate; at least one semiconductor device overlying said buried oxide layer; and at least one shallow trench isolation region in the substrate and adjacent the at least one semiconductor device, said at least one shallow trench isolation region defining a sidewall surface with the substrate and the buried oxide layer and wherein the shallow trench isolation region further comprises: an oxide layer lining the sidewall surface on a bottom portion of the sidewall surface, a nitride layer lining the sidewall surface on a top portion of the sidewall surface above the bottom portion, and an insulating material within the nitride and oxide layers (51, 53). an oxide layer lining the sidewall surface on a bottom portion of the sidewall surface, a nitride layer lining the sidewall surface on a top portion of the sidewall surface above the bottom portion, and an insulating material within the nitride and oxide layers (51, 53).
An orthodontic bracket for coupling an archwire with a tooth, comprising: a bracket body (12, 202, 402) that includes an archwire slot; and a rotatable member (14, 204, 404) that is coupled to the bracket body (12, 202, 402), is rotatable relative to the bracket body (12, 202, 402) from an opened position to at least one closed position, and includes a body portion (70, 224, 424) and a ligating portion (72, 226, 426) extending from the body portion (70, 224, 424) and having at least one retention arm (132, 134, 136, 138) that together with the archwire slot forms a lumen for retaining the archwire when the rotatable member (14, 204, 404) is in the at least one closed position, characterised in that the body portion (70, 224, 424) defines an opening for receiving the bracket body (12, 202, 402). a bracket body (12, 202, 402) that includes an archwire slot; and a rotatable member (14, 204, 404) that is coupled to the bracket body (12, 202, 402), is rotatable relative to the bracket body (12, 202, 402) from an opened position to at least one closed position, and includes a body portion (70, 224, 424) and a ligating portion (72, 226, 426) extending from the body portion (70, 224, 424) and having at least one retention arm (132, 134, 136, 138) that together with the archwire slot forms a lumen for retaining the archwire when the rotatable member (14, 204, 404) is in the at least one closed position, characterised in that the body portion (70, 224, 424) defines an opening for receiving the bracket body (12, 202, 402).
A protection tube with latch, comprising: a latch to be engaged with an attachment hole of a panel on which an electric wire is wired; and a protection tube formed into tubular shape and accommodating the electric wire, wherein the latch is disposed on an outer peripheral face of the protection tube, wherein the latch is integrally molded to the protection tube. wherein the protection tube is a corrugated tube arranged such that a ridge and a groove are alternately and repeatedly disposed axially, the corrugated tube is provided across its whole length with a slit, characterized in that the latch is provided with a tubular part disposed on the outer peripheral face of the protection tube and formed into cylindrical shape, and the tubular part is provided with a slit continually communicating with the slit of the corrugated tube. a latch to be engaged with an attachment hole of a panel on which an electric wire is wired; and a protection tube formed into tubular shape and accommodating the electric wire, wherein the latch is disposed on an outer peripheral face of the protection tube, wherein the latch is integrally molded to the protection tube. wherein the protection tube is a corrugated tube arranged such that a ridge and a groove are alternately and repeatedly disposed axially, the corrugated tube is provided across its whole length with a slit, characterized in that the latch is provided with a tubular part disposed on the outer peripheral face of the protection tube and formed into cylindrical shape, and the tubular part is provided with a slit continually communicating with the slit of the corrugated tube.
Refrigeration cabinet comprising a housing having a front access opening and a door having at least one door leaf for the access opening, the door leaf having a height and a width, characterized by a guide which defines a movement of the door leaf between a closed position and an open position in such a way that the pivoting range of the door leaf projects by less than one full door-leaf width into the external space in front of the access opening, and wherein the door leaf is mounted such that it can be rotated about a vertical axis and displaced transversely with respect to the axis of rotation, wherein the door is an automatic door having a drive for the movement of the door leaf, and wherein the housing has, on its front side underneath the access opening, a plinth which projects into the external space in front of the access opening by a depth which corresponds at least to the pivoting range of the door leaf.
Cutting length display apparatus for an in particular portable power tool (12a; 12b; 12b; 12c; 12d; 12e; 12f), having at least one display unit (14a; 14b; 14b; 14c; 14d; 14e; 14f), which has at least one light source (16a, 56a; 16b; 16c, 56c; 16d; 16e; 16f) and is provided for displaying at least one position of a cutting edge of a machining tool (18a; 18b; 18c; 18d; 18e; 18f) on a workpiece (20a; 20b; 20c; 20d; 20e; 20f) to be machined in dependence on a set cutting depth of the machining tool (18a; 18b; 18c; 18d; 18e; 18f) using a light beam (22a, 58a; 22b, 58b; 22c, 58c; 22d, 58d; 22e; 58f), characterized in that the display unit (14a; 14b; 14b; 14c; 14d; 14e; 14f) has a mirror unit (24a; 24b; 24c; 24d; 24e; 24f), which is provided for deflecting the light beam (22a, 58a; 22b, 58b; 22c, 58c; 22d, 58d; 22e; 58f) in dependence on the set cutting depth of the machining tool (18a; 18b; 18c; 18d; 18e; 18f).