mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicular lamp fitting comprising: a front lens body ; a rear lens unit disposed behind the front lens body; and a light source that is disposed behind the rear lens unit, and that emits light, which passes through the rear lens unit and the front lens body in this order and is irradiated forward, so as to form a predetermined light distribution pattern, wherein the rear lens unit is a lens unit configured to condense, at least in a first direction, the light coming from the light source and passing through the rear lens unit, and includes: a first entry surface through which the light coming from the light source enters the rear lens unit; and a first exit surface through which the light coming from the light source, which entered the rear lens unit, exits; the front lens body is a lens unit configured to condense, in a second direction intersecting the first direction, the light coming from the rear lens unit and passing through the front lens body, and includes: a second entry surface through which the light coming from the rear lens unit enters the front lens body; and a second exit surface through which the light coming from the rear lens unit, which entered the front lens body, exits, the front lens body is disposed in an attitude that is inclined at a predetermined receding angle (θ1), at least one of a curvature of the fist exit surface in the longitudinal section (A1-A1, B1-B1, C1-C1) and a curvature of the second entry surface in the longitudinal section is different in each longitudinal section, and the longitudinal section has a shape for forming a focal line (FL2L, FL2R) extending in the vehicle width direction, the focal line being formed by condensation of a horizontal ray group, which is included in each of the plurality of vertical surfaces having mutually different inclination angles, in the rear lens unit when the horizontal ray group enters the front lens body through the second exit surface, passes through the front lens body and enters the rear lens unit.
A tiltable stool comprising a seat provided with a tilting means near a floor surface wherein the seat can tilt in a desired direction, the tiltable stool characterized in that : the tilting means includes a coiled wave spring sandwiched between a spring presser and a spring receiver ; a center of the spring presser is rotatably fastened with a mounting bolt ; a convex conical locking member that comes into contact where the seat tilts to a predetermined angle is fixed to the spring presser or the spring receiver inside the coiled wave spring ; the seat is fixed to an upper end of a leg column that is equipped with a gas cylinder inside; and a lower end of the leg column is fixed to the spring presser . the tilting means includes a coiled wave spring sandwiched between a spring presser and a spring receiver ; a center of the spring presser is rotatably fastened with a mounting bolt ; a convex conical locking member that comes into contact where the seat tilts to a predetermined angle is fixed to the spring presser or the spring receiver inside the coiled wave spring ; the seat is fixed to an upper end of a leg column that is equipped with a gas cylinder inside; and a lower end of the leg column is fixed to the spring presser .
Building with a sound-absorbing construction system for the interior of the building , with a support frame arranged on a building surface of the building , wherein the support frame is formed from at least two cross beams , characterised in that the cross members are arranged essentially parallel to each other at a distance of 40 to 75 cm from each other and that the supporting frame is fastened to the inner surface of the building, wherein panels are fastened to the cross members which have a coating on the side facing the interior of the room on the side opposite the cross members and that this coating is applied by means of a mixture per m2, the mixture being made from 300-700 g of cotton mixture and 4 to 6 l of water, wherein the cotton mixture comprises between 80-95% cotton fibres or a mixture of between 80-95% cotton fibres and wood fibres and between 5-18% cellulose with a fibre length of 0.2-4 mm, and that the panels are preferably made of polyester and have a thickness of between 9-24 mm, and that on the the side opposite the coating between the cross members there is at least one empty and/or partially empty space .
A damper film bearing assembly for supporting a rotatable shaft , the damper film bearing assembly comprising: a bearing housing having a longitudinal opening passing therethrough for receiving the rotatable shaft ; a bearing case having a longitudinal opening passing therethrough for receiving the bearing housing , an outer surface of the bearing housing and an inner surface of the bearing case defining a space therebetween adapted to receive a damper oil therein; at least one resilient element disposed within an at least one radial recess ; characterised in that the at least one radial recess is provided in the outer surface of the bearing housing , and wherein the at least one resilient element comprises at least one rod spring , comprising a central shaft having a first shaft end and a second shaft end and a spring , having circular cross-section, and being located intermediate the first shaft end and second shaft end . a bearing housing having a longitudinal opening passing therethrough for receiving the rotatable shaft ; a bearing case having a longitudinal opening passing therethrough for receiving the bearing housing , an outer surface of the bearing housing and an inner surface of the bearing case defining a space therebetween adapted to receive a damper oil therein; at least one resilient element disposed within an at least one radial recess ; characterised in that the at least one radial recess is provided in the outer surface of the bearing housing , and wherein the at least one resilient element comprises at least one rod spring , comprising a central shaft having a first shaft end and a second shaft end and a spring , having circular cross-section, and being located intermediate the first shaft end and second shaft end .
A method for transmitting reference signals, RS, for positioning, comprising: transmitting or providing an instruction to transmit a first set of RS to a user equipment, UE (104; 240; 350; 420), in accordance with a first set of RS transmission parameters; receiving (720; 820) a report containing information indicating whether an accuracy of a position measurement performed by the UE is primarily limited by: a signal-to-noise ratio, SNR, of the first set of RS; or a bandwidth of the first set of RS; determining a second set of RS transmission parameters based on the received report, wherein the second set of RS transmission parameters is different from the first set of RS transmission parameters; and transmitting (740; 890) a second set of RS to the UE in accordance with the second set of RS transmission parameters, or providing the second set of RS transmission parameters to a base station (102, 150, 180; 310; 410). transmitting or providing an instruction to transmit a first set of RS to a user equipment, UE (104; 240; 350; 420), in accordance with a first set of RS transmission parameters; receiving (720; 820) a report containing information indicating whether an accuracy of a position measurement performed by the UE is primarily limited by: a signal-to-noise ratio, SNR, of the first set of RS; or a bandwidth of the first set of RS; a signal-to-noise ratio, SNR, of the first set of RS; or a bandwidth of the first set of RS; determining a second set of RS transmission parameters based on the received report, wherein the second set of RS transmission parameters is different from the first set of RS transmission parameters; and transmitting (740; 890) a second set of RS to the UE in accordance with the second set of RS transmission parameters, or providing the second set of RS transmission parameters to a base station (102, 150, 180; 310; 410).
An assembled battery comprising: a group of cells in which a plurality of cells , each having electrode terminals, is stacked; plate-shaped members arranged at ends of the group of cells ; and cell holders arranged between the plate-shaped members and the group of cells , wherein each of the cell holders is provided with a terminal fixing part of the assembled battery, and each of the plate-shaped members has a fitting part to be fitted to the terminal fixing part and the terminal fixing part is accommodated in the terminal fitting part . plate-shaped members arranged at ends of the group of cells ; and cell holders arranged between the plate-shaped members and the group of cells , wherein each of the cell holders is provided with a terminal fixing part of the assembled battery, and each of the plate-shaped members has a fitting part to be fitted to the terminal fixing part and the terminal fixing part is accommodated in the terminal fitting part .
A node of a computing system having a plurality of nodes , the node comprising: a failure identification engine to identify a failure condition for a system function of the node ; and a failure response engine to store a failure indication in a shared memory to trigger takeover of the system function by a different node of the plurality of nodes of the computing system , wherein the failure response engine is to store the failure indication within a particular address range of the shared memory that indicates to the different node that the node originated the failure indication. a failure identification engine to identify a failure condition for a system function of the node ; and a failure response engine to store a failure indication in a shared memory to trigger takeover of the system function by a different node of the plurality of nodes of the computing system , wherein the failure response engine is to store the failure indication within a particular address range of the shared memory that indicates to the different node that the node originated the failure indication.
A drive control apparatus comprising: a detection unit that detects at least one of a speed, a position, an acceleration, an amount of movement, a movement direction and torque, as a physical parameter that indicates movement of a drive unit ; and a cut off unit that cuts off supply of electric power to the drive unit when the detected physical parameter is outside a first range ranging from an upper limit to a lower limit, and wherein, taking a signal from the detection unit as input, the drive control apparatus outputs a warning when the detected physical parameter is within the first range and is outside a second range ranging from a second upper limit to a second lower limit, the second range being narrower than the first range, characterized in that the output unit outputs a warning respectively corresponding to an upper limit and a lower limit of the second range, wherein the warning distinguishes between the case when the detected physical parameter exceeds an upper limit of the second range and the case when the physical parameter falls below a lower limit of the second range. a detection unit that detects at least one of a speed, a position, an acceleration, an amount of movement, a movement direction and torque, as a physical parameter that indicates movement of a drive unit ; and a cut off unit that cuts off supply of electric power to the drive unit when the detected physical parameter is outside a first range ranging from an upper limit to a lower limit, and wherein, taking a signal from the detection unit as input, the drive control apparatus outputs a warning when the detected physical parameter is within the first range and is outside a second range ranging from a second upper limit to a second lower limit, the second range being narrower than the first range, characterized in that the output unit outputs a warning respectively corresponding to an upper limit and a lower limit of the second range, wherein the warning distinguishes between the case when the detected physical parameter exceeds an upper limit of the second range and the case when the physical parameter falls below a lower limit of the second range.
Laser machining device for machining a workpiece, the laser machining device having a laser beam source and an equipment for deflecting a laser beam of the laser beam source , the equipment comprising: a mounting body , and a structural member having a reflecting surface , wherein the laser machining device comprises a laser resonator attached to the mounting body , characterized in that the equipment comprises a flexible element by which the structural member can be directly joined to the mounting body , wherein the structural member is deflectable around an arbitrary space axis about an angle of deflection, a first forcing component and at least one second forcing component , wherein the first forcing component is at least one magnet and the second forcing component is at least one current-carrying member with an electromagnetic force field, the second forcing component is controllable such that the two forcing components gravitate towards each other or push-off depending on the triggering, and the first forcing component is arranged at a joining element of the structural member and is coupled with this, wherein the two forcing components are arranged and cooperate such that the structural member is deflectable around the arbitrary space axis about a predetermined deflection angle, and a chamber accommodating the at least one current-carrying member , the flexible element with the magnet , and the joining element with the magnet is formed in the mounting body . a mounting body , and a structural member having a reflecting surface , wherein characterized in that the equipment comprises a flexible element by which the structural member can be directly joined to the mounting body , wherein the structural member is deflectable around an arbitrary space axis about an angle of deflection, a first forcing component and at least one second forcing component , wherein the first forcing component is at least one magnet and the second forcing component is at least one current-carrying member with an electromagnetic force field, the second forcing component is controllable such that the two forcing components gravitate towards each other or push-off depending on the triggering, and the first forcing component is arranged at a joining element of the structural member and is coupled with this, wherein the two forcing components are arranged and cooperate such that the structural member is deflectable around the arbitrary space axis about a predetermined deflection angle, and
An imaging table to be supported in a cantilever state on an X-ray imaging apparatus, the imaging table comprising a planar body including an opening portion in a surface to be connected to the X-ray imaging apparatus, and a coupling member to be connected to the apparatus, wherein: the planar body includes a first member forming a top surface including an X-ray irradiation surface, and a second member forming a bottom surface opposed to the X-ray irradiation surface and a standing wall portion erectly provided on an outer circumference of the bottom surface; the second member is bonded to the first member in the standing wall portion; the first member and the coupling member are bonded to each other; and the first member has an aluminum-equivalent X-ray transmission dose of 0.5 mmAL or less at any point in the X-ray irradiation surface when the voltage of the X-ray irradiation tube is in a range between 20 kV and 60 kV, wherein a material of the first member includes a fiber-reinforced composite material composed of reinforcing fibers and a matrix resin. the planar body includes a first member forming a top surface including an X-ray irradiation surface, and a second member forming a bottom surface opposed to the X-ray irradiation surface and a standing wall portion erectly provided on an outer circumference of the bottom surface; the second member is bonded to the first member in the standing wall portion; the first member and the coupling member are bonded to each other; and the first member has an aluminum-equivalent X-ray transmission dose of 0.5 mmAL or less at any point in the X-ray irradiation surface when the voltage of the X-ray irradiation tube is in a range between 20 kV and 60 kV, wherein a material of the first member includes a fiber-reinforced composite material composed of reinforcing fibers and a matrix resin.
A method for forming an oxidation protection system on a carbon-carbon composite structure, comprising: applying a ceramic layer slurry to the carbon-carbon composite structure, wherein the ceramic layer slurry comprises aluminum and silicon in a solvent or carrier fluid; heating the carbon-carbon composite structure to form a ceramic layer on the carbon-carbon composite structure, wherein the ceramic layer comprises aluminum nitride; applying a sealing slurry to the carbon-carbon composite structure, wherein the sealing slurry comprises a sealing pre-slurry composition and a sealing carrier fluid, wherein the sealing pre-slurry composition comprises a sealing phosphate glass composition; and heating the carbon-carbon composite structure to form a sealing layer on the carbon-carbon composite structure. applying a ceramic layer slurry to the carbon-carbon composite structure, wherein the ceramic layer slurry comprises aluminum and silicon in a solvent or carrier fluid; heating the carbon-carbon composite structure to form a ceramic layer on the carbon-carbon composite structure, wherein the ceramic layer comprises aluminum nitride; applying a sealing slurry to the carbon-carbon composite structure, wherein the sealing slurry comprises a sealing pre-slurry composition and a sealing carrier fluid, wherein the sealing pre-slurry composition comprises a sealing phosphate glass composition; and heating the carbon-carbon composite structure to form a sealing layer on the carbon-carbon composite structure.
A laparoscopic device comprising: a handle ; a shaft extending distally from the handle, the shaft defining a longitudinal axis; a flexible member slidably disposed within the shaft and movable relative thereto between a retracted position and an extended position; and a sensor supported by the flexible member, wherein the flexible member is a flexible circuit and the flexible member is configured to flex, when in the extended position, upon application of pressure thereto to limit an amount of pressure applied by laparoscopic device. a handle ; a shaft extending distally from the handle, the shaft defining a longitudinal axis; a flexible member slidably disposed within the shaft and movable relative thereto between a retracted position and an extended position; and a sensor supported by the flexible member, wherein the flexible member is a flexible circuit and the flexible member is configured to flex, when in the extended position, upon application of pressure thereto to limit an amount of pressure applied by laparoscopic device.
A single-use sanitary shell, characterised in that it consists of two oval faces respectively A and B, for example made of cellulose, with the same dimension welded together, whose face A is provided with a flap at its upper portion, with a bellow at the middle, which allows grasping the shell between the index finger and the middle finger to press it against the face when sneezing or coughing and which, once the faces A and B are folded in the palm of the hand after use, is folded down to close the shell on itself.
Pressing tool locator a) comprising an accommodating body , which comprises at least one accommodation for a workpiece , b) the accommodating body comprising a securing device by which it is possible to secure the workpiece within the accommodation and c) the securing device comprising a securing element having a securing position wherein a workpiece arranged in the accommodation is secured and having a not securing position wherein a workpiece arranged in the accommodation is not secured and/or a workpiece can be inserted into the accommodation and removed from the same, d) the securing device da) being a latching device , db) being a locking device or dc) comprising a friction element which is supported by a spring element and which secures the workpiece by friction in the accommodation , characterised in that a latching element of the latching device , a locking element of the locking device or the friction element and the associated spring element are formed by the accommodating body in the region of the accommodation and the cross-section of the accommodation is delimited along the entire edge by the material of the accommodating body . a) comprising an accommodating body , which comprises at least one accommodation for a workpiece , b) the accommodating body comprising a securing device by which it is possible to secure the workpiece within the accommodation and c) the securing device comprising a securing element having a securing position wherein a workpiece arranged in the accommodation is secured and having a not securing position wherein a workpiece arranged in the accommodation is not secured and/or a workpiece can be inserted into the accommodation and removed from the same, d) the securing device da) being a latching device , db) being a locking device or dc) comprising a friction element which is supported by a spring element and which secures the workpiece by friction in the accommodation , da) being a latching device , db) being a locking device or dc) comprising a friction element which is supported by a spring element and which secures the workpiece by friction in the accommodation ,
An original key recovery apparatus, the apparatus comprises: a coherent coupling unit , a reference optical balanced detection unit and a quantum optical balanced detection unit that are connected to the coherent coupling unit , a carrier recovery unit connected to the reference optical balanced detection unit , and a key recovery unit connected to the quantum optical balanced detection unit , wherein the carrier recovery unit is connected to the key recovery unit ; the coherent coupling unit is configured to perform optical splitting processing and coherent coupling on a received transmit optical signal based on a local oscillator optical signal to obtain at least two coherently coupled optical signals, wherein the transmit optical signal comprises a reference optical signal and a quantum optical signal, the at least two coherently coupled optical signals comprise at least one first coherently coupled optical signal and at least one second coherently coupled optical signal, each first coherently coupled optical signal comprises at least the reference optical signal, and each second coherently coupled optical signal comprises at least the quantum optical signal; wherein the light intensity of the reference signal is higher than the light intensity of the quantum optical signal; the reference optical balanced detection unit is configured to: perform optical-to-electrical conversion and amplification on the at least one first coherently coupled optical signal to obtain at least one first electrical signal, and transmit the at least one first electrical signal to the carrier recovery unit ; the quantum optical balanced detection unit is configured to: perform optical-to-electrical conversion and amplification on the at least one second coherently coupled optical signal to obtain at least one second electrical signal, and transmit the at least one second electrical signal to the key recovery unit ; wherein an amplification factor corresponding to the first coherently coupled optical signal is smaller than an amplification factor corresponding to the second coherently coupled optical signal; the carrier recovery unit is configured to: determine, from the at least one first electrical signal, phase frequency information between the local oscillator optical signal and the reference optical signal, and send the phase frequency information to the key recovery unit; and the key recovery unit is configured to recover an original key from the at least one second electrical signal based on the received phase frequency information.