mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle handle device configured to operate a door lock device via a cable device , the vehicle handle device comprising: an operation member connected to the cable device ; and a handle case housing the operation member, wherein the handle case comprises: a cable fixing base in which the cable device is arranged; a cap portion configured to fix the cable device to the cable fixing base ; and a hinge portion configured to engage an engaging piece with an engaged piece, and rotatably connect the cap portion to the cable fixing base , wherein the engaging piece is provided on one of, the cable fixing base and the cap portion , and wherein the engaged piece is provided on the other one of, the cable fixing base and the cap portion characterized in that the handle case is formed of an integrally molded product obtained by integrally molding the cable fixing base and the cap portion via a connecting piece in a posture in which the engaged piece and the engaging piece face each other, and the connecting piece includes a breaking portion configured to be broken when an external force is applied to the cap portion . an operation member connected to the cable device ; and a handle case housing the operation member, wherein the handle case comprises: a cable fixing base in which the cable device is arranged; a cap portion configured to fix the cable device to the cable fixing base ; and a hinge portion configured to engage an engaging piece with an engaged piece, and rotatably connect the cap portion to the cable fixing base , wherein the engaging piece is provided on one of, the cable fixing base and the cap portion , and wherein the engaged piece is provided on the other one of, the cable fixing base and the cap portion a cable fixing base in which the cable device is arranged; a cap portion configured to fix the cable device to the cable fixing base ; and a hinge portion configured to engage an engaging piece with an engaged piece, and rotatably connect the cap portion to the cable fixing base , wherein the engaging piece is provided on one of, the cable fixing base and the cap portion , and wherein the engaged piece is provided on the other one of, the cable fixing base and the cap portion characterized in that the handle case is formed of an integrally molded product obtained by integrally molding the cable fixing base and the cap portion via a connecting piece in a posture in which the engaged piece and the engaging piece face each other, and the connecting piece includes a breaking portion configured to be broken when an external force is applied to the cap portion .
An internal combustion engine , comprising: a piston formed of an aluminum alloy, the piston including a piston head and a piston skirt extending from an outer circumferential portion of the piston head ; and a cylinder block formed of an aluminum alloy, the cylinder block including a cylinder wall including a sliding surface , along which the piston is slidable ; wherein the aluminum alloy is exposed to the sliding surface of the cylinder wall , characterized in that the piston skirt includes a skirt substrate (b1) formed of an aluminum alloy, the skirt substrate (b1) including a plurality of streak grooves (sg) formed in an outer circumferential surface thereof, the piston skirt further including a resin layer (r1) formed on at least a part of the outer circumferential surface of the skirt substrate (b1), and wherein the outer circumferential surface of the skirt substrate (b1) has a ten-point average surface roughness Rz JIS of 20 μm or larger; wherein the resin layer (r1) includes a solid lubricant agent and hard particles. a piston formed of an aluminum alloy, the piston including a piston head and a piston skirt extending from an outer circumferential portion of the piston head ; and a cylinder block formed of an aluminum alloy, the cylinder block including a cylinder wall including a sliding surface , along which the piston is slidable ; wherein the aluminum alloy is exposed to the sliding surface of the cylinder wall , characterized in that the piston skirt includes a skirt substrate (b1) formed of an aluminum alloy, the skirt substrate (b1) including a plurality of streak grooves (sg) formed in an outer circumferential surface thereof, the piston skirt further including a resin layer (r1) formed on at least a part of the outer circumferential surface of the skirt substrate (b1), and wherein the outer circumferential surface of the skirt substrate (b1) has a ten-point average surface roughness Rz JIS of 20 μm or larger; wherein the resin layer (r1) includes a solid lubricant agent and hard particles.
A cooking oven comprising: an oven cavity ; an oven door having a viewing window; a door handle mounted at the exterior side of the over door ; and a camera assembly , the camera assembly comprising: a camera module comprising an optical sensor and an interface for outputting sensor data obtained from the optical sensor; and housing means for housing the camera module , the housing means comprising a cover with a window for the optical sensor , and fixation means for fixedly attaching the housing means at the door handle (30; 108); wherein the housing means comprises orientation means for mounting the camera module in a single pre-determined angular orientation with respect to the housing means , wherein said orientation means comprises at least one slanted abutment surface which engages the camera module characterized in that the camera assembly is mounted within the door handle . an oven cavity ; an oven door having a viewing window; a door handle mounted at the exterior side of the over door ; and a camera assembly , the camera assembly comprising: a camera module comprising an optical sensor and an interface for outputting sensor data obtained from the optical sensor; and housing means for housing the camera module , the housing means comprising a cover with a window for the optical sensor , and fixation means for fixedly attaching the housing means at the door handle (30; 108); wherein the housing means comprises orientation means for mounting the camera module in a single pre-determined angular orientation with respect to the housing means , wherein said orientation means comprises at least one slanted abutment surface which engages the camera module characterized in that the camera assembly is mounted within the door handle . a camera module comprising an optical sensor and an interface for outputting sensor data obtained from the optical sensor; and housing means for housing the camera module , the housing means comprising a cover with a window for the optical sensor , and fixation means for fixedly attaching the housing means at the door handle (30; 108); wherein the housing means comprises orientation means for mounting the camera module in a single pre-determined angular orientation with respect to the housing means , wherein said orientation means comprises at least one slanted abutment surface which engages the camera module characterized in that the camera assembly is mounted within the door handle .
A compound of general formula (I): wherein: - B comprises a poly(dialkylsiloxane); - A represents a branched group having s branches, wherein s is an integer comprised from 2 to 7, preferably comprised from 2 to 4; - T represents a polyethylene glycol ether terminated with a fluoroalkyl group, a perfluoroalkyl group, a trialkylsiloxane group, or a polysiloxane group. - B comprises a poly(dialkylsiloxane); - A represents a branched group having s branches, wherein s is an integer comprised from 2 to 7, preferably comprised from 2 to 4; - T represents a polyethylene glycol ether terminated with a fluoroalkyl group, a perfluoroalkyl group, a trialkylsiloxane group, or a polysiloxane group.
A thermochromic window comprising: a perovskite layer comprising (NH 2 CHNH 3 ) 0.2 Cs 0.3 (CH 3 NH 3 ) 0.5 Pb 0.5 Sn 0.5 I 2.1 Br 0.9 ; and a triggering molecule comprising phenyldiazenylbenzoic acid, wherein: a voltage source is configured to provide energy to the perovskite layer to heat the perovskite layer from a first temperature to a second temperature, when at the first temperature, at least a portion of the perovskite layer is in a first phase that substantially transmits light, when at the second temperature, at least a portion of the perovskite layer is in a second phase that substantially absorbs light, and the perovskite layer is reversibly switchable between the first phase and the second phase by reversibly switching between the first temperature and the second temperature. a perovskite layer comprising (NH 2 CHNH 3 ) 0.2 Cs 0.3 (CH 3 NH 3 ) 0.5 Pb 0.5 Sn 0.5 I 2.1 Br 0.9 ; and a triggering molecule comprising phenyldiazenylbenzoic acid, wherein: a voltage source is configured to provide energy to the perovskite layer to heat the perovskite layer from a first temperature to a second temperature, when at the first temperature, at least a portion of the perovskite layer is in a first phase that substantially transmits light, when at the second temperature, at least a portion of the perovskite layer is in a second phase that substantially absorbs light, and the perovskite layer is reversibly switchable between the first phase and the second phase by reversibly switching between the first temperature and the second temperature. a voltage source is configured to provide energy to the perovskite layer to heat the perovskite layer from a first temperature to a second temperature, when at the first temperature, at least a portion of the perovskite layer is in a first phase that substantially transmits light, when at the second temperature, at least a portion of the perovskite layer is in a second phase that substantially absorbs light, and the perovskite layer is reversibly switchable between the first phase and the second phase by reversibly switching between the first temperature and the second temperature.
Axle drive for a motor vehicle, comprising a first input shaft , a second input shaft , a first output shaft and a second output shaft , wherein the first input shaft is permanently coupled to the first output shaft by means of a first bevel gear transmission and the second input shaft is permanently coupled to the second output shaft by means of a second bevel gear transmission , wherein the first input shaft and the second input shaft are arranged coaxially to one other and the first output shaft and the second output shaft extend from the respective bevel gear transmission in opposite directions, wherein rotational axes of the output shafts intersect one other or are arranged parallel or askew to one other, wherein a first bevel gear of the first bevel gear transmission rigidly connected to the first output shaft and a second bevel gear of the second bevel gear transmission rigidly connected to the second output shaft are each supported by means of a first radial bearing and a second radial bearing within a drive housing of the axle drive , characterised in that the rotational axes of the output shafts , as viewed in cross-section relative to the rotational axes of the input shafts , are angled symmetrically to a central plane mounting the rotational axes of the input shafts or are angled respectively to the rotational axes of the input shafts , wherein the transmission housing is designed as multiple parts and has a first housing shell and a second housing shell which are designed to be separate from one another and bear on one another in a contact plane which lies in an axial plane incorporating the rotational axes of the input shafts or is parallel to thereto.
Knitted fabric consisting of at least one stitch-forming base knitting thread and at least one plush thread forming plush loops plated onto the base knitting thread , wherein the at least one base knitting thread consists of a plurality of profile fibres spun together, which have a structured surface with elevations and/or depressions in order to form channels for transporting moisture between the plurality of profile fibres and the at least one plush thread consists of a plurality of fibres with substantially round cross-sections, characterized in that a sandwich plush is formed with the plush threads , wherein the plush loops formed by the at least one plush thread extend through the knitted fabric so that the plush thread protrudes on both sides of the knitted fabric and the plush thread substantially forms the inner side and the outer side of the knitted fabric .
A tire comprising; at least one carcass layer ; at least one belt layer having an axial width (W) between two belt layer extremities and being placed radially outward of the at least one carcass layer ; a tread having a contact face intended to come into contact with ground during rolling and being placed radially outward of the at least one belt layer ; at least one mass-damper being composed of a soft part and a hard part and being placed radially inward of the at least one carcass layer , the hard part of the at least one mass-damper having at least two level faces facing to generally radial orientation of the tire, the hard part of the at least one mass-damper contacting with the soft part of the at least one mass-damper on at least radially outward one of the at least two level faces , the hard part of the at least one mass-damper having two upright faces connecting the two level faces respectively and facing to generally axial orientation of the tire, wherein an axial center of the hard part of the at least one mass-damper is located in a region axially from the belt layer extremity to a position axially 1/3 of the width (W) inwardly from the belt layer extremity , the tire being characterized in that the soft part acts as a spring element of the mass-damper and the hard part acts as a mass element of the mass-damper , and in that the hard part of the at least one mass-damper contacts with the soft part of the at least one mass-damper on at least one of the upright faces of the hard part facing axially outward so as to surround a radially outward portion of the hard part by the soft part . the hard part of the at least one mass-damper having at least two level faces facing to generally radial orientation of the tire, the hard part of the at least one mass-damper contacting with the soft part of the at least one mass-damper on at least radially outward one of the at least two level faces , the hard part of the at least one mass-damper having two upright faces connecting the two level faces respectively and facing to generally axial orientation of the tire, wherein an axial center of the hard part of the at least one mass-damper is located in a region axially from the belt layer extremity to a position axially 1/3 of the width (W) inwardly from the belt layer extremity , the tire being characterized in that the soft part acts as a spring element of the mass-damper and the hard part acts as a mass element of the mass-damper , and in that the hard part of the at least one mass-damper contacts with the soft part of the at least one mass-damper on at least one of the upright faces of the hard part facing axially outward so as to surround a radially outward portion of the hard part by the soft part .
Method for dimensioning a toothed belt drive having one toothed belt and at least two, preferably helically geared, toothed pulleys , wherein the toothed belt has at least one drive side, provided with a toothed profile, and the toothed pulleys have a toothed profile that is complementary to that of the belt, wherein the toothed belt wraps the toothed pulleys over a part-region of the circumference of the latter and the teeth of the toothed belt mesh in the tooth gaps of the toothed pulleys , characterized in that the air gap E S that relates to the nominal pitch P and results from the difference between the width e S of the tooth gaps of the respective toothed pulley and the width e R of the teeth of the toothed belt at the mean height of the teeth, depending on the tooth count z R of the toothed belt and on the tooth count z of the toothed pulley, is configured such that E S = e S − e R = C S + 0.004 ⋅ z z R − z ⋅ P wherein C S is predefined as a constant for the standard backlash in the case of toothed belt drives in a range of 0.06 ≤ C S ≤ 0.08
A method comprising: sending , from an orchestration system to a software-defined networking, SDN, controller , a model of a distributed computer program application comprising one or more sources, destinations, and virtualized appliances for initiation by one or more host computers; determining , using the SDN controller, one or more host computers at which to host the virtualized appliances; generating , at the SDN controller, an updated model of the distributed computer program application, the updated model indicating the one or more host computers at which the virtualized appliances are to be hosted; sending , from the SDN controller to the orchestration system, the updated model of the distributed computer program application; generating , at the orchestration system, a mapping of the virtualized appliances to available host computers of the one or more host computers based, at least in part, on the updated model of the distributed computer program application; and using the mapping of the virtualized appliances to the available host computers, sending , from the orchestration system to one or more cloud management systems, instructions to deploy the virtualized appliances on the available host computers. sending , from an orchestration system to a software-defined networking, SDN, controller , a model of a distributed computer program application comprising one or more sources, destinations, and virtualized appliances for initiation by one or more host computers; determining , using the SDN controller, one or more host computers at which to host the virtualized appliances; generating , at the SDN controller, an updated model of the distributed computer program application, the updated model indicating the one or more host computers at which the virtualized appliances are to be hosted; sending , from the SDN controller to the orchestration system, the updated model of the distributed computer program application; generating , at the orchestration system, a mapping of the virtualized appliances to available host computers of the one or more host computers based, at least in part, on the updated model of the distributed computer program application; and using the mapping of the virtualized appliances to the available host computers, sending , from the orchestration system to one or more cloud management systems, instructions to deploy the virtualized appliances on the available host computers.
A method comprising: receiving, by a server device, an indication of a problem associated with a user interface being displayed at a client computing device , the indication of the problem being received in response to the client computing device detecting input at an error reporting control of the user interface ; causing, by the server device, the client computing device to generate a report in response to receiving the indication of the problem by: identifying a plurality of test scripts associated with the user interface ; and causing the client computing device to execute the plurality of test scripts by communicating the plurality of test scripts to the client computing device ; and receiving, by the server device, the report from the client computing device , wherein the error reporting control is configured as a selectable option provided by the user interface to enable the user to indicate when a problem is perceived with the user interface . receiving, by a server device, an indication of a problem associated with a user interface being displayed at a client computing device , the indication of the problem being received in response to the client computing device detecting input at an error reporting control of the user interface ; causing, by the server device, the client computing device to generate a report in response to receiving the indication of the problem by: identifying a plurality of test scripts associated with the user interface ; and causing the client computing device to execute the plurality of test scripts by communicating the plurality of test scripts to the client computing device ; and identifying a plurality of test scripts associated with the user interface ; and causing the client computing device to execute the plurality of test scripts by communicating the plurality of test scripts to the client computing device ; and receiving, by the server device, the report from the client computing device , wherein the error reporting control is configured as a selectable option provided by the user interface to enable the user to indicate when a problem is perceived with the user interface .
An aqueous composition for treating the strength and press section dewatering of a paper sheet comprising one or more aldehyde-functionalized polymers comprising amino groups, amide groups, or a combination of amino and amide groups thereof, wherein (i) from 15 to 20 mole percent of the amino groups, amide groups, or both the amino and amide groups are functionalized with one or more aldehydes, (ii) the amino groups, amide groups, or both the amino and amide groups are mono-reacted and di-reacted at a ratio of from 4:1 to 20:1, and (iii) the aldehyde-functionalized polymers have an average molecular weight of from 10,000 g/mole to 100,000 g/mole.