mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly for supporting an object on a rail whilst the object moves along the rail , wherein the assembly comprises a load bearing housing for carrying the object , wherein the assembly comprises an endless chain of steel cylindrical rollers , which are arranged for recirculating along a closed path around a steel raceway member and a steel central body of the assembly which central body is attached to or integral with the load bearing housing , the path including - a work portion defined by a flat load bearing surface of the steel raceway member of the assembly , in which work portion an operative set of the cylindrical rollers engages the rail when the assembly is supporting an object on a rail, and - a return portion defined by a return surface of the steel central body of the assembly in which a remaining set of the cylindrical rollers is free from the rail when the assembly is supporting an object on a rail, e.g. the return portion having a section which is parallel to the work portion , wherein the assembly comprises an elastically compressible resilient insert , e.g. containing a plastic material, which resilient insert is sandwiched between the steel central body and the steel raceway member above the work portion , so that the central body is resiliently supported on the operative set of the cylindrical rollers via the insert and the steel raceway member . wherein the assembly comprises an endless chain of steel cylindrical rollers , which are arranged for recirculating along a closed path around a steel raceway member and a steel central body of the assembly which central body is attached to or integral with the load bearing housing , the path including - a work portion defined by a flat load bearing surface of the steel raceway member of the assembly , in which work portion an operative set of the cylindrical rollers engages the rail when the assembly is supporting an object on a rail, and - a return portion defined by a return surface of the steel central body of the assembly in which a remaining set of the cylindrical rollers is free from the rail when the assembly is supporting an object on a rail, e.g. the return portion having a section which is parallel to the work portion , - a work portion defined by a flat load bearing surface of the steel raceway member of the assembly , in which work portion an operative set of the cylindrical rollers engages the rail when the assembly is supporting an object on a rail, and - a return portion defined by a return surface of the steel central body of the assembly in which a remaining set of the cylindrical rollers is free from the rail when the assembly is supporting an object on a rail, e.g. the return portion having a section which is parallel to the work portion , wherein the assembly comprises an elastically compressible resilient insert , e.g. containing a plastic material, which resilient insert is sandwiched between the steel central body and the steel raceway member above the work portion , so that the central body is resiliently supported on the operative set of the cylindrical rollers via the insert and the steel raceway member .
Device for controlling the braking of a trailer, comprising: - at least one main line connectable to a source of a work fluid at a first pressure; - at least one secondary line separated from said main line ; - at least one discharge line of the work fluid; - at least one first line connectable to the braking system of the trailer; - at least one second line connectable to the automatic and/or parking brake of the trailer; - first valve means operable between a home position, in which said first line is placed in communication with said discharge line , and a braking position, in which said first line is placed in communication with said main line ; - first piloting means comprising at least a first piloting channel connectable to the braking system of a towing vehicle and actuating on the first valve means to displace them from the home position to the braking position; - second valve means operable between a normal operating position, in which said second line is placed in communication with said secondary line , and an emergency position, in which said second line is placed in communication with said discharge line ; characterized by the fact that it comprises at least one priority valve interposed between said main line and said first valve means , operable between a first priority position, in which it places said main line in communication with said first valve means and at least a second priority position, in which it places said main line in communication with said first valve means and with at least one service line connectable to a further user point, and by the fact that it comprises at least one pressure reducing valve interposed between said main line and said second valve means , said pressure reducing valve being operable between at least one feeding position, in which said main line is placed in communication with said secondary line , and at least one discharge position, in which said secondary line is placed in communication with said discharge line . - at least one main line connectable to a source of a work fluid at a first pressure; - at least one secondary line separated from said main line ; - at least one discharge line of the work fluid; - at least one first line connectable to the braking system of the trailer; - at least one second line connectable to the automatic and/or parking brake of the trailer; - first valve means operable between a home position, in which said first line is placed in communication with said discharge line , and a braking position, in which said first line is placed in communication with said main line ; - first piloting means comprising at least a first piloting channel connectable to the braking system of a towing vehicle and actuating on the first valve means to displace them from the home position to the braking position; - second valve means operable between a normal operating position, in which said second line is placed in communication with said secondary line , and an emergency position, in which said second line is placed in communication with said discharge line ;
Optical separating means for a deflection mirror arrangement of a laser scanner , comprising a substantially rigid separating wall for separating a receiving mirror region of a deflection mirror from a transmitting mirror region , wherein the separating wall has a rectilinear edge section and the separating means has fastening webs which are arranged on both sides of the edge section , characterized in that an elastically deformable seal element is arranged along the edge section , wherein the separating means is formed in such a manner that it bears against the deflection mirror by means of the elastically deformable seal element.
A curved glass comprising a laminate including a transparent plate and a luminescent sheet, the luminescent sheet containing a thermoplastic resin and a luminescent material that emits visible light having a wavelength of 380 to 750 nm under excitation light, characterized in that the curved glass is a luminescent curved glass with a radius of curvature of the transparent plate of 1,000 mm or lower. a laminate including a transparent plate and a luminescent sheet, the luminescent sheet containing a thermoplastic resin and a luminescent material that emits visible light having a wavelength of 380 to 750 nm under excitation light, characterized in that the curved glass is a luminescent curved glass with a radius of curvature of the transparent plate of 1,000 mm or lower.
A user equipment, UE, for wireless communications, comprising: at least one processor; and a memory coupled to the at least one processor, the memory comprising a computer program comprising instructions which, when the program is executed by the at least one processor, cause the UE to: transmit, to a base station, BS, assistance information indicating a preferred repetition factor, wherein the assistance information comprises a preferred slot aggregation configuration including the repetition factor, wherein the repetition factor indicates a number of time domain repetitions and wherein the preferred slot aggregation configuration further comprises an indication of a preferred starting symbol position of a time domain repetition, a preferred symbol length of a time domain repetition, a preferred invalid symbol pattern indicating invalid symbols for segmentation repetition, or a combination thereof; and receive a dynamic indication from the BS of a repetition factor. at least one processor; and a memory coupled to the at least one processor, the memory comprising a computer program comprising instructions which, when the program is executed by the at least one processor, cause the UE to: transmit, to a base station, BS, assistance information indicating a preferred repetition factor, wherein the assistance information comprises a preferred slot aggregation configuration including the repetition factor, wherein the repetition factor indicates a number of time domain repetitions and wherein the preferred slot aggregation configuration further comprises an indication of a preferred starting symbol position of a time domain repetition, a preferred symbol length of a time domain repetition, a preferred invalid symbol pattern indicating invalid symbols for segmentation repetition, or a combination thereof; and receive a dynamic indication from the BS of a repetition factor. transmit, to a base station, BS, assistance information indicating a preferred repetition factor, wherein the assistance information comprises a preferred slot aggregation configuration including the repetition factor, wherein the repetition factor indicates a number of time domain repetitions and wherein the preferred slot aggregation configuration further comprises an indication of a preferred starting symbol position of a time domain repetition, a preferred symbol length of a time domain repetition, a preferred invalid symbol pattern indicating invalid symbols for segmentation repetition, or a combination thereof; and receive a dynamic indication from the BS of a repetition factor.
A method of determining a location of a vehicle comprising a vehicle body , one or more wheels and one or more suspension elements (107a-b) interposed between each of the wheels and the vehicle body , the method comprising: (a) driving over a first road segment; (b) determining, by a first localization system, a first location of the vehicle ; (c) identifying, based on the first location of the vehicle by the first localization system, a set of candidate road segments; (d) sensing a sequence of vertical motion of one or more of the wheels of the vehicle during (a) obtaining vertical motion data; (e) accessing at least one computer memory storing reference vertical motion data corresponding to each road segment of the set of candidate road segments; (f) comparing the vertical motion data obtained in (d) with the stored reference vertical motion data that correspond to each road segment of the set of candidate road segments; (g) based at least partially on the comparison, identifying a specific road segment from the set of candidate road segments as the location of the vehicle, wherein the sequence of vertical motion of one or more wheels of the vehicle is sensed via one or more motion sensors (201a, b) and wherein a motion sensor of the one or more motion sensors is mounted directly onto a wheel or wheel axle of the vehicle . (a) driving over a first road segment; (b) determining, by a first localization system, a first location of the vehicle ; (c) identifying, based on the first location of the vehicle by the first localization system, a set of candidate road segments; (d) sensing a sequence of vertical motion of one or more of the wheels of the vehicle during (a) obtaining vertical motion data; (e) accessing at least one computer memory storing reference vertical motion data corresponding to each road segment of the set of candidate road segments; (f) comparing the vertical motion data obtained in (d) with the stored reference vertical motion data that correspond to each road segment of the set of candidate road segments; (g) based at least partially on the comparison, identifying a specific road segment from the set of candidate road segments as the location of the vehicle, wherein the sequence of vertical motion of one or more wheels of the vehicle is sensed via one or more motion sensors (201a, b) and wherein a motion sensor of the one or more motion sensors is mounted directly onto a wheel or wheel axle of the vehicle .
A transitional layer for electronic modules (A), and the transitional layer (A) comprising: a substrate having multiple containing holes disposed therethrough at spaced intervals; multiple electronic modules respectively mounted to the substrate , each one of the multiple electronic modules located in a respective one of the multiple containing holes and having at least one input element ; and characterized in that : the transitional layer (A) comprises: two release papers respectively mounted to the substrate and the multiple electronic modules via an adhesive coat on two different sides of the substrate , and at least one of the two release papers having multiple operation holes disposed therethrough and aligned with the input elements of the multiple electronic modules . a substrate having multiple containing holes disposed therethrough at spaced intervals; multiple electronic modules respectively mounted to the substrate , each one of the multiple electronic modules located in a respective one of the multiple containing holes and having at least one input element ; and characterized in that : the transitional layer (A) comprises: two release papers respectively mounted to the substrate and the multiple electronic modules via an adhesive coat on two different sides of the substrate , and at least one of the two release papers having multiple operation holes disposed therethrough and aligned with the input elements of the multiple electronic modules .
A method of machining a diamond by means of a pulsed laser comprising: - placing the diamond in a receptacle containing a transparent liquid of which the level is located at least 100 microns above a surface of the diamond which is to be machined, activating a laser source, - actuating relative scanning between the diamond and the laser source, transversely to the laser beam and axially depthwise, with an amplitude and orientations that are determined by the shape of the machining to perform on the diamond, characterized in that the laser source is activated so as to apply to the surface to machine a laser beam having pulses of duration at most equal to one microsecond at a repetition frequency of at most 5 kHz. - placing the diamond in a receptacle containing a transparent liquid of which the level is located at least 100 microns above a surface of the diamond which is to be machined, activating a laser source, - actuating relative scanning between the diamond and the laser source, transversely to the laser beam and axially depthwise, with an amplitude and orientations that are determined by the shape of the machining to perform on the diamond,
An apparatus comprising: a fluid ejection device comprising: fluid ejectors ; fluid pumps to circulate fluid to the fluid ejectors ; a first actuation signal line connected to each of the fluid ejectors and each of the fluid pumps along which a first signal is transmittable to actuate a selected one of fluid ejectors and the fluid pumps ; and at least one second actuation signal line connected to the fluid pumps along which a second signal is transmittable to actuate a selected one of the fluid pumps ; wherein the fluid ejection device further comprises electronics configured to: t ransmit actuation signals along the first actuation signal line at a first frequency to eject fluid at the first frequency by actuating selected ones of the fluid ejectors and their associated pumps at the first frequency; and t ransmit actuation signals along the at least one second actuation signal line to actuate, at a second frequency, greater than the first frequency, those fluid pumps associated with presently inactive fluid ejectors . a fluid ejection device comprising: fluid ejectors ; fluid pumps to circulate fluid to the fluid ejectors ; a first actuation signal line connected to each of the fluid ejectors and each of the fluid pumps along which a first signal is transmittable to actuate a selected one of fluid ejectors and the fluid pumps ; and at least one second actuation signal line connected to the fluid pumps along which a second signal is transmittable to actuate a selected one of the fluid pumps ; fluid ejectors ; fluid pumps to circulate fluid to the fluid ejectors ; a first actuation signal line connected to each of the fluid ejectors and each of the fluid pumps along which a first signal is transmittable to actuate a selected one of fluid ejectors and the fluid pumps ; and at least one second actuation signal line connected to the fluid pumps along which a second signal is transmittable to actuate a selected one of the fluid pumps ; wherein the fluid ejection device further comprises electronics configured to: t ransmit actuation signals along the first actuation signal line at a first frequency to eject fluid at the first frequency by actuating selected ones of the fluid ejectors and their associated pumps at the first frequency; and t ransmit actuation signals along the at least one second actuation signal line to actuate, at a second frequency, greater than the first frequency, those fluid pumps associated with presently inactive fluid ejectors . t ransmit actuation signals along the first actuation signal line at a first frequency to eject fluid at the first frequency by actuating selected ones of the fluid ejectors and their associated pumps at the first frequency; and t ransmit actuation signals along the at least one second actuation signal line to actuate, at a second frequency, greater than the first frequency, those fluid pumps associated with presently inactive fluid ejectors .
A primer composition comprising: (a) metal oxide particles modified with a silane of the formula: where R 1 , R 2 , R 3 , and R 4 are independently chosen from a C1-C10 alkyl; (b) an organic polymer; and (c) a solvent; wherein the weight ratio of silane to metal oxide particles is 0.9:1 to 2:1. (a) metal oxide particles modified with a silane of the formula: where R 1 , R 2 , R 3 , and R 4 are independently chosen from a C1-C10 alkyl; (b) an organic polymer; and (c) a solvent;
A method of controlling the impurities in a cyclosporin A eye gel, which are determined by high performance liquid chromatography , wherein the chromatographic conditions are as follows: the detection wavelength is 210-230 nm; the flow rate is 0.8-1 ml/min; the mobile phase is: THF-water-phosphoric acid, the chromatographic column has octadecylsilane-bonded silica gel as a filler, characterized in that the column temperature is 60-68° C; and the volume ratio of the mobile phase THF-water-phosphoric acid is 400:600:1.58. the detection wavelength is 210-230 nm; the flow rate is 0.8-1 ml/min; the mobile phase is: THF-water-phosphoric acid, the chromatographic column has octadecylsilane-bonded silica gel as a filler, characterized in that the column temperature is 60-68° C; and the volume ratio of the mobile phase THF-water-phosphoric acid is 400:600:1.58.
A configurable sensor platform configured to interface with a streetlight controller , the configurable sensor platform comprising: an enclosure configured to be deployed between a streetlight and the streetlight controller that manages operations of the streetlight; a sensor module comprising a plurality of sensor receptacles configured to receive at least a subset of various combinations of sensors; a plurality of sensors disposed in the enclosure, wherein individual sensors included in the plurality of sensors are selected based on particular requirements of the configurable sensor platform, the plurality of sensors being one of said subset of various combinations of sensors; at least one processor disposed in the enclosure, the processor configured to receive data from at least one of the plurality of sensors; an electrical receptacle for receiving the streetlight controller in a substantially secure configuration; an electrical connector for connecting the enclosure to the streetlight; and at least one pass-through connector disposed within the enclosure to provide an electrical connection between the electrical connector and the electrical receptacle for passing power from the streetlight, through the configurable sensor platform, to the streetlight controller. an enclosure configured to be deployed between a streetlight and the streetlight controller that manages operations of the streetlight; a sensor module comprising a plurality of sensor receptacles configured to receive at least a subset of various combinations of sensors; a plurality of sensors disposed in the enclosure, wherein individual sensors included in the plurality of sensors are selected based on particular requirements of the configurable sensor platform, the plurality of sensors being one of said subset of various combinations of sensors; at least one processor disposed in the enclosure, the processor configured to receive data from at least one of the plurality of sensors; an electrical receptacle for receiving the streetlight controller in a substantially secure configuration; an electrical connector for connecting the enclosure to the streetlight; and at least one pass-through connector disposed within the enclosure to provide an electrical connection between the electrical connector and the electrical receptacle for passing power from the streetlight, through the configurable sensor platform, to the streetlight controller.