mhurhangee/patent-ind-claim-en huggingface dataset:
An operation state diagnostic device for a shock absorber (8A, 8B, 31A - 31D) arranged between a vehicle body and a bogie of a railway vehicle , the operation state diagnostic device comprising: a position detection unit configured to obtain a travel position of the railway vehicle to output the travel position; a pressure measurement unit (9A - 9D) configured to measure a pressure value of pressure loaded on a spring mechanism (7A - 7D) provided between the vehicle body and the bogie to output the pressure value; a spring mechanism displacement calculation unit configured to calculate a vertical displacement of the spring mechanism (7A - 7D) through use of the pressure value of the spring mechanism (7A - 7D) output from the pressure measurement unit (9A - 9D) to output the vertical displacement; a spring mechanism displacement estimation unit which is arranged on the railway vehicle , and is configured to estimate the vertical displacement of the spring mechanism (7A - 7D) through use of a railway vehicle model obtained by modeling the railway vehicle , the travel position, and the pressure value of the spring mechanism (7A - 7D) to output the vertical displacement; and a shock absorber abnormality determination unit configured to determine an abnormality of the shock absorber (8A, 8B, 31A - 31D) by comparing a calculation value of the vertical displacement of the spring mechanism (7A - 7D) output from the spring mechanism displacement calculation unit and an estimation value of the vertical displacement of the spring mechanism (7A - 7D) output from the spring mechanism displacement estimation unit with each other. a position detection unit configured to obtain a travel position of the railway vehicle to output the travel position; a pressure measurement unit (9A - 9D) configured to measure a pressure value of pressure loaded on a spring mechanism (7A - 7D) provided between the vehicle body and the bogie to output the pressure value; a spring mechanism displacement calculation unit configured to calculate a vertical displacement of the spring mechanism (7A - 7D) through use of the pressure value of the spring mechanism (7A - 7D) output from the pressure measurement unit (9A - 9D) to output the vertical displacement; a spring mechanism displacement estimation unit which is arranged on the railway vehicle , and is configured to estimate the vertical displacement of the spring mechanism (7A - 7D) through use of a railway vehicle model obtained by modeling the railway vehicle , the travel position, and the pressure value of the spring mechanism (7A - 7D) to output the vertical displacement; and a shock absorber abnormality determination unit configured to determine an abnormality of the shock absorber (8A, 8B, 31A - 31D) by comparing a calculation value of the vertical displacement of the spring mechanism (7A - 7D) output from the spring mechanism displacement calculation unit and an estimation value of the vertical displacement of the spring mechanism (7A - 7D) output from the spring mechanism displacement estimation unit with each other.
Surgical cutting guide , comprising: a body having at least one first cutting slot ; wherein the first cutting slot is formed between a first cutting guide surface and an opposing second cutting guide surface ; wherein the first cutting slot extends longitudinally between a first end stop surface and an opposing second end stop surface ; and wherein the first end stop surface has a first convex surface contour and/or the second end stop surface has a second convex surface contour , characterized in that the first convex surface contour and/or the second convex surface contour is formed by at least one radius (R), the radius (R) being between 10 mm and 30 mm. a body having at least one first cutting slot ; wherein the first cutting slot is formed between a first cutting guide surface and an opposing second cutting guide surface ; wherein the first cutting slot extends longitudinally between a first end stop surface and an opposing second end stop surface ; and wherein the first end stop surface has a first convex surface contour and/or the second end stop surface has a second convex surface contour , characterized in that the first convex surface contour and/or the second convex surface contour is formed by at least one radius (R), the radius (R) being between 10 mm and 30 mm.
An information processing apparatus , adapted to provide a development environment for generating a user interface used for receiving an operation for an apparatus serving as a control target, the information processing apparatus comprising: a display unit adapted to display a generation screen for generating the user interface ; a storage unit for storing a plurality of object images serving as candidates for configuring the user interface ; an operation receiving unit adapted to receive a selection of arbitrary object images among the plurality of object images and to receive an operation for arranging the selected object images at arbitrary positions on the generation screen ; and a build unit adapted to output an executable file used for configuring the user interface including the object images arranged on the generation screen on the basis of reception of a build instruction for the user interface , wherein, when the build instruction is received in a state in which two or more object images among the plurality of object images are arranged on the generation screen , the build unit is adapted to generate a composite image including the two or more object images and further to output coordinate information of each of the object images serving as composition sources inside the composite image and the composite image . a display unit adapted to display a generation screen for generating the user interface ; a storage unit for storing a plurality of object images serving as candidates for configuring the user interface ; an operation receiving unit adapted to receive a selection of arbitrary object images among the plurality of object images and to receive an operation for arranging the selected object images at arbitrary positions on the generation screen ; and a build unit adapted to output an executable file used for configuring the user interface including the object images arranged on the generation screen on the basis of reception of a build instruction for the user interface , wherein, when the build instruction is received in a state in which two or more object images among the plurality of object images are arranged on the generation screen , the build unit is adapted to generate a composite image including the two or more object images and further to output coordinate information of each of the object images serving as composition sources inside the composite image and the composite image .
The non-therapeutic cosmetic use of a water-soluble extract of Bixa orellana for preventing and/or reducing sebum secretion and/or for preventing and/or reducing the unaesthetic and/or unpleasant and/or uncomfortable manifestations linked to sebum secretion, wherein the extract of Bixa orellana is a seed extract obtained by aqueous extraction.
A turbocharger compressor housing for a motor vehicle, the housing comprising: a compressor housing portion for housing at least a portion of the turbocharger compressor; a compressor inlet duct portion for carrying a flow of inlet gases to an inlet of the turbocharger compressor; and a crankcase ventilation pipe in fluidic communication with the inlet of the turbocharger compressor, the pipe for the introduction of crankcase ventilation gases into the turbocharger compressor, wherein the pipe is integrally formed with the compressor housing portion, wherein the turbocharger compressor housing is a one-piece component, wherein the turbocharger compressor housing further comprises a crankcase ventilation inlet chamber configured to extend about a compressor intake duct , wherein the crankcase ventilation inlet chamber is in fluidic communication with the inlet of the turbocharger compressor, and wherein the pipe is in fluidic communication with the crankcase ventilation inlet chamber, wherein the crankcase ventilation pipe comprises an inlet opening , an outlet opening and a duct portion extending between the inlet opening and the outlet opening, characterized in that a wall of the duct portion is in contact with a part of the compressor housing portion forming a wall of a compressor outlet volume . a compressor housing portion for housing at least a portion of the turbocharger compressor; a compressor inlet duct portion for carrying a flow of inlet gases to an inlet of the turbocharger compressor; and a crankcase ventilation pipe in fluidic communication with the inlet of the turbocharger compressor, the pipe for the introduction of crankcase ventilation gases into the turbocharger compressor, wherein the pipe is integrally formed with the compressor housing portion, wherein the turbocharger compressor housing is a one-piece component, wherein the turbocharger compressor housing further comprises a crankcase ventilation inlet chamber configured to extend about a compressor intake duct , wherein the crankcase ventilation inlet chamber is in fluidic communication with the inlet of the turbocharger compressor, and wherein the pipe is in fluidic communication with the crankcase ventilation inlet chamber, wherein the crankcase ventilation pipe comprises an inlet opening , an outlet opening and a duct portion extending between the inlet opening and the outlet opening, characterized in that a wall of the duct portion is in contact with a part of the compressor housing portion forming a wall of a compressor outlet volume .
An ultrasonic transducer having a longitudinal length comprising: a piezoelectric layer ; an acoustic matching layer disposed on an upper surface of the piezoelectric layer ; and a plurality of back efficiency layers that are disposed on a lower surface of the piezoelectric layer and each have different acoustic impedances (Z 1 , Z 2 , Z 3 ) and different thicknesses (T 1 , T 2 , T 3 ) along the longitudinal length of the ultrasonic transducer ; the ultrasonic transducer characterized in that the plurality of back efficiency layers is configured to absorb first ultrasonic waves progressing downward the longitudinal length of the ultrasonic transducer to reduce noise and to change a direction of second ultrasonic waves progressing downward the longitudinal length of the ultrasonic transducer to improve characteristics of said ultrasonic transducer , wherein a thickness (T 1 , T 2 , T 3 ) of each of the back efficiency layers is in a range of λ/16 to λ/2,in which λ is an acoustic wavelength of the ultrasonic transducer , and wherein the acoustic impedances (Z 1 , Z 2 , Z 3 ) of the back efficiency layers sequentially decrease to a predetermined back efficiency layer, and then increase from the predetermined back efficiency layer in a direction away from the piezoelectric layer . a piezoelectric layer ; an acoustic matching layer disposed on an upper surface of the piezoelectric layer ; and a plurality of back efficiency layers that are disposed on a lower surface of the piezoelectric layer and each have different acoustic impedances (Z 1 , Z 2 , Z 3 ) and different thicknesses (T 1 , T 2 , T 3 ) along the longitudinal length of the ultrasonic transducer ; the ultrasonic transducer characterized in that the plurality of back efficiency layers is configured to absorb first ultrasonic waves progressing downward the longitudinal length of the ultrasonic transducer to reduce noise and to change a direction of second ultrasonic waves progressing downward the longitudinal length of the ultrasonic transducer to improve characteristics of said ultrasonic transducer , wherein a thickness (T 1 , T 2 , T 3 ) of each of the back efficiency layers is in a range of λ/16 to λ/2,in which λ is an acoustic wavelength of the ultrasonic transducer , and wherein the acoustic impedances (Z 1 , Z 2 , Z 3 ) of the back efficiency layers sequentially decrease to a predetermined back efficiency layer, and then increase from the predetermined back efficiency layer in a direction away from the piezoelectric layer .
Apparatus for propelling a projectile, comprising: a carriage which holds a striking driver , the carriage being mounted for guided movement along a predetermined path, a cable or string which engages the carriage, means for retracting the carriage, wherein the cable or string is configured such that retraction of the carriage increases tension in the cable or string, means for releasing the carriage, wherein tension in the cable or string causes the carriage to move, means for guiding the carriage such that the striking driver impacts a projectile held in a loading port on the apparatus, characterized by a safety device for selectively preventing the apparatus from propelling the projectile, wherein the safety device includes a device that can lock the means for releasing the carriage . a carriage which holds a striking driver , the carriage being mounted for guided movement along a predetermined path, a cable or string which engages the carriage, means for retracting the carriage, wherein the cable or string is configured such that retraction of the carriage increases tension in the cable or string, means for releasing the carriage, wherein tension in the cable or string causes the carriage to move, means for guiding the carriage such that the striking driver impacts a projectile held in a loading port on the apparatus, characterized by a safety device for selectively preventing the apparatus from propelling the projectile, wherein the safety device includes a device that can lock the means for releasing the carriage .
Method for conveying plate-shaped components, in particular glass panes , wherein at least one first component is stopped in a region and optionally processed and in which at least one second component is moved past the first component, characterized in that plate-shaped components are raised remaining in a substantially vertical conveying plane from a first conveying path transversely to the conveying direction (arrow 17) into a further conveying path and are lowered transversely to the conveying direction (arrow 17) into the first conveying path , in that the components are moved in the conveying paths at speeds differing from one another, in that at least one component is processed in at least one region which lies in the first conveying path , and in that the second component is raised from a first conveying path into a second conveying path remaining in its plane and in the conveying plane transversely to the conveying direction (arrow 17) in which the second component has been conveyed up, in that the second component is moved past the first component, which is stopped in the region , in the second conveying path by conveying the second component beyond the region in a direction parallel to the conveying direction, and in that the second component is moved downwards again after the region and then conveyed away.
Partitioning device for a vehicle , having an articulation system connecting a mobile partition to a body structure of a vehicle, the articulation system allowing the mobile partition to adopt a deployed position in which it is able to separate a loading compartment from a passenger compartment , and a position partitioning the passenger compartment in which it is able to create an opening for accessing the passenger compartment, the articulation system comprising at least one pivot connection which permits the angular forward movement of the mobile partition about a vertical axis such that the opening for accessing the passenger compartment that is obtained by the mobile partition in the position partitioning the passenger compartment extends approximately over the entire height (H) of the loading compartment, the articulation system comprising at least one slide connection which permits the longitudinal movement of the mobile partition , each slide connection being formed by a guide rail mounted securely on the floor of the loading compartment , characterized in that the pivot connection and the slide connection are connected to one another by an assembly module comprising at least one link rod connected so as to rotate relative to the vertical axis for the pivot connection, and a second link rod which is connected so as to slide relative to the guide rail, in each case via one of their ends, the assembly module comprising a connection interface which is mounted reversibly on the mobile partition , the other one of the ends of the link rods being mounted so as to rotate on the connection interface and the second link rod which is connected so as to slide relative to the guide rail via one of its ends comprising a sliding runner .
A photosensitive chip package structure, comprising a substrate and a photosensitive chip mounted on the substrate , wherein a side of the photosensitive chip away from the substrate has a photosensitive area and a non-photosensitive area surrounding the photosensitive area , and the photosensitive chip is electrically connected to the substrate by using a metal wire ; and further comprising: a frame , disposed on the side of the photosensitive chip away from the substrate , wherein an avoidance groove used to avoid the metal wire is disposed on a side of the frame facing the substrate , the avoidance groove extends along a side edge of the frame , and an inner wall of the avoidance groove is an arc-shaped inner wall; and a filling glue , filled in the avoidance groove , and used to wrap the metal wire and bond the frame to the non-photosensitive area of the photosensitive chip and the substrate . a frame , disposed on the side of the photosensitive chip away from the substrate , wherein an avoidance groove used to avoid the metal wire is disposed on a side of the frame facing the substrate , the avoidance groove extends along a side edge of the frame , and an inner wall of the avoidance groove is an arc-shaped inner wall; and a filling glue , filled in the avoidance groove , and used to wrap the metal wire and bond the frame to the non-photosensitive area of the photosensitive chip and the substrate .
A watch winder of the type comprising: a fixed assembly having a central shaft ; a rotatable assembly rotatably mounted to the central shaft and comprising a housing having distal end configured to receive a watch; and a drive assembly mounted on the fixed assembly to and configured to rotate the rotatable assembly about the central shaft and comprising a motor and a drive gear , wherein the drive assembly and fixed assembly are mounted within the housing of the rotatable assembly, and the central shaft extends proximally of the housing to mount the watch winder to a support, characterised in that the drive assembly comprises a battery assembly operatively connected to the motor and the housing is axially mounted on the central shaft by means of a distal bearing plate and a spaced apart proximal bearing plate , wherein the drive assembly is fixed to the central shaft between the two spaced apart bearings plates. a fixed assembly having a central shaft ; a rotatable assembly rotatably mounted to the central shaft and comprising a housing having distal end configured to receive a watch; and a drive assembly mounted on the fixed assembly to and configured to rotate the rotatable assembly about the central shaft and comprising a motor and a drive gear , wherein the drive assembly and fixed assembly are mounted within the housing of the rotatable assembly, and the central shaft extends proximally of the housing to mount the watch winder to a support, characterised in that the drive assembly comprises a battery assembly operatively connected to the motor and the housing is axially mounted on the central shaft by means of a distal bearing plate and a spaced apart proximal bearing plate , wherein the drive assembly is fixed to the central shaft between the two spaced apart bearings plates.
A manually operable head assembly for a dispenser for pasty products, for example for toothpastes, comprising: - a head made in a single piece of a plastic material, adapted to be applied to a container tube of the dispenser , said head being provided with a dispensing tube having an opening for dispensing the product and an initial section ; - a pump , consisting of an internally hollow casing made in a single piece of a plastic material, comprising a pump neck slidingly inserted on the initial section of the dispensing tube , a dome-shaped cap joined to the pump neck , which is elastically deformable, and an annular connection portion joined to the cap ; - an actuator made in a single piece of a plastic material, movably supported by the head and adapted to be manually operated to at least partially deform the pump and obtain the dispensing of the product; - wherein the pump further comprises a plurality of flexible flaps circumferentially spaced, protruding internally from the cap or from the connection portion , characterized in that each flexible flap is adapted to close a respective window of a plurality of windows of the container tube independently of the other flaps for obtaining a lower valve or a suction valve of the dispenser . - a head made in a single piece of a plastic material, adapted to be applied to a container tube of the dispenser , said head being provided with a dispensing tube having an opening for dispensing the product and an initial section ; - a pump , consisting of an internally hollow casing made in a single piece of a plastic material, comprising a pump neck slidingly inserted on the initial section of the dispensing tube , a dome-shaped cap joined to the pump neck , which is elastically deformable, and an annular connection portion joined to the cap ; - an actuator made in a single piece of a plastic material, movably supported by the head and adapted to be manually operated to at least partially deform the pump and obtain the dispensing of the product; - wherein the pump further comprises a plurality of flexible flaps circumferentially spaced, protruding internally from the cap or from the connection portion ,
A mobile body , comprising: a map storage that stores travel path information; and an intelligence processor that recognizes whether or not an object in a periphery is a mobile body to be followed, characterized in that , when the object is the mobile body to be followed and the mobile body to be followed does not exist on a travel path indicated by the travel path information, the intelligence processor sets a position on the travel path in which the mobile body to be followed is projected, as a temporary destination . a map storage that stores travel path information; and an intelligence processor that recognizes whether or not an object in a periphery is a mobile body to be followed, characterized in that , when the object is the mobile body to be followed and the mobile body to be followed does not exist on a travel path indicated by the travel path information, the intelligence processor sets a position on the travel path in which the mobile body to be followed is projected, as a temporary destination .