mhurhangee/patent-ind-claim-en huggingface dataset:
A tubular threaded joint constituted by a pin and a box each having a contact surface comprising an unthreaded metal contact portion including a seal portion and a shoulder portion and a threaded portion, wherein the contact surface of at least one of the pin and the box has a first lubricating coating and a second lubricating coating, the first lubricating coating being a solid lubricating coating formed on a portion of the contact surface including the shoulder portion, the second lubricating coating being selected from a viscous liquid lubricating coating and a solid lubricating coating and formed on at least a portion of the contact surface where the first lubricating coating is not present, the first lubricating coating having a coefficient of friction which is higher than that of the second lubricating coating, the second lubricating coating being positioned on top if there is a portion of the contact surface in which both the first lubricating coating and the second lubricating coating are present, characterized in that the portion of the contact surface including the shoulder portion on which the first lubricating coating is formed is an unthreaded metal contact portion of the contact surface, and in that the unthreaded metal contact portion of the contact surface of at least one of the pin and the box has the first lubricating coating, and the entirety of the contact surface has the second lubricating coating formed atop the first lubricating coating.
A method of deploying a group of divers from a submerged submarine having a pressure hull and an outer hull, the method comprising the steps of: a) Drive to the drop zone with the submarine , b) ejecting the divers from the pressure hull through an airlock of the submarine into a water flow waiting area during step a), wherein the airlock is disposed between the pressure hull and the area between the pressure hull and the outer hull, wherein the waiting area is disposed between the pressure hull and the outer hull, c) After reaching the drop-off area , drop off the divers from the holding area , d) Departure from the drop zone by the submarine . a) Drive to the drop zone with the submarine , b) ejecting the divers from the pressure hull through an airlock of the submarine into a water flow waiting area during step a), wherein the airlock is disposed between the pressure hull and the area between the pressure hull and the outer hull, wherein the waiting area is disposed between the pressure hull and the outer hull, c) After reaching the drop-off area , drop off the divers from the holding area , d) Departure from the drop zone by the submarine .
A stent comprising: a stent body defining a length (L) and comprising a plurality of cells ; each cell comprising two structural members extending in an undulating pattern; each structural member comprising a plurality of cell segments defining a plurality of generally semi-circular arcuate nodes therebetween; wherein at least one node includes a non-constant radius of curvature, such that the inside edge of the node includes at least two distinct radii of curvature (R SA , R SB ), and wherein the at least two distinct radii of curvature (R SA , R SB ) are curved in a same direction, characterized in that the radius of curvature (R SA ) of an inner edge of an apex of the node is smaller than the radius of curvature (R SB ) of an inner edge located between the apex of the node and each adjacent cell segment. a stent body defining a length (L) and comprising a plurality of cells ; each cell comprising two structural members extending in an undulating pattern; each structural member comprising a plurality of cell segments defining a plurality of generally semi-circular arcuate nodes therebetween; wherein at least one node includes a non-constant radius of curvature, such that the inside edge of the node includes at least two distinct radii of curvature (R SA , R SB ), and wherein the at least two distinct radii of curvature (R SA , R SB ) are curved in a same direction, characterized in that the radius of curvature (R SA ) of an inner edge of an apex of the node is smaller than the radius of curvature (R SB ) of an inner edge located between the apex of the node and each adjacent cell segment.
A processor-implemented method for remotely annotating at least one object in real-time, the method comprising: receiving a video stream comprising one or more objects from a site device; identifying the at least one object in the video stream to be annotated by comparing at least one frame of the video stream with one or more objects; determining orientation data of the at least one object identified in the video stream; obtaining a unique context identifier associated with each of the at least one object from the object database based on the identification; providing the unique context identifier associated with the at least one object to a remote device for generating annotated data ; receiving the annotated data , from the remote device ; converting the annotated data to three dimensional space coordinates; and rendering the converted annotated data on the at least one object based on the orientation data for remotely annotating at least one object in real-time; characterized in that : the at least one frame of the video stream is compared with predefined frames comprising the one or more objects, the predefined frames obtained from an object database, the annotated data is received in two dimensional space coordinates, and the annotated data is converted to three dimensional space coordinates based on a width, a height, and the orientation data of the at least one object in the video stream. receiving a video stream comprising one or more objects from a site device; identifying the at least one object in the video stream to be annotated by comparing at least one frame of the video stream with one or more objects; determining orientation data of the at least one object identified in the video stream; obtaining a unique context identifier associated with each of the at least one object from the object database based on the identification; providing the unique context identifier associated with the at least one object to a remote device for generating annotated data ; receiving the annotated data , from the remote device ; converting the annotated data to three dimensional space coordinates; and rendering the converted annotated data on the at least one object based on the orientation data for remotely annotating at least one object in real-time; characterized in that : the at least one frame of the video stream is compared with predefined frames comprising the one or more objects, the predefined frames obtained from an object database, the annotated data is received in two dimensional space coordinates, and the annotated data is converted to three dimensional space coordinates based on a width, a height, and the orientation data of the at least one object in the video stream. the at least one frame of the video stream is compared with predefined frames comprising the one or more objects, the predefined frames obtained from an object database, the annotated data is received in two dimensional space coordinates, and the annotated data is converted to three dimensional space coordinates based on a width, a height, and the orientation data of the at least one object in the video stream.
A communication controller for controlling Time-Division Duplexing TDD communications over a plurality of subscriber lines (L 1 to L 4 ) making use of a common TDD frame structure , the common TDD frame structure comprising a total number N of transmission slots per TDD frame, a first number N DS of which are configured for downstream communications over the subscriber lines and a second number N US of which are configured for upstream communications over the subscriber lines, the communication controller being configured to receive traffic measurements performed over the respective subscriber lines, and to determine a first target number N DS,TAR of downstream transmission slots per TDD frame and a second target number N US,TAR of upstream transmission slots per TDD frame to be sustained over the subscriber lines during one or more TDD frames based on the traffic measurements, wherein the communication controller is further configured, if a difference or a weighted difference between a downstream margin N DS - N DS,TAR and an upstream margin N US - N US,TAR is greater than a given threshold, to adjust the first number N DS and the second number N US such that the difference or weighted difference between the downstream and upstream margins is reduced.
A method for managing use of protected content (222; 220) stored on a server and provided to a client computer by providing a specific user interface to an application program on the client computer, the application program being used to render the content on the client computer , said method comprising: upon attempting to render the content by said application program , executing a software component that is referenced by said content (222; 220); wherein the software component , when executed, performs the steps of: identifying a user interface description; building a specific user interface based on the user interface description; replacing the standard user interface of said application program used to render the content with the specific user interface ; wherein said content (222; 220) is provided in a form compatible with the application program used to render the content on the client computer ; said user interface description is referenced by and associated with said protected content (222; 220); wherein said step of identifying comprises identifying a reference to the user interface description contained in the content; and a step of enforcing usage rights in the client computer by a security module attached to the application program , said usage rights being associated with said content. upon attempting to render the content by said application program , executing a software component that is referenced by said content (222; 220); wherein the software component , when executed, performs the steps of: identifying a user interface description; building a specific user interface based on the user interface description; replacing the standard user interface of said application program used to render the content with the specific user interface ; wherein identifying a user interface description; building a specific user interface based on the user interface description; replacing the standard user interface of said application program used to render the content with the specific user interface ; wherein said content (222; 220) is provided in a form compatible with the application program used to render the content on the client computer ; said user interface description is referenced by and associated with said protected content (222; 220); wherein said step of identifying comprises identifying a reference to the user interface description contained in the content; and a step of enforcing usage rights in the client computer by a security module attached to the application program , said usage rights being associated with said content.
A tubular-member lock mechanism , comprising: a cylindrical housing to which a tubular member having an engagement portion at at least one end is mounted; and a lock member for engaging or releasing the housing and the tubular member , wherein the housing includes a lock-member guide wall turnably guiding the lock member , at least two sliding surfaces wherein a tip portion of the lock member slides accompanied by turning of the lock member , and having different inclinations, and a slit through which one portion of the lock member passes to engage the engagement portion of the tubular member mounted to the housing , and the lock member , at a standby/lock position, engages the engagement portion formed on an outer periphery of the tubular member passing through at the slit by an elastic force of the lock member , and the lock member , at a release position where a rotational load is applied, spreads by the sliding surfaces having the different inclinations to be released from the engagement portion of the tubular member , wherein the lock member includes a bent portion bent in an axis direction of the housing , and a rotational load is applied to the bent portion to operate so as to spread the lock member , wherein the lock-member guide wall includes a gap (H) controlling a turning range of the bent portion of the lock member at one portion thereof, characterized by further comprising a falling prevention member covering the gap (H) of the lock-member guide wall from above with a predetermined interval to prevent the lock member from falling off. a cylindrical housing to which a tubular member having an engagement portion at at least one end is mounted; and a lock member for engaging or releasing the housing and the tubular member , wherein the housing includes a lock-member guide wall turnably guiding the lock member , at least two sliding surfaces wherein a tip portion of the lock member slides accompanied by turning of the lock member , and having different inclinations, and a slit through which one portion of the lock member passes to engage the engagement portion of the tubular member mounted to the housing , and
A package comprising a pharmaceutical composition and a container, wherein the pharmaceutical composition is a lyophilized preparation containing a saccharide-degrading enzyme as an active ingredient, and the container contains the pharmaceutical composition and has at least one material selected from a group consisting of fine ceramics, silicone resins and fluorine resins at an inner surface of the container, wherein the saccharide-degrading enzyme comprises chondroitinase ABC, and wherein an amount of the enzyme per the container is less than 10 μg and not less than 0.1 μg. the pharmaceutical composition is a lyophilized preparation containing a saccharide-degrading enzyme as an active ingredient, and the container contains the pharmaceutical composition and has at least one material selected from a group consisting of fine ceramics, silicone resins and fluorine resins at an inner surface of the container, wherein the saccharide-degrading enzyme comprises chondroitinase ABC, and wherein an amount of the enzyme per the container is less than 10 μg and not less than 0.1 μg.
A static eliminator for a parts feeder on which works are moved, comprising: a hollow cylindrical or truncated conical cup , which is opened at its bottom portion; an ion generating chamber , which is provided above the upper portion of the cup; an ion injection opening connecting the cup and the ion generating chamber , characterized in that the ion injection opening is arranged such that air ions generated in the ion generating chamber are sucked into the cup when there is negative pressure within the cup ; and further comprising two air injection openings , provided on opposite sides of an upper portion of the inner wall of the cup , wherein the air injection openings are operable to inject high-speed air into the cup along the inner wall in a direction tangential to the inner wall of the cup, such that a downward-circling cyclone is generated along said inner wall. a hollow cylindrical or truncated conical cup , which is opened at its bottom portion; an ion generating chamber , which is provided above the upper portion of the cup; an ion injection opening connecting the cup and the ion generating chamber , characterized in that the ion injection opening is arranged such that air ions generated in the ion generating chamber are sucked into the cup when there is negative pressure within the cup ; and further comprising two air injection openings , provided on opposite sides of an upper portion of the inner wall of the cup , wherein the air injection openings are operable to inject high-speed air into the cup along the inner wall in a direction tangential to the inner wall of the cup, such that a downward-circling cyclone is generated along said inner wall.
A measuring instrument (M;M';M";M′′′) for controlling the density of particles in a particle stream, especially small particles, which measuring instrument (M;M';M";M′′′) comprises - a first dosing chute having a first receiving end and a first delivering end , which first dosing chute is attached to a first vibration generator , - a second dosing chute having a second receiving end facing the first delivering end and a second delivering end , which second dosing chute is attached to a second vibration generator , - the first dosing chute is placed higher up than the second dosing chute whereby the particles on the first dosing chute can be delivered in free fall from the first delivering end of the first dosing chute to the second dosing chute , - a first light source and a first camera , - a computer unit is connected to the first vibration generator , the second vibration generator , and the first camera to control a dosing rate of the first dosing chute to the second dosing chute by means of signals from the first camera , wherein - said signals are analyzed by the computer unit to vary the vibration intensity of the first vibration generator and second vibration generator , whereby the particle stream that falls over a first edge of the first delivering end of the first dosing chute is controlled so that the particles in the second dosing chute are separated, characterised in that - the first light source and the first camera are placed above the first dosing chute and the second dosing chute , whereby the first camera covers an angle that corresponds to a field of view spanning the first receiving end to the second delivering end. - a first dosing chute having a first receiving end and a first delivering end , which first dosing chute is attached to a first vibration generator , - a second dosing chute having a second receiving end facing the first delivering end and a second delivering end , which second dosing chute is attached to a second vibration generator , - the first dosing chute is placed higher up than the second dosing chute whereby the particles on the first dosing chute can be delivered in free fall from the first delivering end of the first dosing chute to the second dosing chute , - a first light source and a first camera , - a computer unit is connected to the first vibration generator , the second vibration generator , and the first camera to control a dosing rate of the first dosing chute to the second dosing chute by means of signals from the first camera , wherein - said signals are analyzed by the computer unit to vary the vibration intensity of the first vibration generator and second vibration generator , whereby the particle stream that falls over a first edge of the first delivering end of the first dosing chute is controlled so that the particles in the second dosing chute are separated, - the first light source and the first camera are placed above the first dosing chute and the second dosing chute , whereby the first camera covers an angle that corresponds to a field of view spanning the first receiving end to the second delivering end.
Cosmetic spray consisting of a) an oil-in-water emulsion (O/W emulsion) comprising polyglyceryl-10 stearate and also b) a spray applicator system, wherein the spray applicator system used is a bag-on-valve applicator system, in which a bag containing the O/W emulsion is in a pressurized gas container under positive pressure. a) an oil-in-water emulsion (O/W emulsion) comprising polyglyceryl-10 stearate and also b) a spray applicator system, wherein the spray applicator system used is a bag-on-valve applicator system, in which a bag containing the O/W emulsion is in a pressurized gas container under positive pressure.
A tank housing a vertical farm, wherein in the tank there is a closed space with an outer cylindrical configuration wherein the base or lower portion is flat and rests on the ground, wherein the closure or upper portion has rounded shapes, and wherein there is one entrance door , wherein inside the tank there are a plurality of structures installed at different heights to place trays of crops; said structures housing electric conduits that power LED lamps and housing the hydraulic conduits that supply said trays ; wherein a hollow space is created in the central shaft of the tank which is used for the installation of a liftable platform to access the different trays located in the structures; and wherein it is comprised a sealed and closed compartment intended for the electric and electronic control systems for controlling the optimal parameters of the crop, and from which also originates the general electric supply duct ; characterized in that the tank has flat inner walls; wherein by means of supports , that are height adjustable on the inner flat walls, said structures are supported and fastened at different adjustable heights said structures being ring-shaped projection platforms forming the central hollow space, and wherein said structures comprise a front lid; and wherein in the lower portion of the tank there is a vestibule before the access to the platform which is accessed through the door and that next to this vestibule there are hydraulic tanks for the supply of water and nutrient products, from which originates the general hydraulic supply duct of the tank, and the sealed and closed compartment is in said lower portion of the tank .
Ultrasonic laminating process using a sonotrode for a thermofusible article consisting of two thermofusible layers which are either overlapping and intended to be joined by the ultrasonic laminating process, or already joined by a cutting-welding technique, characterized in that it consists of positioning a strip capable of conducting the vibrations generated by the sonotrode between the sonotrode and the article to be laminated by means of arrangements in the form of a support base from which two arms extend, positioned on either side of the area to be laminated and each receiving an end of the strip , the two arms being arranged to position the strip between the welding area and the sonotrode , substantially resting on the welding area, and to perform the laminating operation by moving the sonotrode in the plane of the thermofusible article to be laminated, with said sonotrode resting on the strip , the coefficient of friction between the strip and the sonotrode being lower than the coefficient of friction between the article to be laminated and the sonotrode.