mhurhangee/patent-ind-claim-en huggingface dataset:
A pressurized fluid (e.g. acid) injection assembly for mounting to a subsea Xmas tree , the Xmas tree having a first conduit communicating with production tubing of a subsea hydrocarbon well, the fluid injection assembly comprising: a. a second conduit for delivery of fluid (e.g. acid) via the Xmas tree to the hydrocarbon well; b. a connector at a first end of the second conduit , for connecting the second conduit to the first conduit of the Xmas tree; c. a fail-safe close valve in the second conduit ; d. a fluid delivery connector for connecting to a fluid delivery pipe for supply of fluid to the injection assembly , the fluid delivery connector located at a second end of the second conduit , optionally wherein the fluid injection system is suitable for injection of fluid at a rate selected from: between 5,000 and 15,000 liters per minute; up to 15,000 liters per minute; between 8,000 and 12,000 liters per minute; up to 12,000 liters per minute; and up to 10,000 liters per minute; characterized in that the fail-safe close valve has a hydraulic control line for connection to a control unit on a marine vessel , such that the fail-safe close valve is controllable exclusively from the marine vessel . a. a second conduit for delivery of fluid (e.g. acid) via the Xmas tree to the hydrocarbon well; b. a connector at a first end of the second conduit , for connecting the second conduit to the first conduit of the Xmas tree; c. a fail-safe close valve in the second conduit ; d. a fluid delivery connector for connecting to a fluid delivery pipe for supply of fluid to the injection assembly , the fluid delivery connector located at a second end of the second conduit , optionally wherein the fluid injection system is suitable for injection of fluid at a rate selected from: between 5,000 and 15,000 liters per minute; up to 15,000 liters per minute; between 8,000 and 12,000 liters per minute; up to 12,000 liters per minute; and up to 10,000 liters per minute;
An enucleated red blood cell comprising an exogenous polypeptide comprising desmoglein-1, desmoglein-3 or, a fragment of desmoglein-1 or desmoglein-3, wherein the fragment of desmoglein-1 or the fragment of desmoglein-3 is capable of interacting with an anti-desmoglein-1 or anti-desmoglein-3 autoantibody, respectively.
A turntable mechanism, configured to generate a negative pressure towards a surface of an adsorbed object , comprising a flat plate and a rotating device for driving the flat plate to rotate, characterized in that the flat plate is adapted to rotate in order to generate the negative pressure by rotating a fluid film through a viscous effect between a lower surface of the flat plate and the surface of the adsorbed object , whereby the flat plate and the adsorbed object adhere together by an adsorption force generated by the negative pressure and a gap is kept between the lower surface of the flat plate and the surface of the adsorbed object .
Filter assembly for a surgical suction system, wherein the filter assembly has an intake fitting , an output fitting and a filter chamber , wherein the filter chamber is arranged between the intake fitting and the output fitting , wherein at least one filter element is arranged inside the filter chamber , wherein either at least a region of the filter element is constructed on the basis of at least one bone substitute material - preferably a bioresorbable bone substitute material or at least a region of the filter element is constructed on the basis of at least one support material - particularly on the basis of at least one plastic -, wherein at least one bone substitute material - preferably at least one bioresorbable bone substitute material - is arranged inside the filter element , and wherein autologous tissue components which are entrained in a fluid flowing through the filter assembly can be separated by the filter element .
An image-processing method, comprising: controlling a primary camera to capture a plurality of primary images, and simultaneously controlling a secondary camera to capture a plurality of secondary images ; obtaining a reference primary image from the plurality of primary images, and obtaining a reference secondary image co-captured with the reference primary image in a same group from the plurality of secondary images ; starting a multithread-based parallel processing mechanism, calling a first thread to perform a multiframe-synthesizing noise-reduction process for the plurality of primary images so as to generate a target primary image, and simultaneously calling a second thread to obtain depth information according to the reference primary image and the reference secondary image ; performing a blurring process for a background region of the target primary image according to the depth information . controlling a primary camera to capture a plurality of primary images, and simultaneously controlling a secondary camera to capture a plurality of secondary images ; obtaining a reference primary image from the plurality of primary images, and obtaining a reference secondary image co-captured with the reference primary image in a same group from the plurality of secondary images ; starting a multithread-based parallel processing mechanism, calling a first thread to perform a multiframe-synthesizing noise-reduction process for the plurality of primary images so as to generate a target primary image, and simultaneously calling a second thread to obtain depth information according to the reference primary image and the reference secondary image ; performing a blurring process for a background region of the target primary image according to the depth information .
Method for determining the refractive power of a large-area transparent object , e.g. a windshield, a visual aid, a cockpit glazing, a helmet glazing or the like, wherein the object is composed of a plurality of volume elements, wherein the behavior of each volume element is approximated in each case by a model of a lens, wherein by means of a camera on at least one predetermined volume element of the object a first image of a first line grid through the object is detected and by means of a computing unit subsequently the line spacing of the first image transverse to the lines of the first line grid is determined on the basis of the first image through the at least one predetermined volume element, wherein by means of the camera additionally a second image of a second line grid and a third image of a third line grid are detected by the object , wherein the lines of the second line grid run at an angle unequal to 0° to the lines of the first line grid and the lines of the third line grid run at an angle unequal to 0° to the lines of the first line grid and unequal to 0° to the lines of the second line grid , and by means of the computing unit, on the basis of the second image and the third image, in each case the line spacing of the second image and of the third image transversely to the lines of the respective line grid are subsequently determined, taking into account the rotation of the lines with respect to the respective line grid , wherein on the basis of the line spacings obtained, taking into account the rotation of the lines with respect to the respective line grid , the refractive power in each azimuthal direction at the at least one predetermined volume element of the object is calculated, wherein the detection of the first, second and third images takes place successively or simultaneously, wherein in the simultaneous detection of the images the first, second and third images are produced by illumination of the line grids with light of different wavelengths and the camera detects the different wavelength ranges separately.
A method for context-sensitive hand interaction with an immersive environment comprising: determining , by a context determiner , a contextual factor for a user, wherein the contextual factor includes properties of the user in a physical environment, properties of a representation of the user in an immersive environment, or values of settings in the system that the user is able to modify; selecting an interaction mode based on the contextual factor, wherein the interaction mode defines how user inputs interact with the immersive environment , and wherein the interaction mode is a ray-based collision mode and the method further includes generating a virtual ray that extends in the pointing direction from a finger of the user; monitoring a hand of the user to determine a hand property, including monitoring the hand to determine a pointing direction of the finger of the user's hand; and determining an interaction with an immersive environment based on the interaction mode and the hand property. determining , by a context determiner , a contextual factor for a user, wherein the contextual factor includes properties of the user in a physical environment, properties of a representation of the user in an immersive environment, or values of settings in the system that the user is able to modify; selecting an interaction mode based on the contextual factor, wherein the interaction mode defines how user inputs interact with the immersive environment , and wherein the interaction mode is a ray-based collision mode and the method further includes generating a virtual ray that extends in the pointing direction from a finger of the user; monitoring a hand of the user to determine a hand property, including monitoring the hand to determine a pointing direction of the finger of the user's hand; and determining an interaction with an immersive environment based on the interaction mode and the hand property.
A latch element for the installation into a strike plate of a door for a limited release of a latch bolt of a door lock mechanism, comprising: - an installation assembly for installing the latch element at a strike plate of a door; and - a counter latch which is pivotably supported by the installation assembly , between a blocked position and a limited release position, about an axis oriented in parallel with the pivot axis of the door, and indeed by a predefined maximum angle, with the counter latch having a contact surface which is configured to come into contact with a latch bolt of the door in the blocked position in the installed state of the latch element in order to hold the door in its closed position; wherein the maximum angle is predefined such that the contact surface of the counter latch in the limited release position is pivoted so far with respect to the blocked position that the contact surface is suitable for also coming into contact with the latch bolt in the limited release position in the installed state of the latch element ; and wherein the installation assembly comprises a base plate which is configured for attachment to a strike plate of a door and which has a front side and a rear side , wherein, both in the blocked position and in the limited release position, the counter latch does not extend beyond the rear side of the base plate , characterized in that the installation assembly comprises a support clamp which can be attached to a front side of the base plate and which forms a respective flange at two oppositely disposed ends, said flange projecting from the front side of the base plate in the state attached to the base plate, with the counter latch extending between the two flanges and being pivotably supported by them between the blocked position and the release position. - an installation assembly for installing the latch element at a strike plate of a door; and - a counter latch which is pivotably supported by the installation assembly , between a blocked position and a limited release position, about an axis oriented in parallel with the pivot axis of the door, and indeed by a predefined maximum angle, with the counter latch having a contact surface which is configured to come into contact with a latch bolt of the door in the blocked position in the installed state of the latch element in order to hold the door in its closed position;
A door handle configured to be mounted to slide in an opening of the door between a rest position in which the handle is flush with the door and a working position in which the handle projects with respect to the door, the handle comprising: - a mechanism for operating the handle, - an unlocking device including a cylinder carried by a support directly or indirectly configured to be fixed to the door, the cylinder being configured to be connected to an unlocking element of the latch via an operating member of the unlocking element of the latch, characterized in that the mechanism for operating the handle comprising a first lever and a second lever articulated on the handle and connected to each other by a connecting rod to form with the handle a deformable quadrilateral whose deformation causes a translational displacement of the handle, and in that the cylinder is mounted to emerge facing the handle in an inclined manner with respect to a direction normal to the door. - a mechanism for operating the handle, - an unlocking device including a cylinder carried by a support directly or indirectly configured to be fixed to the door, the cylinder being configured to be connected to an unlocking element of the latch via an operating member of the unlocking element of the latch, characterized in that the mechanism for operating the handle comprising a first lever and a second lever articulated on the handle and connected to each other by a connecting rod to form with the handle a deformable quadrilateral whose deformation causes a translational displacement of the handle,
An integrated circuit structure, comprising: a first N-type fin-FET device having a first fin , the first N-type fin-FET device comprising a first gate electrode having a first workfunction metal layer having a composition, the first workfunction metal layer having a first thickness; and a second N-type fin-FET device having a second fin , the second N-type fin-FET device comprising a second gate electrode having a second workfunction metal layer having the composition, the second workfunction metal layer having a second thickness greater than the first thickness, wherein the second gate electrode of the second N-type fin-FET device has a gate length greater than a gate length of the first gate electrode of the first N-type fin-FET device. a first N-type fin-FET device having a first fin , the first N-type fin-FET device comprising a first gate electrode having a first workfunction metal layer having a composition, the first workfunction metal layer having a first thickness; and a second N-type fin-FET device having a second fin , the second N-type fin-FET device comprising a second gate electrode having a second workfunction metal layer having the composition, the second workfunction metal layer having a second thickness greater than the first thickness, wherein the second gate electrode of the second N-type fin-FET device has a gate length greater than a gate length of the first gate electrode of the first N-type fin-FET device.
A diving mask comprising: a body having a faceplate and a flexible skirt , said flexible skirt including a partition separating a top chamber for vision from a bottom chamber for breathing, the partition being arranged to bear on the user's nose so that the user's mouth and nose are situated in the bottom chamber while the user's eyes are situated in the top chamber , the partition including at least one passage arranged to allow fresh air to flow between the top chamber and the bottom chamber during a stage in which the user is breathing in; and a snorkel arranged to extend a top portion of the body , the snorkel including at least one air duct ; wherein the body includes an exhaled air exhaust device putting the bottom chamber into fluid-flow connection with the air duct of the snorkel ; the diving mask being characterized in that the exhaled air exhaust device includes at least a first check valve , located between the bottom chamber and the exhaled air exhaust device , to allow exhaled air from the bottom chamber to flow towards the air duct of the snorkel during a stage in which the user is breathing out, the first check valve being closed during a stage in which the user is breathing in. a body having a faceplate and a flexible skirt , said flexible skirt including a partition separating a top chamber for vision from a bottom chamber for breathing, the partition being arranged to bear on the user's nose so that the user's mouth and nose are situated in the bottom chamber while the user's eyes are situated in the top chamber , the partition including at least one passage arranged to allow fresh air to flow between the top chamber and the bottom chamber during a stage in which the user is breathing in; and a snorkel arranged to extend a top portion of the body , the snorkel including at least one air duct ; wherein the body includes an exhaled air exhaust device putting the bottom chamber into fluid-flow connection with the air duct of the snorkel ; the diving mask being characterized in that the exhaled air exhaust device includes at least a first check valve , located between the bottom chamber and the exhaled air exhaust device , to allow exhaled air from the bottom chamber to flow towards the air duct of the snorkel during a stage in which the user is breathing out, the first check valve being closed during a stage in which the user is breathing in.
A lavatory unit for use by persons with reduced mobility on-board a vehicle, comprising: - a lavatory housing structure enclosing a lavatory interior space ; - a door opening in the lavatory housing structure; - a toilet assembly inside the lavatory interior space, comprising a toilet with a toilet seat; and - a transition seating support for a user; wherein the transition seating support provides a first transfer position and a second transfer position ; wherein in the first transfer position, in an open door state the transition seating support is directly accessible for a person sitting in an on-board wheelchair that is located at least partly outside the lavatory unit such that the person can transfer to the transition seating support and vice versa; wherein the transition seating support is configured for a user to move from a seat-surface of the wheelchair to a seat-surface of the transition seating support; wherein in the second transfer position, a person sitting on the transition seating support can transfer to the toilet assembly and vice versa; and wherein the transition seating support is configured to provide transfer positions for a physical movement of a passenger between the on-board wheelchair and the toilet seat comprising in and out of the wheelchair, and on and off of the toilet seat. - a lavatory housing structure enclosing a lavatory interior space ; - a door opening in the lavatory housing structure; - a toilet assembly inside the lavatory interior space, comprising a toilet with a toilet seat; and - a transition seating support for a user; wherein the transition seating support provides a first transfer position and a second transfer position ; wherein in the first transfer position, in an open door state the transition seating support is directly accessible for a person sitting in an on-board wheelchair that is located at least partly outside the lavatory unit such that the person can transfer to the transition seating support and vice versa; wherein the transition seating support is configured for a user to move from a seat-surface of the wheelchair to a seat-surface of the transition seating support; wherein in the second transfer position, a person sitting on the transition seating support can transfer to the toilet assembly and vice versa; and wherein the transition seating support is configured to provide transfer positions for a physical movement of a passenger between the on-board wheelchair and the toilet seat comprising in and out of the wheelchair, and on and off of the toilet seat.
A terminal comprising: a control section configured to determine a position of an additional demodulation reference signal, DMRS, based on a first value associated with frequency hopping of a physical uplink shared channel, PUSCH, being enabled or a second value associated with frequency hopping of the PUSCH being disabled , the additional DMRS being a DMRS in addition to a first DMRS symbol; and a transmitting section configured to transmit the additional DMRS by using an allocation duration of the PUSCH. a control section configured to determine a position of an additional demodulation reference signal, DMRS, based on a first value associated with frequency hopping of a physical uplink shared channel, PUSCH, being enabled or a second value associated with frequency hopping of the PUSCH being disabled , the additional DMRS being a DMRS in addition to a first DMRS symbol; and a transmitting section configured to transmit the additional DMRS by using an allocation duration of the PUSCH.
A method for friction stir welding using a device , a tool , which is designed as a friction stir welding tool, being driven by means of a spindle with a spindle axis , a force acting on the spindle being measured and the method being controlled depending on the force measured at the spindle , characterized in that an adapter, particularly an angled head , is arranged between the spindle and the tool , so that the tool axis , about which the tool rotates, does not coincide with the spindle axis .
A method performed by a digital Distributed Antenna System, DAS, of routing aggregated carriers received by at least one digital master unit of the DAS to at least one digital remote unit of the DAS, characterized in comprising: identifying (S101) the received aggregated carriers to be transmitted to a wireless communication device located in a coverage area served by the at least one digital remote unit ; and routing (S102a) the identified aggregated carriers via a same routing path through the DAS to said at least one digital remote unit for transmission to the wireless communication device. identifying (S101) the received aggregated carriers to be transmitted to a wireless communication device located in a coverage area served by the at least one digital remote unit ; and routing (S102a) the identified aggregated carriers via a same routing path through the DAS to said at least one digital remote unit for transmission to the wireless communication device.