mhurhangee/ep-ind-claims huggingface dataset:
A filtration device (1; 100) for a filtration of a blood fluid including bone residues, said filtration device comprising: - a container and a lid arranged to close the container, said container and said lid delimiting between them a blood fluid suction chamber into which at least one outlet opening (22; 23, 24) adapted to be connected to a blood fluid aspiration device, and an inlet opening (38; 28) for an inlet of blood fluid including bone residues open; - a filtration means housed in the container for the collection of bone residues, said filtration device (1; 100) being characterized in that the filtration means is provided with a filter box which comprises a bottom wall and a peripheral screen through which the blood fluid is filtered and by which the bone residues are retained; and in that it comprises centrifugation means configured to generate a centrifugal effect of the blood fluid inside the filter box. - a container and a lid arranged to close the container, said container and said lid delimiting between them a blood fluid suction chamber into which at least one outlet opening (22; 23, 24) adapted to be connected to a blood fluid aspiration device, and an inlet opening (38; 28) for an inlet of blood fluid including bone residues open; - a filtration means housed in the container for the collection of bone residues, said filtration device (1; 100) being characterized in that the filtration means is provided with a filter box which comprises a bottom wall and a peripheral screen through which the blood fluid is filtered and by which the bone residues are retained; and in that it comprises centrifugation means configured to generate a centrifugal effect of the blood fluid inside the filter box.
A method for generating downlink frames comprising the steps of: splitting each of a Medium Access Control, MAC, layer Service Data Units, MSDUs, into one or more data units; generating fragments from the one or more data units, each of the fragments including fragmentation control information, fragment number information and one of the one or more data units; and assigning a number of the fragments to one of the downlink frames, the number being less than or equal to a predetermined number of possible fragments, wherein the predetermined number of possible fragments is one-half of total number of possible fragments and wherein the predetermined number of possible fragments is equal to the size of a fragment sequence number, FSN, window that is used to reorder fragments at a downlink receiver. splitting each of a Medium Access Control, MAC, layer Service Data Units, MSDUs, into one or more data units; generating fragments from the one or more data units, each of the fragments including fragmentation control information, fragment number information and one of the one or more data units; and assigning a number of the fragments to one of the downlink frames, the number being less than or equal to a predetermined number of possible fragments, wherein the predetermined number of possible fragments is one-half of total number of possible fragments and wherein the predetermined number of possible fragments is equal to the size of a fragment sequence number, FSN, window that is used to reorder fragments at a downlink receiver.
A method of image reconstruction based on image data from a photon-counting multi-bin x-ray detector, wherein each pulse originating from a photon interaction is compared using comparators with tunable voltage settings, denoted thresholds, wherein the threshold values change from day-to-day, said change being a drift of the detector over time, wherein said method comprises: - determining parameter(s) of a given functional form of the relationship between comparator settings expressed in voltage in the read-out chain of the x-ray detector and the corresponding energy threshold values expressed in energy based on a fitting procedure between i) a first set of data representative of a measured pulse height spectrum based on a measured x-ray spectrum and ii) a second set of data representative of a reference pulse height spectrum based on a previously acquired reference x-ray spectrum or a simulated x-ray spectrum, wherein a broad x-ray spectrum of an x-ray source associated with the imaging modality is used in a single x-ray exposure from an x-ray tube to acquire an accumulated spectrum of counts as a function of comparator voltage, and the first set of data representative of a measured pulse height spectrum is based on the acquired accumulated spectrum of counts; - performing image reconstruction based on the image data and the determined parameter(s). - determining parameter(s) of a given functional form of the relationship between comparator settings expressed in voltage in the read-out chain of the x-ray detector and the corresponding energy threshold values expressed in energy based on a fitting procedure between i) a first set of data representative of a measured pulse height spectrum based on a measured x-ray spectrum and ii) a second set of data representative of a reference pulse height spectrum based on a previously acquired reference x-ray spectrum or a simulated x-ray spectrum, wherein a broad x-ray spectrum of an x-ray source associated with the imaging modality is used in a single x-ray exposure from an x-ray tube to acquire an accumulated spectrum of counts as a function of comparator voltage, and the first set of data representative of a measured pulse height spectrum is based on the acquired accumulated spectrum of counts; - performing image reconstruction based on the image data and the determined parameter(s).
A super absorbent polymer comprising: a base resin powder including a cross-linked polymer of a water-soluble ethylenically unsaturated monomer having at least partially neutralized acidic groups; a surface cross-linked layer that is further cross-linked from the cross-linked polymer and is formed on the base resin powder; and an inorganic material, wherein the super absorbent polymer has an ammonia removal efficiency of 60% or more, a centrifuge retention capacity for a physiological saline solution of 26 to 40 g/g, an absorbency under load under 6.3 kPa (0.9 psi) for a physiological saline solution of 17 to 25 g/g, and a pH of 5.3 to 6.0, wherein the cross-linked polymer is a cross-linked polymer of water-soluble ethylenically unsaturated monomer having an acidic group that is neutralized to 55 to 65 mol% with respect to the total monomer; wherein the inorganic material is laponite.
An assembly comprising a hydraulic apparatus comprising a rotor and a stator, the rotor being rotatably mounted relative to the stator along a second axis of rotation (Z-Z), and being secured to means adapted for the mounting of a vehicle wheel, a pivot element intended to be mounted on an axle, and movable in rotation relative to the hydraulic apparatus along a first axis of rotation (X-X), the stator being rotatably mounted relative to the axle along the first axis of rotation (X-X), characterized in that an air chamber is formed between the pivot element and the hydraulic apparatus, said air chamber being connected to a distribution conduit arranged in the hydraulic apparatus, and to an axle conduit arranged in the pivot element, so as to form a pneumatic conduit between the pivot element and the hydraulic apparatus, in order to allow air to be conveyed for the inflation/deflation of a tire.
In a wireless communication system comprising at least two Base Stations, at least one Switch in communication with the Base Stations, a method of communicating between mobile units and the Base Stations characterised by: dividing a short-range communication protocol into a low-level protocol for performing tasks that require accurate time synchronization and a high-level protocol which does not require accurate time synchronization; and for each connection of a mobile unit with a Base Station, running an instance of the low-level protocol at the Base Station connected with the mobile unit and running an instance of the high-level protocol at the Switch. dividing a short-range communication protocol into a low-level protocol for performing tasks that require accurate time synchronization and a high-level protocol which does not require accurate time synchronization; and for each connection of a mobile unit with a Base Station, running an instance of the low-level protocol at the Base Station connected with the mobile unit and running an instance of the high-level protocol at the Switch.
A container (100, 400,500) comprising: a body; a cap connected to the body with a hinge, the cap having an extension portion; and a sleeve (103,403) encompassing the container, characterised in that the extension portion extends below the hinge when the container is in an upright position and in that an upper edge of the sleeve surrounds the cap such that the sleeve covers the extension portion and the upper edge extends along or below the hinge. a body; a cap connected to the body with a hinge, the cap having an extension portion; and a sleeve (103,403) encompassing the container, characterised in that the extension portion extends below the hinge when the container is in an upright position and in that an upper edge of the sleeve surrounds the cap such that the sleeve covers the extension portion and the upper edge extends along or below the hinge.
Arrangement (3; 103) for drying air, in particular for a compressed air installation (4; 104) of a rail vehicle (1; 101), comprising an air dryer (12; 112) which is designed to be suitable for receiving air that is to be dried, via an air dryer inlet (17; 117), characterized in that an air conditioning installation (5; 105) which supplies air to an air conditioning installation outlet (8; 108) is provided, wherein the air dryer inlet (17; 117) is connected via an air channel (6; 106), which is designed in particular as an air conduit (6a, 6b; 106a, 106b), to the air conditioning installation outlet (8; 108) in such a manner that at least one portion of the air supplied by the air conditioning installation (5; 105) forms the air that is to be dried, and wherein an air compressor (10; 110) is arranged in the air channel (6; 106).
A low alloy steel for geothermal power generation turbine rotor consists of: from 0.15 to 0.30 % of C; from 0.03 to 0.2 % of Si; from 0.5 to 2.0 % of Mn; from 0.1 to 1.3 % of Ni; from 1.5 to 3.5 % of Cr; from 0.1 to 1.0 % of Mo; more than 0.15 to 0.35 % of V; and from 0.005 to 0.015 % of N in terms of % by mass, with a balance being Fe and unavoidable impurities. from 0.15 to 0.30 % of C; from 0.03 to 0.2 % of Si; from 0.5 to 2.0 % of Mn; from 0.1 to 1.3 % of Ni; from 1.5 to 3.5 % of Cr; from 0.1 to 1.0 % of Mo; more than 0.15 to 0.35 % of V; and from 0.005 to 0.015 % of N in terms of % by mass, with a balance being Fe and unavoidable impurities.
A handle for a razor, the handle comprising: a fixed portion comprising a first end and a second end opposite the first end; and a rotatable portion coupled to the second end, wherein the rotatable portion is configured to rotate relative to the fixed portion, wherein the rotatable portion comprises a base and a cantilever tail extending therefrom, characterized in that the base is formed from a first material and the cantilever tail is formed from a second material such that the first material is different from the second material, wherein the first material is a thermoplastic polymer and the second material is a metal; and wherein the cantilever tail comprises an elongate stem and a bar at a distal end thereof, and wherein one or more of: i) the first material is overmolded on the second material; ii) the elongate stem is non-linear along a length of the elongate stem; iii) the bar is non-linear; iv) the bar is non-linear along a length of the bar and/or along a height of the bar; or v) the elongate stem defines an aperture at one end thereof, preferably wherein the elongate stem further comprises a protrusion about the one end. a fixed portion comprising a first end and a second end opposite the first end; and a rotatable portion coupled to the second end, wherein the rotatable portion is configured to rotate relative to the fixed portion, wherein the rotatable portion comprises a base and a cantilever tail extending therefrom, characterized in that the base is formed from a first material and the cantilever tail is formed from a second material such that the first material is different from the second material, wherein the first material is a thermoplastic polymer and the second material is a metal; and wherein the cantilever tail comprises an elongate stem and a bar at a distal end thereof, and wherein one or more of: i) the first material is overmolded on the second material; ii) the elongate stem is non-linear along a length of the elongate stem; iii) the bar is non-linear; iv) the bar is non-linear along a length of the bar and/or along a height of the bar; or v) the elongate stem defines an aperture at one end thereof, preferably wherein the elongate stem further comprises a protrusion about the one end. i) the first material is overmolded on the second material; ii) the elongate stem is non-linear along a length of the elongate stem; iii) the bar is non-linear; iv) the bar is non-linear along a length of the bar and/or along a height of the bar; or v) the elongate stem defines an aperture at one end thereof, preferably wherein the elongate stem further comprises a protrusion about the one end.
A digital control method for a solution replenishment system in the pad dyeing process with combination dyes, comprising: accurately calculating a real time addition amount of each dye in the solution replenishment system in a whole dying process based on an initial dyeing rate of each dye, and replenishing a dye solution according to the real time addition amount; wherein the real-time addition amount m r,n of each dye is: m r, n = TX C n P − K 0, 1 t 6 × 10 4 − K 0, 2 t 6 × 10 4 − ⋯ − K 0, n t 6 × 10 4 / ρ 0 + K 0, n t 6 × 10 4; wherein C n is an initial concentration of each dye in the dye solution with unit of g/mL, and n ≥2, which is the number of dye types; K 0,n is the initial dyeing rate of each dye with unit of mg·g -1 ·min -1; K 0,1 is the initial dyeing rate of a first dye with unit of mg·g -1 ·min -1; K 0,2 is the initial dyeing rate of a second dye with unit of mg·g -1 ·min -1; ρ 0 is a density of an initial pad dyeing solution with unit of g/mL; P is a solution carrying rate of the fabric with unit of %; t is a time of fabric dipping in the pad dyeing solution with unit of s; T is a time of pad dyeing with unit of min; X is a weight of pad dyeing fabric per unit time with unit of g/min. accurately calculating a real time addition amount of each dye in the solution replenishment system in a whole dying process based on an initial dyeing rate of each dye, and replenishing a dye solution according to the real time addition amount; wherein the real-time addition amount m r,n of each dye is: m r, n = TX C n P − K 0, 1 t 6 × 10 4 − K 0, 2 t 6 × 10 4 − ⋯ − K 0, n t 6 × 10 4 / ρ 0 + K 0, n t 6 × 10 4; wherein C n is an initial concentration of each dye in the dye solution with unit of g/mL, and n ≥2, which is the number of dye types; K 0,n is the initial dyeing rate of each dye with unit of mg·g -1 ·min -1; K 0,1 is the initial dyeing rate of a first dye with unit of mg·g -1 ·min -1; K 0,2 is the initial dyeing rate of a second dye with unit of mg·g -1 ·min -1; ρ 0 is a density of an initial pad dyeing solution with unit of g/mL; P is a solution carrying rate of the fabric with unit of %; t is a time of fabric dipping in the pad dyeing solution with unit of s; T is a time of pad dyeing with unit of min; X is a weight of pad dyeing fabric per unit time with unit of g/min.
A wired headset comprising an earphone with an earphone housing and a wearing device, such as a headband, a neckband, an earring or ear hook, for attaching the earphone housing to the head of the user so that it is held at the entry of a users ear during use, wherein the earphone housing enclosing a speaker and having a first side facing the users ear during use and an opposite second side facing away from the users ear during use, wherein the earphone further comprising a wire for connecting the earphone to external equipment, the wire extending from the earphone housing in a downwards direction at a wire position at the lower end of the earphone housing during use, and wherein the earphone housing is essentially mirror symmetric about a first plane, which is orthogonal to the first side, and which extends through the wire position and the centre of the earphone housing, and wherein the wearing device extending from the earphone housing at an attachment position, which lies at the upper end of the earphone housing, characterised in that the attachment position is selectable between a first attachment position for holding the earphone housing at the left ear and a second attachment position for holding the earphone at the right ear, and that the first and the second attachment positions (14A, 14B) are mirror symmetric located about the first plane.
A backlight lamp guide for a backlight module, comprising: a fixed base; a lamp clamping portion, provided on a first side of the fixed base; and a snap-fit structure, provided on a second side of the fixed base opposite to the first side and comprising: a snap-fit cylinder with one end thereof being connected to the fixed base; a snap-fit base provided at the other end of the snap-fit cylinder, and at least one fin extending from the snap-fit base along a direction away from the snap-fit cylinder and toward the fixed base, the backlight lamp guide being characterized in that a snap-fit resilient structure is provided on the second side of the fixed base, and the snap-fit resilient structure is an oblique-L-shaped structure extending from the second side of the fixed base; when the snap-fit structure and a back cover are snap-fitted, the snap-fit resilient structure is elastically deformed, to exert an elastic retaining force on the back cover in a direction away from the fixed base. a fixed base; a lamp clamping portion, provided on a first side of the fixed base; and a snap-fit structure, provided on a second side of the fixed base opposite to the first side and comprising: a snap-fit cylinder with one end thereof being connected to the fixed base; a snap-fit base provided at the other end of the snap-fit cylinder, and at least one fin extending from the snap-fit base along a direction away from the snap-fit cylinder and toward the fixed base, the backlight lamp guide being characterized in that a snap-fit resilient structure is provided on the second side of the fixed base, and the snap-fit resilient structure is an oblique-L-shaped structure extending from the second side of the fixed base; when the snap-fit structure and a back cover are snap-fitted, the snap-fit resilient structure is elastically deformed, to exert an elastic retaining force on the back cover in a direction away from the fixed base.
Device for manufacturing an electric cable, which is configured to fit a cable sheath of the cable with two or more connector components (10, 11, 12, 13, 14), starting from a front, free end of the cable, for subsequent connector assembly, characterized in that the device has a fitting module, which is provided with chambers for receiving the individual connector components (10, 11, 12, 13, 14), which chambers are arranged in such a way that the connector components (10, 11, 12, 13, 14) received in the chambers form a common channel with a common central axis, in order to lead the cable with its front end along the central axis through the connector components (10, 11, 12, 13, 14) in order to push the connector components (10, 11, 12, 13, 14) onto the cable sheath of the cable.
A method for maintaining an event-based subscription by a subscriber client application to an events notification service, the method being implemented on an event server, the method comprising the steps of: defining a set of delivery variables that define standards for event delivery and administrative limits, wherein the delivery variables and administrative limits are associated with a subscription to the events notification service; receiving events from a posting client application and communicating said events to said subscriber client application; subscribing to events delivered by said events notification service via said subscription; using a subscription cache to deliver the events, wherein the subscription cache includes a map of subscription identifiers to callback object references, and wherein said subscription cache is stored on a persistent storage device; periodically checking the delivery of said events to said subscriber client application in accordance with said administrative limits; and, if said periodic checking of delivery of events indicates a failure in delivery then cancelling the subscription; wherein said events are delivered to subscriber client applications using one-way event notification messages, and wherein said step of periodically checking includes sending and verifying delivery of a two-way event notification to the subscriber client application. defining a set of delivery variables that define standards for event delivery and administrative limits, wherein the delivery variables and administrative limits are associated with a subscription to the events notification service; receiving events from a posting client application and communicating said events to said subscriber client application; subscribing to events delivered by said events notification service via said subscription; using a subscription cache to deliver the events, wherein the subscription cache includes a map of subscription identifiers to callback object references, and wherein said subscription cache is stored on a persistent storage device; periodically checking the delivery of said events to said subscriber client application in accordance with said administrative limits; and, if said periodic checking of delivery of events indicates a failure in delivery then cancelling the subscription; wherein said events are delivered to subscriber client applications using one-way event notification messages, and wherein said step of periodically checking includes sending and verifying delivery of a two-way event notification to the subscriber client application.