mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a transmitting device in a wireless communication system, the method comprising: obtaining a plurality of radio link control, RLC, data protocol data units, PDUs, in an RLC entity; generating an automatic repeat request, ARQ, PDU corresponding to an RLC data PDU set including the plurality of RLC data PDUs based on a resource allocation in the RLC entity; transmitting , from a medium access control, MAC, layer, a first MAC PDU including the RLC data PDU set and the ARQ PDU to a receiving device through a lower layer; and receiving a status PDU associated with the RLC data PDU set when a certain condition is satisfied, wherein the status PDU is generated based on receiving condition information indicating a receiving condition for at least one RLC data PDU set in a receiving window and a state variable updated for the RLC data PDU set corresponding to the plurality of RLC data PDUs based on the ARQ PDU, wherein the ARQ PDU comprises information for processing an operation related to the RLC data PDU set, wherein the first MAC PDU comprises a MAC sub PDU comprising the ARQ PDU and a MAC sub header concatenated with the ARQ PDU, and the MAC sub PDU is located in the first portion of the first MAC PDU. obtaining a plurality of radio link control, RLC, data protocol data units, PDUs, in an RLC entity; generating an automatic repeat request, ARQ, PDU corresponding to an RLC data PDU set including the plurality of RLC data PDUs based on a resource allocation in the RLC entity; transmitting , from a medium access control, MAC, layer, a first MAC PDU including the RLC data PDU set and the ARQ PDU to a receiving device through a lower layer; and receiving a status PDU associated with the RLC data PDU set when a certain condition is satisfied, wherein the status PDU is generated based on receiving condition information indicating a receiving condition for at least one RLC data PDU set in a receiving window and a state variable updated for the RLC data PDU set corresponding to the plurality of RLC data PDUs based on the ARQ PDU, wherein the ARQ PDU comprises information for processing an operation related to the RLC data PDU set, wherein the first MAC PDU comprises a MAC sub PDU comprising the ARQ PDU and a MAC sub header concatenated with the ARQ PDU, and the MAC sub PDU is located in the first portion of the first MAC PDU.
A method for differentiating pluripotent stem cells into cardiomyocytes, said method comprising the steps of: a) providing pluripotent cells at a density of 3 - 7x10 5 /cm 2 b) incubating said cells for 12-48 hours in an insulin free medium comprising 0.3-10 μM of a compound of formula c) incubating said cells for 24-72 hours in an insulin free medium comprising 1-10 μM Wnt- C59, wherein the pluripotent stem cells are human, primate, rodent or dog pluripotent stem cells. a) providing pluripotent cells at a density of 3 - 7x10 5 /cm 2 b) incubating said cells for 12-48 hours in an insulin free medium comprising 0.3-10 μM of a compound of formula c) incubating said cells for 24-72 hours in an insulin free medium comprising 1-10 μM Wnt- C59,
A gas turbine blade assembly , comprising: a turbine blade including a retainer coupler ; the retainer coupler having a depth (d2) extending a first distance from a lower end of the turbine blade; a rotating disk including a blade-fixing end and a retainer insertion hole defined in the blade-fixing end, a depth of the retainer insertion hole being at least the first distance; a retainer sized to be disposed in the retainer insertion hole ; a coupling member insertion hole provided at a location adjacent to the retainer coupler at a lower end of the turbine blade ; a coupling member configured to be disposed at a location adjacent to the retainer coupler to couple the retainer and the turbine blade together, wherein the coupling member includes a bolt, the bolt comprising a bolt head configured to be disposed into the coupling member insertion hole , and a threaded part of the bolt configured to protrude in a direction toward the retainer coupler to engage with the retainer ; and wherein the retainer comprises a slot groove having a shape corresponding to an outer surface of the threaded part of the bolt and provided in a direction parallel to an extension direction of the retainer ; and a nut for engaging with the threaded part of the bolt to couple the coupling member and the retainer together. a turbine blade including a retainer coupler ; the retainer coupler having a depth (d2) extending a first distance from a lower end of the turbine blade; a rotating disk including a blade-fixing end and a retainer insertion hole defined in the blade-fixing end, a depth of the retainer insertion hole being at least the first distance; a retainer sized to be disposed in the retainer insertion hole ; a coupling member insertion hole provided at a location adjacent to the retainer coupler at a lower end of the turbine blade ; a coupling member configured to be disposed at a location adjacent to the retainer coupler to couple the retainer and the turbine blade together, wherein the coupling member includes a bolt, the bolt comprising a bolt head configured to be disposed into the coupling member insertion hole , and a threaded part of the bolt configured to protrude in a direction toward the retainer coupler to engage with the retainer ; and wherein the retainer comprises a slot groove having a shape corresponding to an outer surface of the threaded part of the bolt and provided in a direction parallel to an extension direction of the retainer ; and a nut for engaging with the threaded part of the bolt to couple the coupling member and the retainer together.
An adaptive illumination system comprising: an array of independently controllable LEDs; a pre-collimator arranged to partially collimate light emitted by the LEDs; and a metalens positioned on an opposite side of the pre-collimator from the LEDs and comprising at least a first array of niobium pentoxide nanoantennas arranged to affect phase and amplitude of the light partially collimated by the pre-collimator to further collimate the light, the metalens being positioned and structurally arranged so that light emitted from different LEDs of the array is directed to corresponding differing predefined far-field regions. an array of independently controllable LEDs; a pre-collimator arranged to partially collimate light emitted by the LEDs; and a metalens positioned on an opposite side of the pre-collimator from the LEDs and comprising at least a first array of niobium pentoxide nanoantennas arranged to affect phase and amplitude of the light partially collimated by the pre-collimator to further collimate the light, the metalens being positioned and structurally arranged so that light emitted from different LEDs of the array is directed to corresponding differing predefined far-field regions.
Dispenser device for dispensing a liquid for a washing machine for household use, in particular a dishwasher, said dispenser device being of the type that comprises: - a first half-shell , from the lateral edge of which a transversal wall rises; - a second half-shell , which has a shape substantially corresponding to that of the first half-shell and is fixed to the upper edge of said transversal wall so as to form an inner cavity ; - a supply duct supplying water from a water main, wherein said supply duct is formed by mutually facing sidewalls protruding from the first half-shell and closed at their free edge by the second half-shell ; - an insert comprising at least one emitter and at least one receiver having respective ends facing each other, leaving a gap in between to form an air break, said dispenser device being characterized in that it comprises: - a first partition wall protruding from said first half-shell and coupled to said mutually facing sidewalls , in particular for closing said supply duct ; - a first passage formed between the first partition wall and the second half-shell to allow the liquid to flow from the supply duct to the emitter , in particular said first passage being formed between a free edge of the first partition wall and said second half-shell . - a first half-shell , from the lateral edge of which a transversal wall rises; - a second half-shell , which has a shape substantially corresponding to that of the first half-shell and is fixed to the upper edge of said transversal wall so as to form an inner cavity ; - a supply duct supplying water from a water main, wherein said supply duct is formed by mutually facing sidewalls protruding from the first half-shell and closed at their free edge by the second half-shell ; - an insert comprising at least one emitter and at least one receiver having respective ends facing each other, leaving a gap in between to form an air break, - a first partition wall protruding from said first half-shell and coupled to said mutually facing sidewalls , in particular for closing said supply duct ; - a first passage formed between the first partition wall and the second half-shell to allow the liquid to flow from the supply duct to the emitter , in particular said first passage being formed between a free edge of the first partition wall and said second half-shell .
A composition or a set of compositions, comprising an effective amount of Bifidobacterium, an effective amount of Lactobacillus, and an effective amount of NAD+, for use in a method of treating alcohol intoxication in a subject having an elevated blood alcohol content, the method comprising: (a) providing an effective amount of Bifidobacterium to the subject, (b) providing an effective amount of Lactobacillus to the subject, and (c) providing an effective amount of NAD+ to the subject. (a) providing an effective amount of Bifidobacterium to the subject, (b) providing an effective amount of Lactobacillus to the subject, and (c) providing an effective amount of NAD+ to the subject.
A method , in a wireless device configured to selectively operate in one of two or more previously configured bandwidth parts, BWPs, each BWP being a different subset of an available bandwidth for uplink and/or downlink operation, the method comprising: receiving, from a wireless network node, an indication to keep a physical layer configuration corresponding to the BWP switching from an active Radio Resource Control, RRC, state to an inactive RRC state; and after said switching , and in response to said receiving an indication, retaining the physical layer configuration corresponding to the BWP active just prior to said switching . receiving, from a wireless network node, an indication to keep a physical layer configuration corresponding to the BWP switching from an active Radio Resource Control, RRC, state to an inactive RRC state; and after said switching , and in response to said receiving an indication, retaining the physical layer configuration corresponding to the BWP active just prior to said switching .
A fishing tool configured to retrieve a fish from a wellbore, the fishing tool comprising a fish engagement arrangement with fish engagement means configured to lock the fishing tool to the fish inside a well, wherein the fishing tool further comprises an electrically actuated fish disengagement arrangement , which is configured to unlock the fishing tool from the fish , wherein the fish disengagement arrangement comprises an electric actuator , wherein the fish disengagement arrangement comprises a direct mechanical force link between the electric actuator and the fish engagement means , wherein the direct mechanical force link is configured to connect a mechanical force from the electric actuator to the fish engagement means , characterized in that it comprises an electric battery and a control unit, wherein the control unit is programmed to perform repeated disconnection attempts, by operating the electric actuator , in a situation where a first disconnection attempt is unsuccessful.
Terminal for connecting an electrical conductor to a connection pad belonging to an electrical device, such a terminal having a cage C that is able to be fixed inside the housing of the device and having an orifice of substantially parallelepipedal shape delimited by four walls, this orifice being able to receive the abovementioned pad , one of the abovementioned walls of the cage C, called the upper wall , having an orifice that is able to allow the passage of a screw , said screw having, at one of its ends situated outside the cage C, means for actuating said screw , and, at its opposite end, a clamping shoe that is able to allow the conductor to be clamped between the abovementioned pad and said shoe upon actuation of the screw in the tightening direction driving the relative movement in translation between the screw and the cage, characterized in that it has an intermediate stage created inside the cage C housing a nut with elastic branches belonging to the terminal, said nut having a tapped orifice through which the clamping screw is intended to be mounted in a screwed manner, said elastic branches cooperating with forms (29 to 32) provided on the side walls of the cage C such that the nut rotationally disengages from the screwing as soon as the correct clamping torque is reached, and engages from the start to the end of the unscrewing.
A method for detecting exposure to a RIP II family toxin in a biological sample, the method comprising the steps of: a. Obtaining an isolated RNA preparation comprising 28S rRNA; b. Performing a reverse transcriptase (RT) reaction using a primer complementary to a sequence of the 28S rRNA which is positioned 3' to the RIP II family enzyme depurination site, whereby a truncated cDNA transcript is formed if the 28S rRNA was exposed to a RIP II family toxin and was depurinated; c. Labeling said truncated cDNA transcript obtained in step (b) by ligating a synthetic nucleic acid (e.g. DNA) strand at the truncated 3' end of the transcript, thereby obtaining a chimeric ligation product; and d. Amplifying the chimeric ligation product using polymerase chain reaction (PCR); wherein detection of an amplified chimeric ligation product indicates exposure to a RIP II family toxin. a. Obtaining an isolated RNA preparation comprising 28S rRNA; b. Performing a reverse transcriptase (RT) reaction using a primer complementary to a sequence of the 28S rRNA which is positioned 3' to the RIP II family enzyme depurination site, whereby a truncated cDNA transcript is formed if the 28S rRNA was exposed to a RIP II family toxin and was depurinated; c. Labeling said truncated cDNA transcript obtained in step (b) by ligating a synthetic nucleic acid (e.g. DNA) strand at the truncated 3' end of the transcript, thereby obtaining a chimeric ligation product; and d. Amplifying the chimeric ligation product using polymerase chain reaction (PCR);
An automatic dispensing and mixing apparatus for preparing hair dyes, comprising dispensing means for dosing dyes and additives with high precision through information provided and/or on the basis of the data collected, as well as depending on the choices set by a professional on the basis of the requests of a subject/customer who must dye his/her hair; the apparatus further comprising: - an access door to a compartment for a collection bowl adapted to contain the color to be applied on the hair, which can be operated manually or electrically - Connection interface/housing for a tablet and/or mobile display, or a screen and an input keyboard, or a touch-screen for managing formulations - A plurality of light indicators or LEDs providing all information required for the proper functioning of the machine - A plurality of containers/tanks for basic colors, either in liquid and/or powder form, and for dilution liquids - An electronic card with microprocessor for managing the apparatus and for implementing software for the management and operation of the apparatus itself and for the preparation of the dye mixture to be applied to the hair; characterized in that a control screen is provided for displaying a "Virtual Dynamic Color Chart" or VDCC, by means of which the subject can choose the color he/she wants with the certainty of seeing exactly the selected nuance applied to his/her hair; wherein the management software includes a function showing each color by means of a thick lock of hair which moves, thus changing the reflections as a function of the movement and the corresponding light changes. - an access door to a compartment for a collection bowl adapted to contain the color to be applied on the hair, which can be operated manually or electrically - Connection interface/housing for a tablet and/or mobile display, or a screen and an input keyboard, or a touch-screen for managing formulations - A plurality of light indicators or LEDs providing all information required for the proper functioning of the machine - A plurality of containers/tanks for basic colors, either in liquid and/or powder form, and for dilution liquids - An electronic card with microprocessor for managing the apparatus and for implementing software for the management and operation of the apparatus itself and for the preparation of the dye mixture to be applied to the hair;
A bioprocessing container tote system comprising a flexible inflatable bioprocessing bag and a tote for said bioprocessing bag, wherein the bioprocessing bag comprises a top wall, a bottom wall, and opposing side walls, providing an interior volume therein, characterized in that : (a) the system comprises a bioprocessing container tube management system comprising (i) said flexible bioprocessing bag ; (ii) a tube support comprising a plate including a plurality of slots , wherein the tube support is attached to a wall of the bag; and, (iii) a plurality of hollow tubes attached to the bag and in fluid communication with the interior volume of the bag, wherein the tubes are retained in the slots of the tube support ; and in that (b) the tote further comprises a tube management frame engageable with the tube support , wherein the tube management frame is attached to the tote , and, once the tube management frame is engaged with the tube support and the bioprocessing bag is inflated, the inflation of the bag pivots the tube management frame , guiding the plurality of tubes to a desired position on the tote . (a) the system comprises a bioprocessing container tube management system comprising (i) said flexible bioprocessing bag ; (ii) a tube support comprising a plate including a plurality of slots , wherein the tube support is attached to a wall of the bag; and, (iii) a plurality of hollow tubes attached to the bag and in fluid communication with the interior volume of the bag, wherein the tubes are retained in the slots of the tube support ; and in that (i) said flexible bioprocessing bag ; (ii) a tube support comprising a plate including a plurality of slots , wherein the tube support is attached to a wall of the bag; and, (iii) a plurality of hollow tubes attached to the bag and in fluid communication with the interior volume of the bag, wherein the tubes are retained in the slots of the tube support ; (b) the tote further comprises a tube management frame engageable with the tube support , wherein the tube management frame is attached to the tote , and, once the tube management frame is engaged with the tube support and the bioprocessing bag is inflated, the inflation of the bag pivots the tube management frame , guiding the plurality of tubes to a desired position on the tote .
A method for calibrating a network of magnetometers (C1, C2, C3, Ci), characterized in that it comprises the steps of: - acquiring (ENR) measurements made by the magnetometers of the network when a tool carrying at least two magnetic field sources, an attribute (D, m1, m2) of which being known, is displaced over the network of magnetometers; - reconstructing a path followed by the magnetic field sources during the displacement, using the acquired measurements and for a possible localisation of the magnetometers of the network; - calculating an estimate of a tool attribute (D, m1, m2) from the reconstructed path; - comparing the known tool attribute and the calculated estimate of said attribute; and - determining a localisation of the magnetometers of the network using the result of the comparing step. - acquiring (ENR) measurements made by the magnetometers of the network when a tool carrying at least two magnetic field sources, an attribute (D, m1, m2) of which being known, is displaced over the network of magnetometers; - reconstructing a path followed by the magnetic field sources during the displacement, using the acquired measurements and for a possible localisation of the magnetometers of the network; - calculating an estimate of a tool attribute (D, m1, m2) from the reconstructed path; - comparing the known tool attribute and the calculated estimate of said attribute; and - determining a localisation of the magnetometers of the network using the result of the comparing step.
A method in a first terminal device for facilitating direct communication with a second terminal device, comprising: - transmitting (S110) to the second terminal device a Modulation and Coding Scheme, MCS, index, based on which the second terminal device can obtain a modulation order and a Transport Block Size, TBS, in accordance with a first mapping or a second mapping between MCS indices on one hand and modulation orders and TBSs on the other, wherein the MCS index is determined by the first terminal device by applying the first or second mapping. - transmitting (S110) to the second terminal device a Modulation and Coding Scheme, MCS, index, based on which the second terminal device can obtain a modulation order and a Transport Block Size, TBS, in accordance with a first mapping or a second mapping between MCS indices on one hand and modulation orders and TBSs on the other,