mhurhangee/patent-ind-claim-en huggingface dataset:
A cation-exchanged zeolite catalyst for the transiodination of reactants containing multi-iodo benzene and benzene, wherein a molar ratio of Si/Al is 5 to 15. 20% to 50% of the ion exchange capacity is ion-exchanged with sodium (Na) or 10% to 50% of the ion exchange capacity is ion-exchanged with potassium (K), and the zeolite catalyst is prepared by cation-exchanging any one selected from the group consisting of HY, BEA, and ZSM-5 zeolites.
A conjugate comprising a polypeptide that specifically binds TGF-beta, a polypeptide that specifically binds IL-15 and an IL-15 fragment, wherein the conjugate has greater than 90% sequence identity or similarity to or
An apparatus for providing a user interface, the apparatus comprising: a touch screen ; a pressure sensor ; and a processor , wherein the processor is configured to: identify, using the pressure sensor , pressure by a first gesture input to the touch screen , in response to identifying that the pressure by the first gesture input is smaller than or equal to a predetermined value, perform a first function corresponding to the first gesture input, and in response to identifying that the pressure by the first gesture input is larger than the predetermined value, enter a first state for individually selecting each of a plurality of words in text displayed on the touch screen and perform a second function corresponding to the first gesture input. a touch screen ; a pressure sensor ; and a processor , wherein the processor is configured to: identify, using the pressure sensor , pressure by a first gesture input to the touch screen , in response to identifying that the pressure by the first gesture input is smaller than or equal to a predetermined value, perform a first function corresponding to the first gesture input, and in response to identifying that the pressure by the first gesture input is larger than the predetermined value, enter a first state for individually selecting each of a plurality of words in text displayed on the touch screen and perform a second function corresponding to the first gesture input. identify, using the pressure sensor , pressure by a first gesture input to the touch screen , in response to identifying that the pressure by the first gesture input is smaller than or equal to a predetermined value, perform a first function corresponding to the first gesture input, and in response to identifying that the pressure by the first gesture input is larger than the predetermined value, enter a first state for individually selecting each of a plurality of words in text displayed on the touch screen and perform a second function corresponding to the first gesture input.
A medical assembly for incontinence repair comprising: an implant the implant being a sling and having a first portion , a second portion and a mid portion between the first portion and the second portion ; a first sleeve configured to enclose the first portion of the implant and a second sleeve configured to enclose the second portion of the implant ; and an elongate member configured to removably couple the implant with the first sleeve and the second sleeve characterised in that the elongate member is configured to extend from the first portion to the mid portion of the implant and past the mid portion such that the elongate member exits the implant through the mid portion and forms a loop near the mid portion , the elongate member further configured to enter the implant through the mid portion and extend from the mid portion to the second portion of the implant , the elongate member including a first free end and a second free end such that pulling on either the first free end or the second free end decouples the first sleeve and the second sleeve from the implant . an implant the implant being a sling and having a first portion , a second portion and a mid portion between the first portion and the second portion ; a first sleeve configured to enclose the first portion of the implant and a second sleeve configured to enclose the second portion of the implant ; and an elongate member configured to removably couple the implant with the first sleeve and the second sleeve characterised in that the elongate member is configured to extend from the first portion to the mid portion of the implant and past the mid portion such that the elongate member exits the implant through the mid portion and forms a loop near the mid portion , the elongate member further configured to enter the implant through the mid portion and extend from the mid portion to the second portion of the implant , the elongate member including a first free end and a second free end such that pulling on either the first free end or the second free end decouples the first sleeve and the second sleeve from the implant .
A method for signal transmission, comprising: generating (S110), by a network device, beam-specific information corresponding to each of a plurality of beams, wherein first beam-specific information of a first beam of the plurality of beams is used to indicate a configuration parameter of the first beam and the configuration parameter of the first beam is used for a terminal device in coverage of the first beam to determine system information of the first beam, characterized in that , the first beam-specific information comprises a time-domain offset field, the time-domain offset field is used to indicate a sequence number of the first beam, and the sequence number of the first beam is used to instruct the terminal device to determine a time-domain offset between a first synchronization signal sent through the first beam and frame timing of a cell according to a corresponding relationship of the sequence number of the first beam, a sequence number of a time-domain location where the first synchronization signal is sent through the first beam and the time-domain offset; and sending (S120), by the network device, corresponding beam-specific information to terminal devices in the cell through each beam. generating (S110), by a network device, beam-specific information corresponding to each of a plurality of beams, wherein first beam-specific information of a first beam of the plurality of beams is used to indicate a configuration parameter of the first beam and the configuration parameter of the first beam is used for a terminal device in coverage of the first beam to determine system information of the first beam, characterized in that , the first beam-specific information comprises a time-domain offset field, the time-domain offset field is used to indicate a sequence number of the first beam, and the sequence number of the first beam is used to instruct the terminal device to determine a time-domain offset between a first synchronization signal sent through the first beam and frame timing of a cell according to a corresponding relationship of the sequence number of the first beam, a sequence number of a time-domain location where the first synchronization signal is sent through the first beam and the time-domain offset; and sending (S120), by the network device, corresponding beam-specific information to terminal devices in the cell through each beam.
A brake assembly comprising: a brake disc stack; an actuator assembly comprising: an electric motor configured to generate a first rotary torque around a motor axis; a harmonic drive configured to generate a second rotary torque in response to the first rotary torque; a gear set comprising an output gear configured to rotate in response to the second rotary torque; and a linear actuator mechanically coupled with the gear set , wherein the linear actuator is configured to generate linear motion along a compression axis and cause a piston to compress the brake disc stack when the output gear rotates, wherein the compression axis is different than the motor axis, wherein the linear actuator includes a driver and a screw and defines a void , wherein the output gear is configured to rotate the driver within the void when the output gear rotates to cause a linear translation of screw, wherein the driver is positioned within void, wherein the linear actuator further comprises an anti-rotation member positioned outside the void and at least partially surrounding the screw, wherein the anti-rotation member is configured to limit rotational movement of the screw as the driver rotates around the screw. a brake disc stack; an actuator assembly comprising: an electric motor configured to generate a first rotary torque around a motor axis; a harmonic drive configured to generate a second rotary torque in response to the first rotary torque; a gear set comprising an output gear configured to rotate in response to the second rotary torque; and a linear actuator mechanically coupled with the gear set , an electric motor configured to generate a first rotary torque around a motor axis; a harmonic drive configured to generate a second rotary torque in response to the first rotary torque; a gear set comprising an output gear configured to rotate in response to the second rotary torque; and a linear actuator mechanically coupled with the gear set , wherein the linear actuator is configured to generate linear motion along a compression axis and cause a piston to compress the brake disc stack when the output gear rotates, wherein the compression axis is different than the motor axis, wherein the linear actuator includes a driver and a screw and defines a void , wherein the output gear is configured to rotate the driver within the void when the output gear rotates to cause a linear translation of screw, wherein the driver is positioned within void, wherein the linear actuator further comprises an anti-rotation member positioned outside the void and at least partially surrounding the screw, wherein the anti-rotation member is configured to limit rotational movement of the screw as the driver rotates around the screw.
System for determing the inflation pressure of pneumatic-tyred vehicle wheels on vehicles, comprising at least one wheel body with a rim part and a disc part , comprising a tyre detachably fitted on the rim part of the wheel body , comprising a valve fitted in the wheel body and intended for changing the inflation pressure in the tyre, comprising at least one sensor for indirectly monitoring and sensing the tyre inflation pressure at the time, comprising a data transmission device for transmitting sensor signals of the at least one sensor to an evaluation device, and comprising an evaluation device for evaluating the sensor signals, the at least one sensor being a deformation sensor, characterized in that the deformation sensor (30; 130; 230) is fitted on the wheel body and is usable or used for sensing inflation-pressure-dependent deformations of the wheel body, and that the evaluation device is used to determine the inflation pressure based on the sensor signals of the deformation sensor.
A method comprising: illuminating a work space using a lens of a projector ; defocusing the lens such that a projected image is out of focus; after defocusing the lens , capturing an image of the work space ; and displaying the captured image. illuminating a work space using a lens of a projector ; defocusing the lens such that a projected image is out of focus; after defocusing the lens , capturing an image of the work space ; and displaying the captured image.
Dental component comprising: a rapid prototype model created from a CAD image of a patient's mouth the model created using an intra-oral scanning technique which takes a scan within the patient's mouth that shows the patient's teeth and a healing abutment with an informational marking including information regarding the dental implant and the dental component including an implant analog the prototype model corresponding to a 3-D CAD model modified by a CAD program to create an implant analog receptacle adapted to receive the implant analog at a location substantially corresponding to a region in the patient's mouth adjacent to a dental implant .
A small molecule inhibitor of MAP kinase activated protein kinase 2/MAP kinase activated protein kinase 3 (MK2/3) for use in treating or preventing a metabolic disorder in a subject, wherein the metabolic disorder is induced by obesity and selected from Type 2 diabetes, insulin resistance, and metabolic syndrome.
A tissue box with improved tissue dispensing, comprising: a tissue box having a top wall , a bottom wall , a pair of longitudinally opposed end walls , and a pair of laterally opposed sidewalls , the top wall having a longitudinally extending slot defined therein adapted for dispensing tissues through the slot , the tissue box defining an interior adapted for containing the tissues; a finger cot having a closed end and an open end , the closed end being positioned adjacent the longitudinally extending slot ; and a resilient, flexible band having first and second longitudinally opposed ends , the first end being secured to the top wall of the tissue box and the second end being secured to the open end of the finger cot , whereby the finger cot is adapted for receiving a fingertip of a user so that the finger cot may be inserted into the interior of the tissue box through the longitudinally extending slot for engaging and manipulating a topmost one of the tissues contained therein. a tissue box having a top wall , a bottom wall , a pair of longitudinally opposed end walls , and a pair of laterally opposed sidewalls , the top wall having a longitudinally extending slot defined therein adapted for dispensing tissues through the slot , the tissue box defining an interior adapted for containing the tissues; a finger cot having a closed end and an open end , the closed end being positioned adjacent the longitudinally extending slot ; and a resilient, flexible band having first and second longitudinally opposed ends , the first end being secured to the top wall of the tissue box and the second end being secured to the open end of the finger cot , whereby the finger cot is adapted for receiving a fingertip of a user so that the finger cot may be inserted into the interior of the tissue box through the longitudinally extending slot for engaging and manipulating a topmost one of the tissues contained therein.
A compound of Formula : M n⊕ (L ⊖ ) n (AL) m (I), wherein: M is a metal ion; n is the valency of M and selected from 1 to 4; L is a ligand of formula (II) Wherein R 1 to R 5 and R 1' to R 5' are independently selected from substituted or unsubstituted C 1 to C 6 alkyl, halogen, Cl, F, CN, H or D; At least one R 1 to R 5 or R 1' to R 5' is selected from substituted C 2 to C 6 alkyl, wherein the substituent is selected from halogen, Cl, F, CN; AL is an ancillary ligand; m is an integer from 0 to 2. M is a metal ion; n is the valency of M and selected from 1 to 4; L is a ligand of formula (II) R 1 to R 5 and R 1' to R 5' are independently selected from substituted or unsubstituted C 1 to C 6 alkyl, halogen, Cl, F, CN, H or D; At least one R 1 to R 5 or R 1' to R 5' is selected from substituted C 2 to C 6 alkyl, wherein the substituent is selected from halogen, Cl, F, CN; AL is an ancillary ligand; m is an integer from 0 to 2.
A method of generating peripheral blood mononuclear cells (PBMCs) derived induced pluripotent stem cells, comprising: providing a quantity of PBMCs ; delivering a quantity of EBNA1 and reprogramming factors comprising Oct-4, Sox-2, Klf-4, l-Myc, Lin-28, SV40 Large T Antigen ("SV40LT"), and short hairpin RNAs targeting p53 ("shRNA-p53") into the PBMCs; and culturing the PBMCs in a reprogramming media for at least 4 days, wherein delivering the EBNA1 and reprogramming factors, and culturing in a reprogramming media generates PBMCs derived induced pluripotent stem cells, wherein the reprogramming factors are encoded in four oriP/EBNA1 derived vectors comprising: a first vector encoding Oct4, Sox2, SV40LT and Klf4; a second vector encoding Oct4 and shRNA-p53; a third vector encoding Sox2 and Klf4; and a fourth vector encoding l-Myc and Lin-28; and wherein a fifth vector encodes EBNA1, and wherein the stoichiometric ratio of SV40LT and EBNA1 supports the reprogramming of non-T cell component of blood, including PBMCs. providing a quantity of PBMCs ; delivering a quantity of EBNA1 and reprogramming factors comprising Oct-4, Sox-2, Klf-4, l-Myc, Lin-28, SV40 Large T Antigen ("SV40LT"), and short hairpin RNAs targeting p53 ("shRNA-p53") into the PBMCs; and culturing the PBMCs in a reprogramming media for at least 4 days, wherein delivering the EBNA1 and reprogramming factors, and culturing in a reprogramming media generates PBMCs derived induced pluripotent stem cells, wherein the reprogramming factors are encoded in four oriP/EBNA1 derived vectors comprising: a first vector encoding Oct4, Sox2, SV40LT and Klf4; a second vector encoding Oct4 and shRNA-p53; a third vector encoding Sox2 and Klf4; and a fourth vector encoding l-Myc and Lin-28; and a first vector encoding Oct4, Sox2, SV40LT and Klf4; a second vector encoding Oct4 and shRNA-p53; a third vector encoding Sox2 and Klf4; and a fourth vector encoding l-Myc and Lin-28; and wherein a fifth vector encodes EBNA1, and wherein the stoichiometric ratio of SV40LT and EBNA1 supports the reprogramming of non-T cell component of blood, including PBMCs.
A combination product comprising (i) from 100 mg to 1,200 mg of lanifibranor or a deuterated derivative thereof, and (ii) from 5 to 200 mg of firsocostat, wherein the deuterated derivative of lanifibranor is a compound of formula (I): wherein at least one of the groups R 1 to R 7 is a deuterium (D) atom and the other groups R 1 to R 7 are hydrogen (H) atoms.
A concentrate comprising a solution comprising N -(aminoiminomethyl)-2-aminoethanoic acid characterized in that the solution comprises, based on the total weight of the solution: a) 1.0 to 33.0 wt. % of N -(aminoiminomethyl)-2-aminoethanoic acid, and b) at least 2.0 wt. % of formic acid and wherein ingredient a) is present in the solution in dissolved form. a) 1.0 to 33.0 wt. % of N -(aminoiminomethyl)-2-aminoethanoic acid, and b) at least 2.0 wt. % of formic acid and
A method for dismantling a wind turbine gearbox from a main shaft in the nacelle of a wind turbine , wherein a first end of said main shaft is connected to said gearbox in a connection cavity of said gearbox and a second end of said main shaft is connected to a rotor of said wind turbine , characterized in that said method comprises the steps of: • arranging a hydraulic connection plug in a centre channel of a second end of a gearbox shaft of said gearbox , wherein a first end of said gearbox shaft is arranged at said connection cavity on a first side of said gearbox and wherein said second end of said gearbox shaft is arranged at a second side of said gearbox opposite said first side , • securing said hydraulic connection plug and said gearbox shaft against axial displacement in a direction towards said second side of said gearbox , • connecting a hydraulic pump to said hydraulic connection plug , and • pumping liquid into said connection cavity by means of said hydraulic pump to force said main shaft out of said connection cavity . • arranging a hydraulic connection plug in a centre channel of a second end of a gearbox shaft of said gearbox , wherein a first end of said gearbox shaft is arranged at said connection cavity on a first side of said gearbox and wherein said second end of said gearbox shaft is arranged at a second side of said gearbox opposite said first side , • securing said hydraulic connection plug and said gearbox shaft against axial displacement in a direction towards said second side of said gearbox , • connecting a hydraulic pump to said hydraulic connection plug , and • pumping liquid into said connection cavity by means of said hydraulic pump to force said main shaft out of said connection cavity .
Power transmission module provided with a first shaft and a second shaft , the first shaft being capable of being connected to a power transmission system which drives a rotary wing and which is driven by at least one motor , the second shaft being able to be mechanically connected to a propeller , the power transmission module comprising a first gear stage and a second gear stage which have a first rotation speed ratio (A) and a second rotation speed ratio (B) which are different, respectively, the first gear stage comprising a first wheel (R1) which can be moved in terms of rotation about a first wheel axis (AX1) and a first pinion (P1) which can be moved in terms of rotation about a first pinion axis (AX2), the second gear stage comprising a second wheel (R2) which can be moved in terms of rotation about a second wheel axis (AX4) and a second pinion (P2) which can be moved in rotation about a second pinion axis (AX3), the second shaft being fixedly joined in terms of rotation to the second pinion (P2) about the second pinion axis (AX3), a clutch connecting the first pinion (P1) to the second wheel (R2), a controllable free wheel connecting the first wheel (R1) to the second pinion (P2), characterised in that , the first shaft being fixedly joined in terms of rotation to the first pinion (P1) about the first pinion axis (AX2) or being fixedly joined in terms of rotation to the first wheel (R1) about the first wheel axis (AX1), the power transmission module comprises a speed differential member which is arranged functionally between the first shaft and the second shaft so that the second shaft brings about the rotation of the first shaft when the second shaft has a rotation speed greater than a rotation speed of the first wheel (R1) and when at the same time the clutch is in a disengaged mode.