mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument , comprising: (a) an instrument body ; (b) an ultrasonic transducer assembly rotatably mounted along a longitudinal axis within the instrument body; and (c) a slip lock operatively connected to the instrument body and including an arrester , wherein the arrester is configured to move relative to the ultrasonic transducer assembly between an engaged position and a disengaged position, the arrester having a catch portion and a deflectable portion , wherein the deflectable portion is configured to deflect relative to the ultrasonic transducer assembly, wherein the ultrasonic transducer assembly is configured to be selectively rotated about the longitudinal axis relative to the instrument body with the arrester in the disengaged position, wherein the catch portion is configured to seize the ultrasonic transducer assembly in the engaged position to thereby inhibit rotation about the longitudinal axis relative to the instrument body for rotatably coupling with the acoustic waveguide up to a predetermined torque, and wherein the deflectable portion is configured to deflect relative to the ultrasonic transducer assembly upon receiving a torque greater than the predetermined torque such that the catch portion releases the ultrasonic transducer assembly to slip relative to the catch portion for limiting coupling of the ultrasonic transducer assembly with the acoustic waveguide to the predetermined torque, and characterized in that the slip lock further includes a transducer detent feature connected to the ultrasonic transducer assembly , wherein the arrester further includes an arrester detent feature , and wherein the arrester detent feature and the transducer detent feature are configured to engage with the arrester in the engaged position to releasably secure the arrester to the ultrasonic transducer assembly in a longitudinal direction. (a) an instrument body ; (b) an ultrasonic transducer assembly rotatably mounted along a longitudinal axis within the instrument body; and (c) a slip lock operatively connected to the instrument body and including an arrester , wherein the arrester is configured to move relative to the ultrasonic transducer assembly between an engaged position and a disengaged position, the arrester having a catch portion and a deflectable portion , wherein the deflectable portion is configured to deflect relative to the ultrasonic transducer assembly,
Hold-open installation for holding open an open wing of a door, a window or the like, having an energizable coil which is intended to block automatic closing of the wing in the energized state by a drive connected to the wing, and a supply voltage input for the coil , characterized by an electronic control device which is designed to energize the coil upon being switched on and to then regulate the current flowing through the coil to a predefined value, wherein, in order to regulate the current, the current flowing through the coil is measured. a supply voltage input for the coil , characterized by an electronic control device which is designed to energize the coil upon being switched on and to then regulate the current flowing through the coil to a predefined value, wherein, in order to regulate the current, the current flowing through the coil is measured.
An arrangement that allows performing of both magnetic particle imaging and magnetic resonance imaging comprising; at least one primary magnetic element pair (2-2') configured to generate a selection magnetic field (SMF1/SMF2), at least one secondary magnetic element pair (3-3') configured to generate a driving magnetic field, at least one tertiary magnetic element pair (4-4') configured to form a focus magnetic field (FMF) in an imaging region (IR) for magnetic particle imaging, and characterized by; the primary magnetic element pair (2-2') configured to generate a magnetic field gradient (SMF1/SMF2) in a first plane on which a first axis (X) and a second axis (Y) substantially perpendicular to the first axis (X) extend, in the same imaging region (IR) for the magnetic particle imaging, the secondary magnetic element pair (3-3') configured to generate a magnetic field gradient in a third axis (Z) substantially perpendicular to the first plane for magnetic resonance imaging, the tertiary magnetic element pair (4-4') configured to form a high homogeneity magnetic field (FMF) for magnetic resonance imaging, at least one transmitting magnetic element pair (5-5') configured to excite nuclear spins in a high homogeneity magnetic field (FMF) for magnetic resonance imaging and at least one first receiving magnetic element pair (6-6') configured to receive magnetic resonance signals from the excited nuclear spins for magnetic resonance imaging. the primary magnetic element pair (2-2') configured to generate a magnetic field gradient (SMF1/SMF2) in a first plane on which a first axis (X) and a second axis (Y) substantially perpendicular to the first axis (X) extend, in the same imaging region (IR) for the magnetic particle imaging, the secondary magnetic element pair (3-3') configured to generate a magnetic field gradient in a third axis (Z) substantially perpendicular to the first plane for magnetic resonance imaging, the tertiary magnetic element pair (4-4') configured to form a high homogeneity magnetic field (FMF) for magnetic resonance imaging, at least one transmitting magnetic element pair (5-5') configured to excite nuclear spins in a high homogeneity magnetic field (FMF) for magnetic resonance imaging and at least one first receiving magnetic element pair (6-6') configured to receive magnetic resonance signals from the excited nuclear spins for magnetic resonance imaging.
Log sorting mechanism comprising: - a one or several part structure (58; 88) provided with a space capable of receiving a part of a bunk , - clamping means (66, 68; 96) connecting the part structure (58; 86) to the bunk , characterized in that the log sorting mechanism comprises a lever being pivotably attached between its ends to the part structure (58; 88) with at least one end of the lever being located in an overlapping arrangement with said space . - a one or several part structure (58; 88) provided with a space capable of receiving a part of a bunk , - clamping means (66, 68; 96) connecting the part structure (58; 86) to the bunk , characterized in that the log sorting mechanism comprises a lever being pivotably attached between its ends to the part structure (58; 88) with at least one end of the lever being located in an overlapping arrangement with said space .
A variable area fan nozzle for a high-bypass gas turbine engine comprising: a hinge beam ; a first track slider movable relative to said hinge beam along a first interface; a second track slider movable relative to said first track slider along a second interface that includes a bearing assembly ; and a VAFN cowl mounted to said second track slider , said second interface includes a male section of said second track slider and a female section of said first track slider , and said bearing assembly is mounted between said male section and said female section , said male section is a semi-circle in cross section, and characterised in that said bearing assembly includes a multiple of ball bearings arranged in rows spaced about the circumference of the male section . a hinge beam ; a first track slider movable relative to said hinge beam along a first interface; a second track slider movable relative to said first track slider along a second interface that includes a bearing assembly ; and a VAFN cowl mounted to said second track slider , said second interface includes a male section of said second track slider and a female section of said first track slider , and said bearing assembly is mounted between said male section and said female section , said male section is a semi-circle in cross section, and characterised in that said bearing assembly includes a multiple of ball bearings arranged in rows spaced about the circumference of the male section .
A pharmaceutical composition for use in preventing or treating hearing loss, comprising avenanthramide as an active ingredient.
A non-aqueous electrolyte solution for a lithium secondary battery comprising: an ionizable lithium salt; an organic solvent; and 1.0 wt% to 4.5 wt%, based on the total weight of the non-aqueous electrolyte solution, of a mixed additive which includes vinylene carbonate, 1,3-propylene sulfate, and 1,3-propane sultone in a weight ratio of 1:0.5 to 1:0.2 to 1, wherein the organic solvent comprises at least one organic solvent selected from the group consisting of at least one cyclic carbonate-based organic solvent selected from the group consisting of ethylene carbonate, 1,2-butylene carbonate, 2,3-butylene carbonate, 1,2-pentylene carbonate, 2,3-pentylene carbonate, and fluoroethylene carbonate (FEC); and at least one linear carbonate-based organic solvent selected from the group consisting of dimethyl carbonate, diethyl carbonate, dipropyl carbonate, ethylmethyl carbonate, methylpropyl carbonate, and ethylpropyl carbonate; the organic solvent not including propylene carbonate. an ionizable lithium salt; an organic solvent; and 1.0 wt% to 4.5 wt%, based on the total weight of the non-aqueous electrolyte solution, of a mixed additive which includes vinylene carbonate, 1,3-propylene sulfate, and 1,3-propane sultone in a weight ratio of 1:0.5 to 1:0.2 to 1, wherein the organic solvent comprises at least one organic solvent selected from the group consisting of at least one cyclic carbonate-based organic solvent selected from the group consisting of ethylene carbonate, 1,2-butylene carbonate, 2,3-butylene carbonate, 1,2-pentylene carbonate, 2,3-pentylene carbonate, and fluoroethylene carbonate (FEC); and at least one linear carbonate-based organic solvent selected from the group consisting of dimethyl carbonate, diethyl carbonate, dipropyl carbonate, ethylmethyl carbonate, methylpropyl carbonate, and ethylpropyl carbonate; the organic solvent not including propylene carbonate.
Straddle carrier for transporting and stacking containers , comprising - a vertically movable spreader , guided on the portal frame of the straddle carrier - at least one electrical drive motor and - a first power unit for generating primary electrical energy for the at least one electrical drive motor , wherein the first power unit comprises a combustion engine and a power generator connected to the combustion engine , characterised in that the combustion engine is designed as a gas engine and the straddle carrier has an electronic control unit for controlling the energy flow, and a first inverter of the first power unit is in communication contact with the electronic control unit via a field bus . - a vertically movable spreader , guided on the portal frame of the straddle carrier - at least one electrical drive motor and - a first power unit for generating primary electrical energy for the at least one electrical drive motor , wherein the first power unit comprises a combustion engine and a power generator connected to the combustion engine , characterised in that the combustion engine is designed as a gas engine and the straddle carrier has an electronic control unit for controlling the energy flow, and a first inverter of the first power unit is in communication contact with the electronic control unit via a field bus .
A method for locating a tag , said tag having been paired during a pairing step for sharing a secret key between said tag and a first telecommunication terminal , said method comprising: i- Sending from said first telecommunication terminal to a remote server : - a challenge encrypted by said secret key; - an approximate location indication of said tag defining a search zone, ii- Sending from said remote server to at least one second telecommunication terminal present in said search zone said encrypted challenge; iii- When having received a dynamic message from said tag , sending from said at least second telecommunication terminal to said tag , said encrypted challenge; iv- Decrypting said encrypted challenge in said tag and sending said challenge to said at least second telecommunication terminal ; v- Sending from said at least second telecommunication terminal to said first telecommunication terminal , through said remote server , said challenge and the location of said at least second telecommunication terminal ; vi- Verifying said challenge at said first telecommunication terminal ; vii- Determining at said first telecommunication terminal the location of said tag based on the verification of said challenge and the location of said second telecommunication terminal . i- Sending from said first telecommunication terminal to a remote server : - a challenge encrypted by said secret key; - an approximate location indication of said tag defining a search zone, - a challenge encrypted by said secret key; - an approximate location indication of said tag defining a search zone, ii- Sending from said remote server to at least one second telecommunication terminal present in said search zone said encrypted challenge; iii- When having received a dynamic message from said tag , sending from said at least second telecommunication terminal to said tag , said encrypted challenge; iv- Decrypting said encrypted challenge in said tag and sending said challenge to said at least second telecommunication terminal ; v- Sending from said at least second telecommunication terminal to said first telecommunication terminal , through said remote server , said challenge and the location of said at least second telecommunication terminal ; vi- Verifying said challenge at said first telecommunication terminal ; vii- Determining at said first telecommunication terminal the location of said tag based on the verification of said challenge and the location of said second telecommunication terminal .
A computer-implemented marker identification method for a stereo camera device , the method comprising: estimating, from an image captured by the stereo camera device , a circle and a center of the circle; detecting, based on a change in shading of the image, or an intensity image, or the image and the intensity image, a number of edges within a predetermined width in a radial direction of the circle from the center and a radius which is a distance from the center to each of the edges to create a histogram including the number of edges and the radius; selecting, as a radius candidate from the histogram, a radius at which the number of edges is equal to or greater than a predetermined number of edges threshold value, calculating, a gradient of the histogram, from the selected radius candidate and a value of the histogram in a vicinity of the selected radius candidate, and performing an identification process on a histogram in which the calculated gradient is equal to or greater than a predetermined gradient threshold value to identify a marker. estimating, from an image captured by the stereo camera device , a circle and a center of the circle; detecting, based on a change in shading of the image, or an intensity image, or the image and the intensity image, a number of edges within a predetermined width in a radial direction of the circle from the center and a radius which is a distance from the center to each of the edges to create a histogram including the number of edges and the radius; selecting, as a radius candidate from the histogram, a radius at which the number of edges is equal to or greater than a predetermined number of edges threshold value, calculating, a gradient of the histogram, from the selected radius candidate and a value of the histogram in a vicinity of the selected radius candidate, and performing an identification process on a histogram in which the calculated gradient is equal to or greater than a predetermined gradient threshold value to identify a marker.
Mould for moulding a component , comprising a first nozzle-side and a second ejector-side mould half , a mould insert which is inserted into a respective mould half , wherein, in the closed state of the mould, the mould inserts delimit a mould cavity of the mould, and the mould inserts are produced from a solidifiable material by additive buildup in layers, and a preferably thermoplastic moulding compound can be injected into the mould cavity , characterized in that a stripping device is provided in the region of the outer circumference of the ejector-side mould insert , the stripping device is produced from a solidifiable material by additive buildup in layers, an axially movable support having a bearing surface which is positioned below the stripping device is provided, and the bearing surface of the support can be varied.
A clamp assembly comprising: a rail extending along a length and configured to receive a first fluidic assembly ; and a carriage movably attachable to the rail such that the carriage moves along the rail , the carriage configured to receive a second fluidic assembly , the carriage including an actuator and a stop mechanism , where the stop mechanism is configured to selectively prevent and allow movement of the carriage relative to the rail , wherein the stop mechanism is configured to be independently operable from the actuator , and wherein the actuator is configured: to move a chromatography column received by the clamp assembly relative to the rail to create a first fluid tight seal between the chromatography column and the first fluidic assembly , and move the second fluidic assembly relative to the carriage to create a second fluid tight seal between the second fluidic assembly and the chromatography column , wherein the rail is a guide rod and wherein the carriage includes a bore through which the guide rod extends, wherein the carriage is configured to be rotated about the guide rod to move the carriage into and out of a plurality of separate locations along the rail . a rail extending along a length and configured to receive a first fluidic assembly ; and a carriage movably attachable to the rail such that the carriage moves along the rail , the carriage configured to receive a second fluidic assembly , the carriage including an actuator and a stop mechanism , where the stop mechanism is configured to selectively prevent and allow movement of the carriage relative to the rail , wherein the stop mechanism is configured to be independently operable from the actuator , and wherein the actuator is configured: to move a chromatography column received by the clamp assembly relative to the rail to create a first fluid tight seal between the chromatography column and the first fluidic assembly , and move the second fluidic assembly relative to the carriage to create a second fluid tight seal between the second fluidic assembly and the chromatography column , wherein the rail is a guide rod and wherein the carriage includes a bore through which the guide rod extends, wherein the carriage is configured to be rotated about the guide rod to move the carriage into and out of a plurality of separate locations along the rail . to move a chromatography column received by the clamp assembly relative to the rail to create a first fluid tight seal between the chromatography column and the first fluidic assembly , and move the second fluidic assembly relative to the carriage to create a second fluid tight seal between the second fluidic assembly and the chromatography column , wherein the rail is a guide rod and wherein the carriage includes a bore through which the guide rod extends, wherein the carriage is configured to be rotated about the guide rod to move the carriage into and out of a plurality of separate locations along the rail .
A method of differentiating pluripotent stem cells in liver and/or in liver-like cells including hepatocytes like cells (HEP-LC), endothelial like cells and biliary like cells, the method comprising steps of: seeding the pluripotent stem cells in a petri dish provided with seeding medium; starting to differentiate the pluripotent stem cells in the petri dish; transferring cells from said petri dish into a chamber of a bioreactor when said cells reach their progenitor stage where a premature hepatoblast is formed and where said cells are in a form of all the subtypes of premature liver like cells adhered together.; and maturing the cells in the chamber, where the cells are in the form of all the subtypes of premature liver like cells adhered together, wherein the chamber includes a concave or a convex floor, fluid of medium flows in the chamber and oxygen is supplied into the chamber. seeding the pluripotent stem cells in a petri dish provided with seeding medium; starting to differentiate the pluripotent stem cells in the petri dish; transferring cells from said petri dish into a chamber of a bioreactor when said cells reach their progenitor stage where a premature hepatoblast is formed and where said cells are in a form of all the subtypes of premature liver like cells adhered together.; and maturing the cells in the chamber, where the cells are in the form of all the subtypes of premature liver like cells adhered together, wherein the chamber includes a concave or a convex floor, fluid of medium flows in the chamber and oxygen is supplied into the chamber.
A metamaterial-based variable capacitor structure, comprising: a first substrate and a second substrate set oppositely, and a metamaterial dielectric layer located between the first substrate and the second substrate ; a metal floor layer between the first substrate and the metamaterial dielectric layer ; at least 2 gaps periodically arranged on the said metal floor layer ; a microstrip line between the second substrate and the metamaterial dielectric layer , and a bias line loaded on the microstrip line ; characterized in that the said metal floor layer also has an isolation hole , punched on the bias line, and the said bias line is further loaded with a choke branch . a first substrate and a second substrate set oppositely, and a metamaterial dielectric layer located between the first substrate and the second substrate ; a metal floor layer between the first substrate and the metamaterial dielectric layer ; at least 2 gaps periodically arranged on the said metal floor layer ; a microstrip line between the second substrate and the metamaterial dielectric layer , and a bias line loaded on the microstrip line ; characterized in that the said metal floor layer also has an isolation hole , punched on the bias line, and the said bias line is further loaded with a choke branch .