mhurhangee/patent-ind-claim-en huggingface dataset:
Timepiece including at least an hour indicator , a minute indicator , a movement arranged to drive the hour indicator and the minute indicator , a dial , a crown and an indicator for at least one time zone, housed inside a first case , and wherein the first case is rotatable inside a second case about an axis of rotation (A) coincident with the axis of rotation of the hour and minute indicators, so that a rotation of the first case in a clockwise or anticlockwise direction with respect to the second case allows a time zone to be chosen and the time in the selected time zone to be indicated, characterized in that said second case has a lower part screwed onto an upper part comprising horns , and in that said second case has, on each said horn , a countersink for passage of the crown during rotation of the first case inside the second case , the second case being perforated on the lateral, upper and lower parts thereof, in order to provide access to the crown .
A method for regasifying liquefied natural gas (LNG), comprising the steps of: - inputting a batch of the liquefied natural gas to a chamber of a vaporizer , wherein the pressure of the gas corresponds to the residual pressure in the system of about 0,1MPa; - in the vaporizer , converting the liquefied natural gas to a gaseous state by heating it by means of a lower quality heating medium from a first temperature (T 1 ) to a second temperature (T 2 ) which is a critical temperature of the gas composition and heating the gas by means of a higher quality heating medium from the second temperature (T 2 ) to a third temperature (T 3 ) higher than the critical temperature of the gas to increase the pressure of the gas to a second pressure (p 2 ) of at least 7MPa, wherein the lower quality heating medium has a lower temperature than the higher quality heating medium; - connecting the gas outlet of the vaporizer to a storage tank having a chamber with a pressure lower than the pressure of the vaporizer ; and - allowing the gas from the vaporizer to flow and expand into the storage tank due to the pressure difference between the vaporizer and the storage tank . - inputting a batch of the liquefied natural gas to a chamber of a vaporizer , wherein the pressure of the gas corresponds to the residual pressure in the system of about 0,1MPa; - in the vaporizer , converting the liquefied natural gas to a gaseous state by heating it by means of a lower quality heating medium from a first temperature (T 1 ) to a second temperature (T 2 ) which is a critical temperature of the gas composition and heating the gas by means of a higher quality heating medium from the second temperature (T 2 ) to a third temperature (T 3 ) higher than the critical temperature of the gas to increase the pressure of the gas to a second pressure (p 2 ) of at least 7MPa, wherein the lower quality heating medium has a lower temperature than the higher quality heating medium; - connecting the gas outlet of the vaporizer to a storage tank having a chamber with a pressure lower than the pressure of the vaporizer ; and - allowing the gas from the vaporizer to flow and expand into the storage tank due to the pressure difference between the vaporizer and the storage tank .
An electrically operable aerosol-generating system comprising, a charging device comprising a primary power source , and an elongated aerosol-generating device comprising a secondary power source , the charging device having a docking arrangement configured to engage with the aerosol-generating device, the docking arrangement comprising a docking space defined between a first end , and an opposing second end spaced from and fixed relative to the first end, the docking space accommodating a longitudinal dimension of the elongated aerosol-generating device in which, the docking arrangement comprises a mechanical latch to releasably retain the aerosol-generating device in engagement with the docking arrangement, or in which the docking arrangement comprises a magnetic latch to releasably retain the aerosol-generating device in engagement with the docking arrangement. a charging device comprising a primary power source , and an elongated aerosol-generating device comprising a secondary power source , the charging device having a docking arrangement configured to engage with the aerosol-generating device, the docking arrangement comprising a docking space defined between a first end , and an opposing second end spaced from and fixed relative to the first end, the docking space accommodating a longitudinal dimension of the elongated aerosol-generating device in which, the docking arrangement comprises a mechanical latch to releasably retain the aerosol-generating device in engagement with the docking arrangement, or in which the docking arrangement comprises a magnetic latch to releasably retain the aerosol-generating device in engagement with the docking arrangement.
A resin composition comprising: a compound A having in its molecule an OH group and any one of primary to tertiary amines, wherein A is a compound having a benzoxazine backbone; a compound B being dicyandiamide; and a compound C being bismaleimides, wherein C is liquid bismaleimides. a compound A having in its molecule an OH group and any one of primary to tertiary amines, wherein A is a compound having a benzoxazine backbone; a compound B being dicyandiamide; and a compound C being bismaleimides, wherein C is liquid bismaleimides.
An object detection controller for detecting objects moving in a first direction in a computed tomography (CT) imaging system, said object detection controller including a processor coupled to a memory device and to the CT imaging system , said object detection controller is configured to detect objects by: receiving CT imaging data generated by the CT imaging system ; generating a plurality of CT imaging slices from the CT imaging data; assembling a plurality of segments based on the generated plurality of CT imaging slices, wherein two neighboring segments of the plurality of segments include at least one equivalent CT imaging slice; in response to receiving a stop request: causing the CT imaging system to cease a flow of objects ; discarding one or more of the plurality of CT imaging slices associated with a first segment and a second segment of the plurality of segments , wherein the first segment and the second segment are being assembled at the time the stop request is received; causing the CT imaging system to move the objects in a second direction for an interruption distance , wherein the second direction is opposite the first direction; causing the CT imaging system to move the objects in the first direction; and reassembling the first segment and the second segment based on newly received CT imaging slices. receiving CT imaging data generated by the CT imaging system ; generating a plurality of CT imaging slices from the CT imaging data; assembling a plurality of segments based on the generated plurality of CT imaging slices, wherein two neighboring segments of the plurality of segments include at least one equivalent CT imaging slice; in response to receiving a stop request: causing the CT imaging system to cease a flow of objects ; discarding one or more of the plurality of CT imaging slices associated with a first segment and a second segment of the plurality of segments , wherein the first segment and the second segment are being assembled at the time the stop request is received; causing the CT imaging system to move the objects in a second direction for an interruption distance , wherein the second direction is opposite the first direction; causing the CT imaging system to move the objects in the first direction; and reassembling the first segment and the second segment based on newly received CT imaging slices. causing the CT imaging system to cease a flow of objects ; discarding one or more of the plurality of CT imaging slices associated with a first segment and a second segment of the plurality of segments , wherein the first segment and the second segment are being assembled at the time the stop request is received; causing the CT imaging system to move the objects in a second direction for an interruption distance , wherein the second direction is opposite the first direction; causing the CT imaging system to move the objects in the first direction; and reassembling the first segment and the second segment based on newly received CT imaging slices.
Oil pan for an internal combustion engine , in particular for a diesel engine, preferably of a vehicle, particularly preferably of a tractor, with a) a first flange face for the mechanical connection of the oil pan to a crankcase of the internal combustion engine , and b) a second flange face for the mechanical connection of the oil pan to a corresponding flange face of an axle carrier , in particular of a front axle carrier , the oil pan being load-bearing, characterized c) in that the second flange face is inclined obliquely at least partially. a) a first flange face for the mechanical connection of the oil pan to a crankcase of the internal combustion engine , and b) a second flange face for the mechanical connection of the oil pan to a corresponding flange face of an axle carrier , in particular of a front axle carrier , the oil pan being load-bearing, characterized c) in that the second flange face is inclined obliquely at least partially.
An improved process for the preparation of Dalteparin sodium, which comprises the steps of: (a) depolymerising heparin sodium with sodium nitrite of 2.5 to 3.5% by weight in the presence of an acid, (b) reducing the product obtained in step (a) with ≤ 2.0 mole equivalents of a reducing agent to obtain crude Dalteparin sodium, (c) isolating the crude Dalteparin sodium obtained in step (b), (d) stirring the crude product obtained in step (c) in a solvent mixture to obtain precipitate of Dalteparin sodium, (e) dissolving the precipitate obtained in step (d) in water and subjecting to ultra-violet irradiation at 254 nm wavelength and 4 to 40W power for a time period of 10 seconds to 8 minutes and (f) lyophilizing the solution obtained in step (e) in presence of alcohol to obtain Dalteparin sodium in free powder form. (a) depolymerising heparin sodium with sodium nitrite of 2.5 to 3.5% by weight in the presence of an acid, (b) reducing the product obtained in step (a) with ≤ 2.0 mole equivalents of a reducing agent to obtain crude Dalteparin sodium, (c) isolating the crude Dalteparin sodium obtained in step (b), (d) stirring the crude product obtained in step (c) in a solvent mixture to obtain precipitate of Dalteparin sodium, (e) dissolving the precipitate obtained in step (d) in water and subjecting to ultra-violet irradiation at 254 nm wavelength and 4 to 40W power for a time period of 10 seconds to 8 minutes and (f) lyophilizing the solution obtained in step (e) in presence of alcohol to obtain Dalteparin sodium in free powder form.
An elevator comprising an elevator car (C) and a brake for stopping the elevator car (C) and/or for holding the elevator car (C) in a stopped state, the brake being arranged to affect via a braking member a movable component of the elevator that is connected to the elevator car (C) in a force transmitting manner, the brake comprising a frame , a braking member mounted on the frame movably between braking position (I) and released position (II), and a rotatable lever mounted on the frame , the lever being functionally connected to the braking member such that movement of the lever axially away from frame moves the braking member towards released position (II), characterized in that a plurality of cylindrical rollers having a rotational axis aligned radial to the rotational axis of the lever and being elongated in their axial direction, are mounted on one of the brake frame and lever , to be positioned between the brake frame and the lever , and in that the other of the brake frame and lever comprises a plurality of recesses for receiving said cylindrical rollers , the recess being a groove aligned radial to the rotational axis (x) of the lever , and in that rotation of the lever is configured to cause each said cylindrical roller to roll outwards from the corresponding recess along an edge portion of the recess forcing the lever to move axially away from the frame , thereby causing the braking member to move towards released position (II), wherein the edge portion along which the roller rolls comprises a planar surface portion which is at an angle relative to the plane or rotation (p) of the lever , and wherein the brake comprises a stop member placed on the path of the lever to limit the rotation thereof.
An adjustable clamp comprising: a clamp body comprising: an aperture , a slit , a recess and a bore ; a front surface , a back surface , an outer surface , an inner surface , a first half , and a second half ; wherein a centerline axis separates the first half from the second half; wherein the centerline axis of the clamp extends through the aperture, the slit, and the recess; wherein the clamp body is generally A-frame shaped. an aperture , a slit , a recess and a bore ; a front surface , a back surface , an outer surface , an inner surface , a first half , and a second half ; wherein a centerline axis separates the first half from the second half; wherein the centerline axis of the clamp extends through the aperture, the slit, and the recess; wherein the clamp body is generally A-frame shaped.
An amount of irradiated microparticles for use in a method of treating renal neoplastic conditions in a subject, said method comprising subjecting the subject to selective internal radiation therapy (SIRT), wherein a prescribed activity of the irradiated microparticles used in the SIRT is 0.02 to 3.5 GBq, and wherein the irradiated microparticles are yttrium-90 polymeric microspheres, characterised in that the SIRT delivers a radiation dose between 200 and 800 Gy to a site of treatment in the kidney.
Propulsion assembly for an aircraft , having: - a propulsion system having a core enclosed in a casing and having a combustion chamber , and - at least one supply pipe intended to convey dihydrogen to the combustion chamber wherein said at least one supply pipe meanders outside the casing before dropping into the combustion chamber through the casing via at least one injector , the propulsion assembly being characterized in that it further comprises a housing fastened to the casing in a sealed manner around the latter, wherein said at least one supply pipe has an upstream part and a downstream part that are fluidically connected to one another through a wall of the housing , wherein the upstream part is intended to be fluidically connected to a tank and fastened in a sealed manner to said wall of the housing and wherein the downstream part is housed inside the housing and fastened in a sealed manner to said wall of the housing and wherein the at least one injector is also housed inside the housing . - a propulsion system having a core enclosed in a casing and having a combustion chamber , and - at least one supply pipe intended to convey dihydrogen to the combustion chamber wherein said at least one supply pipe meanders outside the casing before dropping into the combustion chamber through the casing via at least one injector ,
Sensor probe for measuring a food preparation parameter, comprising an elongate handle portion for manipulating the sensor probe; an elongate sensor portion ; and a stepped connecting portion connecting the handle portion and the sensor portion such that the longitudinal axis of the handle portion is offset with respect to the longitudinal axis of the sensor portion; wherein the dimensions and weights of the handle portion , the sensor portion , and the connecting portion are selected such that the center of gravity of the sensor probe is located in the connecting portion . an elongate handle portion for manipulating the sensor probe; an elongate sensor portion ; and a stepped connecting portion connecting the handle portion and the sensor portion such that the longitudinal axis of the handle portion is offset with respect to the longitudinal axis of the sensor portion; wherein the dimensions and weights of the handle portion , the sensor portion , and the connecting portion are selected such that the center of gravity of the sensor probe is located in the connecting portion .
A method for manufacturing a radio frequency (RF) applicator comprising covering a ceramic insert with a coating , wherein the ceramic insert has dimensions that substantially match an internal volume of an open-ended, hollow waveguide , and wherein the ceramic insert has a recess therein configured to accept a radio frequency emitter ; characterised by heating the waveguide to a temperature that is above a melting point of the coating ; placing the coated ceramic insert into the internal volume of the heated waveguide ; wherein the internal volume is completely filled except for the recess ; and cooling the waveguide , ceramic insert , and coating to a temperature below the melting point of the coating so that the coating solidifies and fills gaps between facing surfaces of the insert and the waveguide. covering a ceramic insert with a coating , wherein the ceramic insert has dimensions that substantially match an internal volume of an open-ended, hollow waveguide , and wherein the ceramic insert has a recess therein configured to accept a radio frequency emitter ; characterised by heating the waveguide to a temperature that is above a melting point of the coating ; placing the coated ceramic insert into the internal volume of the heated waveguide ; wherein the internal volume is completely filled except for the recess ; and cooling the waveguide , ceramic insert , and coating to a temperature below the melting point of the coating so that the coating solidifies and fills gaps between facing surfaces of the insert and the waveguide.
An imaging apparatus comprising: a wiring board ; an imaging unit (P) that includes a lens module and an imaging element mounted on the wiring board ; a housing that assumes a frame shape and includes an opening in an optical-axis (A) direction of the imaging unit (P) ; a top cover placed over the housing ; a light source that emits light to travel to an outside through the top cover ; and a light guide body that surrounds the lens module and guides the light emitted from the light source , wherein the imaging unit (P) is spaced apart from the top cover by a space (G2), the housing includes a bulging section bulging toward the lens module without being in contact with the wiring board , the imaging apparatus further comprises a light blocking body that surrounds the lens module and blocks light, and the bulging section receives a load applied from the top cover via at least the light blocking body and the light guide body . a wiring board ; an imaging unit (P) that includes a lens module and an imaging element mounted on the wiring board ; a housing that assumes a frame shape and includes an opening in an optical-axis (A) direction of the imaging unit (P) ; a top cover placed over the housing ; a light source that emits light to travel to an outside through the top cover ; and a light guide body that surrounds the lens module and guides the light emitted from the light source , wherein the imaging unit (P) is spaced apart from the top cover by a space (G2), the housing includes a bulging section bulging toward the lens module without being in contact with the wiring board , the imaging apparatus further comprises a light blocking body that surrounds the lens module and blocks light, and the bulging section receives a load applied from the top cover via at least the light blocking body and the light guide body .
An easy-tear-open and tamper-evident container comprising: a container body having a first convex loop on a periphery of an opening thereof; a lid having a second convex loop for engaging with the first convex loop , characterised in that a loop of tear line is provided on a topmost surface of the second convex loop , and the loop of tear line is divided into a section of breakable line and a section of broken line , the section of breakable line having a length larger than that of the broken line ; and a spacer part being disposed below a local area of the topmost surface of the second convex loop that bears the section of broken line , and the spacer part being attached with the lid or the container body to make the local area bent up to form a force application part; where, when in a normal opening operation, the force application part is used for a user to apply a force thereon to break the section of breakable line to remove a central area of the lid ; and when an illegitimate user applies a lifting force on any local area of the second convex loop of the lid that corresponds to the section of breakable line to make the local area moving upward with a displacement exceeding a threshold, a corresponding local area of the section of breakable line will be broken to show that the tamper-evident container has been tampered with. a container body having a first convex loop on a periphery of an opening thereof; a lid having a second convex loop for engaging with the first convex loop , characterised in that a loop of tear line is provided on a topmost surface of the second convex loop , and the loop of tear line is divided into a section of breakable line and a section of broken line , the section of breakable line having a length larger than that of the broken line ; and a spacer part being disposed below a local area of the topmost surface of the second convex loop that bears the section of broken line , and the spacer part being attached with the lid or the container body to make the local area bent up to form a force application part; where, when in a normal opening operation, the force application part is used for a user to apply a force thereon to break the section of breakable line to remove a central area of the lid ; and when an illegitimate user applies a lifting force on any local area of the second convex loop of the lid that corresponds to the section of breakable line to make the local area moving upward with a displacement exceeding a threshold, a corresponding local area of the section of breakable line will be broken to show that the tamper-evident container has been tampered with.