mhurhangee/patent-ind-claim-en huggingface dataset:
Drive machine for a lift, comprising - an electric motor , - a drive shaft which can be driven by means of the electric motor and is supported on both sides in respective bearings , - in particular wherein the drive shaft is designed to drive at least one belt , in particular a flat belt or a profiled belt , - wherein a rotor of the electric motor is connected in a gearless and rotationally fixed manner to the drive shaft via a releasable coupling , characterized - in that an angular position of a housing of the electric motor is fixed in relation to an axis of rotation of the electric motor by means of a torque support and - in that the electric motor is freely suspended in space at the drive shaft by means of the coupling , - preferably so that the drive shaft carries the electric motor . - an electric motor , - a drive shaft which can be driven by means of the electric motor and is supported on both sides in respective bearings , - in particular wherein the drive shaft is designed to drive at least one belt , in particular a flat belt or a profiled belt , - in particular wherein the drive shaft is designed to drive at least one belt , in particular a flat belt or a profiled belt , - wherein a rotor of the electric motor is connected in a gearless and rotationally fixed manner to the drive shaft via a releasable coupling , characterized - in that an angular position of a housing of the electric motor is fixed in relation to an axis of rotation of the electric motor by means of a torque support and - in that the electric motor is freely suspended in space at the drive shaft by means of the coupling , - preferably so that the drive shaft carries the electric motor .
A method of measuring a part with a contact probe mounted on a coordinate positioning machine , the method comprising measuring a plurality of measuring points on the part when both the part and contact probe are moving continuously between different positions within the coordinate positioning machine , characterised in that the probe moves, relative to the part , along a scan path such that substantially coincident or coincident measuring points (PC1, PC2) are measured at different positions in the coordinate positioning machine that are relatively far apart compared to a distance, if any, between the substantially coincident or coincident measuring points (PC1, PC2) on the curve or surface being measured and, in moving between the substantially coincident or coincident measuring points (PC1, PC2), the probe travels a distance along the scan path that is greater than the distance, if any, between the substantially coincident or coincident measuring points (PC1, PC2).
A method for calibrating a camera, comprising: • recording a digital image of at least one piece of calibration information on at least one fiber of a plurality of fibers from natural hair or fibers resembling natural hair by means of a camera ; • identifying the at least one fiber in the digital image by means of at least one marker ; • identifying a plurality of color values of a plurality of reference colors as the calibration information on the at least one fiber in the digital image, wherein a reference color value is assigned to each reference color; and • assigning the relevant identified color value of the plurality of identified color values to the relevant assigned reference color value of the plurality of reference color values, • wherein the at least one fiber has two markers which have a non-natural color profile and wherein a region between the two markers is provided, which comprises information regarding three reference colors . • recording a digital image of at least one piece of calibration information on at least one fiber of a plurality of fibers from natural hair or fibers resembling natural hair by means of a camera ; • identifying the at least one fiber in the digital image by means of at least one marker ; • identifying a plurality of color values of a plurality of reference colors as the calibration information on the at least one fiber in the digital image, wherein a reference color value is assigned to each reference color; and • assigning the relevant identified color value of the plurality of identified color values to the relevant assigned reference color value of the plurality of reference color values, • wherein the at least one fiber has two markers which have a non-natural color profile and wherein a region between the two markers is provided, which comprises information regarding three reference colors .
A centrifugal debris separator for removing debris from a gas turbine engine fuel system, the centrifugal debris separator comprising: a debris separator inlet ; a debris separator outlet ; and a separating chamber with a centreline extending in an axial direction and defined by an outer wall formed around the centreline, the separating chamber comprising: a separating chamber inlet for receiving fluid; and a first separator outlet to the separating chamber; wherein the debris separator inlet is fluidly connected to the separating chamber inlet ; the debris separator outlet is fluidly connected to the first separator outlet ; the separating chamber further comprises a second separator outlet to the separating chamber provided to the outer wall of the separating chamber; and a third separator outlet to the separating chamber is defined by a third separator outlet wall formed around the centreline of the separating chamber; the centrifugal debris separator being characterised in that the second separator outlet is defined by a second separator outlet wall that forms a spiral shape, in an axial plane, around the outer wall of the separating chamber . a debris separator inlet ; a debris separator outlet ; and a separating chamber with a centreline extending in an axial direction and defined by an outer wall formed around the centreline, the separating chamber comprising: a separating chamber inlet for receiving fluid; and a first separator outlet to the separating chamber; a separating chamber inlet for receiving fluid; and a first separator outlet to the separating chamber; wherein the debris separator inlet is fluidly connected to the separating chamber inlet ; the debris separator outlet is fluidly connected to the first separator outlet ; the separating chamber further comprises a second separator outlet to the separating chamber provided to the outer wall of the separating chamber; and a third separator outlet to the separating chamber is defined by a third separator outlet wall formed around the centreline of the separating chamber; the centrifugal debris separator being characterised in that the second separator outlet is defined by a second separator outlet wall that forms a spiral shape, in an axial plane, around the outer wall of the separating chamber .
A method of making a collection of nucleic acids, comprising: a. obtaining target nucleic acids, each comprising a PAM site of a nucleic acid-guided nuclease; b. hybridizing first primers to the PAM sites of the target nucleic acids, wherein the first primers comprise (i) a MAP site that is complementary to the PAM site, (ii) a complementary recognition site that is complementary to a recognition site of the nucleic acid guided nuclease, and (iii) a complementary promoter site that is complementary to a promoter site; c. extending the first primers using the target nucleic acids as template, thereby producing first extension products comprising sequence of the first primer and sequence complementary to the target nucleic acids; d. hybridizing second primers to the first extension products; and e. extending the second primers using the first extension products as template, thereby producing second extension products comprising the PAM site, the recognition site, and the promoter site. a. obtaining target nucleic acids, each comprising a PAM site of a nucleic acid-guided nuclease; b. hybridizing first primers to the PAM sites of the target nucleic acids, wherein the first primers comprise (i) a MAP site that is complementary to the PAM site, (ii) a complementary recognition site that is complementary to a recognition site of the nucleic acid guided nuclease, and (iii) a complementary promoter site that is complementary to a promoter site; c. extending the first primers using the target nucleic acids as template, thereby producing first extension products comprising sequence of the first primer and sequence complementary to the target nucleic acids; d. hybridizing second primers to the first extension products; and e. extending the second primers using the first extension products as template, thereby producing second extension products comprising the PAM site, the recognition site, and the promoter site.
A chewing gum composition comprising one or more layers surrounding a central core, at least one of the one or more layers surrounding the central core being a layer of chewing gum, wherein the central core comprises a first material in a powder form having a first average grain size, and wherein the outermost layer of the one or more layers comprises a coating comprising a second material in a powder form having a second average grain size.
Process for manufacturing a device comprising a microsystem , made on a support and packaged in a cavity with a first height, the device being plane at its packaging surface, this packaging surface being a surface opposite and parallel to the support, the process comprising: - supply of the microsystem on the support , - local positioning of a sacrificial material that is intended to form at least the cavity , - deposition of a packaging layer onto the support and the sacrificial material , - planarisation of the surface of the packaging layer opposite to the support , this planarisation being accompanied by thinning of the packaging layer until the sacrificial material is reached, or being a thinning of the packaging layer and the sacrificial material and performed so that the sacrificial material is also planarised, - said process comprising after thinning of the packaging layer the deposition of a packaging cap , said cap being formed on the planarised surface of the packaging layer and having a planar surface opposed to the substrate . - supply of the microsystem on the support , - local positioning of a sacrificial material that is intended to form at least the cavity , - deposition of a packaging layer onto the support and the sacrificial material , - planarisation of the surface of the packaging layer opposite to the support , this planarisation being accompanied by thinning of the packaging layer until the sacrificial material is reached, or being a thinning of the packaging layer and the sacrificial material and performed so that the sacrificial material is also planarised, - said process comprising after thinning of the packaging layer the deposition of a packaging cap , said cap being formed on the planarised surface of the packaging layer and having a planar surface opposed to the substrate .
An embolic protection device for removing emboli from a blood vessel in a patient's body, comprising: an elongate host element ; an embolic protection element having a collapsed configuration and an expanded configuration; and a flexible tether connected to a distal end of the host element and to a proximal portion of the embolic protection element, the tether allowing the host element to move axially and laterally relative to the embolic protection element over a limited range of motion when the embolic protection element is in an expanded configuration, and the embolic protection device having a landing zone of 4 cm or less, wherein the embolic protection element comprises one or more connecting arms , an apposition ring , and a mesh , the one or more connecting arms each being connected to the tether and the apposition ring , and the apposition ring being connected to the mesh , and wherein further the one or more connecting arms are connected to the tether by a marker, and the tether is flexible and is dimensioned such that host element can move axially or laterally relative to marker without disturbing the position of the marker . an elongate host element ; an embolic protection element having a collapsed configuration and an expanded configuration; and a flexible tether connected to a distal end of the host element and to a proximal portion of the embolic protection element, the tether allowing the host element to move axially and laterally relative to the embolic protection element over a limited range of motion when the embolic protection element is in an expanded configuration, and the embolic protection device having a landing zone of 4 cm or less, wherein the embolic protection element comprises one or more connecting arms , an apposition ring , and a mesh , the one or more connecting arms each being connected to the tether and the apposition ring , and the apposition ring being connected to the mesh , and wherein further the one or more connecting arms are connected to the tether by a marker, and the tether is flexible and is dimensioned such that host element can move axially or laterally relative to marker without disturbing the position of the marker .
A printer including an ink cassette which contains a supply bobbin on which a long ink sheet coated with ink is wound and a winding bobbin on which the ink sheet pulled out from the supply bobbin is wound, and which is mounted in the printer in which the ink is transferred to a print sheet in a state in which the ink sheet pulled out from the supply bobbin and the print sheet are overlaid and pressed against a print head , wherein the printer includes the print head , a receiving member that receives a pressure contact force of the print head , a raising/lowering mechanism (331-339) that presses and separates the print head against and from the receiving member over the ink sheet and the print sheet , and a support member that supports the receiving member and the raising/lowering mechanism (331-339), an opening into and from which the ink cassette is capable of being inserted and removed is provided in the support member , and a portion that engages with at least two engagement portions provided in the ink cassette when the ink cassette is mounted, is provided in a side surface of the support member in which the opening is provided; the ink cassette is inserted into and removed from the printer through the opening provided in the support member , and a plate member is provided on an end part of the ink cassette in a mounting direction, and the ink cassette includes the at least two engagement portions that engage with portions of the printer when the ink cassette is mounted in the printer are provided in the plate member , the at least two engagement portions are a hole or a boss or a shaft, and the at least two engagement portions are spaced from an edge of the plate member . wherein the printer includes the print head , a receiving member that receives a pressure contact force of the print head , a raising/lowering mechanism (331-339) that presses and separates the print head against and from the receiving member over the ink sheet and the print sheet , and a support member that supports the receiving member and the raising/lowering mechanism (331-339), an opening into and from which the ink cassette is capable of being inserted and removed is provided in the support member , and a portion that engages with at least two engagement portions provided in the ink cassette when the ink cassette is mounted, is provided in a side surface of the support member in which the opening is provided; the ink cassette is inserted into and removed from the printer through the opening provided in the support member , and a plate member is provided on an end part of the ink cassette in a mounting direction, and the ink cassette includes the at least two engagement portions that engage with portions of the printer when the ink cassette is mounted in the printer are provided in the plate member , the at least two engagement portions are a hole or a boss or a shaft, and the at least two engagement portions are spaced from an edge of the plate member .
A hydrocarbon composition comprising isomerised paraffins, wherein - the hydrocarbon composition has a T10 (°C) cut-off temperature from 185 to 205 °C, a T90 (°C) cut-off temperature from 270 to 295 °C and a final boiling point (°C) from 275 to 300 °C, and - density of the hydrocarbon composition is from 768.0 to 772.0 kg/m 3 as measured using standard ASTM D4052, - a freezing point of equal to or lower than -40 °C, and - amount of isomerised paraffins is over 90 wt-%, preferably over 92 wt-% and most preferably over 95 wt-% as calculated from the total paraffinic content of the hydrocarbon composition. - the hydrocarbon composition has a T10 (°C) cut-off temperature from 185 to 205 °C, a T90 (°C) cut-off temperature from 270 to 295 °C and a final boiling point (°C) from 275 to 300 °C, and - density of the hydrocarbon composition is from 768.0 to 772.0 kg/m 3 as measured using standard ASTM D4052, - a freezing point of equal to or lower than -40 °C, and - amount of isomerised paraffins is over 90 wt-%, preferably over 92 wt-% and most preferably over 95 wt-% as calculated from the total paraffinic content of the hydrocarbon composition.
A filter for separating particles entrained in a fluid flowing into a wellbore from a surface location, the filter comprising: a section of a conduit having a bore through which the fluid flows from the surface location into the wellbore ; a ring fixed to an inner surface of the bore of the conduit ; and a bag connected to the ring , positioned inside the bore and having perforations through which the fluid flows, characterised in that the bag is formed of a non-metal material and in that the bag is pliable such that the bag deforms without undergoing plastic deformation. a section of a conduit having a bore through which the fluid flows from the surface location into the wellbore ; a ring fixed to an inner surface of the bore of the conduit ; and a bag connected to the ring , positioned inside the bore and having perforations through which the fluid flows, characterised in that the bag is formed of a non-metal material and in that the bag is pliable such that the bag deforms without undergoing plastic deformation.
A brush for applying a formulation , comprising: a core having an outer surface and a longitudinal axis ; a plurality of bristle rings protruding from the core and spaced apart along the longitudinal axis, each bristle ring having at least 6 bristles spaced radially apart around the outer surface of the core ; and a high density zone that covers at least a portion of the outer surface of the core , the high density zone having an equivalent 360 degree linear bristle density of 13 to 31 whole bristles per 0.5mm of length along the outer surface of the core measured along the longitudinal axis, and a surface bristle density of 3 to 5 bristles per square millimeter of area of the outer surface of the core , characterized in that the core comprises a first recess formed in an outer surface of the core , the first recess being configured to hold a formulation , wherein no two consecutive bristles in a single bristle ring have the same bristle length. a core having an outer surface and a longitudinal axis ; a plurality of bristle rings protruding from the core and spaced apart along the longitudinal axis, each bristle ring having at least 6 bristles spaced radially apart around the outer surface of the core ; and a high density zone that covers at least a portion of the outer surface of the core , the high density zone having an equivalent 360 degree linear bristle density of 13 to 31 whole bristles per 0.5mm of length along the outer surface of the core measured along the longitudinal axis, and a surface bristle density of 3 to 5 bristles per square millimeter of area of the outer surface of the core , characterized in that the core comprises a first recess formed in an outer surface of the core , the first recess being configured to hold a formulation , wherein no two consecutive bristles in a single bristle ring have the same bristle length.
An element for a window or door for installation in a building opening of a wall, a façade, or a pitched roof, having a device for sending or receiving letters and parcels, wherein the device is designed so that the letters and parcels can be picked up or delivered by an unmanned air vehicle, wherein the element for a window or door comprises an outer leaf , wherein the device for receiving and sending letters or parcels comprises a landing region for landing the aircraft for the letters or parcels and/or that the device for receiving and sending letters or parcels comprises a pickup region for picking up or depositing the letters or parcels, characterized in that the lement for a window or door comprises an inner leaf , wherein the outer leaf and the inner leaf are separated from one another by an intermediate space , wherein the intermediate space in the closed state of the element for a window or door accommodates the device for receiving and sending letters or parcels and that the device for receiving and sending parcels using an unmanned aircraft comprises a thrust device associated with the outer leaf , using which the landing region and/or the pickup element for the letters or parcels is movable telescopically into a position spaced apart farther from the window or door in the extended state than in the retracted state.
A method for the synthesis of the nanomaterial product of claim 7 which comprises at least one hybrid nanoparticle of gold-metal-biopolymer, the biopolymer comprising at least one biopolymer being chosen among: collagen, chitosan, polyethylene glycol diacid, alginate, or their derivatives, the metal being chosen among: Gd, Co, Eu, Tb, Ce, Mn, Fe, Zn, Cu, the method being realized in an aqueous solvent and presenting: - Preparation steps of mixing the gold ions, the metal ions and the biopolymer, for obtaining a resulting solution with gold-metal-biopolymer complex, - One single step of synthesizing nanomaterial product which is the reduction of gold ions and metal ions in the presence of the biopolymer, by introducing a reducing agent in the resulting solution, the biopolymer being used as a stabilizer agent, the method being realized without chemical surfactant other than the biopolymer and without chemical linker. at least one hybrid nanoparticle of gold-metal-biopolymer, the biopolymer comprising at least one biopolymer being chosen among: collagen, chitosan, polyethylene glycol diacid, alginate, or their derivatives, the metal being chosen among: Gd, Co, Eu, Tb, Ce, Mn, Fe, Zn, Cu, the method being realized in an aqueous solvent and presenting: - Preparation steps of mixing the gold ions, the metal ions and the biopolymer, for obtaining a resulting solution with gold-metal-biopolymer complex, - One single step of synthesizing nanomaterial product which is the reduction of gold ions and metal ions in the presence of the biopolymer, by introducing a reducing agent in the resulting solution, the biopolymer being used as a stabilizer agent, - Preparation steps of mixing the gold ions, the metal ions and the biopolymer, for obtaining a resulting solution with gold-metal-biopolymer complex, - One single step of synthesizing nanomaterial product which is the reduction of gold ions and metal ions in the presence of the biopolymer, by introducing a reducing agent in the resulting solution, the biopolymer being used as a stabilizer agent, the method being realized without chemical surfactant other than the biopolymer and without chemical linker.