mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing solid milk, comprising; a gas dispersal process (S112) for dispersing a prescribed gas into liquid milk; a spray drying process (S114) for obtaining powdered milk by spraying the liquid milk after the gas dispersal process (S112), and drying the sprayed liquid milk; and a compaction molding process (S130) for obtaining a solidified compaction molded body of powdered milk produced by compacting powdered milk after the gas dispersal process (S112) and the spray drying process (S114), a humidification process (S140) for humidifying the compaction molded body of powdered milk obtained at the compaction molding process (S130); a drying process (S160) for drying the compaction molded body of powdered milk humidified at the humidification process (S140).
A method of making a pelletized cell culture medium, the method comprising: a) subjecting a first dry powder to suspension in an upwardly moving column of a gas in a fluid bed apparatus, and to spinning in a disc rotor; b) introducing a solvent and/or a second dry powder into the fluid bed apparatus at step (a), such that the pellet is formed; and c) drying the pellet, wherein the first dry powder, the second dry powder, or the solvent comprises a binder, an excipient, or both; and wherein the first dry powder and/or the second dry powder is selected from the group consisting of a basal media powder, a complete media powder, a feed, a supplement, a media or feed concentrate and an amino acid mixture that can support the cultivation of a cell in culture. a) subjecting a first dry powder to suspension in an upwardly moving column of a gas in a fluid bed apparatus, and to spinning in a disc rotor; b) introducing a solvent and/or a second dry powder into the fluid bed apparatus at step (a), such that the pellet is formed; and c) drying the pellet,
A method for characterizing effect pigment spots in images of a layer, the method comprising the steps of: a) forming one or more point clouds of effect pigment spots, each point in the point clouds being defined by at least three device-independent color coordinates of an effect pigment spot: i) a first and a second linearly projected chromaticity coordinates, and ii) a lightness-related value; b) computing a distance of the one or more point clouds to one or more reference point clouds, wherein the one or more reference point clouds are formed using the same color coordinates as the one or more point clouds of effect pigment spots, and wherein each reference point cloud is associated with a reference effect pigment; c) selecting the reference point cloud with shortest distance; and d) characterizing the effect pigment spots in the one or more point clouds as belonging to the reference effect pigment associated with the selected reference point cloud. a) forming one or more point clouds of effect pigment spots, each point in the point clouds being defined by at least three device-independent color coordinates of an effect pigment spot: i) a first and a second linearly projected chromaticity coordinates, and ii) a lightness-related value; i) a first and a second linearly projected chromaticity coordinates, and ii) a lightness-related value; b) computing a distance of the one or more point clouds to one or more reference point clouds, wherein the one or more reference point clouds are formed using the same color coordinates as the one or more point clouds of effect pigment spots, and wherein each reference point cloud is associated with a reference effect pigment; c) selecting the reference point cloud with shortest distance; and d) characterizing the effect pigment spots in the one or more point clouds as belonging to the reference effect pigment associated with the selected reference point cloud.
Method for preparing a gel block comprising the following steps: - providing an alginate and calcium carbonate preparation, - providing a buffer solution, - mixing the alginate and calcium carbonate preparation with the buffer solution using a mixing tee comprising an outlet duct, and subsequently - gelling in a gelator formed by the outlet duct and/or a duct connected to the outlet duct, to form a gel block. - providing an alginate and calcium carbonate preparation, - providing a buffer solution, - mixing the alginate and calcium carbonate preparation with the buffer solution using a mixing tee comprising an outlet duct, and subsequently - gelling in a gelator formed by the outlet duct and/or a duct connected to the outlet duct, to form a gel block.
A retaining ring for use in a gas turbine engine , the retaining ring comprising: a rotating disc face ; and a cover plate face ; wherein the retaining ring has a split ring construction and forms an end gap between end gap portions , and wherein at least one of the rotating disc face and the cover plate face includes a stress reducing feature proximal to an end gap portion, characterised in that the stress reducing feature is a scalloped surface. a rotating disc face ; and a cover plate face ; wherein the retaining ring has a split ring construction and forms an end gap between end gap portions , and wherein at least one of the rotating disc face and the cover plate face includes a stress reducing feature proximal to an end gap portion, characterised in that the stress reducing feature is a scalloped surface.
A rotation sensor for an injection device , the rotation sensor comprising: - a rotatable element configured for a mechanical engagement with a ratchet mechanism (90;190), the rotatable element comprising an outer rim and a hub is configured for transmission of a torque between the outer rim and the hub , - at least one sensor attached to the rotatable element and configured to measure at least one of a mechanical force, a mechanical pressure or a mechanical strain at a portion of the rotatable element during a rotation of the rotatable element , - a processor connected to the at least one sensor and configured to calculate an angle of rotation of the rotatable element on the basis of a sensor output of the at least one sensor . - a rotatable element configured for a mechanical engagement with a ratchet mechanism (90;190), the rotatable element comprising an outer rim and a hub is configured for transmission of a torque between the outer rim and the hub , - at least one sensor attached to the rotatable element and configured to measure at least one of a mechanical force, a mechanical pressure or a mechanical strain at a portion of the rotatable element during a rotation of the rotatable element , - a processor connected to the at least one sensor and configured to calculate an angle of rotation of the rotatable element on the basis of a sensor output of the at least one sensor .
An injection-moulding mould configured for being mounted in an injection-moulding apparatus for automated moulding of work pieces from plastics, said injection-moulding mould comprising at least three separate mould parts, comprising an inlet mould part in which is arranged an inlet for injection of liquid plastics from the injection-moulding apparatus, a closing mould part and at least one intermediate mould part arranged between the inlet mould part and the closing mould part , and which mould parts in pairs are separated by mould separation faces, and are configured for being capable of being shifted relative to each other along a straight line which is substantially at right angles to the mould separation faces which, in the closed state of the injection-moulding mould where the mould separation faces are in abutment on each other, form a number of mould cavities and, in the open state of the injection-moulding mould where the mould separation faces are pulled away from each other, allow form removal of work pieces moulded in the mould cavities by removal of any moulded work pieces from mould cavities that are thereby open into the space between the closing mould part and the intermediate mould part and moulded distributor elements, corresponding to distribution channels that are thereby open into the space between the inlet mould part and the intermediate mould part, and wherein, between the inlet mould part and the intermediate mould part , a distance-limiting device is configured that has an end stop configured with a view to limiting the distance by which the intermediate mould plate can be shifted away from the inlet mould part , characterised in that a shock absorber is further arranged between the inlet mould part and the intermediate mould part , said shock absorber being configured such that it mitigates the shifting movement between the inlet mould part and the intermediate mould part , when they are moved away from each other and before the end stop is hit.
Spectacles provided with auricular sensors for detecting biometric data when worn and when in contact with the head of the user, comprising a frame having a front mount for supporting respective lenses , a nose support device and a pair of arms articulated on the front mount on laterally opposite sides, each of said arms extending in a longitudinal direction between a first end articulated on the front mount and a second, opposite end , close to which an end portion of the arm can make contact with the head at the ear, wherein each arm extends from said second end to a section of the arm made of flexible material that can support the auricular sensor , said section of the arm having a main extension in the longitudinal direction between said second end and an opposite free end of said section , said auricular sensor being supported on the section of the arm at said free end , said section of the arm can move, on account of its flexibility, between an operative position, in which the auricular sensor can be positioned in the concha of the auricle, and a non-operative position, in which the sensor supported by said section of the arm is removably retained on the end portion of the arm, characterised in that the auricular sensor , the section of the arm, and the end portion are obtained integrally formed with one another, by means of injection moulding of an electrically conductive rubber, and in that the auricular sensor or the section of the arm can engage in a respective seat provided in said arm so as to retain said auricular sensor or section of the arm on the end portion of the arm in the second, non-operative position.
An aircraft controller comprising a non-transient storage medium, the non-transient storage medium storing instructions operable to cause the controller to perform the step of applying at least one asymmetric thrust bias determined in a previous flight to a thrust balancing system of a multi-engine aircraft, thereby accounting for engine discrepancies.
In-situ, i.e., on-site preparation method of a dental and orthopedic acrylic material with antimicrobial properties, wherein the material comprises a polymethyl methacrylate ,PMMA, matrix with diffused or embedded copper nanoparticles, CuNPs, as sole active ingredient, wherein said nanoparticles have all their external dimensions between 40 and 100 nm as measured by scanning electron microscopy and the CuNPs concentration in said material is between 0.015 wt.% and 0.068 wt.%; wherein said preparation comprises the steps of: a) adding 100 μL of an aqueous solution of copper acetate [Cu(CH 3 COO) 2 ] of concentration 0.1 to 0.8 M to 2 mL of 95 % absolute ethanol; b) adding 2 mL of liquid methyl methacrylate monomer, MMA, to the ethanolic solution obtained in step (a) under constant agitation and at room temperature; c) constantly stirring the solution obtained at step (b) at a temperature of 50 to 70°C until reddish-colored CuNPs are formed; d) mixing the liquid MMA solution loaded with CuNPs obtained in step (c) with an amount of PMMA at a ratio acrylic/monomer of 3:2 w/v in order to produce a polymerization reaction; and e) placing the mixture obtained in step (d) in polytetrafluoroethylene or dental muffle molds to complete the self- or thermo-curing process. a) adding 100 μL of an aqueous solution of copper acetate [Cu(CH 3 COO) 2 ] of concentration 0.1 to 0.8 M to 2 mL of 95 % absolute ethanol; b) adding 2 mL of liquid methyl methacrylate monomer, MMA, to the ethanolic solution obtained in step (a) under constant agitation and at room temperature; c) constantly stirring the solution obtained at step (b) at a temperature of 50 to 70°C until reddish-colored CuNPs are formed; d) mixing the liquid MMA solution loaded with CuNPs obtained in step (c) with an amount of PMMA at a ratio acrylic/monomer of 3:2 w/v in order to produce a polymerization reaction; and e) placing the mixture obtained in step (d) in polytetrafluoroethylene or dental muffle molds to complete the self- or thermo-curing process.
A milling tool for a dental superstructure, usable for the inner milling of the seat of a screw and of a straight channel in angled dental superstructures for screwing by means of a direct connection to a dental implant, comprising: - a support area for a milling machine, - a useful cutting area , provided with a cutting element with at least one cutting tab and one rod linking the cutting tab with the tool support area of the tool the cutting tab having a useful upper cutting surface , perpendicular to the longitudinal axis (x) of the rod , a useful lateral cutting surface parallel to the longitudinal axis (x) of the rod , and characterized in that it has at least one useful lower cutting surface , inclined with respect to the longitudinal axis (x) of the rod . - a support area for a milling machine, - a useful cutting area , provided with a cutting element with at least one cutting tab and one rod linking the cutting tab with the tool support area of the tool the cutting tab having a useful upper cutting surface , perpendicular to the longitudinal axis (x) of the rod , a useful lateral cutting surface parallel to the longitudinal axis (x) of the rod , and characterized in that it has at least one useful lower cutting surface , inclined with respect to the longitudinal axis (x) of the rod .
A press tool for a fitting for attaching a hose or tube conduit to another part, said fitting having a cylindrical part and, protruding therefrom, a press lug to be pressed plastically in a direction perpendicular to an axial direction of the cylindrical part of the fitting in order to clamp the cylindrical part and press it onto the conduit, wherein the press tool has two tool halves which can be closed by means of a movement towards each other and opened by means of a movement away from each other, said tool halves having a respective press part for the pressing of the press lug during the closing movement, wherein parts of the press parts which are facing each other and located at the front, in respect of the press movement of the press tool, are wedge-shaped and designed so as to engage a foot of the press lug facing the cylindrical part of the fitting and to compress it during the press movement and thus plastically deform the press lug, characterised by a marking device in the form of at least one projection and/or at least one recess on at least one of the press parts , and namely on a side of the press part facing the cylindrical part of the press fitting. wherein the press tool has two tool halves which can be closed by means of a movement towards each other and opened by means of a movement away from each other, said tool halves having a respective press part for the pressing of the press lug during the closing movement, wherein parts of the press parts which are facing each other and located at the front, in respect of the press movement of the press tool, are wedge-shaped and designed so as to engage a foot of the press lug facing the cylindrical part of the fitting and to compress it during the press movement and thus plastically deform the press lug, characterised by a marking device in the form of at least one projection and/or at least one recess on at least one of the press parts , and namely on a side of the press part facing the cylindrical part of the press fitting.
A method for determining of clinical response of a patient suffering from epilepsy to chronic vagal nerve stimulation (VNS) therapy from scalp EEG data, comprising the steps of: - obtaining theta, alpha, beta and gamma frequency bands for at least one scalp electrode from scalp EEG data obtained from the patient using an EEG recording protocol, said EEG data comprising at least one rest interval, at least one open eyes/close eyes interval, at least one photic stimulation interval, at least one hyperventilation interval, wherein one interval is selected as a baseline interval, and further characterized in the steps of: - obtaining absolute mean powers as mean values of passband power envelope inside at least one discriminative interval and inside the baseline interval, and obtaining the relative mean power of the at least one discriminative interval as the ratio of the absolute mean power of said discriminative interval relative to the absolute mean power of the baseline interval, - determining from the relative mean powers of the at least one discriminative interval for at least one discriminative electrode whether the patient is a responder or a non-responder to vagal nerve stimulation therapy based on a responder pattern or a non-responder pattern, wherein the responder and non-responder patterns are determined by statistical analysis of EEG data recorded using the said EEG recording protocol for a group of known responders and non-responders. - obtaining theta, alpha, beta and gamma frequency bands for at least one scalp electrode from scalp EEG data obtained from the patient using an EEG recording protocol, said EEG data comprising at least one rest interval, at least one open eyes/close eyes interval, at least one photic stimulation interval, at least one hyperventilation interval, wherein one interval is selected as a baseline interval, and further characterized in the steps of: - obtaining absolute mean powers as mean values of passband power envelope inside at least one discriminative interval and inside the baseline interval, and obtaining the relative mean power of the at least one discriminative interval as the ratio of the absolute mean power of said discriminative interval relative to the absolute mean power of the baseline interval, - determining from the relative mean powers of the at least one discriminative interval for at least one discriminative electrode whether the patient is a responder or a non-responder to vagal nerve stimulation therapy based on a responder pattern or a non-responder pattern, wherein the responder and non-responder patterns are determined by statistical analysis of EEG data recorded using the said EEG recording protocol for a group of known responders and non-responders.
Insert for connecting an electrical connector to a wall comprising an electrically conductive bolt comprising a head which extends along a first longitudinal axis (I) and a shaft which is provided with at least one connecting means , and a ring comprising a through-opening which extends along a second longitudinal axis (II) for receiving the bolt , wherein the ring can be deformed by a movement of the head relative to the ring along the second longitudinal axis (II) with the formation of a projection of the ring , characterized in that the head comprises an outer contour which, at least in regions, is produced by rotation about the first longitudinal axis (I) of a first line (L1) which is curved with a first radius (R1) and spaced apart from the first longitudinal axis (I) and that the through-opening comprises an inner contour which, at least in regions, is produced by rotation about the second longitudinal axis (II) of a second line (L2) which is curved with a second radius (R2) and spaced apart from the second longitudinal axis (II). an electrically conductive bolt comprising a head which extends along a first longitudinal axis (I) and a shaft which is provided with at least one connecting means , and a ring comprising a through-opening which extends along a second longitudinal axis (II) for receiving the bolt , wherein the ring can be deformed by a movement of the head relative to the ring along the second longitudinal axis (II) with the formation of a projection of the ring , characterized in that the head comprises an outer contour which, at least in regions, is produced by rotation about the first longitudinal axis (I) of a first line (L1) which is curved with a first radius (R1) and spaced apart from the first longitudinal axis (I) and that the through-opening comprises an inner contour which, at least in regions, is produced by rotation about the second longitudinal axis (II) of a second line (L2) which is curved with a second radius (R2) and spaced apart from the second longitudinal axis (II).
A display device, comprising: a display panel ; a light guide plate configured to provide light to a rear side of the display panel ; a cover bottom including a rear portion configured to cover a rear surface of the light guide plate , and a side portion bent toward the display panel from an end portion of the rear portion ; a support member coupled to the cover bottom and configured to position the light guide plate and to accommodate longitudinal expansion of the light guide plate , the support member being provided at a position adjacent to a longitudinal end portion of the light guide plate , wherein the support member is coupled to the side portion of the cover bottom with an adhesive member or an adhesive interposed therebetween; a panel support member including a seating portion in which a rear surface of the display panel is seated and supported, and an outer portion connected to the seating portion and positioned outside the side portion ; and a damping member provided between an end portion of the display panel and a front surface of the outer portion of the panel support member to absorb an impact. a display panel ; a light guide plate configured to provide light to a rear side of the display panel ; a cover bottom including a rear portion configured to cover a rear surface of the light guide plate , and a side portion bent toward the display panel from an end portion of the rear portion ; a support member coupled to the cover bottom and configured to position the light guide plate and to accommodate longitudinal expansion of the light guide plate , the support member being provided at a position adjacent to a longitudinal end portion of the light guide plate , wherein the support member is coupled to the side portion of the cover bottom with an adhesive member or an adhesive interposed therebetween; a panel support member including a seating portion in which a rear surface of the display panel is seated and supported, and an outer portion connected to the seating portion and positioned outside the side portion ; and a damping member provided between an end portion of the display panel and a front surface of the outer portion of the panel support member to absorb an impact.