mhurhangee/patent-ind-claim-en huggingface dataset:
A system for capturing a plantar image, characterised in that it comprises: - a device to be selected between a depth sensor and a 3D image capturing device, and; - a portable structure defined by: - first legs , each leg made up of a tubular central body that houses a first body and a second body , respectively, at each end; - a first frame that holds a glass pane , joined to the tubular central body of the first legs , and - an elastic membrane , joined to the second body of the first legs , wherein: - the position of both the first body and the second body with respect to the tubular central body is adjustable, and - a foot of which the plantar image is to be obtained is positioned on the elastic membrane until it is supported on the glass pane of the first frame to be scanned. - a device to be selected between a depth sensor and a 3D image capturing device, and; - a portable structure defined by: - first legs , each leg made up of a tubular central body that houses a first body and a second body , respectively, at each end; - a first frame that holds a glass pane , joined to the tubular central body of the first legs , and - an elastic membrane , joined to the second body of the first legs , - first legs , each leg made up of a tubular central body that houses a first body and a second body , respectively, at each end; - a first frame that holds a glass pane , joined to the tubular central body of the first legs , and - an elastic membrane , joined to the second body of the first legs , - the position of both the first body and the second body with respect to the tubular central body is adjustable, and - a foot of which the plantar image is to be obtained is positioned on the elastic membrane until it is supported on the glass pane of the first frame to be scanned.
A composition comprising: (i) one or more emulsion, latex, dispersion or solution aldehyde-functionalized polymers with a weight average molecular weight of at least 50,000 g/mole, (ii) at least one stabilizing agent comprising an inorganic salt selected from hydrated forms of magnesium sulfate, hydrated forms of magnesium chloride, hydrated forms of magnesium acetate, hydrated forms of zinc sulfate, and any combination of the foregoing, and (iii) water.
A terminal control substrate comprising: a base plate mounted on a terminal device; a first module fixed to the base plate ; an external connection terminal (513a to 513c) fixed to the base plate and to which a component comprising a second module capable of substituting for the first module is attachable; and a controller connected to the first module and the external connection terminal (513a to 513c) through a communication line, wherein, when the first module is normal, the controller performs control in the terminal device by using the first module , and when the first module is not normal, the controller performs in the terminal device by using the second module of the component attached to the external connection terminal (513a to 513c); wherein the controller detects whether or not the second module of the component attached to the first module or the external connection terminal (513a to 513c) is normal, based on a response to a reset signal supplied to the first module or the external connection terminal (513a to 513c); and wherein the external connection terminal (513a to 513c) is provided in plurality, and when the first module is not normal, the controller detects a presence or absence of attachment of the component comprising the second module to the plurality of external connection terminals (513a to 513c) in a preset order and performs control in the terminal device by using the detectable second module. a base plate mounted on a terminal device; a first module fixed to the base plate ; an external connection terminal (513a to 513c) fixed to the base plate and to which a component comprising a second module capable of substituting for the first module is attachable; and a controller connected to the first module and the external connection terminal (513a to 513c) through a communication line, wherein, when the first module is normal, the controller performs control in the terminal device by using the first module , and when the first module is not normal, the controller performs in the terminal device by using the second module of the component attached to the external connection terminal (513a to 513c); wherein the controller detects whether or not the second module of the component attached to the first module or the external connection terminal (513a to 513c) is normal, based on a response to a reset signal supplied to the first module or the external connection terminal (513a to 513c); and wherein the external connection terminal (513a to 513c) is provided in plurality, and when the first module is not normal, the controller detects a presence or absence of attachment of the component comprising the second module to the plurality of external connection terminals (513a to 513c) in a preset order and performs control in the terminal device by using the detectable second module.
A method of producing a plate denture comprising: preparing a denture base having an artificial-tooth-arrangement recessed portion that has a recessed shape to fit an artificial tooth with an artificial tooth base having a snap-fit shape into the denture base by stereolithography by a 3D printer using a curable composition for stereolithography including a first polymerization initiator for stereolithography, characterized by a second polymerization initiator different from the first polymerization initiator, an unpolymerized portion including the second polymerization initiator being present on a surface of the denture base; and directly adhering, after arranging an artificial tooth in the artificial-tooth-arrangement recessed portion, the artificial tooth and the denture base to each other by causing the second polymerization initiator to act to polymerize the unpolymerized portion present on the surface of the denture base. preparing a denture base having an artificial-tooth-arrangement recessed portion that has a recessed shape to fit an artificial tooth with an artificial tooth base having a snap-fit shape into the denture base by stereolithography by a 3D printer using a curable composition for stereolithography including a first polymerization initiator for stereolithography, characterized by a second polymerization initiator different from the first polymerization initiator, an unpolymerized portion including the second polymerization initiator being present on a surface of the denture base; and directly adhering, after arranging an artificial tooth in the artificial-tooth-arrangement recessed portion, the artificial tooth and the denture base to each other by causing the second polymerization initiator to act to polymerize the unpolymerized portion present on the surface of the denture base.
A method for on-line preparation of a sample for mass spectrometry analysis comprising: performing liquid chromatography by: a. introducing a sample comprising a polypeptide having at least one disulfide bond to a liquid chromatography column, wherein the liquid chromatography column is configured to fluidly couple to an ion source of a mass spectrometer; b. retaining the polypeptide on the liquid chromatography column; and c. flowing an eluent continuously through the liquid chromatography column so as to elute the polypeptide from the liquid chromatography column as an eluate, the eluent comprising a mobile phase gradient and wherein the eluent is flowed through the liquid chromatography column without having exposed the polypeptide to an alkylating agent; and wherein the method is characterized by , between steps b and c, flowing a solution comprising a reducing agent continuously through the liquid chromatography column so as to cleave one or more of the at least one disulfide bonds of the retained polypeptide while the reducing solution is flowed therethrough; wherein the reduced polypeptide is eluted in step c; and wherein the method further comprises delivering the eluate containing the reduced polypeptide to the ion source. performing liquid chromatography by: a. introducing a sample comprising a polypeptide having at least one disulfide bond to a liquid chromatography column, wherein the liquid chromatography column is configured to fluidly couple to an ion source of a mass spectrometer; b. retaining the polypeptide on the liquid chromatography column; and c. flowing an eluent continuously through the liquid chromatography column so as to elute the polypeptide from the liquid chromatography column as an eluate, the eluent comprising a mobile phase gradient and wherein the eluent is flowed through the liquid chromatography column without having exposed the polypeptide to an alkylating agent; and a. introducing a sample comprising a polypeptide having at least one disulfide bond to a liquid chromatography column, wherein the liquid chromatography column is configured to fluidly couple to an ion source of a mass spectrometer; b. retaining the polypeptide on the liquid chromatography column; and c. flowing an eluent continuously through the liquid chromatography column so as to elute the polypeptide from the liquid chromatography column as an eluate, the eluent comprising a mobile phase gradient and wherein the method is characterized by , between steps b and c, flowing a solution comprising a reducing agent continuously through the liquid chromatography column so as to cleave one or more of the at least one disulfide bonds of the retained polypeptide while the reducing solution is flowed therethrough; wherein the reduced polypeptide is eluted in step c; and wherein the method further comprises delivering the eluate containing the reduced polypeptide to the ion source.
Tyre inflation valve including a tubular body defining a passage and having an inside end and an outside end , a valve mechanism positioned in the passage, the valve mechanism including a valve shutter and a seat arranged so as to engage in an airtight manner with one another, the seat is arranged on the tubular body in the passage, characterised in that the seat is located in an area of limited solicitation of the tubular body and in that the seat is located at the inside end of the tubular body, so as to be positioned inside the tyre when assembling the inflation valve.
An eyeglass frame for at least one lens, having an aperture , said eyeglass frame comprising a main portion, including a lens retaining part comprising first and second lens retaining sections connected by a bridge , at least one side portion extending from said main portion in a plane positioned toward the temple piece when opened and comprising first and second edges, said first and second lens retaining sections, said bridge and said side portions formed from a single piece of plastic material, a temple piece connected to and extending from said at least one side portion, one of said lens retaining sections comprising a lens receiving opening or aperture defined by a rim having a groove into which an edge of a lens is adapted to be received, said side portion comprising a second opening proximate said lens receiving opening and spaced apart from said bridge and one of said lens retaining sections and a channel extending between said lens receiving opening and said second opening , in said side portion, characterised in that said second opening , said channel and said aperture together forming one enclosed or closed opening in said lens retaining part , said enclosed or closed opening being substantially larger then said aperture and such that it can be enlarged by means of stretching to accommodate safety lenses adapted to engage a deep groove in said rim of said aperture , said channel being defined by said edges of said side portion which are normally proximate to each other but can be spread apart such that said edge of said lens can be situated in said groove in said rim, and a screw adapted to be received in the side portion intersecting said channel preventing said channel edges from being spread apart.
A template for a tufted curved surface comprising a substrate having an upper surface adapted to carry one or more tufts of bristles such as to project outwardly from the upper surface ; wherein the substrate is shaped to be deformable between an expanded state in which the upper surface is substantially flat, and a collapsed state in which the upper surface is curved characterised in that the substrate comprises a plurality of radially extending limbs at least some of which are adapted to carry one or more of the tufts of bristles , shaped such that a free end of each limb is isolated from each adjacent free end when the substrate is in the expanded state, and abutting against each adjacent free end when in the collapsed state.
A flow path member comprising: a film ; a main body that includes a recess portion that is closed by the film; a first opening and a second opening that are provided in the recess portion and that are used to supply and emit a liquid; and a wall which is provided in the recess portion and which is configured to switch between contact and non-contact between the film and the main body via the wall as the film is displaced, characterized in that in a view taken in a first direction that is a stacking direction of the main body and the film, the wall is provided around the first opening, the wall has a first slit and a second slit in different portions of the wall across the first opening from each other, the second opening is outside the wall, and wherein an opening area of the first slit is larger than an opening area of the second slit. a film ; a main body that includes a recess portion that is closed by the film; a first opening and a second opening that are provided in the recess portion and that are used to supply and emit a liquid; and a wall which is provided in the recess portion and which is configured to switch between contact and non-contact between the film and the main body via the wall as the film is displaced, characterized in that in a view taken in a first direction that is a stacking direction of the main body and the film, the wall is provided around the first opening, the wall has a first slit and a second slit in different portions of the wall across the first opening from each other, the second opening is outside the wall, and wherein an opening area of the first slit is larger than an opening area of the second slit.
The use of a fluoroacrylate polymer to achieve a covering or treatment at the side edges of decorative panels , characterized in that the C-atoms of the fluoroacrylate are saturated by F-atoms.
An internally-cooled diaphragm for a compressor , comprising: an annular body configured to cool a process fluid flowing through a fluid pathway of the compressor , the annular body defining: a return channel of the fluid pathway , the return channel comprises a plurality of return passages which are configured to at least partially diffuse and de-swirl the process fluid flowing therethrough; and a cooling pathway in thermal communication with the fluid pathway , the cooling pathway configured to receive a coolant to absorb heat from the process fluid flowing through the return channel , characterised in that the annular body comprises a plurality of process fluid plates including a plurality of return channel vanes extending from a first axial surface thereof, the plurality of return channel vanes at least partially defining the plurality of return passages of the return channel , and in that the annular body further comprises a plurality of cooling fluid plates , wherein the plurality of process fluid plates and the plurality of cooling fluid plates are coupled with one another such that the plurality of process fluid plates and the plurality of cooling fluid plates at least partially define a plurality of return passages , and in that each process fluid plate of the plurality of process fluid plates comprises a plurality of turning vanes extending axially from an outer annular portion thereof, each turning vanes of the plurality of turning vanes is configured to separate the process fluid into a plurality of separated flows and direct each separated flow of the plurality of separated flows to a respective return passage of the plurality of return passages . a return channel of the fluid pathway , the return channel comprises a plurality of return passages which are configured to at least partially diffuse and de-swirl the process fluid flowing therethrough; and a cooling pathway in thermal communication with the fluid pathway , the cooling pathway configured to receive a coolant to absorb heat from the process fluid flowing through the return channel , characterised in that the annular body comprises a plurality of process fluid plates including a plurality of return channel vanes extending from a first axial surface thereof, the plurality of return channel vanes at least partially defining the plurality of return passages of the return channel , and in that the annular body further comprises a plurality of cooling fluid plates , wherein the plurality of process fluid plates and the plurality of cooling fluid plates are coupled with one another such that the plurality of process fluid plates and the plurality of cooling fluid plates at least partially define a plurality of return passages , and in that each process fluid plate of the plurality of process fluid plates comprises a plurality of turning vanes extending axially from an outer annular portion thereof, each turning vanes of the plurality of turning vanes is configured to separate the process fluid into a plurality of separated flows and direct each separated flow of the plurality of separated flows to a respective return passage of the plurality of return passages .
Fluid working machine comprising: a housing , at least a first and a second group of piston cylinder assemblies within said housing , at least one of said groups of piston cylinder assemblies comprising at least one actively controllable valve , and a controller for actuation of said actively controllable valves to thereby control the net displacement of fluid by the at least first and second group of piston cylinder assemblies, wherein the controller is designed and configured in a way to actuate the actively controllable valves associated with the first and the second group of piston cylinder assemblies in a way to actively control the net displacement of fluid by the first and second group of piston cylinder assemblies by actuation of said actively controllable valves , wherein the controller is further designed and configured in a way that the actuation of the actively controllable valves of the first and second group of piston cylinder assemblies is performed in a way that the first and the second group of piston cylinder assemblies fulfil fluid flow demands and/or motoring demands independently from each other, characterised in that the controller is designed and configured in a way that it actuates, at least at times, the actively controllable valves in a way that at least one group of piston cylinder assemblies is actuated in a pumping mode, while a second group is actuated in a motoring mode.
A dosage formulation of metastable liposomes comprising (a) metastable liposomes having a diameter of between one and 100 micrometers, dispersed in a pharmaceutically acceptable carrier, wherein the metastable liposomes are formed of lipid comprising sphingomyelin; and (b) one or more hydrophobic therapeutic, prophylactic or diagnostic agent(s), wherein the one or more hydrophobic agent(s) is entrapped within the lipid, wherein the metastable liposomes are obtainable by a method comprising: (i) homogenously dispersing the sphingomyelin in a 2:1 weight by volume ratio in a tert-butyl alcohol/water co-solvent to create an isotropic monophasic solution; (ii) lyophilizing the isotropic monophasic solution of step (i) to produce a lyophilized formulation in a sterile vial; and (iii) rehydrating the lyophilized formulation of step (ii) with the pharmaceutically acceptable carrier to produce a metastable liposome dispersion. (a) metastable liposomes having a diameter of between one and 100 micrometers, dispersed in a pharmaceutically acceptable carrier, wherein the metastable liposomes are formed of lipid comprising sphingomyelin; and (b) one or more hydrophobic therapeutic, prophylactic or diagnostic agent(s), wherein the one or more hydrophobic agent(s) is entrapped within the lipid, wherein the metastable liposomes are obtainable by a method comprising: (i) homogenously dispersing the sphingomyelin in a 2:1 weight by volume ratio in a tert-butyl alcohol/water co-solvent to create an isotropic monophasic solution; (ii) lyophilizing the isotropic monophasic solution of step (i) to produce a lyophilized formulation in a sterile vial; and (iii) rehydrating the lyophilized formulation of step (ii) with the pharmaceutically acceptable carrier to produce a metastable liposome dispersion. wherein the one or more hydrophobic agent(s) is entrapped within the lipid, wherein the metastable liposomes are obtainable by a method comprising: (i) homogenously dispersing the sphingomyelin in a 2:1 weight by volume ratio in a tert-butyl alcohol/water co-solvent to create an isotropic monophasic solution; (ii) lyophilizing the isotropic monophasic solution of step (i) to produce a lyophilized formulation in a sterile vial; and (iii) rehydrating the lyophilized formulation of step (ii) with the pharmaceutically acceptable carrier to produce a metastable liposome dispersion. (i) homogenously dispersing the sphingomyelin in a 2:1 weight by volume ratio in a tert-butyl alcohol/water co-solvent to create an isotropic monophasic solution; (ii) lyophilizing the isotropic monophasic solution of step (i) to produce a lyophilized formulation in a sterile vial; and (iii) rehydrating the lyophilized formulation of step (ii) with the pharmaceutically acceptable carrier to produce a metastable liposome dispersion.