mhurhangee/ep-ind-claims huggingface dataset:
A carbon monoxide removal reactor including a casing having a catalyst accommodating portion accommodating a carbon monoxide removal catalyst for removing carbon monoxide present in a mixture gas containing hydrogen and the carbon monoxide and a mixture gas communicating passage for introducing the mixture gas to the catalyst accommodating portion and discharging the mixture gas therefrom; wherein inner wall faces of portions or entireties of said catalyst accommodating portion and said mixture gas communicating passage upstream thereof are formed of a non-iron material.
An intraocular lens for implantation in a capsular bag of an eye, comprising: an adjustable optic; and a haptic, whereby the haptic is configured to transmit forces to alter at least one of the shape or the thickness of the adjustable optic; the haptic comprising: a plurality of coupling elements (92,99); each coupling element (92,99) having a first end coupled to a first side of the optic and a second end opposite the first end; and wherein the haptic is configured non-uniformly to allow for non-uniform transfer of forces by the haptic to the optic, the non-uniform configuration of the haptic being by means of different material properties, different thicknesses, different dimensions, different spacings, different angles and/or different curvatures. an adjustable optic; and a haptic, whereby the haptic is configured to transmit forces to alter at least one of the shape or the thickness of the adjustable optic; the haptic comprising: a plurality of coupling elements (92,99); each coupling element (92,99) having a first end coupled to a first side of the optic and a second end opposite the first end; and wherein the haptic is configured non-uniformly to allow for non-uniform transfer of forces by the haptic to the optic, the non-uniform configuration of the haptic being by means of different material properties, different thicknesses, different dimensions, different spacings, different angles and/or different curvatures. a plurality of coupling elements (92,99); each coupling element (92,99) having a first end coupled to a first side of the optic and a second end opposite the first end; and wherein the haptic is configured non-uniformly to allow for non-uniform transfer of forces by the haptic to the optic, the non-uniform configuration of the haptic being by means of different material properties, different thicknesses, different dimensions, different spacings, different angles and/or different curvatures.
A cannula device comprising: a body portion including a substantially cylindrical member defining a first opening therethrough; and a plurality of anchor arms coupled with the body portion at a coupled end and configured to be positioned in a first, collapsed state and a second, deployed state, the anchor arms each include a length extending from the coupled end to a free end, wherein the free end is radially displaced from the body portion while in the second, deployed state relative to their positions while in the first, collapsed state; characterised in that the cannula device comprises a plurality of second openings formed in the body portion configured to grasp and retain the anchor arms therein; wherein the anchor arms (112; 162; 212) extend substantially axially along the body portion (102; 152; 202) while in the first, collapsed state; and wherein each of the anchor arms, along its length, is adjacent the body portion when in the first state. a body portion including a substantially cylindrical member defining a first opening therethrough; and a plurality of anchor arms coupled with the body portion at a coupled end and configured to be positioned in a first, collapsed state and a second, deployed state, the anchor arms each include a length extending from the coupled end to a free end, wherein the free end is radially displaced from the body portion while in the second, deployed state relative to their positions while in the first, collapsed state; characterised in that the cannula device comprises a plurality of second openings formed in the body portion configured to grasp and retain the anchor arms therein; wherein the anchor arms (112; 162; 212) extend substantially axially along the body portion (102; 152; 202) while in the first, collapsed state; and wherein each of the anchor arms, along its length, is adjacent the body portion when in the first state.
A cosmetic facial mask, comprising a laminate in which a non-elastomeric fiber layer and an elastomer layer are integrated through lamination, wherein the non-elastomeric fiber layer includes a fiber layer obtained by aligning fibers in one direction by carding, and an alignment direction of the fiber coincides with a cross direction of the cosmetic facial mask so that the cosmetic facial mask has higher stretchability in a vertical direction of a face than in other directions of the face, the cosmetic facial mask has a shape suitable for covering the face, and punched parts or cut parts are arranged in parts of the cosmetic facial mask corresponding to eyes, nose and mouth of the face.
A composition comprising hydrated and stable chitosan-nucleic acid polyplexes and an aggregation inhibitor, wherein said composition has a nucleic acid concentration greater than or equal to 0.5 mg/ml, and said composition is free of polyplex precipitate, and further wherein said aggregation inhibitor is a sugar.
A media holder comprised of: a platform having a flange; a first hub having an exterior surface to support a first media roll; and a second hub having an exterior surface to support a second media roll, the second hub concentric to the first hub; characterized in that the platform has a triangular shaped depression central to the platform, the triangular shaped depression having an inner wall; the first hub protrudes from the center of the triangular shaped depression and has a height greater than the depth of the triangular shaped depression, wherein the first hub has triangular cross section; the media holder further comprises a first spring concentric to the first hub and disposed in the triangular shaped depression; and the second hub is supported by the first spring in the triangular shaped depression, the first spring biasing the second hub to a height equal to the height of the first hub, the second hub being slidably engaged to the first hub, wherein the second hub has triangular cross section. a platform having a flange; a first hub having an exterior surface to support a first media roll; and a second hub having an exterior surface to support a second media roll, the second hub concentric to the first hub; characterized in that the platform has a triangular shaped depression central to the platform, the triangular shaped depression having an inner wall; the first hub protrudes from the center of the triangular shaped depression and has a height greater than the depth of the triangular shaped depression, wherein the first hub has triangular cross section; the media holder further comprises a first spring concentric to the first hub and disposed in the triangular shaped depression; and the second hub is supported by the first spring in the triangular shaped depression, the first spring biasing the second hub to a height equal to the height of the first hub, the second hub being slidably engaged to the first hub, wherein the second hub has triangular cross section.
A method of imaging sub-surface features of a sample, the method comprising the steps of: providing a scanning probe microscope, the SPM including a probe having a cantilever bearing a tip; providing an ultrasonic source that directs ultrasonic energy into the sample, wherein providing an ultrasonic source includes providing a ultrasonic transducer focusing generated ultrasonic waves into a section of the sample at a first position; coupling the ultrasonic energy from the ultrasonic source into said section of the sample at the first position, wherein high intensity ultrasonic wave is launched into the sample at frequency f 1 so that harmonic distortion create harmonics at frequencies nf 2, when n is an integer multiple, wherein f 2 is the frequency of an additional ultrasonic oscillating signal applied to the probe; using the probe to detect an interaction between the incident ultrasonic energy and a sub-surface feature of the sample, wherein amplified SPM cantilever detection of a selected harmonic is possible by arranging nf 2 - f 1 ≈ f 0, where f 0 is the cantilever resonant frequency; and successively moving at least one of the sample and the ultrasonic source with a translation stage to generate relative motion between the ultrasonic source and the sample so as to couple ultrasonic energy into different sections of the sample. providing a scanning probe microscope, the SPM including a probe having a cantilever bearing a tip; providing an ultrasonic source that directs ultrasonic energy into the sample, wherein providing an ultrasonic source includes providing a ultrasonic transducer focusing generated ultrasonic waves into a section of the sample at a first position; coupling the ultrasonic energy from the ultrasonic source into said section of the sample at the first position, wherein high intensity ultrasonic wave is launched into the sample at frequency f 1 so that harmonic distortion create harmonics at frequencies nf 2, when n is an integer multiple, wherein f 2 is the frequency of an additional ultrasonic oscillating signal applied to the probe; using the probe to detect an interaction between the incident ultrasonic energy and a sub-surface feature of the sample, wherein amplified SPM cantilever detection of a selected harmonic is possible by arranging nf 2 - f 1 ≈ f 0, where f 0 is the cantilever resonant frequency; and successively moving at least one of the sample and the ultrasonic source with a translation stage to generate relative motion between the ultrasonic source and the sample so as to couple ultrasonic energy into different sections of the sample.
A gas turbine bladed rotor for aeronautic engines; the rotor comprising a rotating turbine disk comprising a crown of peripheral retaining seats each having a bottom radially inner surface, a crown of blades each comprising a respective root housed and retained in a respective said retaining seat, and cooling means for said turbine disk, said cooling means comprising, for each blade, a passage for a cooling air mass obtained between said bottom surface and a corresponding terminal portion of said root facing said bottom surface, characterized in that said cooling means further comprise, for each said passage, distributing means housed in said passage to subdivide said air mass entering said passage into two or more airflows and guide means to direct each said airflows towards said bottom surface of said retaining seat.
Powder of polyamide PA (homopolyamide or copolyamide) derived at least partially from renewable materials, in which the particles have a nonspherical, irregular shape without sharp edges and a volume median diameter within the range of from 5 to 20 μm measured using a Cilas 920 particle sizer by laser diffraction, said powder having an absorption capacity, measured according to the DIN ISO 787N standard, within the range of from 55 to 110 g of oil/100 g of polyamide powder, and having a breaking strength within the range of from 100 to 600 newtons, when the powder is compacted only by compression under one tonne.
A circuit comprising: a primary compound Josephson junction structure (202a; 202b) comprising two parallel current paths (231a, 232a) that are each formed of a material that is superconducting below a critical temperature, wherein each of the two parallel current paths (231a, 232a) of the primary compound Josephson junction structure (202a; 202b) includes a respective Josephson junction structure (211a, 212a; 211b, 212b); and wherein the Josephson junction structure in a first one of the two parallel current paths (231a, 232a) of the primary compound Josephson junction structure (202a; 202b) includes a first secondary compound Josephson junction structure (212a; 211b, 212b) comprising two parallel current paths that are each formed of a material that is superconducting below a critical temperature, and at least two Josephson junctions, each of which interrupts a respective one of the two parallel current paths of the first secondary compound Josephson junction structure (212a; 211b, 212b), characterized by a programming interface (222a; 222b) that is configured to couple control signals to the primary compound Josephson junction structure (202a; 202b) and/or a programming interface (221a; 221b, 224b) that is configured to couple control signals to the first secondary compound Josephson junction structure (212a; 211b, 212b). a primary compound Josephson junction structure (202a; 202b) comprising two parallel current paths (231a, 232a) that are each formed of a material that is superconducting below a critical temperature, wherein each of the two parallel current paths (231a, 232a) of the primary compound Josephson junction structure (202a; 202b) includes a respective Josephson junction structure (211a, 212a; 211b, 212b); and wherein the Josephson junction structure in a first one of the two parallel current paths (231a, 232a) of the primary compound Josephson junction structure (202a; 202b) includes a first secondary compound Josephson junction structure (212a; 211b, 212b) comprising two parallel current paths that are each formed of a material that is superconducting below a critical temperature, and at least two Josephson junctions, each of which interrupts a respective one of the two parallel current paths of the first secondary compound Josephson junction structure (212a; 211b, 212b), characterized by a programming interface (222a; 222b) that is configured to couple control signals to the primary compound Josephson junction structure (202a; 202b) and/or a programming interface (221a; 221b, 224b) that is configured to couple control signals to the first secondary compound Josephson junction structure (212a; 211b, 212b).
Method for producing a dental instrument or a medical instrument in which a blank is created that is subsequently at least partially coated with abrasive particles, wherein the abrasive particles are supplied onto the surface to be coated in a mixture with carrier particles and are melted by means of a laser.
A mobile terminal comprising: a touchscreen; and a controller configured to display a moving picture on a first area of the touchscreen and to display a plurality of frame images associated with the moving picture on a second area of the touchscreen in the order of their play view in response to an input on the touchscreen; wherein a picture associated with a selected frame image of the plurality of frame images is displayed in the first area when the selected frame image of the plurality of frame images is selected via an input; and characterized in that the controller is further configured to: in response to a touch input placed between two first adjacent frame images among the frame images displayed on the second area of the touchscreen, generate two or more sub-frame images between each two adjacent frame images; and display on the second area of the touchscreen a subset of the generated sub-frame images and of the original frame images including said first adjacent frame images and the sub-frame images generated in-between them in the order of their play view, wherein non-displayed sub-frame images among the generated sub-frame images are displayed on the touchscreen when the frame images are shifted upon a further input on the touchscreen. a touchscreen; and a controller configured to display a moving picture on a first area of the touchscreen and to display a plurality of frame images associated with the moving picture on a second area of the touchscreen in the order of their play view in response to an input on the touchscreen; wherein a picture associated with a selected frame image of the plurality of frame images is displayed in the first area when the selected frame image of the plurality of frame images is selected via an input; and characterized in that the controller is further configured to: in response to a touch input placed between two first adjacent frame images among the frame images displayed on the second area of the touchscreen, generate two or more sub-frame images between each two adjacent frame images; and display on the second area of the touchscreen a subset of the generated sub-frame images and of the original frame images including said first adjacent frame images and the sub-frame images generated in-between them in the order of their play view, wherein non-displayed sub-frame images among the generated sub-frame images are displayed on the touchscreen when the frame images are shifted upon a further input on the touchscreen. in response to a touch input placed between two first adjacent frame images among the frame images displayed on the second area of the touchscreen, generate two or more sub-frame images between each two adjacent frame images; and display on the second area of the touchscreen a subset of the generated sub-frame images and of the original frame images including said first adjacent frame images and the sub-frame images generated in-between them in the order of their play view, wherein non-displayed sub-frame images among the generated sub-frame images are displayed on the touchscreen when the frame images are shifted upon a further input on the touchscreen.
A glass-silicon wafer stacked platform comprising: a plurality of silicon pillars (1005, 1007) defining a ferrule receptacle; a silicon spacer connected to bases of the pillars (1005, 1007) and enclosing an aperture; a glass wafer bonded to the spacer; a microlens array formed in a first surface of the glass wafer and located in the aperture; conductive material carried by a second surface of the glass wafer; and contacts in electrical communication with the conductive material. a plurality of silicon pillars (1005, 1007) defining a ferrule receptacle; a silicon spacer connected to bases of the pillars (1005, 1007) and enclosing an aperture; a glass wafer bonded to the spacer; a microlens array formed in a first surface of the glass wafer and located in the aperture; conductive material carried by a second surface of the glass wafer; and contacts in electrical communication with the conductive material.
Apparatus for making a piece of figured wood veneer, the apparatus comprising a heating device for softening lignin in a sheet of wood veneer, characterized in that it comprises also: a plate having an upwardly facing corrugated surface, a flexible platen having a downwardly facing corrugated surface. a press roller or individually controlled pneumatic or hydraulic cylinders for pressing the corrugated surface of the platen against the sheet of wood veneer onto the troughs and peaks of the corrugated surface of the plate so that the platen and plate press the sheet of wood veneer into a corrugated sheet of wood veneer, and a surfacing device for surfacing the corrugated sheet of wood veneer to remove peaks of the corrugations, making the piece of figured wood veneer. a plate having an upwardly facing corrugated surface, a flexible platen having a downwardly facing corrugated surface. a press roller or individually controlled pneumatic or hydraulic cylinders for pressing the corrugated surface of the platen against the sheet of wood veneer onto the troughs and peaks of the corrugated surface of the plate so that the platen and plate press the sheet of wood veneer into a corrugated sheet of wood veneer, and a surfacing device for surfacing the corrugated sheet of wood veneer to remove peaks of the corrugations, making the piece of figured wood veneer.
Elevator which comprises control appliances (2,3,4,5,6,7,8,9,10) of the elevator fitted to communicate between themselves, and which elevator comprises a control arrangement for placing at least one of the control appliances of the elevator into a standby mode or for terminating a standby mode, wherein the aforementioned control arrangement is fitted to set the standby mode on the basis of at least one activation signal, and in that the control arrangement is fitted to send a control signal of the standby mode to the at least one of the control appliances (2,3,4,5,6,7,8,9,10) of the elevator, which control signal comprises individualized data of the control appliance of the elevator to be controlled into the standby mode, which control appliance of the elevator comprises a first and a second power supply circuit, respectively to which second power supply circuit a controllable switch is connected such that power supply from the output of the second power supply circuit can be either allowed or prevented with the control of the switch, and to which first power supply circuit a controller is connected, which controller comprises an input for the control signal of the standby mode, and in that the aforementioned controller is fitted to control the aforementioned switch on the basis of the control signal of the standby mode.
An apparatus for transmitting wireless power, comprising: a ferromagnetic layer comprising at least one portion having a reduced thickness: wherein the at least one portion having the reduced thickness comprises a recess in the ferromagnetic layer; a first coil; and a second coil at least partially overlapping the first coil, wherein portions of the first coil that are overlapped by windings of the second coil are countersunk into the at least one portion having the reduced thickness and characterized in that portions of the first coil that are not overlapped by the windings of the second coil are not countersunk into the at least one portion having reduced thickness. a ferromagnetic layer comprising at least one portion having a reduced thickness: wherein the at least one portion having the reduced thickness comprises a recess in the ferromagnetic layer; a first coil; and a second coil at least partially overlapping the first coil, wherein portions of the first coil that are overlapped by windings of the second coil are countersunk into the at least one portion having the reduced thickness and characterized in that portions of the first coil that are not overlapped by the windings of the second coil are not countersunk into the at least one portion having reduced thickness.
Method for the automated recognition of information displayed on product packaging, wherein the packaging is encased with a transparent foil, wherein a packaging portion carrying the information contains luminescence-generating substances, wherein the packaging portion carrying the information is illuminated with UV radiation, wherein the light emission originating from the packaging portion is captured by an imaging device that is insensitive to UV light, and said light emission is subsequently analysed.
Compositions for use in a method for the treatment of cancer, comprising: administering to the patient a first composition containing an effective amount of at least a first oncolytic virus and a second oncolytic virus for a first time period, wherein the first oncolytic virus is Coxsackievirus B5 and the second oncolytic virus is Coxsackievirus B6. administering to the patient a first composition containing an effective amount of at least a first oncolytic virus and a second oncolytic virus for a first time period, wherein the first oncolytic virus is Coxsackievirus B5 and the second oncolytic virus is Coxsackievirus B6.
Apparatus for classifying material to be classified, preferably into two fractions, preferably of soil, such as sticky, clayey soil, in particular intended for use in a quarry, comprising a machine frame and at least two spiral shafts rotatably mounted on the machine frame, wherein at least one spiral shaft having a core tube comprising at least one outer screw helix and at least one bearing journal, characterized in that the core tube is mounted elastically relative to the bearing journal by means of at least one elastic bearing means.