mhurhangee/ep-ind-claims huggingface dataset:
A method of aerosolizing an insulin formulation, the method comprising: providing an insulin formulation comprising a major amount of water, and minor amounts of insulin, HCl and NaOH characterized by supplying an amount of the insulin formulation in the range from 40 μL to 200 μL to a rear side of an aperture plate having a plurality of apertures where the amount is stored while resting on the rear side, wherein the aperture plate is dome shaped in geometry, and wherein the aperture plate is vibrated by an annular piezoelectric element that circumscribes the apertures; vibrating the aperture plate with the annular piezoelectric element while the amount of the insulin formulation is at the rear side, wherein vibration causes the supplied insulin to be ejected from a front side of the aperture plate as an aerosolized spray without foaming of the insulin formulation. providing an insulin formulation comprising a major amount of water, and minor amounts of insulin, HCl and NaOH characterized by supplying an amount of the insulin formulation in the range from 40 μL to 200 μL to a rear side of an aperture plate having a plurality of apertures where the amount is stored while resting on the rear side, wherein the aperture plate is dome shaped in geometry, and wherein the aperture plate is vibrated by an annular piezoelectric element that circumscribes the apertures; vibrating the aperture plate with the annular piezoelectric element while the amount of the insulin formulation is at the rear side, wherein vibration causes the supplied insulin to be ejected from a front side of the aperture plate as an aerosolized spray without foaming of the insulin formulation.
A lighting device comprising: - a channel-shaped housing having two ends with a main axis of the housing extending between said ends, - a pair of mounting fixtures for a pair of light radiation sources within said housing with said light radiation sources radiating light radiation in opposite directions along said main axis, and - a pair of reflectors each facing a respective one of said mounting fixtures to receive light radiation along said main axis and reflect it to the outside of the housing, wherein at least one of said reflectors is mounted in said housing rotatable with respect to said main axis to vary the direction in which the light radiation is reflected to the outside of the housing, characterized in that said reflectors are mounted removably by snap fitting in said housing. - a channel-shaped housing having two ends with a main axis of the housing extending between said ends, - a pair of mounting fixtures for a pair of light radiation sources within said housing with said light radiation sources radiating light radiation in opposite directions along said main axis, and - a pair of reflectors each facing a respective one of said mounting fixtures to receive light radiation along said main axis and reflect it to the outside of the housing, wherein at least one of said reflectors is mounted in said housing rotatable with respect to said main axis to vary the direction in which the light radiation is reflected to the outside of the housing, characterized in that said reflectors are mounted removably by snap fitting in said housing.
A sensor element usable for collecting environment information relating to a surface of the earth or a surface layer of the earth, the sensor element being scatterable into a target region of the earth, the sensor element comprising: first and second base materials (11a, 11b, 12a, 12b) made of a biodegradable material; and a fertilizer, wherein at least one of reflection properties, transmission properties, absorption properties, or luminescence properties with respective to an electromagnetic wave with a specific wavelength, or light emitting properties changes in accordance with an environment of the sensor element, wherein the first base material and the second base material are arranged in layers, wherein the environment information is at least one of water content or temperature, wherein a shape of the sensor element changes in accordance with a change in at least one of the water content or the temperature, and either: i) the environment information is the temperature and a coefficient of thermal expansion of the first base material depending on the temperature differs from a coefficient of thermal expansion of the second base material depending on the temperature; or ii) the environment information is the water content and a rate of change in volume depending on water retention of the first base material differs from a rate of change in volume depending on water retention of the second base material. first and second base materials (11a, 11b, 12a, 12b) made of a biodegradable material; and a fertilizer, wherein at least one of reflection properties, transmission properties, absorption properties, or luminescence properties with respective to an electromagnetic wave with a specific wavelength, or light emitting properties changes in accordance with an environment of the sensor element, wherein the first base material and the second base material are arranged in layers, wherein the environment information is at least one of water content or temperature, wherein a shape of the sensor element changes in accordance with a change in at least one of the water content or the temperature, and either: i) the environment information is the temperature and a coefficient of thermal expansion of the first base material depending on the temperature differs from a coefficient of thermal expansion of the second base material depending on the temperature; or ii) the environment information is the water content and a rate of change in volume depending on water retention of the first base material differs from a rate of change in volume depending on water retention of the second base material. i) the environment information is the temperature and a coefficient of thermal expansion of the first base material depending on the temperature differs from a coefficient of thermal expansion of the second base material depending on the temperature; or ii) the environment information is the water content and a rate of change in volume depending on water retention of the first base material differs from a rate of change in volume depending on water retention of the second base material.
Hand holding device such as a hand loop or glove which can be attached to the hand, which hand holding device has a movable loop between thumb and forefinger, which is suitable for attaching the hand holding device to a hook-like device of a stick handle wherein the loop is substantially immovably attached to the hand holding device, but the loop is flexible and movable in itself, wherein the projecting part of the loop on the hand holding device is located substantially in the plane defined by the thumb and index finger when the hand is open and extended and wherein the loop is formed and attached to the hand holding device in such a way that it due to its inherent rigidity protrudes between the thumb and the index finger.
A method for wireless communications comprising: determining an operational state of a header compressor or a header decompressor; and changing a scheduling mode; characterized by changing the scheduling mode in response to a change in the operational state of said header compressor or header decompressor; wherein determining the operational state of the header compressor or the header decompressor includes determining a transition between different operational states associated with the header compressor; and changing the scheduling mode comprises activating uplink semi-persistent scheduling when the operational state of the header compressor changes from a first order state to a second order state, and deactivating uplink semi-persistent scheduling when the operational state of the header compressor exits the second order state. determining an operational state of a header compressor or a header decompressor; and changing a scheduling mode; characterized by changing the scheduling mode in response to a change in the operational state of said header compressor or header decompressor; wherein determining the operational state of the header compressor or the header decompressor includes determining a transition between different operational states associated with the header compressor; and changing the scheduling mode comprises activating uplink semi-persistent scheduling when the operational state of the header compressor changes from a first order state to a second order state, and deactivating uplink semi-persistent scheduling when the operational state of the header compressor exits the second order state.
A flashlight, comprising a flashlight body and an integrated ring clamp, wherein the flashlight body comprises a flashlight cylinder body, the flashlight cylinder body is provided with a connecting groove arranged on an outer face thereof around the flashlight cylinder body; the integrated ring clamp comprises a ring and a clip, the ring has a base, the clip comprises a clamping part and a holding part, the holding part is fixed to the clamping part, and the clamping part is detachably fixed to the base; and the holding part holds and is fixed to the flashlight cylinder body and is limited within the connecting groove; wherein the flashlight body further comprises a cylinder tail assembly, a battery and a cylinder head, characterized in that the cylinder tail assembly comprises a cylinder tail, a first PCB, a tactical switch, a tact switch and a switch pressing plate; the cylinder tail comprises a cylinder wall and a cover that covers the top of the cylinder wall; the cover is step-like and formed by a first cover (3212.1) and a second cover (3212.2) connected from high to low; the second cover (3212.2), the cylinder wall and the first cover (3212.1) enclose an accommodating cavity; the first cover (3212.1) is provided with a first through hole (3212.11), and the second cover (3212.2) is provided with a second through hole (3212.21); the first PCB is located inside the cylinder wall of the cylinder tail; the tactical switch and the tact switch are electrically connected and fixed to the first PCB respectively; the tactical switch passes through the first through hole (3212.11) and protrudes from the first cover (3212.1); the tact switch passes through the second through hole (3212.21) and protrudes from the second cover (3212.2), and is located within the accommodating cavity; the switch pressing plate is rotatably arranged above the tact switch, and a top face of the switch pressing plate is not higher than the first cover (3212.1); and when the switch pressing plate is pressed, the tact switch is triggered.
A tower, especially for power lines, comprising: - a foundation; - multiple tower segments (2, 9, 23) arranged above each other on the foundation, produced in a spun concrete construction manner, which surround a cavity, characterized in that the cavity, after installation of the tower segments (2, 9, 23), is partially filled with cast-in-place concrete, and the tower comprises pre-stressing steels arranged in the remaining cavity and generating pre-stressing. - a foundation; - multiple tower segments (2, 9, 23) arranged above each other on the foundation, produced in a spun concrete construction manner, which surround a cavity, characterized in that the cavity, after installation of the tower segments (2, 9, 23), is partially filled with cast-in-place concrete, and the tower comprises pre-stressing steels arranged in the remaining cavity and generating pre-stressing.
Closure for nozzles with heat-triggered release, with a nozzle body and an outlet channel, wherein a seal sealing off the outlet channel is arranged on the nozzle body above the outlet channel wherein the seal is pressed against the outlet channel by a cover and held in the closed position, wherein the cover is detachably attached to the nozzle body and is actively or passively removed in the event of a fire, wherein the cover is connected to the nozzle body with at least two attachments and is arranged inside of the nozzle body, a first attachment is a detachable arrangement and a second attachment is a connection around which the cover is movable, the detachable arrangement comprises at least one heat-sensitive element and is released upon active or passive triggering of the heat-sensitive element, the heat-sensitive element being arranged inside of the nozzle body and either inside of the cover or on the inner side of the cover facing the outlet channel. wherein the seal is pressed against the outlet channel by a cover and held in the closed position, wherein the cover is detachably attached to the nozzle body and is actively or passively removed in the event of a fire, wherein the cover is connected to the nozzle body with at least two attachments and is arranged inside of the nozzle body, a first attachment is a detachable arrangement and a second attachment is a connection around which the cover is movable, the detachable arrangement comprises at least one heat-sensitive element and is released upon active or passive triggering of the heat-sensitive element, the heat-sensitive element being arranged inside of the nozzle body and either inside of the cover or on the inner side of the cover facing the outlet channel.
A method for cutting weight precise slices or slice portions from a conditionally form stable cutting material which, however, includes form stable components, in particular bones, in particular fish or meat, wherein - a portioning blade that is fixated in place in a feed direction cuts off a slice directly behind a forward open end of a form tube or cutting tube from a cutting material, - the slice is transported away from the cutting material, characterized in that physical conditions, in particular pressure, are monitored and/or controlled in a piece of cutting material that is cut off or that is to be cut off immediately before the slice is cut off. - a portioning blade that is fixated in place in a feed direction cuts off a slice directly behind a forward open end of a form tube or cutting tube from a cutting material, - the slice is transported away from the cutting material,
A negative electrode active material for a secondary battery, comprising: a lithium titanium-based composite comprising: a lithium titanium oxide represented by the following chemical formula 1; Zr doped into the lithium titanium oxide; and Aluminum and sulfur containing compound coated on a surface of the lithium titanium oxide, wherein the Aluminum and sulfur containing compound is present in an amount of 0.4 mM to 0.9 mM based on 1M lithium titanium oxide: [Chemical formula 1] Li x Ti y O z where x, y and z satisfy 0. 1≤x≤4, 1≤y≤5 and 2≤z≤12. a lithium titanium oxide represented by the following chemical formula 1; Zr doped into the lithium titanium oxide; and Aluminum and sulfur containing compound coated on a surface of the lithium titanium oxide, wherein the Aluminum and sulfur containing compound is present in an amount of 0.4 mM to 0.9 mM based on 1M lithium titanium oxide: [Chemical formula 1] Li x Ti y O z where x, y and z satisfy 0. 1≤x≤4, 1≤y≤5 and 2≤z≤12.
Test apparatus for testing at least part of an aircraft system, the apparatus comprising at least one memory and at least one processor, the test apparatus comprising programme code stored in the at least one memory and being configured to control the test apparatus to: obtain first data comprising a plurality of input values representing an operating state of an aircraft; process the plurality of input values using a trained classifier configured to model an operation of at least part of an aircraft system to generate a first set of output values; obtain second data comprising a second set of output values generated by operating the at least part of an aircraft system based on the plurality of input values; process the first and second sets of output values to identify any difference between operation of the at least part of an aircraft system and the operation modelled by the trained classifier; and generate a signal indicative of the identified difference. obtain first data comprising a plurality of input values representing an operating state of an aircraft; process the plurality of input values using a trained classifier configured to model an operation of at least part of an aircraft system to generate a first set of output values; obtain second data comprising a second set of output values generated by operating the at least part of an aircraft system based on the plurality of input values; process the first and second sets of output values to identify any difference between operation of the at least part of an aircraft system and the operation modelled by the trained classifier; and generate a signal indicative of the identified difference.
A near field RF communicator comprising: an antenna operable to generate an RF signal to enable inductive coupling via the magnetic field of the RF signal between the antenna and another near field RF communicator in near field range; and a signal generator (103, 104, 106) coupled to the antenna and operable to generate a digital drive signal to cause the antenna to generate the RF signal, wherein the signal generator comprises a selector operable to select one or more digital sequences (200a, 200b, 200c) to provide one or more digital signals from which the digital drive signal is generated. an antenna operable to generate an RF signal to enable inductive coupling via the magnetic field of the RF signal between the antenna and another near field RF communicator in near field range; and a signal generator (103, 104, 106) coupled to the antenna and operable to generate a digital drive signal to cause the antenna to generate the RF signal, wherein the signal generator comprises a selector operable to select one or more digital sequences (200a, 200b, 200c) to provide one or more digital signals from which the digital drive signal is generated.
A contact lens comprising an antimicrobial polymer, wherein the antimicrobial polymer comprises: at least one antimicrobial monomer, wherein the antimicrobial polymer is a quaternary ammonium based salt selected from 1-[12- (methacryloyloxy)dodecyl]pyridinium bromide (MDPB), methacryloxylethyl cetyl dimethyl ammonium chloride (DMAE-CB), 2-methacryloxyethyl dodecyl methyl ammonium bromide (MAE-DB), 2-methacryloxyethyl hexadecyl methyl ammonium bromide (MAE-HB), and/or bis(2-methacryloxyethyl) dimethyl ammonium bromide (IDMA-1); and at least one other monomer selected from an acrylic monomer, a hydrophobic acrylic monomer, a hydrophilic acrylic monomer, a vinyl monomer and/or a collagen monomer. at least one antimicrobial monomer, wherein the antimicrobial polymer is a quaternary ammonium based salt selected from 1-[12- (methacryloyloxy)dodecyl]pyridinium bromide (MDPB), methacryloxylethyl cetyl dimethyl ammonium chloride (DMAE-CB), 2-methacryloxyethyl dodecyl methyl ammonium bromide (MAE-DB), 2-methacryloxyethyl hexadecyl methyl ammonium bromide (MAE-HB), and/or bis(2-methacryloxyethyl) dimethyl ammonium bromide (IDMA-1); and at least one other monomer selected from an acrylic monomer, a hydrophobic acrylic monomer, a hydrophilic acrylic monomer, a vinyl monomer and/or a collagen monomer.
A water-soluble pouch comprising a water soluble film encapsulating a composition, wherein the film comprises at least one area of embossment,wherein the pouch comprises a seal area and wherein the area of embossment is present in the seal area, the water-soluble pouch is obtained by the process of; a) preparing a water soluble film by applying embossment to said film; b) molding said water soluble film, preferably by punch-, vacuum- and/or thermo-forming, to form a moulded cavity; c) applying composition into said moulded cavity; d) sealing said cavity with a second water soluble embossed film, wherein the first embossed film is contacted with the second embossed film, the films being orientated such that the areas of embossment face one another and interlock on contact. a) preparing a water soluble film by applying embossment to said film; b) molding said water soluble film, preferably by punch-, vacuum- and/or thermo-forming, to form a moulded cavity; c) applying composition into said moulded cavity; d) sealing said cavity with a second water soluble embossed film,
A housing assembly for a portable electronic device comprising a first body having a first side and a second side which is located corresponding to the first side, the first side having a first space, a second body installed to the first body and having at least one first hole which is located corresponding to the first space of the first body, a first engaging member movably located in the first space of the first body and having at least one first engaging portion (46, 200, 300) which is located corresponding to the at least one first hole of the second body, a first resilient member providing a force to the first engaging member to orient the first engaging member toward the second body, characterized by a first housing connected to the second body and having a first side and a second side, the first side of the first housing having at least one first contact portion which is located corresponding to the at least one first engaging portion (46, 200, 300) of the first engaging member; the at least one first contact portion of the first housing is engaged with the at least one first engaging portion (46, 200, 300) of the first engaging member and the first housing is firmly connected to the second body by the force of the first resilient member applied to the first engaging member, wherein the at least one first engaging portion (46, 200, 300) of the first engaging member has a first contact face, and the at least one first contact portion has a second contact face which contacts the first contact face.