mhurhangee/ep-ind-claims huggingface dataset:
A vehicle height adjustment apparatus comprising: a spring which has one end supported on a vehicle body side and the other end supported on a wheel side; a changing device which changes a length of the spring in accordance with an amount of fluid in an accommodation chamber that accommodates the fluid; a first valve which opens and closes a first flow path in which the fluid supplied from a pump is oriented toward a storage chamber that stores the fluid; and characterized in that the vehicle height adjustment apparatus further comprises: a back pressure adjustment valve which opens and closes a discharge flow path oriented toward the storage chamber from a back pressure chamber that accommodates the fluid that applies a force in a direction in which the first valve is closed to the first valve; and a second valve which opens and closes a second flow path in which the fluid supplied from the pump is oriented toward the accommodation chamber in a case where the first valve is in a closed state. a spring which has one end supported on a vehicle body side and the other end supported on a wheel side; a changing device which changes a length of the spring in accordance with an amount of fluid in an accommodation chamber that accommodates the fluid; a first valve which opens and closes a first flow path in which the fluid supplied from a pump is oriented toward a storage chamber that stores the fluid; and characterized in that the vehicle height adjustment apparatus further comprises: a back pressure adjustment valve which opens and closes a discharge flow path oriented toward the storage chamber from a back pressure chamber that accommodates the fluid that applies a force in a direction in which the first valve is closed to the first valve; and a second valve which opens and closes a second flow path in which the fluid supplied from the pump is oriented toward the accommodation chamber in a case where the first valve is in a closed state. a back pressure adjustment valve which opens and closes a discharge flow path oriented toward the storage chamber from a back pressure chamber that accommodates the fluid that applies a force in a direction in which the first valve is closed to the first valve; and a second valve which opens and closes a second flow path in which the fluid supplied from the pump is oriented toward the accommodation chamber in a case where the first valve is in a closed state.
An apparatus comprising: a dielectric material; a first interconnect structure comprising a first metal disposed in the dielectric material; a second interconnect structure (340, 540a) comprising a second metal disposed in the dielectric material and electrically coupled with the first interconnect structure; a diffusion barrier disposed at an interface between the first interconnect structure and the second interconnect structure (340, 540a), wherein the first metal and the second metal have a different chemical composition, material of the diffusion barrier and the second metal have a different chemical composition and material of the diffusion barrier is not disposed directly between the second metal and the dielectric material; and further characterised by comprising an etch stop film disposed on the first interconnect structure and coupled with the diffusion barrier, wherein the diffusion barrier includes alternating layers of different metals. a dielectric material; a first interconnect structure comprising a first metal disposed in the dielectric material; a second interconnect structure (340, 540a) comprising a second metal disposed in the dielectric material and electrically coupled with the first interconnect structure; a diffusion barrier disposed at an interface between the first interconnect structure and the second interconnect structure (340, 540a), wherein the first metal and the second metal have a different chemical composition, material of the diffusion barrier and the second metal have a different chemical composition and material of the diffusion barrier is not disposed directly between the second metal and the dielectric material; and further characterised by comprising an etch stop film disposed on the first interconnect structure and coupled with the diffusion barrier, wherein the diffusion barrier includes alternating layers of different metals.
A tailless aircraft comprising: - a fuselage, - six equal aerodynamic surfaces attached to the fuselage, three on each side of the fuselage, with a propulsor fixedly mounted on each of the aerodynamic surfaces, wherein the propulsors generate a thrust in a plane of the aerodynamic surface, wherein all aerodynamic surfaces of the aircraft are placed in the same horizontal plane perpendicular to the plane of symmetry of the aircraft and are adapted to rotate independently of each other around an axis of attachment to the fuselage, wherein a power of each of the propulsors is regulated separately, and wherein the aircraft is controlled - by turning the aerodynamic surfaces around the axis of attachment to the fuselage to an angle determined separately for each of the aerodynamic surfaces, and - by separately controlling the thrust of the propulsors in such a way that varying the angle of the aerodynamic surface leads to performing a particular maneuver including a supermaneuverability and turns around on a spot, or, turning the aerodynamic surfaces in one direction provides a flight ability of the aircraft with any attitude of the fuselage in the plane of symmetry with respect to the direction of the flight as well as adjusting the power of the propulsors provides turns of the fuselage on a spot and during the flight in horizontal and vertical plane, additionally providing a combined flight mode of the aircraft, the aircraft being adapted to implement also a flight with the stern forwardly. - a fuselage, - six equal aerodynamic surfaces attached to the fuselage, three on each side of the fuselage, with a propulsor fixedly mounted - by turning the aerodynamic surfaces around the axis of attachment to the fuselage to an angle determined separately for each of the aerodynamic surfaces, and - by separately controlling the thrust of the propulsors in such a way that varying the angle of the aerodynamic surface leads to performing a particular maneuver including a supermaneuverability and turns around on a spot, or, turning the aerodynamic surfaces in one direction provides a flight ability of the aircraft with any attitude of the fuselage in the plane of symmetry with respect to the direction of the flight as well as
Quantum dot comprising: • a core of a binary, ternary or quaternary III-V material consisting in: ∘ at least one element selected from the group consisting of In, Ga and Al, and ∘ at least one element selected from the group consisting of P and As; • a first layer of a binary or ternary II-VI material consisting in: ∘ Zn, and ∘ at least one element selected from the group consisting of S and Se; and • an external shell of a ternary or quaternary II-VI material consisting in: ∘ Zn, ∘ Cd, and ∘ at least one element selected from the group consisting of S and Se. • a core of a binary, ternary or quaternary III-V material consisting in: ∘ at least one element selected from the group consisting of In, Ga and Al, and ∘ at least one element selected from the group consisting of P and As; ∘ at least one element selected from the group consisting of In, Ga and Al, and ∘ at least one element selected from the group consisting of P and As; • a first layer of a binary or ternary II-VI material consisting in: ∘ Zn, and ∘ at least one element selected from the group consisting of S and Se; and ∘ Zn, and ∘ at least one element selected from the group consisting of S and Se; and • an external shell of a ternary or quaternary II-VI material consisting in: ∘ Zn, ∘ Cd, and ∘ at least one element selected from the group consisting of S and Se. ∘ Zn, ∘ Cd, and ∘ at least one element selected from the group consisting of S and Se.
A method of determining the properties of a fluid body in the form of a surface-attached droplet/bubble, comprising the steps of: (a) storing, in a memory accessible by a processing apparatus, a set of data describing a plurality of droplets/bubbles of different shapes, wherein each shape is captured in said data set as a combination of two or more linear dimensional measurements, and wherein for each shape the data set includes one or more parameters describing the relationship between the physical properties of a pair of fluids capable of forming said shape when a first of said fluids is a surface-attached droplet/bubble disposed in a surrounding medium of the second of said fluids; (b) providing a fluid body as a surface-attached droplet/bubble of a first fluid in a surrounding medium of a different second fluid; (c) obtaining a plurality of linear dimensional measurements of said fluid body; (d) providing said measurements as an input to a processing apparatus; and (e) said processing apparatus determining from said data set said one or more parameters associated with the shape described by said linear dimensional measurements. (a) storing, in a memory accessible by a processing apparatus, a set of data describing a plurality of droplets/bubbles of different shapes, wherein each shape is captured in said data set as a combination of two or more linear dimensional measurements, and wherein for each shape the data set includes one or more parameters describing the relationship between the physical properties of a pair of fluids capable of forming said shape when a first of said fluids is a surface-attached droplet/bubble disposed in a surrounding medium of the second of said fluids; (b) providing a fluid body as a surface-attached droplet/bubble of a first fluid in a surrounding medium of a different second fluid; (c) obtaining a plurality of linear dimensional measurements of said fluid body; (d) providing said measurements as an input to a processing apparatus; and (e) said processing apparatus determining from said data set said one or more parameters associated with the shape described by said linear dimensional measurements.
Use of a nucleic acid molecule that includes a nucleic acid sequence that codes for a prokaryotic xylose isomerase, and that is at least 95% identical, preferably 99% identical, to the nucleic acid sequence according to SEQ ID NO. 2, or that is at least 95% identical, preferably 99% identical, to the nucleic acid sequence according to SEQ ID NO. 3, for the transformation of a cell, for the recombinant expression and production of xylose isomerase, and/or for the conversion of xylose to xylulose by the cell, wherein the xylose isomerase comes from Clostridium phytofermentans and comprises an amino acid sequence that is at least 95% identical, preferably 99% identical, to the amino acid sequence according to SEQ ID NO. 1.
A method for providing a user interface of a mobile device having a solar panel, the method comprising: measuring a recharging amount according to a solar charge; displaying the recharging amount as a fossil fuel image or a tree image which is expressed together with an amount of fossil fuel or trees that are conserved by performing the solar charge; determining whether the recharging amount is more than a predefined critical amount for executing an eco-friendly plant growing application; when the recharging amount is more than the critical amount, transitioning the mobile device into an executable state of the eco-friendly plant growing application; executing the eco-friendly plant growing application and displaying an image related to an item corresponding to the eco-friendly plant growing application; and during the solar charge, changing the displayed image according to the recharging amount, wherein the displaying of the recharging amount comprises displaying the recharging amount differently by using a weight unit, a volume unit or a number of trees corresponding to the tree image, or a weight unit or a volume unit corresponding to the fossil fuel image, and wherein the changing the displayed image comprises adding a new image related to a new item to the displayed image, or removing the displayed image and replacing it with a new image related to a new item. measuring a recharging amount according to a solar charge; displaying the recharging amount as a fossil fuel image or a tree image which is expressed together with an amount of fossil fuel or trees that are conserved by performing the solar charge; determining whether the recharging amount is more than a predefined critical amount for executing an eco-friendly plant growing application; when the recharging amount is more than the critical amount, transitioning the mobile device into an executable state of the eco-friendly plant growing application; executing the eco-friendly plant growing application and displaying an image related to an item corresponding to the eco-friendly plant growing application; and during the solar charge, changing the displayed image according to the recharging amount, wherein the displaying of the recharging amount comprises displaying the recharging amount differently by using a weight unit, a volume unit or a number of trees corresponding to the tree image, or a weight unit or a volume unit corresponding to the fossil fuel image, and wherein the changing the displayed image comprises adding a new image related to a new item to the displayed image, or removing the displayed image and replacing it with a new image related to a new item.
Device for a defense effector, comprising a housing and an inert element forming the housing or forming a liner of the effector, the inert element comprising at least two faces, the device comprising an active agent accommodated in the housing, which produces a pyrotechnic effect, in the form of an explosive or an effect charge, the inert element having an at least partially porous structure (3, 6) on at least one face and the structure (3, 6) having webs and gaps between the webs, characterized in that the structure (3, 6) consists of a reducing agent and in that the reducing agent of the structure (3, 6) consists of aluminum, titanium, an aluminum alloy or a titanium alloy, and in that the structure (3, 6) is in operative connection with an oxidizing agent and in that the oxidizing agent is at least partially accommodated in the gaps. an inert element forming the housing or forming a liner of the effector, the inert element comprising at least two faces, the device comprising an active agent accommodated in the housing, which produces a pyrotechnic effect, in the form of an explosive or an effect charge, the inert element having an at least partially porous structure (3, 6) on at least one face and the structure (3, 6) having webs and gaps between the webs, characterized in that the structure (3, 6) consists of a reducing agent and in that the reducing agent of the structure (3, 6) consists of aluminum, titanium, an aluminum alloy or a titanium alloy, and in that the structure (3, 6) is in operative connection with an oxidizing agent and in that the oxidizing agent is at least partially accommodated in the gaps.
A method for immersive document interaction with device-aware scaling, the method comprising the acts of: providing by a server an initial content item containing an attachment to a client device; receiving, by the server, a request for the attachment from the client device; and collecting, by the server, information about display capabilities of the client device, the information comprising a physical size of the display; characterized by selecting, by the server, based on the display capabilities a layout for presenting the attachment on the client device, the layout being selected from several layouts, said several layouts comprising at least a full screen view presenting the attachment by itself and a side-by-side view presenting the attachment side-by-side with the initial content item. providing by a server an initial content item containing an attachment to a client device; receiving, by the server, a request for the attachment from the client device; and collecting, by the server, information about display capabilities of the client device, the information comprising a physical size of the display; characterized by selecting, by the server, based on the display capabilities a layout for presenting the attachment on the client device, the layout being selected from several layouts, said several layouts comprising at least a full screen view presenting the attachment by itself and a side-by-side view presenting the attachment side-by-side with the initial content item.
A fastener stringer (10, 50) for a slide fastener in which a continuous fastener element formed of a monofilament is attached to a tape side edge portion (11b, 51b) of a fastener tape (11, 51) and at least a part of the fastener element is subjected to coloration or surface treatment, the fastener element includes a plurality of fine projected rims which are continuously disposed on a peripheral surface of the monofilament along a length direction of the monofilament and a plurality of fine concave grooves which are disposed between the projected rims; the fastener stringer is caracterized in that: in a cross section of the monofilament, a cross-sectional area of a space region of the concave groove which is defined by connecting apexes of the adjacent projected rims is set to be larger than a cross-sectional area of the projected rim which is defined by connecting bottoms of the adjacent concave grooves. in a cross section of the monofilament, a cross-sectional area of a space region of the concave groove which is defined by connecting apexes of the adjacent projected rims is set to be larger than a cross-sectional area of the projected rim which is defined by connecting bottoms of the adjacent concave grooves.
A damper which uses a magnetic viscous fluid, including: a cylinder; a bobbin (41,44) which is housed in the cylinder and on which a coil (40,43) for generating a magnetic field is wound; a yoke (39,42,45) which is housed in the cylinder and is provided in such a way as to oppose an end of the bobbin (41,44) and as to be axially aligned with the bobbin (41,44); a shaft which is inserted into the cylinder so as to extend through the bobbin (41,44) and the yoke (39,42,45) and so as to be axially reciprocable relative to the bobbin (41,44) and the yoke (39,42,45), and a magnetic viscous fluid filling a gap defined between the shaft and the bobbin (41,44) and the yoke (39,42,45) in the cylinder; wherein the coil (40,43), the bobbin (41,44) and the yoke (39,42,45) are fixed together by a resin, characterized in that the yoke (39,42,45) is a separate member from the bobbin (41,44), and the coil (40,43), the bobbin (41,44) and the yoke (39,42,45) are fixed together by the resin which is molded so that outer peripheries of the coil (40,43), the bobbin (41,44) and the yoke (39,42,45) are covered. a cylinder; a bobbin (41,44) which is housed in the cylinder and on which a coil (40,43) for generating a magnetic field is wound; a yoke (39,42,45) which is housed in the cylinder and is provided in such a way as to oppose an end of the bobbin (41,44) and as to be axially aligned with the bobbin (41,44); a shaft which is inserted into the cylinder so as to extend through the bobbin (41,44) and the yoke (39,42,45) and so as to be axially reciprocable relative to the bobbin (41,44) and the yoke (39,42,45), and a magnetic viscous fluid filling a gap defined between the shaft and the bobbin (41,44) and the yoke (39,42,45) in the cylinder; wherein the coil (40,43), the bobbin (41,44) and the yoke (39,42,45) are fixed together by a resin, characterized in that the yoke (39,42,45) is a separate member from the bobbin (41,44), and the coil (40,43), the bobbin (41,44) and the yoke (39,42,45) are fixed together by the resin which is molded so that outer peripheries of the coil (40,43), the bobbin (41,44) and the yoke (39,42,45) are covered.
A device combining laser technology with ozone to treat fungal infections, comprising: - a laser system comprising a plurality of laser emitters arranged in an electronic board, - an ozone generating system, - a bag wherein the ozone is concentrated; wherein the bag comprises a textile fixing structure and a connector located on one side of the bag which is joined to a connecting tube having a bag ozone inlet male connector at its opposite end; and wherein the laser system comprises laser emitters which emit at wavelengths from 350nm to 480nm, and laser emitters which emit at wavelengths from 590nm to 750nm. - a laser system comprising a plurality of laser emitters arranged in an electronic board, - an ozone generating system, - a bag wherein the ozone is concentrated; wherein the bag comprises a textile fixing structure and a connector located on one side of the bag which is joined to a connecting tube having a bag ozone inlet male connector at its opposite end; and wherein the laser system comprises laser emitters which emit at wavelengths from 350nm to 480nm, and laser emitters which emit at wavelengths from 590nm to 750nm.
A hybrid TOF-PET/MRI tomograph having a chamber for introduction of an object and a longitudinal axis, the hybrid tomograph comprising a TOF-PET tomograph and an MRI tomograph, wherein the TOF-PET tomograph constitutes an inner layer of the hybrid tomograph and includes polymer scintillation strips and photoelectric converters configured for converting light signals from the scintillation strips to electrical signals, wherein the MRI tomograph constitutes an outer layer of the hybrid tomograph and includes a magnet and a receiving-transmitting coil, wherein the polymer scintillation strips are configured to act as a system of light guides for transporting light pulses outside the magnet of the MRI tomograph and as material for registering annihilation quanta, wherein: ∘ the polymer scintillation strips are arranged circumferentially, as a layer surrounding the chamber of the hybrid TOF-PET/MRI tomograph, inside the magnet of the MRI tomograph; ∘ each of the scintillation strips extends along the longitudinal axis of the hybrid TOF-PET/MRI tomograph and through the magnet of the MRI tomograph, wherein each of the scintillation strips has a length being greater than the length of the MRI tomograph along the longitudinal axis; ∘ each of the scintillation strips is arranged such that its longitudinal ends are positioned at opposite ends and outside of the MRI tomograph; and - wherein: ∘ the photoelectric converters are arranged outside the magnet of the MRI tomograph; o to each end of each scintillation strip at least one of the photoelectric converters is connected; - wherein the receiving-transmitting coil is arranged between the magnet of the MRI tomograph and the polymer scintillation strips. ∘ the polymer scintillation strips are arranged circumferentially, as a layer surrounding the chamber of the hybrid TOF-PET/MRI tomograph, inside the magnet of the MRI tomograph; ∘ each of the scintillation strips extends along the longitudinal axis of the hybrid TOF-PET/MRI tomograph and through the magnet of the MRI tomograph, wherein each of the scintillation strips has a length being greater than the length of the MRI tomograph along the longitudinal axis; ∘ each of the scintillation strips is arranged such that its longitudinal ends are positioned at opposite ends and outside of the MRI tomograph; and - wherein: ∘ the photoelectric converters are arranged outside the magnet of the MRI tomograph; o to each end of each scintillation strip at least one of the photoelectric converters is connected; ∘ the photoelectric converters are arranged outside the magnet of the MRI tomograph; o to each end of each scintillation strip at least one of the photoelectric converters is connected; - wherein the receiving-transmitting coil is arranged between the magnet of the MRI tomograph and the polymer scintillation strips.