mhurhangee/ep-ind-claims huggingface dataset:
A catheter comprising: a central layer providing a catheter shaft and having a catheter tip, an exterior surface and an interior surface and defining a first lumen and a second lumen; a balloon layer surrounding the central layer, the balloon layer including a balloon portion, the balloon portion being the portion which is not bonded to the exterior surface of the central layer; the balloon portion being in the form of a cavity disposed between the exterior surface of the central layer and the balloon layer; wherein the balloon cavity is in fluid communication with the second lumen; wherein the balloon layer and the central layer are joined together at a distal end and at a proximal end of the balloon cavity relative to the catheter tip; and a sheath layer surrounding the balloon layer and extending at least over the balloon layer; characterized in that, the balloon layer is provided on the catheter shaft just in the area (C to D) of the balloon portion and the sheath layer is provided on the catheter shaft over the entire length of the catheter shaft and the balloon layer does not cover the entire length of the catheter shaft to be inserted into the patient. a central layer providing a catheter shaft and having a catheter tip, an exterior surface and an interior surface and defining a first lumen and a second lumen; a balloon layer surrounding the central layer, the balloon layer including a balloon portion, the balloon portion being the portion which is not bonded to the exterior surface of the central layer; the balloon portion being in the form of a cavity disposed between the exterior surface of the central layer and the balloon layer; wherein the balloon cavity is in fluid communication with the second lumen; wherein the balloon layer and the central layer are joined together at a distal end and at a proximal end of the balloon cavity relative to the catheter tip; and a sheath layer surrounding the balloon layer and extending at least over the balloon layer; characterized in that, the balloon layer is provided on the catheter shaft just in the area (C to D) of the balloon portion and the sheath layer is provided on the catheter shaft over the entire length of the catheter shaft and the balloon layer does not cover the entire length of the catheter shaft to be inserted into the patient.
A light-emitting diode comprising: a silicon substrate; a first dielectric material, a refractory metal, and a semiconductor material sequentially disposed over the silicon substrate, including at least one trench that exposes a portion of the silicon substrate; a spacer on sidewalls of the first dielectric material, the refractory metal, and the semiconductor material; a bottom diode material including a lower region disposed at least partially in the at least one trench and an upper region extending above the at least one trench, the bottom diode material comprising a semiconductor material that is lattice mismatched to the silicon substrate, and the lower region of the bottom diode material contacts the spacer, and the upper region of the bottom diode material does not contact the spacer; an active diode region disposed adjacent the bottom diode material; the top diode material disposed adjacent the active diode region, covering a plurality of surfaces of the active diode region, wherein the top diode material comprises semiconductor material; a first electrical contact through the semiconductor material, wherein the electrical contact is electrically coupled with the refractory metal; and a bottom electrical contact physically contacting the silicon substrate. a silicon substrate; a first dielectric material, a refractory metal, and a semiconductor material sequentially disposed over the silicon substrate, including at least one trench that exposes a portion of the silicon substrate; a spacer on sidewalls of the first dielectric material, the refractory metal, and the semiconductor material; a bottom diode material including a lower region disposed at least partially in the at least one trench and an upper region extending above the at least one trench, the bottom diode material comprising a semiconductor material that is lattice mismatched to the silicon substrate, and the lower region of the bottom diode material contacts the spacer, and the upper region of the bottom diode material does not contact the spacer; an active diode region disposed adjacent the bottom diode material; the top diode material disposed adjacent the active diode region, covering a plurality of surfaces of the active diode region, wherein the top diode material comprises semiconductor material; a first electrical contact through the semiconductor material, wherein the electrical contact is electrically coupled with the refractory metal; and a bottom electrical contact physically contacting the silicon substrate.
A block copolymer containing a constituent unit derived from ethylene and a constituent unit derived from an α-olefin having 3 to 20 carbon atoms and satisfying the following requirements to: the block copolymer has a melting point (Tm) measured by DSC of -20°C to 100°C; the block copolymer has a molecular weight distribution (Mw/Mn) measured by GPC of 1.6 to 5.0; the block copolymer has a half-width (ΔThalf) of a melting peak measured by DSC of 90°C or less; the half-width (ΔThalf) and the melting point (Tm) satisfy the relationship shown by the following relational expression, ΔThalf ≤ - 0.71 × Tm + 101.4 the block copolymer has a heat of melting (ΔH) measured by DSC of 100 J/g or less; and the heat of melting (ΔH), the crystallization temperature Tc measured by DSC, and the crystallization temperature Tcrystaf measured by a CRYSTAF method satisfy the following relational expression, Tc - Tcrystaf ≥ 0.028 × ΔH + 25.3 wherein Tm, ΔH and ΔThalf are measured as described in the experimental part of the examples section of the specification. the block copolymer has a melting point (Tm) measured by DSC of -20°C to 100°C; the block copolymer has a molecular weight distribution (Mw/Mn) measured by GPC of 1.6 to 5.0; the block copolymer has a half-width (ΔThalf) of a melting peak measured by DSC of 90°C or less; the half-width (ΔThalf) and the melting point (Tm) satisfy the relationship shown by the following relational expression, ΔThalf ≤ - 0.71 × Tm + 101.4 the block copolymer has a heat of melting (ΔH) measured by DSC of 100 J/g or less; and the heat of melting (ΔH), the crystallization temperature Tc measured by DSC, and the crystallization temperature Tcrystaf measured by a CRYSTAF method satisfy the following relational expression, Tc - Tcrystaf ≥ 0.028 × ΔH + 25.3 wherein Tm, ΔH and ΔThalf are measured as described in the experimental part of the examples section of the specification.
A radiation detector (1, 2), comprising: a plurality of photoelectric conversion devices (20, 60) arranged on a circuit substrate (10,95) with a spacing formed between two adjacent photoelectric conversion devices (20, 60), wirings in the circuit substrate (10, 95) formed directly below each of the photoelectric conversion devices (20, 60), wherein each of the photoelectric conversion devices is also formed at least partially within an embedding layer (15, 54, 94) and has a light receiving surface (20A, 30A, 60A) situated at least partially outside of the embedding layer; and a plurality of scintillator crystals, at least a first scintillator crystal of the plurality of scintillator crystals is covered and in direct contact with at least one light receiving surface at a one end, wherein a cross-section of the first scintillator crystal at the one end is smaller than a cross-section of the first scintillator crystal at a second end further from the light receiving surface; a space between the first scintillator crystal and a second scintillator crystal adjacent to the first scintillator crystal and wherein the first scintillator crystal contacts the second scintillator crystal of the plurality of scintillator crystals at the second end of the first scintillator crystal. a plurality of photoelectric conversion devices (20, 60) arranged on a circuit substrate (10,95) with a spacing formed between two adjacent photoelectric conversion devices (20, 60), wirings in the circuit substrate (10, 95) formed directly below each of the photoelectric conversion devices (20, 60), wherein each of the photoelectric conversion devices is also formed at least partially within an embedding layer (15, 54, 94) and has a light receiving surface (20A, 30A, 60A) situated at least partially outside of the embedding layer; and a plurality of scintillator crystals, at least a first scintillator crystal of the plurality of scintillator crystals is covered and in direct contact with at least one light receiving surface at a one end, wherein a cross-section of the first scintillator crystal at the one end is smaller than a cross-section of the first scintillator crystal at a second end further from the light receiving surface; a space between the first scintillator crystal and a second scintillator crystal adjacent to the first scintillator crystal and wherein the first scintillator crystal contacts the second scintillator crystal of the plurality of scintillator crystals at the second end of the first scintillator crystal.
Cleaning device for cleaning a disposable or reusable wet razor with a shaving head (2b; 102b), said cleaning device consisting of a housing (3; 103) and of a rinsing unit for rinsing the shaving head (2b; 102b) of the wet razor, characterized in that a device for vibrating the shaving head (2b; 102b) is provided inside the housing (3; 103), wherein the device for vibration comprises a vibration table (9, 109), and the latter provides a support surface, on which the shaving head (2b; 102b) of the wet razor (2; 102) is at least partially received flat, and a drive (10; 110) for the vibration table (9; 109), wherein the vibration movement is triggered either automatically or by an additional pressure applied to the vibration table, wherein the vibration movement is oscillating or chaotic, wherein a nozzle is provided which is connected by a conduit system to a water reservoir via a small pump, and wherein this nozzle, directed towards the razor blade, rinses out the gaps with a water jet.
An oral care whitening composition comprising a dual-phase dental whitening composition comprising: a first non-aqueous phase comprising a peroxysulfate whitening agent, a hydrophobic base comprising a combination of a silicone adhesive and a silicone fluid; and one or more hydrophilic polymers; and a second phase comprising an aqueous phase comprising at least one hydrophilic polymer. a first non-aqueous phase comprising a peroxysulfate whitening agent, a hydrophobic base comprising a combination of a silicone adhesive and a silicone fluid; and one or more hydrophilic polymers; and a second phase comprising an aqueous phase comprising at least one hydrophilic polymer.
Electric door opener for installation in a door having a preferably fixed doorframe and a door leaf mounted on this in a movable manner, having a door opener housing in which a door opener latch is pivotably mounted and an electric locking device is arranged, wherein the electric locking device has an electromagnetic or electromotive unit having an output member and a locking lever (3 a) that interacts with the output member, and the locking lever interacts directly with the door opener latch or indirectly by interposing a switch mounted in the door opener housing in such a way that the door opener latch is able to be switched into a locking positions and into a release position, wherein it is provided that the electric door opener has a mechanical unlocking device that engages with the door opener housing, said unlocking device being able to be brought into abutment with the locking lever, and the door opener latch is able to be switched from its locking position into its release position electrically by changing the energisation of the electric locking device or by activating the mechanical unlocking device, characterised in that the locking lever has a main body that has a mounting pin on its mounting section or is able to be coupled to a mounting pin and has a abutment pin on its free lever end, said abutment pin extending away from one side of the main body in parallel to the mounting pin, and, in this extending region, has a first section that is able to be brought into abutment with the output member of the electromagnetic or electromotive unit and a second section that is able to be brought into abutment with the mechanical unlocking device.
Substrate for applications in the fields of radio-frequency electronics and microelectronics, comprising: - a base substrate made of monocrystalline silicon having a resistivity greater than 100 or 1000 ohm.cm; - a single carbon layer which is arranged on and is directly in contact with the base substrate, the carbon layer having a thickness strictly between 1 nm and 5 nm; - an electrical insulator layer which is arranged on the carbon layer; - a lithium tantalate or lithium niobate device layer which is arranged on the insulator layer. - a base substrate made of monocrystalline silicon having a resistivity greater than 100 or 1000 ohm.cm; - a single carbon layer which is arranged on and is directly in contact with the base substrate, the carbon layer having a thickness strictly between 1 nm and 5 nm; - an electrical insulator layer which is arranged on the carbon layer; - a lithium tantalate or lithium niobate device layer which is arranged on the insulator layer.
A chip for measuring the amount of a biological substance present in a liquid to be measured, comprising (a) an immobilized antibody; (b) a substance labeled with an ion conductive compound wherein the substance binds to the immobilized antibody; and (c) metal electrodes comprising a working electrode and a counter electrode, wherein the working electrode has, on its surface, a thin film comprising a linear fluoroalkyl group and the number of carbon atoms of the linear fluoroalkyl group is from 3 to 12. (a) an immobilized antibody; (b) a substance labeled with an ion conductive compound wherein the substance binds to the immobilized antibody; and (c) metal electrodes comprising a working electrode and a counter electrode,
A terminal fitting comprising a cylindrical electrical contact made of a conductive metal plate with both ends thereof made close to each other and joined to each other to define a joining portion of the metal plate, the electrical contact including a plurality of slits (20,21,22,23,26) provided at intervals in a circumferential direction of the electrical contact, the slits extending in a cylinder-length direction which is a direction along a length of the cylindrical electrical contact, the terminal fitting being characterised in that a size in the cylinder-length direction of one or two of the slits (23,26) farthest away from the joining portion being larger than those of the remaining slits.
Composition for oral administration to an animal for intestinal delivery of an immunogenic agent, said composition being in the form of microparticles and comprising: a) at least one mucoadhesive cationic polymer that is chitosan; b) at least two anionic components, wherein at least one of the two anionic components being dextran sulfate; c) at least one immunogenic agent; for use in the oral vaccination or boostering of an animal against a pathogen. a) at least one mucoadhesive cationic polymer that is chitosan; b) at least two anionic components, wherein at least one of the two anionic components being dextran sulfate; c) at least one immunogenic agent;
A method of operating an intermittent air jet weaving machine to form a textile, said air jet weaving machine having a weft yarn, which is propelled by a burst of high pressure air using at least one compressed gas booster, and a warp shed defined by warp threads (1010A, 1010B), the method comprising depositing energy to form a low density guide path for the weft yarn to pass through the warp shed defined by the warp threads (1010A, 1010B), characterized by using laser energy and/or electric discharge energy to impulsively heat the air along a straight path to form the low density guide path surrounded by a higher density region, said higher density region containing at least a fraction of the heated portion of the air; directing at least a portion of the weft yarn into the low density guide path.
A folding storage cabinet (10, 10'), comprising: a frame; a back plate located at an opposite side of the frame, a bottom portion of one of the frame and the back plate formed with at least one bottom pivot part, a top portion of other one of the frame and the back plate formed with at least one top pivot part; two folding side plates, each located between the frame and the back plate, pivotally connected to the back plate and the frame, such that the two folding side plates are foldable in a flat manner; a bottom plate (104, 104', 200, 300), one side of the bottom plate (104, 104', 200, 300) formed with at least one bottom plate pivot part, and the bottom plate (104, 104', 200, 300) being pivotally connected to the at least one bottom pivot part through the at least one bottom plate pivot part; characterized in that, a top plate, comprising: a cover plate, one side of the cover plate formed with at least one first cover plate pivot part, two other opposite sides each formed with at least one second cover plate pivot part, and the at least one first cover plate pivot part pivotally connected to the at least one top pivot part; and two wing plates, one side of each of the two wing plates corresponding to the two second cover plate pivot parts of the cover plate and formed with at least one wing plate pivot part, and the at least one wing plate pivot part pivotally connected to the at least one second cover plate pivot part to allow the two wing plates to be folded towards the cover plate, such that the top plate is foldable through the at least one first cover plate pivot part and the at least one top pivot part to the other one of the frame and the back plate.
A memory system comprising: a memory array; a controller, wherein the controller is programmed to perform operations comprising: receiving a read request from a host device, the read request indicating a first logical address; determining a first physical location at the memory array associated with the first logical address; reading a first data unit from the first physical location; characterised in that the controller is further programmed to perform: accessing a first encrypted logical-to-physical "L2P" pointer, the first encrypted L2P pointer indicating a first encrypted physical address for the first location and the first logical address corresponding to a first clear physical address for the first physical location; and sending the first data unit and the first encrypted L2P pointer to the host device, the first encrypted L2P pointer for storage at a host memory. a memory array; a controller, wherein the controller is programmed to perform operations comprising: receiving a read request from a host device, the read request indicating a first logical address; determining a first physical location at the memory array associated with the first logical address; reading a first data unit from the first physical location; characterised in that the controller is further programmed to perform: accessing a first encrypted logical-to-physical "L2P" pointer, the first encrypted L2P pointer indicating a first encrypted physical address for the first location and the first logical address corresponding to a first clear physical address for the first physical location; and sending the first data unit and the first encrypted L2P pointer to the host device, the first encrypted L2P pointer for storage at a host memory. receiving a read request from a host device, the read request indicating a first logical address; determining a first physical location at the memory array associated with the first logical address; reading a first data unit from the first physical location; characterised in that the controller is further programmed to perform: accessing a first encrypted logical-to-physical "L2P" pointer, the first encrypted L2P pointer indicating a first encrypted physical address for the first location and the first logical address corresponding to a first clear physical address for the first physical location; and sending the first data unit and the first encrypted L2P pointer to the host device, the first encrypted L2P pointer for storage at a host memory. accessing a first encrypted logical-to-physical "L2P" pointer, the first encrypted L2P pointer indicating a first encrypted physical address for the first location and the first logical address corresponding to a first clear physical address for the first physical location; and sending the first data unit and the first encrypted L2P pointer to the host device, the first encrypted L2P pointer for storage at a host memory.
An aircraft system, comprising: an aircraft subsystem generating monitor trips indicating the state of a component of the aircraft subsystem; and an area health manager coupled to the aircraft subsystem, the area health manager comprising: a data receiver for receiving the monitor trips from the aircraft subsystem; a fault detector for processing inputs based on the monitor trips to identify faults; and characterized by an execution sequence queue coupled to the fault detector for storing a plurality of execution entities, each of the plurality of execution entities being associated with a specific logic operation (344, 346, 348, 350, 352, 354, 356, 358, 360) in the fault detector that is executed only when the associated execution entity (344, 346, 348, 350, 352, 354, 356, 358, 360) is in a first predetermined state of two possible predetermined states in a given execution cycle. an aircraft subsystem generating monitor trips indicating the state of a component of the aircraft subsystem; and an area health manager coupled to the aircraft subsystem, the area health manager comprising: a data receiver for receiving the monitor trips from the aircraft subsystem; a fault detector for processing inputs based on the monitor trips to identify faults; and characterized by an execution sequence queue coupled to the fault detector for storing a plurality of execution entities, each of the plurality of execution entities being associated with a specific logic operation (344, 346, 348, 350, 352, 354, 356, 358, 360) in the fault detector that is executed only when the associated execution entity (344, 346, 348, 350, 352, 354, 356, 358, 360) is in a first predetermined state of two possible predetermined states in a given execution cycle. a data receiver for receiving the monitor trips from the aircraft subsystem; a fault detector for processing inputs based on the monitor trips to identify faults; and characterized by an execution sequence queue coupled to the fault detector for storing a plurality of execution entities, each of the plurality of execution entities being associated with a specific logic operation (344, 346, 348, 350, 352, 354, 356, 358, 360) in the fault detector that is executed only when the associated execution entity (344, 346, 348, 350, 352, 354, 356, 358, 360) is in a first predetermined state of two possible predetermined states in a given execution cycle.