mhurhangee/patent-ind-claim-en huggingface dataset:
A removable catheter cap , comprising: a cap body configured for being removably connectable to a distal tip of a catheter , so as to facilitate capping of said catheter distal tip, and is sized and shaped for blocking passage of said cap body through a lumen of said catheter extending from said catheter distal tip to a proximal end of said catheter, said cap body being transformable into at least one predefined constituent part that is sized and shaped to freely pass through said catheter lumen; and a cap releasing member configured to extend through said catheter proximal end when the removable catheter cap is connected to said catheter, and is selectively manipulatable for facilitating transformation of said cap body into said at least one constituent part or/and for facilitating withdrawal of said at least one constituent part from said catheter distal tip through said catheter lumen; characterized in that said cap body includes interbonded, intertwined, or/and woven separable windings of said at least one predefined constituent part, wherein said separable windings are configured to separate into said at least one predefined constituent part when said cap body is pulled against said catheter distal tip. a cap body configured for being removably connectable to a distal tip of a catheter , so as to facilitate capping of said catheter distal tip, and is sized and shaped for blocking passage of said cap body through a lumen of said catheter extending from said catheter distal tip to a proximal end of said catheter, said cap body being transformable into at least one predefined constituent part that is sized and shaped to freely pass through said catheter lumen; and a cap releasing member configured to extend through said catheter proximal end when the removable catheter cap is connected to said catheter, and is selectively manipulatable for facilitating transformation of said cap body into said at least one constituent part or/and for facilitating withdrawal of said at least one constituent part from said catheter distal tip through said catheter lumen; characterized in that said cap body includes interbonded, intertwined, or/and woven separable windings of said at least one predefined constituent part, wherein said separable windings are configured to separate into said at least one predefined constituent part when said cap body is pulled against said catheter distal tip.
An oxygen-absorbing resin composition, comprising: a gas barrier resin (A) having an oxygen transmission rate of 500 mL·20 μm/(m 2 ·day·atm) or less as measured at 20°C and 65%RH; wherein the oxygen transmission rate is defined as the volume of oxygen transmitted through a film having an area of 1 m 2 and a thickness of 20 μm per day under a differential pressure of oxygen of 1.01325 bar (1 atm); a thermoplastic resin (B) including repeating units represented by the following general Formula (I): (where X is a methylene group or an oxygen atom, R 1 is an alkenylene group having 3 to 12 carbon atoms, and n is an integer of 5 to 5000); at least one type of metal salt (C) selected from the group consisting of an iron salt, a nickel salt, a copper salt, a manganese salt, and a cobalt salt; and a bifunctional processing stabilizer (D) that is a compound having an acrylate structure and a hindered phenol structure in a same molecule. a gas barrier resin (A) having an oxygen transmission rate of 500 mL·20 μm/(m 2 ·day·atm) or less as measured at 20°C and 65%RH; wherein the oxygen transmission rate is defined as the volume of oxygen transmitted through a film having an area of 1 m 2 and a thickness of 20 μm per day under a differential pressure of oxygen of 1.01325 bar (1 atm); a thermoplastic resin (B) including repeating units represented by the following general Formula (I): (where X is a methylene group or an oxygen atom, R 1 is an alkenylene group having 3 to 12 carbon atoms, and n is an integer of 5 to 5000); at least one type of metal salt (C) selected from the group consisting of an iron salt, a nickel salt, a copper salt, a manganese salt, and a cobalt salt; and a bifunctional processing stabilizer (D) that is a compound having an acrylate structure and a hindered phenol structure in a same molecule.
A compressor (200; 300; 400), comprising: a rotor (R8) configured to rotate about a longitudinal axis (A) of a gas turbine engine; a manifold (238; 338; 438) extending circumferentially about the longitudinal axis and defining a plenum (240; 340; 440), the manifold disposed downstream of the rotor and radially inward of an exhaust guide vane (215; 315; 415); a cooling fluid transfer tube (236; 336; 436) disposed within the plenum and configured to transfer a component cooling fluid from a component cooling fluid source to a component of the rotor; and a cooling fluid passageway (244; 344; 444) extending through the exhaust guide vane and configured to transfer a plenum cooling fluid from a plenum cooling fluid source to the plenum, characterised in that the cooling fluid transfer tube includes a first axial cooling tube end and a second axial cooling tube end . a rotor (R8) configured to rotate about a longitudinal axis (A) of a gas turbine engine; a manifold (238; 338; 438) extending circumferentially about the longitudinal axis and defining a plenum (240; 340; 440), the manifold disposed downstream of the rotor and radially inward of an exhaust guide vane (215; 315; 415); a cooling fluid transfer tube (236; 336; 436) disposed within the plenum and configured to transfer a component cooling fluid from a component cooling fluid source to a component of the rotor; and a cooling fluid passageway (244; 344; 444) extending through the exhaust guide vane and configured to transfer a plenum cooling fluid from a plenum cooling fluid source to the plenum, characterised in that the cooling fluid transfer tube includes a first axial cooling tube end and a second axial cooling tube end .
A powdered liquid-loaded starch material, comprising a solid carrier material consisting of a pregelatinized, non-granular starch material consisting of flake-shaped starch particles, wherein the size distribution of the starch particles is such that at least 50% by weight of the starch particles have a particle size of between 100 μm and 375 μm, as measured by the method mentioned in the description, and wherein the BET specific surface area is less than or equal to 0.5 m 2 /g, as measured by the method mentioned in the description, and one or more liquid components are absorbed into and/or onto said solid carrier material
A terminal apparatus comprising: a radio resource control layer processing unit configured to configure a downlink assignment; and a reception unit configured to receive on a physical downlink control channel, PDCCH, in one downlink BWP of one serving cell, downlink control information including a downlink assignment for Semi-Persistent Scheduling, SPS, the downlink control information used for scheduling of a first physical downlink shared channel, PDSCH, wherein the reception unit is configured to receive the first PDSCH in a case that a duration of a second PDSCH corresponding to the configured downlink assignment for the SPS overlaps a duration of the first PDSCH, and a start symbol of the second PDSCH begins after a predetermined time period associated with the smaller one of a downlink subcarrier space setting of the PDCCH and a downlink subcarrier space setting of the PDSCH, after an end of the PDCCH. a radio resource control layer processing unit configured to configure a downlink assignment; and a reception unit configured to receive on a physical downlink control channel, PDCCH, in one downlink BWP of one serving cell, downlink control information including a downlink assignment for Semi-Persistent Scheduling, SPS, the downlink control information used for scheduling of a first physical downlink shared channel, PDSCH, wherein the reception unit is configured to receive the first PDSCH in a case that a duration of a second PDSCH corresponding to the configured downlink assignment for the SPS overlaps a duration of the first PDSCH, and a start symbol of the second PDSCH begins after a predetermined time period associated with the smaller one of a downlink subcarrier space setting of the PDCCH and a downlink subcarrier space setting of the PDSCH, after an end of the PDCCH.
A method for closed-loop circulation of metallurgical slags, wherein a slag produced in a metallurgical process is mixed with an energy source and/or reductant and in so doing a composite material is produced, wherein a secondary use is applied to the composite material and attributed to the corresponding metallurgical process at the end of its lifespan, wherein on the one hand the composite material yields slag and on the other hand energy and/or has a reductive effect, wherein the energy source and/or the reductant is consumed in the metallurgical process and at the end of the process the metallurgical slag is separated off and returned to a new closed loop, wherein the energy source and/or the reductant is a carbon-based polymer compound, e.g. a thermoplastic, a thermosetting plastic and/or an elastomer, wherein a metallurgical slag is used which has a BET surface area of less than or equal to 10 m 2 /g.
A hand held computer terminal comprising: a housing comprising a main body , a top cap , and a bottom cap , wherein the main body of the housing comprises a front side and a back side , a top opening , and a bottom opening , wherein the top cap fits over the top opening to cover the top opening of the main body , wherein the bottom cap fits over the bottom opening to cover the bottom opening of the main body , wherein the bottom cap comprises a strap mount for attaching a hand strap , and wherein the bottom cap comprises an electrical connector opening for mounting an electrical connector . a housing comprising a main body , a top cap , and a bottom cap , wherein the main body of the housing comprises a front side and a back side , a top opening , and a bottom opening , wherein the top cap fits over the top opening to cover the top opening of the main body , wherein the bottom cap fits over the bottom opening to cover the bottom opening of the main body , wherein the bottom cap comprises a strap mount for attaching a hand strap , and wherein the bottom cap comprises an electrical connector opening for mounting an electrical connector .
A method of producing a fuel product, comprising: supplying electricity generated in a photovoltaic cell arrangement and a piston engine, respectively, to electrolytic and catalytic reactions that are heated by concentrated sunlight; supplying water and carbon dioxide as reactants and reacting them in the heated electrolytic and catalytic reactions to form a pressurized fuel product, in which reactions the product is formed after water electrolysis and catalytic conversion of carbon dioxide; and expanding the pressurized fuel product in the piston engine to generate electricity and to obtain the fuel product, wherein the fuel product is a hydrocarbon or methanol. supplying electricity generated in a photovoltaic cell arrangement and a piston engine, respectively, to electrolytic and catalytic reactions that are heated by concentrated sunlight; supplying water and carbon dioxide as reactants and reacting them in the heated electrolytic and catalytic reactions to form a pressurized fuel product, in which reactions the product is formed after water electrolysis and catalytic conversion of carbon dioxide; and expanding the pressurized fuel product in the piston engine to generate electricity and to obtain the fuel product, wherein the fuel product is a hydrocarbon or methanol.
Use of a medical filter for filtering polluted water so as to produce filtered and substantially clean water free of pathogens and other extraneous materials, characterized in that the filter: is an ultra-filtration filter, previously used as a hemo-dialyzer for blood filtering treatment of a patient, discarded from use and to be disposed; has a plurality of capillary membranes that separate two flow paths for applying the polluted water in an unfiltered state to a first of said two flow paths on one side of said membrane, and for drawing off clean water in a filtered state from a second of said two flow paths on another side of the membrane, and wherein said applying is at a pressure sufficient to produce effective flow across said membrane. is an ultra-filtration filter, previously used as a hemo-dialyzer for blood filtering treatment of a patient, discarded from use and to be disposed; has a plurality of capillary membranes that separate two flow paths for applying the polluted water in an unfiltered state to a first of said two flow paths on one side of said membrane, and for drawing off clean water in a filtered state from a second of said two flow paths on another side of the membrane, and wherein said applying is at a pressure sufficient to produce effective flow across said membrane.
A telescoping panel door for an aircraft compartment, comprising: a first panel hingedly connected to a door frame ; a second panel mounted on the first panel for sliding translation thereon, the second panel extending parallel to the first panel in a sliding arrangement, the first panel having a width of approximately half of the door frame to which it is mounted; a linkage for fixing coupling the door frame to the second panel , the linkage fixing a distance that the second panel can extend from the door frame , the linkage coupled to the door frame and the second panel so as to permit relative pivoting between connected ends of the linkage and the door frame and the second panel respectively; wherein the telescoping panel door operates such that the ends of the panels are adjacent in the closed configuration and the faces of the panels are adjacent in the open configuration, wherein the linkage is pivotably connected to a first end of the second panel , and wherein the linkage is fixed at the other end to the door frame approximately at one quarter of the distance between the sides of the door frame , closest to the side with the hinge.
A storage device for a vehicle, including: - at least one wall forming a storage space , - a flap arranged to close and open the storage space , and - a locking part arranged to pass, by a movement, from a locked position, in which the flap is locked to said at least one wall , to an unlocked position, in which the flap is not locked to said at least one wall , said locking part including, for this: • a continuous bearing surface arranged to be received in contact on a corresponding continuous bearing surface of the flap at least in the locked position, • a locking portion arranged to be received in contact on said at least one wall at least in the locked position, and separate attachment means of the continuous bearing surface and of the locking portion and arranged to attach said locking part on the flap , characterized in that the movement of the locking part is a rotation movement, for example of a quarter turn, said locking portion includes two elongated bearing surfaces which are symmetrical and transverse with respect to the longitudinal axis (A-A'), and in that said at least one wall has an elongated through-hole to allow the locking portion to pass, and in that said elongated through-hole is provided, at least on one edge, with a crest including a bevelled portion and also an abutment surface , said crest being arranged to be in contact with said locking portion in the locked position. - at least one wall forming a storage space , - a flap arranged to close and open the storage space , and - a locking part arranged to pass, by a movement, from a locked position, in which the flap is locked to said at least one wall , to an unlocked position, in which the flap is not locked to said at least one wall , said locking part including, for this: • a continuous bearing surface arranged to be received in contact on a corresponding continuous bearing surface of the flap at least in the locked position, • a locking portion arranged to be received in contact on said at least one wall at least in the locked position, • a continuous bearing surface arranged to be received in contact on a corresponding continuous bearing surface of the flap at least in the locked position, • a locking portion arranged to be received in contact on said at least one wall at least in the locked position,
A positive electrode active material, comprising secondary particles and a coating layer applied on an exterior surface of each of the secondary particles, wherein the secondary particle comprises a lithium transition metal oxide, the coating layer comprises an oxide of element M 2 , and the positive electrode active material satisfies a chemical formula : Li 1+ a [Ni x Co y Mn z M 1 b M 2 c ]O 2- d X d chemical formula wherein in the chemical formula , M 1 is an element doped in a transition metal site of the lithium transition metal oxide, M 1 is selected from one or more of Si, Ti, Cr, Mo, V, Ge, Se, Zr, Ru, Rh, Pd, Sb, Te, Ce, and W, X is an element doped in an oxygen site of the lithium transition metal oxide, X is selected from one or more of F, Cl, Br, I, S, N, and P, M 2 is an element of the coating layer, M 2 is selected from one or more of Mg, Al, Ca, Ce, Ti, Zr, Zn, Y, and B, 0.5≤ x <1, 0< y ≤0.3, 0≤ z ≤0.3, -0.1< a <0.2, 0< b <0.3, 0< c <0.3, 0≤ d <0.2, 0< b + c <0.3, and x + y + z + b =1; a relative deviation of local mass concentration of element M 1 in the secondary particle is less than 20%; and the secondary particles from the core to the exterior surface of the particle comprises a plurality of layers of primary particles arranged along radial direction of the secondary particle, and the number of primary particles contained in the outermost layer of the plurality of layers ranges from 5 per μm 2 to 50 per μm 2 , wherein the relative deviation of local mass concentration of element M 1 in the secondary particle and the number of primary particles contained in the outermost layer of the plurality of layers, respectively, is determined as indicated in the description. wherein in the chemical formula , M 1 is an element doped in a transition metal site of the lithium transition metal oxide, M 1 is selected from one or more of Si, Ti, Cr, Mo, V, Ge, Se, Zr, Ru, Rh, Pd, Sb, Te, Ce, and W, X is an element doped in an oxygen site of the lithium transition metal oxide, X is selected from one or more of F, Cl, Br, I, S, N, and P, M 2 is an element of the coating layer, M 2 is selected from one or more of Mg, Al, Ca, Ce, Ti, Zr, Zn, Y, and B, 0.5≤ x <1, 0< y ≤0.3, 0≤ z ≤0.3, -0.1< a <0.2, 0< b <0.3, 0< c <0.3, 0≤ d <0.2, 0< b + c <0.3, and x + y + z + b =1; a relative deviation of local mass concentration of element M 1 in the secondary particle is less than 20%; and the secondary particles from the core to the exterior surface of the particle comprises a plurality of layers of primary particles arranged along radial direction of the secondary particle, and the number of primary particles contained in the outermost layer of the plurality of layers ranges from 5 per μm 2 to 50 per μm 2 , wherein the relative deviation of local mass concentration of element M 1 in the secondary particle and the number of primary particles contained in the outermost layer of the plurality of layers, respectively, is determined as indicated in the description.
A user interface device comprising: a display unit that displays a user interface screen associated with a first coordinate axis, the first coordinate axis corresponding to a first attribute of a sound field and being allocated with a plurality of parameters related to the first attribute; a first specification unit that specifies a coordinate value of the first coordinate axis corresponding to a position in the user interface screen specified by a user; and a second specification unit that specifies a value of each of the plurality of parameters, based on the specified coordinate value, wherein the user interface screen is associated with the first coordinate axis and a second coordinate axis, the second coordinate axis corresponding to a second attribute of the sound field and being allocated with a parameter related to the second attribute, the first specification unit specifies a coordinate value of the second coordinate axis corresponding to the position in the user interface screen specified by the user, and the second specification unit specifies a value of the parameter related to the second attribute, based on the specified coordinate value of the second coordinate axis, wherein the parameter allocated to the second coordinate axis is the same as one of the plurality of parameters related to the first attribute, and the second specification unit specifies a value of the parameter allocated to the second coordinate axis, based on the specified coordinate values of the first and second coordinate axes. a display unit that displays a user interface screen associated with a first coordinate axis, the first coordinate axis corresponding to a first attribute of a sound field and being allocated with a plurality of parameters related to the first attribute; a first specification unit that specifies a coordinate value of the first coordinate axis corresponding to a position in the user interface screen specified by a user; and a second specification unit that specifies a value of each of the plurality of parameters, based on the specified coordinate value, wherein the user interface screen is associated with the first coordinate axis and a second coordinate axis, the second coordinate axis corresponding to a second attribute of the sound field and being allocated with a parameter related to the second attribute, the first specification unit specifies a coordinate value of the second coordinate axis corresponding to the position in the user interface screen specified by the user, and the second specification unit specifies a value of the parameter related to the second attribute, based on the specified coordinate value of the second coordinate axis, wherein the parameter allocated to the second coordinate axis is the same as one of the plurality of parameters related to the first attribute, and the second specification unit specifies a value of the parameter allocated to the second coordinate axis, based on the specified coordinate values of the first and second coordinate axes.