mhurhangee/patent-ind-claim-en huggingface dataset:
A septum (22; 122) for sealably covering a fluid cavity defined in an implantable device, comprising: a resilient septum body; and a reinforcement component characterised in that the reinforcement component is disposed in the septum body proximate a periphery thereof for reinforcing engagement of the periphery with a corresponding groove defined about an opening to the fluid cavity of the medical device so as to inhibit unintended detachment of the septum from the medical device, enabling employment of an integral access port body of single piece construction. a resilient septum body; and a reinforcement component characterised in that the reinforcement component is disposed in the septum body proximate a periphery thereof for reinforcing engagement of the periphery with a corresponding groove defined about an opening to the fluid cavity of the medical device so as to inhibit unintended detachment of the septum from the medical device, enabling employment of an integral access port body of single piece construction.
A computer-implemented method comprising: receiving a record, the record comprising a bitmap stored in a record header, the bitmap identifying columns of the record where the encoded value of a tenant identifier is to be stored; determining a value of the tenant identifier for the record from at least one of a key for the record and a scan descriptor; replacing the value of the tenant identifier in the key for the record with a new value for the tenant identifier; identifying, using the bitmap stored in the record header of the record, one or more columns of the record that stored an encoded value of the tenant identifier; and storing an encoded new value of the tenant identifier in columns of the one or more columns identified by the bitmap stored in the record header that comprise an attribute indicating that tenant identifier translation is enabled. receiving a record, the record comprising a bitmap stored in a record header, the bitmap identifying columns of the record where the encoded value of a tenant identifier is to be stored; determining a value of the tenant identifier for the record from at least one of a key for the record and a scan descriptor; replacing the value of the tenant identifier in the key for the record with a new value for the tenant identifier; identifying, using the bitmap stored in the record header of the record, one or more columns of the record that stored an encoded value of the tenant identifier; and storing an encoded new value of the tenant identifier in columns of the one or more columns identified by the bitmap stored in the record header that comprise an attribute indicating that tenant identifier translation is enabled.
Pulverized coal for iron making, which comprises, based on 100 parts by weight of coal powder, 76 parts by weight or less of dried and crushed cow manure having a water content of 20% or less.
A method, to be performed by an apparatus providing user equipment functionality , wherein the method comprises: determining whether an access point supports a user equipment category or a user equipment capability by decoding a master information block , wherein the master information block comprises: transport block size for a machine type communication system information block; determining whether to continue accessing a cell based on whether the access point supports the user equipment category or the user equipment capability; and receiving the machine type communication system information block from a transmission on a broadcast channel or a physical downlink shared channel, wherein the transmission has a predefined frequency allocation and a predefined periodicity. determining whether an access point supports a user equipment category or a user equipment capability by decoding a master information block , wherein the master information block comprises: transport block size for a machine type communication system information block; determining whether to continue accessing a cell based on whether the access point supports the user equipment category or the user equipment capability; and receiving the machine type communication system information block from a transmission on a broadcast channel or a physical downlink shared channel, wherein the transmission has a predefined frequency allocation and a predefined periodicity.
A method of encapsulating biological material in a 3-dimensional hydrogel matrix, said method comprising: providing a hydrogel precursor solution, said solution comprising a non-alginate hydrogel precursor compound, an optional hydrogel crosslinking agent, said biological material, and a divalent cation selected from the group consisting of calcium, barium, strontium, and combinations thereof, dispersed or dissolved in a solvent system; combining said hydrogel precursor solution with alginate to yield core/shell microparticles, each core/shell microparticle comprising an alginate shell and a liquid core comprising said hydrogel precursor solution; crosslinking said hydrogel precursor compound in said liquid core to yield core/shell crosslinked microparticles, each core/shell crosslinked microparticle comprising said alginate shell and a core comprising a 3-dimensional hydrogel matrix and said biological material, said biological material being entrapped in said hydrogel matrix; and removing said alginate shell to yield self-sustaining hydrogel microbeads, each hydrogel microbead comprising said 3-dimensional hydrogel matrix and biological material entrapped therein. providing a hydrogel precursor solution, said solution comprising a non-alginate hydrogel precursor compound, an optional hydrogel crosslinking agent, said biological material, and a divalent cation selected from the group consisting of calcium, barium, strontium, and combinations thereof, dispersed or dissolved in a solvent system; combining said hydrogel precursor solution with alginate to yield core/shell microparticles, each core/shell microparticle comprising an alginate shell and a liquid core comprising said hydrogel precursor solution; crosslinking said hydrogel precursor compound in said liquid core to yield core/shell crosslinked microparticles, each core/shell crosslinked microparticle comprising said alginate shell and a core comprising a 3-dimensional hydrogel matrix and said biological material, said biological material being entrapped in said hydrogel matrix; and removing said alginate shell to yield self-sustaining hydrogel microbeads, each hydrogel microbead comprising said 3-dimensional hydrogel matrix and biological material entrapped therein.
A method of manufacturing an arrangement for transferring energy from a primary unit conductor arrangement (18; 28) of an inductive power transfer system by a magnetic or an electromagnetic field to a secondary unit conductor arrangement in which the field induces an electric voltage, wherein the method comprises the steps: • arranging a conductor arrangement as the primary unit conductor arrangement (18; 28) in a first layer of the arrangement and • providing a second layer (21; 23), so that the second layer (21; 23) is located on a back side of the first layer opposite to a front side of the first layer on which the magnetic or electromagnetic field is transferred during operation wherein the second layer (21; 23) is made of a curable constituent material, comprising magnetic and/or magnetizable particles dispersed within the constituent material and wherein the magnetic and/or magnetizable particles are moved with respect to their positions and/or orientations within the constituent material before the constituent material is hard and the movement is caused by a magnetic field produced by the primary unit conductor arrangement (18; 28) and the constituent material with the magnetic and/or magnetizable particles is formed as a constructional element for supporting vehicles to which the energy is to be transferred wirelessly. • arranging a conductor arrangement as the primary unit conductor arrangement (18; 28) in a first layer of the arrangement and • providing a second layer (21; 23), so that the second layer (21; 23) is located on a back side of the first layer opposite to a front side of the first layer on which the magnetic or electromagnetic field is transferred during operation wherein the second layer (21; 23) is made of a curable constituent material, comprising magnetic and/or magnetizable particles dispersed within the constituent material and wherein the magnetic and/or magnetizable particles are moved with respect to their positions and/or orientations within the constituent material before the constituent material is hard and the movement is caused by a magnetic field produced by the primary unit conductor arrangement (18; 28) and the constituent material with the magnetic and/or magnetizable particles is formed as a constructional element for supporting vehicles to which the energy is to be transferred wirelessly.
A grain-oriented electrical steel sheet comprising: a steel sheet; and an amorphous oxide layer that is formed on the steel sheet, the amorphous oxide layer being in direct contact with the surface of the steel sheet, wherein the steel sheet includes, as a chemical composition, by mass%, C: 0.085% or less, Si: 0.80% to 7.00%, Mn: 1.50% or less, acid-soluble Al: 0.065% or less, S: 0.013% or less, Cu: 0% to 0.80%, N: 0% to 0.012%, P: 0% to 0.50%, Ni: 0% to 1.00%, Sn: 0% to 0.30%, Sb: 0% to 0.30%, and a remainder of Fe and impurities, and a NSIC value of a surface is 4.0% or more, the NSIC value being obtained by measuring an image clearness of the surface using an image clearness measuring device and the method given in the description. a steel sheet; and an amorphous oxide layer that is formed on the steel sheet, the amorphous oxide layer being in direct contact with the surface of the steel sheet, wherein the steel sheet includes, as a chemical composition, by mass%, C: 0.085% or less, Si: 0.80% to 7.00%, Mn: 1.50% or less, acid-soluble Al: 0.065% or less, S: 0.013% or less, Cu: 0% to 0.80%, N: 0% to 0.012%, P: 0% to 0.50%, Ni: 0% to 1.00%, Sn: 0% to 0.30%, Sb: 0% to 0.30%, and a remainder of Fe and impurities, and a NSIC value of a surface is 4.0% or more, the NSIC value being obtained by measuring an image clearness of the surface using an image clearness measuring device and the method given in the description.
A method, comprising: identifying paths traveled by multiple vehicles ; determining paths traveled by multiple subscriber telecommunications devices of one or more network or service providers; and correlating the paths traveled by the multiple vehicles and the paths traveled by the multiple subscriber telecommunications devices to determine which one or more modes of transportation each subscriber telecommunications device (102A; 102B) used over the path traveled by the subscriber telecommunications device (102A; 102B), wherein correlating the paths comprises generating a probabilistic distribution function of positions of the multiple subscriber telecommunications devices for each telecommunication cell and/or each telecommunication cell pair between which cell changes occur in the one or more network provider given accurate location information provided by mobile terminals, and, based on heuristics, yielding one or more vehicles (101A; 101B) that any given subscriber telecommunication device (102A; 102B) utilized along its corresponding path with a particular probability and/or degree of confidence. identifying paths traveled by multiple vehicles ; determining paths traveled by multiple subscriber telecommunications devices of one or more network or service providers; and correlating the paths traveled by the multiple vehicles and the paths traveled by the multiple subscriber telecommunications devices to determine which one or more modes of transportation each subscriber telecommunications device (102A; 102B) used over the path traveled by the subscriber telecommunications device (102A; 102B), wherein correlating the paths comprises generating a probabilistic distribution function of positions of the multiple subscriber telecommunications devices for each telecommunication cell and/or each telecommunication cell pair between which cell changes occur in the one or more network provider given accurate location information provided by mobile terminals, and, based on heuristics, yielding one or more vehicles (101A; 101B) that any given subscriber telecommunication device (102A; 102B) utilized along its corresponding path with a particular probability and/or degree of confidence.
A data transfer device for rail vehicles , this data transfer device comprising first sending and/or receiving devices and second sending and/or receiving devices, the data transfer device being designed such that the second sending and/or receiving devices can be arranged at either end of a rail vehicle in order to be able to transfer data between the two ends of the rail vehicle by means of wireless communication; and the data transfer device being designed such that the first sending and/or receiving devices can be arranged at either end of a rail vehicle in order to be able to transfer data between two rail vehicles arranged adjacent to one another in a composite rail vehicle by means of wireless communication. the first sending and/or receiving devices being designed such that the wireless communication between the two rail vehicles arranged adjacent to one another in a composite rail vehicle can be carried out using a directional radio transfer path. the data transfer device being designed such that the second sending and/or receiving devices can be arranged at either end of a rail vehicle in order to be able to transfer data between the two ends of the rail vehicle by means of wireless communication; and the data transfer device being designed such that the first sending and/or receiving devices can be arranged at either end of a rail vehicle in order to be able to transfer data between two rail vehicles arranged adjacent to one another in a composite rail vehicle by means of wireless communication. the first sending and/or receiving devices being designed such that the wireless communication between the two rail vehicles arranged adjacent to one another in a composite rail vehicle can be carried out using a directional radio transfer path.
A composite aerofoil , the aerofoil having a leading edge , a trailing edge a pressure side and a suction side and comprising an outer erosion protection layer along one or both of the pressure side or suction side, a structural core having a plurality of resin impregnated plies of unidirectional fibres, and characterized in that between the outer erosion protection layer and the structural core there is a woven composite impregnated with a resin having a lower modulus of elasticity than that of the resin impregnating the plies in the structural core.
Hand-tool-case retaining device having a retaining-device housing , having a case-accommodating region , having a charging coil , which is provided to transmit energy to the hand-tool-case arranged in the case-accommodating region , having a retaining device provided to fasten at least the retaining-device housing in a releasable manner independently of the hand-tool case , and having a further retaining device , which is provided to fasten a hand-tool case in a releasable manner in the case-accommodating region , characterized in that the further retaining device has two retaining means which are arranged on two opposite sides of the case-accommodating region .
A method of increasing heat transfer in a flowing fluid comprising the steps of: dispersing a plurality of kinetic mixing particles throughout a base heat transfer fluid wherein said particles are present in a size and concentration such that a stable fluid having nano to micron sized particles is formed; wherein said base heat transfer fluid comprises a boundary layer portion adjacent a surface of an object, said boundary layer portion having a stagnant film and a free stream portion; characterized in that the method further comprises reducing deposit formation on said surface by mixing said boundary layer portion with said particles that continuously roll in the boundary layer portion and on said surface to produce a polishing effect for improving the heat transfer mechanism of the fluid. dispersing a plurality of kinetic mixing particles throughout a base heat transfer fluid wherein said particles are present in a size and concentration such that a stable fluid having nano to micron sized particles is formed; wherein said base heat transfer fluid comprises a boundary layer portion adjacent a surface of an object, said boundary layer portion having a stagnant film and a free stream portion; characterized in that the method further comprises reducing deposit formation on said surface by mixing said boundary layer portion with said particles that continuously roll in the boundary layer portion and on said surface to produce a polishing effect for improving the heat transfer mechanism of the fluid.
A method of controlling a handheld gimbal , comprising: obtaining a first input instruction; based on the first input instruction, selecting one follow mode from a plurality of follow modes for following movement of an input device or a handheld member of the handheld gimbal , wherein the plurality of follow modes have different following speeds; controlling movement of the handheld gimbal using the selected follow mode to follow the movement of the input device or the handheld member ; characterized by in a follow mode having a largest following speed among the plurality of follow modes, a roll axis arm of the handheld gimbal maintains a horizontal attitude. obtaining a first input instruction; based on the first input instruction, selecting one follow mode from a plurality of follow modes for following movement of an input device or a handheld member of the handheld gimbal , wherein the plurality of follow modes have different following speeds; controlling movement of the handheld gimbal using the selected follow mode to follow the movement of the input device or the handheld member ; characterized by in a follow mode having a largest following speed among the plurality of follow modes, a roll axis arm of the handheld gimbal maintains a horizontal attitude.
A large, thin, generally planar panel constructed from blow-molded plastic, the blow-molded plastic panel comprising: a first surface being a substantially flat surface; a second surface ; a nominal panel thickness (PT) measured between the first surface and the second surface wherein the nominal panel thickness is less than 12.7 mm (.5 inches); a hollow interior portion at least partially disposed between the first surface and the second surface , the first surface , the second surface and the hollow interior portion being integrally formed during the blow-molding process as part of a unitary, one-piece structure; a nominal wall thickness (WT) of the first surface and the second surface measured in mm; a plurality of depressions integrally formed in the second surface and extending towards the first surface , the plurality of depressions covering at least a majority of the second surface ; and a nominal distance (D) separating adjacent depressions measured from an edge of one depression to an edge of the adjacent depression and measured in mm; wherein the panel has a size of at least 0.09 m 2 (one square foot) ; and wherein WT (mm) . PT (mm) . D (mm) ≤ 492 (WT (inches) . PT (inches) . D (inches) ≤ .030). a first surface being a substantially flat surface; a second surface ; a nominal panel thickness (PT) measured between the first surface and the second surface wherein the nominal panel thickness is less than 12.7 mm (.5 inches); a hollow interior portion at least partially disposed between the first surface and the second surface , the first surface , the second surface and the hollow interior portion being integrally formed during the blow-molding process as part of a unitary, one-piece structure; a nominal wall thickness (WT) of the first surface and the second surface measured in mm; a plurality of depressions integrally formed in the second surface and extending towards the first surface , the plurality of depressions covering at least a majority of the second surface ; and a nominal distance (D) separating adjacent depressions measured from an edge of one depression to an edge of the adjacent depression and measured in mm; wherein the panel has a size of at least 0.09 m 2 (one square foot) ; and wherein WT (mm) . PT (mm) . D (mm) ≤ 492 (WT (inches) . PT (inches) . D (inches) ≤ .030).
A sacrificial electrode attachment structure contacting electrolyte, comprising: a first pipe in which electrolyte flows; a second pipe which is formed of an insulating material and allows the electrolyte to flow; a cylindrical sacrificial electrode unit arranged between the first pipe and the second pipe so as to allow the electrolyte to flow, and including a sacrificial electrode that contacts the electrolyte; a first pipe joint configured to liquid-tightly connect the first pipe to the sacrificial electrode unit in a detachable manner; and a second pipe joint configured to liquid-tightly connect the second pipe to the sacrificial electrode unit in a detachable manner, which sacrificial electrode attachment structure is configured such that in order to replace the sacrificial electrode, the first and second pipe joints are detachable and the used sacrificial electrode unit is separable and detachable from the first pipe and the second pipe, and then a new sacrificial electrode unit can be set between the first pipe and the second pipe and can be fixed by the pipe joints, wherein the first and second pipe joints can be operated from the outside, and wherein the sacrificial electrode unit is partly inserted into the second pipe, characterized in that the second pipe is formed of a material through which the sacrificial electrode can be visually checked from outside. a first pipe in which electrolyte flows; a second pipe which is formed of an insulating material and allows the electrolyte to flow; a cylindrical sacrificial electrode unit arranged between the first pipe and the second pipe so as to allow the electrolyte to flow, and including a sacrificial electrode that contacts the electrolyte; a first pipe joint configured to liquid-tightly connect the first pipe to the sacrificial electrode unit in a detachable manner; and a second pipe joint configured to liquid-tightly connect the second pipe to the sacrificial electrode unit in a detachable manner, which sacrificial electrode attachment structure is configured such that in order to replace the sacrificial electrode, the first and second pipe joints are detachable and the used sacrificial electrode unit is separable and detachable from the first pipe and the second pipe, and then a new sacrificial electrode unit can be set between the first pipe and the second pipe and can be fixed by the pipe joints, wherein the first and second pipe joints can be operated from the outside, and wherein the sacrificial electrode unit is partly inserted into the second pipe, characterized in that the second pipe is formed of a material through which the sacrificial electrode can be visually checked from outside.