mhurhangee/patent-ind-claim-en huggingface dataset:
A modular dispensing system comprising: at least one dispensing head at a counter , a transfer unit located remotely from the counter, piping extending from the transfer unit to the counter, the transfer unit comprising a centralized ingredient system having a plurality of beverage ingredient sources , the centralized ingredient system configured to supply beverage ingredients to the piping for the dispensing of a first beverage at the counter, the piping comprising a main micro bundle , the main micro bundle comprising at least two separate beverage ingredient lines; a doser unit corresponding to the dispensing head, wherein the doser unit is configured to receive a beverage ingredient from the transfer unit and dose a predetermined amount of the beverage ingredient to the dispensing head, wherein the doser unit supplies an appropriate amount of each beverage ingredient through a tower micro bundle , the tower micro bundle comprising a plurality of separate lines, with each line corresponding to a particular beverage ingredient, the tower micro bundle further comprising an ice line (406-1) configured to convey ice to the dispensing head, and the plurality of separate lines which are bundled around the ice line. at least one dispensing head at a counter , a transfer unit located remotely from the counter, piping extending from the transfer unit to the counter, the transfer unit comprising a centralized ingredient system having a plurality of beverage ingredient sources , the centralized ingredient system configured to supply beverage ingredients to the piping for the dispensing of a first beverage at the counter, the piping comprising a main micro bundle , the main micro bundle comprising at least two separate beverage ingredient lines; a doser unit corresponding to the dispensing head, wherein the doser unit is configured to receive a beverage ingredient from the transfer unit and dose a predetermined amount of the beverage ingredient to the dispensing head, wherein the doser unit supplies an appropriate amount of each beverage ingredient through a tower micro bundle , the tower micro bundle comprising a plurality of separate lines, with each line corresponding to a particular beverage ingredient, the tower micro bundle further comprising an ice line (406-1) configured to convey ice to the dispensing head, and the plurality of separate lines which are bundled around the ice line.
Base for a household electrical appliance producing steam intended to be connected to a portable unit, the base comprising a fluid container and having a bearing wall allowing the base to be set on a work surface, the bearing wall comprising at least two fastening suction cups protruding from the bearing wall by a suction cup height (Hv), said suction cup height (Hv) being defined relative to a reference plane (Pr) tangential to the bearing wall , the at least two fastening suction cups being intended to be brought into contact with the work surface in order to fasten the base to said work surface, characterised in that the bearing wall further comprises at least two stabilisers positioned in an offset manner relative to the at least two fastening suction cups , said stabilisers protruding from the bearing wall by a stabiliser height (Hs) defined relative to the reference plane (Pr), the stabiliser height (Hs) being less than the suction cup height (Hv).
An ion trap comprising: a first electrode set comprising a first plurality of electrodes having a first longitudinal axis; a second electrode set comprising a second plurality of electrodes having a second longitudinal axis, said second electrode set being arranged downstream of said first electrode set; a first device arranged and adapted to apply one or more DC voltages to one or more of said first plurality of electrodes and/or to one or more of said second plurality of electrodes so as to create a radially dependent DC trapping field, DC potential barrier or barrier field so that, in use, ions having a radial displacement within a first range are axially confined within said ion trap whereas ions having a radial displacement within a second different range can be axially ejected out of said ion trap; a second device arranged and adapted to excite at least some ions within said first electrode set in at least one radial direction and/or to increase the radial displacement of at least some ions in at least one radial direction within said first electrode set; a first plurality of vane or secondary electrodes arranged between the electrodes of the first electrode set and/or a second plurality of vane or secondary electrodes arranged between the electrodes of the second electrode set; and a device arranged and adapted to apply one or more first DC voltages and/or one or more second DC voltages to at least some of said vane or secondary electrodes. a first electrode set comprising a first plurality of electrodes having a first longitudinal axis; a second electrode set comprising a second plurality of electrodes having a second longitudinal axis, said second electrode set being arranged downstream of said first electrode set; a first device arranged and adapted to apply one or more DC voltages to one or more of said first plurality of electrodes and/or to one or more of said second plurality of electrodes so as to create a radially dependent DC trapping field, DC potential barrier or barrier field so that, in use, ions having a radial displacement within a first range are axially confined within said ion trap whereas ions having a radial displacement within a second different range can be axially ejected out of said ion trap; a second device arranged and adapted to excite at least some ions within said first electrode set in at least one radial direction and/or to increase the radial displacement of at least some ions in at least one radial direction within said first electrode set; a first plurality of vane or secondary electrodes arranged between the electrodes of the first electrode set and/or a second plurality of vane or secondary electrodes arranged between the electrodes of the second electrode set; and a device arranged and adapted to apply one or more first DC voltages and/or one or more second DC voltages to at least some of said vane or secondary electrodes.
A method at a first device of verifying a location of the first device , the method comprising: receiving first location verification data from a server , wherein the first location verification data is generated at the server using a stored location of the first device ; receiving second location verification data from a second device located within a predetermined range of the first device , wherein the second location verification data is generated using a current location of the second device ; and verifying that a location of the first device is within the predetermined range of the current location of the second device by comparing the second location verification data with the first location verification data. receiving first location verification data from a server , wherein the first location verification data is generated at the server using a stored location of the first device ; receiving second location verification data from a second device located within a predetermined range of the first device , wherein the second location verification data is generated using a current location of the second device ; and verifying that a location of the first device is within the predetermined range of the current location of the second device by comparing the second location verification data with the first location verification data.
A well tool , comprising: a central longitudinal axis ; and a downhole anchor including at least one outwardly extendable slip configured to grip a well surface , the slip comprising longitudinally spaced apart grip structures , and a longitudinally extending beam which connects the grip structures to each other, and characterized in that an area moment of inertia of the beam with respect to a lateral axis through a centroid of the beam is greater than an area moment of inertia of the beam with respect to a radial axis through the centroid of the beam , each of the lateral axis and the radial axis being perpendicular to the central longitudinal axis . a central longitudinal axis ; and a downhole anchor including at least one outwardly extendable slip configured to grip a well surface , the slip comprising longitudinally spaced apart grip structures , and a longitudinally extending beam which connects the grip structures to each other, and characterized in that an area moment of inertia of the beam with respect to a lateral axis through a centroid of the beam is greater than an area moment of inertia of the beam with respect to a radial axis through the centroid of the beam , each of the lateral axis and the radial axis being perpendicular to the central longitudinal axis .
A computer-implemented information process method, characterized in , comprising: obtaining a first number and a confliction probability, the first number representing a number of mobile terminals pre-configured with virtual SIM data, whereby a mobile terminal uses the pre-configured virtual SIM data for connection with a mobile communication network when the mobile terminal is in a network unavailable status abroad, the confliction probability representing a probability that a plurality of mobile terminals from the first number of mobile terminals pre-configured with identical virtual SIM data connect with a network at a same time point; obtaining a first departure ratio based on historical data, wherein the first departure ratio is a statistical percentage indicating a ratio of the number of mobile terminals going abroad within a specific time period to the first number of mobile terminals; and determining an amount of the virtual SIM data for pre-configuration of the mobile terminals based on the first number, the confliction probability and the first departure ratio. obtaining a first number and a confliction probability, the first number representing a number of mobile terminals pre-configured with virtual SIM data, whereby a mobile terminal uses the pre-configured virtual SIM data for connection with a mobile communication network when the mobile terminal is in a network unavailable status abroad, the confliction probability representing a probability that a plurality of mobile terminals from the first number of mobile terminals pre-configured with identical virtual SIM data connect with a network at a same time point; obtaining a first departure ratio based on historical data, wherein the first departure ratio is a statistical percentage indicating a ratio of the number of mobile terminals going abroad within a specific time period to the first number of mobile terminals; and determining an amount of the virtual SIM data for pre-configuration of the mobile terminals based on the first number, the confliction probability and the first departure ratio.
A single-column semi-submersible platform for fixed anchoring in deep water, the semi-submersible platform comprising: - a lower solid ballast module ; - a middle seawater ballast module ; - a top buoyancy module ; whereby the three modules are arranged telescopically in an axial direction and can be controlled relative to each other in the axial direction such that the semi-submersible platform may float vertically and steadily in a body of water; whereby the semi-submersible platform is arranged such that draught for the seawater ballast module and buoyancy module is provided by seawater ballasting; and characterized in that the single-column semi-submersible platform further comprises a closed annulus formed between the solid ballast module and the seawater ballast module and in that the single-column semi-submersible platform is arranged such that the axial position of the solid ballast module relative to the seawater ballast module is controlled by seawater being pumped in and out of said closed annulus . - a lower solid ballast module ; - a middle seawater ballast module ; - a top buoyancy module ; whereby the three modules are arranged telescopically in an axial direction and can be controlled relative to each other in the axial direction such that the semi-submersible platform may float vertically and steadily in a body of water; whereby the semi-submersible platform is arranged such that draught for the seawater ballast module and buoyancy module is provided by seawater ballasting; and characterized in that the single-column semi-submersible platform further comprises a closed annulus formed between the solid ballast module and the seawater ballast module and in that the single-column semi-submersible platform is arranged such that the axial position of the solid ballast module relative to the seawater ballast module is controlled by seawater being pumped in and out of said closed annulus .
An electrode for a lithium-ion battery comprising: a collector layer ; and an electrode active material layer which is provided on at least one surface of the collector layer and includes an electrode active material, a binder resin, and a conductive auxiliary agent, wherein an interface resistance between the collector layer and the electrode active material layer , which is measured at a normal pressure by bringing an electrode probe into contact with a surface of the electrode active material layer in accordance with the measurement procedure as disclosed in the description, is more than 0.0010 Ω·cm 2 and less than 0.10 Ω·cm 2 , characterized in that the electrode active material is a positive electrode active material. a collector layer ; and an electrode active material layer which is provided on at least one surface of the collector layer and includes an electrode active material, a binder resin, and a conductive auxiliary agent, wherein an interface resistance between the collector layer and the electrode active material layer , which is measured at a normal pressure by bringing an electrode probe into contact with a surface of the electrode active material layer in accordance with the measurement procedure as disclosed in the description, is more than 0.0010 Ω·cm 2 and less than 0.10 Ω·cm 2 , characterized in that the electrode active material is a positive electrode active material.
PROCESS FOR THE PARTIAL OXIDATION OF FUELS in a photo-reactor with a main body having a tubular structure in which a stream of ionised gas in form of a plasma torch is provided in the centre of a main body of the photo-reactor and one or more catalysts are provided in a fixed bed provided at the inner wall of the main body of the photo-reactor, comprising the following steps: (a) introducing an incoming fluid comprising fluid fuel and oxidising fluid into the main body of the photo-reactor tangentially to the ionised gas stream to initiate a vortex flow with expansive turbulence and to generate a mixed gas comprising the incoming fluid and the ionised gas that is highly ionised and with homogeneous molecular distribution, (b) carrying out an oxidation-reduction reaction of the fluid by absorbing the intense heat of the ionised gas stream existing in the mixed gas and being activated by the action of at least one of the catalysts in the fixed bed of the photo-reactor and by the effect of the ultraviolet light from the plasma torch, and thus producing the gas to be obtained, and (c) evacuating the gas obtained in step (b) through an outlet of the photo-reactor. (a) introducing an incoming fluid comprising fluid fuel and oxidising fluid into the main body of the photo-reactor tangentially to the ionised gas stream to initiate a vortex flow with expansive turbulence and to generate a mixed gas comprising the incoming fluid and the ionised gas that is highly ionised and with homogeneous molecular distribution, (b) carrying out an oxidation-reduction reaction of the fluid by absorbing the intense heat of the ionised gas stream existing in the mixed gas and being activated by the action of at least one of the catalysts in the fixed bed of the photo-reactor and by the effect of the ultraviolet light from the plasma torch, and thus producing the gas to be obtained, and (c) evacuating the gas obtained in step (b) through an outlet of the photo-reactor.
A transduction detection device for an inertial sensor, comprising a substrate , a mass which is movable relative to the substrate , and a strain gauge suspended above a face of the substrate , this strain gauge comprising a piezoresistive element , wherein the gauge comprises a first end anchored relative to the substrate and a second end anchored relative to the mass , characterised in that at least one part of the surface of the piezoresistive element is covered by a stack comprising, successively from the surface of the piezoresistive element , a dielectric layer and an electrically conductive layer , this stack being configured such that the electrical capacitance formed by the piezoresistive element and the stack is of a value which is greater than that of a capacitor formed between the piezoresistive element without such a stack and the substrate .
A system, comprising: - a socket outlet for providing electrical power to an electrical appliance, the socket outlet comprising a cover plate having a hole for receiving a plastic optical fiber cable and pin holes for receiving pins of the electrical appliance, wherein the hole has a diameter matching the diameter of the plastic optical fiber cable such that the plastic optical fiber cable is frictionally fixable in the hole when inserted into the hole ; and - an optical device for converting an optical signal into an electrical signal or processing the optical signal, the optical device being insertable into the socket outlet for receiving power from the socket outlet, wherein the optical device comprises a hole for, when inserted into the socket outlet, retrieving and/or transmitting optical signals at the end to the plastic optical fiber cable in the hole of the cover plate , and wherein the hole in the optical device aligns with the hole in the cover plate , characterized by a space between the hole in the cover plate and the hole in the optical device, when the optical device is inserted into the socket outlet, thereby enabling an optical circuit between the optical device and the plastic optical fiber cable in the socket outlet. - a socket outlet for providing electrical power to an electrical appliance, the socket outlet comprising a cover plate having a hole for receiving a plastic optical fiber cable and pin holes for receiving pins of the electrical appliance, wherein the hole has a diameter matching the diameter of the plastic optical fiber cable such that the plastic optical fiber cable is frictionally fixable in the hole when inserted into the hole ; and - an optical device for converting an optical signal into an electrical signal or processing the optical signal, the optical device being insertable into the socket outlet for receiving power from the socket outlet, wherein the optical device comprises a hole for, when inserted into the socket outlet, retrieving and/or transmitting optical signals at the end to the plastic optical fiber cable in the hole of the cover plate , and wherein the hole in the optical device aligns with the hole in the cover plate ,
Non-therapeutical use of a compound of formula (I). wherein R 1 , R 2 , R 4 and R 5 are H, R 3 is benzyl and n is 1 or a cosmetically acceptable salt thereof for revitalizing, strengthening and increasing the integrity of collagen fibers, increasing skin elasticity and/or resiliency, improving skin moisturization and/ or skin firmness and/or reducing skin pore size.
A flame-retardant thermoplastic molding composition comprising: an aromatic polycarbonate; an impact modifier; a bisphenol-A oligophosphate, and glass fibers, wherein the aromatic polycarbonate content is between 50 to 85 pbw (parts by weight), the impact modifier content is between 2 to 15 pbw, the bisphenol-A oligophophate content is between 5 to 25 pbw, and the glass fiber content is between 3 to 45 pbw, wherein the ratio of polycarbonate to bisphenol-A oligophosphate is less than about 7.5, wherein the ratio of glass fibers to bisphenol-A oligophosphate is less than about 2.5, wherein the composition is rated V0 at 1.5 mm according to UL 94 and wherein the composition is free from halogenated flame retardants and wherein the impact modifier is a core-shell copolymer comprising a poly(organosiloxane/acrylate) based composite rubber graft copolymer, wherein the core comprises composite rubber comprising polysiloxane (siloxane) and polybutyl acrylate (BA) and wherein the shell comprises polymethyl methacrylate (MMA), having a weight ratio of siloxane/BA/MMA of about 10/80/10. an aromatic polycarbonate; an impact modifier; a bisphenol-A oligophosphate, and glass fibers,
A battery module fixation arrangement, comprising: a battery module compartment ; a battery module arranged inside the battery module compartment; and an expansion component that is separate from the battery module and is arranged between at least a portion of at least one side of the battery module and an interior surface of the battery module compartment, the expansion component characterized in that it is configured to expand independently from the battery module so as to provide continuous expansion-based stabilization pressure to the battery module after insertion of the battery module into the battery module compartment so as to secure the battery module inside the battery module compartment during operation of the battery module. a battery module compartment ; a battery module arranged inside the battery module compartment; and an expansion component that is separate from the battery module and is arranged between at least a portion of at least one side of the battery module and an interior surface of the battery module compartment, the expansion component characterized in that it is configured to expand independently from the battery module so as to provide continuous expansion-based stabilization pressure to the battery module after insertion of the battery module into the battery module compartment so as to secure the battery module inside the battery module compartment during operation of the battery module.
Method of determining content of polymer microfibres in cement composites based on utilisation of the buoyancy phenomenon, wherein a cement composite sample containing microfibres is crushed to grains less than 1 mm in size, the crushed mixture is flooded with a liquid with a density greater than that of the microfibres, but less than the density of a cement matrix, and after mixing and sedimentation the microfibres are collected from the surface, characterised in that after collection of microfibres a portion of an inorganic acid is added to the liquid to set free any microfibres bound to the cement matrix, and after mixing additional microfibres are collected from the surface, wherein the addition of acid and collection of microfibres operations are repeated until no further microfibres come up to the surface, and then the microfibres thus separated are dried and weighed, and in case they are contaminated, they are additionally ignited at the polypropylene decomposition temperature, as a result of which the microfibres will decompose and only impurities remain whose weight after weighing is subtracted from the dried microfibres, and the final result obtained will indicate the content of microfibres in the tested sample.