mhurhangee/patent-ind-claim-en huggingface dataset:
Sweeper comprising a frame , at least three wheels , a propulsion motor, a cabin for the driver, one or more brushes , each brush being able to perform a rotation relative to an armature mounted at the end of a brush-holder arm which extends in front of and/or at the periphery of the cabin, and waste suction and collection means, and in which each of the brush-holder arms is provided with a mechanism configured to pivot the brush-holder arm about an essentially vertical axis, said mechanism comprising a linear actuator and a first auxiliary arm , the actuator being mounted between two pivots , one of the two pivots being connected to the frame and the other pivot being connected to the first auxiliary arm , characterized in that the latter is able to pivot about the same essentially vertical axis as the brush-holder arm , but independently thereof, • the first auxiliary arm and the brush-holder arm are connected to one another at least by a first spring and by an abutment , configured to maintain a constant position of the brush-holder arm relative to the first auxiliary arm upon the actuation of the actuator in either one of the two linear directions, said actuation generating a rotation of the assembly of the first auxiliary arm and of the brush-holder arm in one of the two rotational directions, • in case of the presence of an external lateral force acting on the brush and pushing it towards the interior of the sweeper, the first spring allows a pivoting of the brush-holder arm towards the frame , without pivoting of the first auxiliary arm . • the first auxiliary arm and the brush-holder arm are connected to one another at least by a first spring and by an abutment , configured to maintain a constant position of the brush-holder arm relative to the first auxiliary arm upon the actuation of the actuator in either one of the two linear directions, said actuation generating a rotation of the assembly of the first auxiliary arm and of the brush-holder arm in one of the two rotational directions, • in case of the presence of an external lateral force acting on the brush and pushing it towards the interior of the sweeper, the first spring allows a pivoting of the brush-holder arm towards the frame , without pivoting of the first auxiliary arm .
A refrigerator , comprising: a freezer space defining a storage space; and a deep freezing portion disposed in the freezer space and defining a deep-freezing space that is partitioned from the storage space thereof and to maintain a lower temperature than a temperature of the storage space, wherein the deep freezing portion comprises: housing having an opening at a front surface thereof and defining the deep-freezing space; a guide rail that extends from an outer lower surface of the housing in a longitudinal direction of the housing ; a guide member movably provided along the guide rail ; and a door connected to the guide member and configured to open and close a front surface of the housing , characterized in that the guide rail extends longer than a length of the deep-freezing space . a freezer space defining a storage space; and a deep freezing portion disposed in the freezer space and defining a deep-freezing space that is partitioned from the storage space thereof and to maintain a lower temperature than a temperature of the storage space, wherein the deep freezing portion comprises: housing having an opening at a front surface thereof and defining the deep-freezing space; a guide rail that extends from an outer lower surface of the housing in a longitudinal direction of the housing ; a guide member movably provided along the guide rail ; and a door connected to the guide member and configured to open and close a front surface of the housing , characterized in that the guide rail extends longer than a length of the deep-freezing space . housing having an opening at a front surface thereof and defining the deep-freezing space; a guide rail that extends from an outer lower surface of the housing in a longitudinal direction of the housing ; a guide member movably provided along the guide rail ; and a door connected to the guide member and configured to open and close a front surface of the housing , characterized in that the guide rail extends longer than a length of the deep-freezing space .
An electrode assembly comprising a laminate in order of a positive electrode active material layer/ positive electrode current collector/ separator/ negative electrode current collector/ a negative electrode active material layer, wherein the positive electrode current collector and the negative electrode current collector have a plurality of through holes so as to be connected to an upper surface and a lower surface of the positive electrode current collector and the negative electrode current collector, a part of a positive electrode mixture of the positive electrode active material layer or a negative electrode mixture of the negative electrode active material layer is filled in a part of an inside of the through hole, and a depth, by which the positive electrode mixture or the negative electrode mixture is filled in the through hole, corresponds to 1% to 50% of the thickness of the current collector. wherein the positive electrode current collector and the negative electrode current collector have a plurality of through holes so as to be connected to an upper surface and a lower surface of the positive electrode current collector and the negative electrode current collector, a part of a positive electrode mixture of the positive electrode active material layer or a negative electrode mixture of the negative electrode active material layer is filled in a part of an inside of the through hole, and a depth, by which the positive electrode mixture or the negative electrode mixture is filled in the through hole, corresponds to 1% to 50% of the thickness of the current collector.
Use of a moiety capable of binding to a serum albumin of a human or non-human mammal in a molecule including said moiety and a biologically active protein, to reduce or eliminate the immunogenicity in said mammal of said biologically active protein, wherein the moiety capable of binding to a serum albumin of a mammal is the ABD domain of streptococcal protein G.
A water-based acrylic adhesive composition, comprising: (A) an acrylic emulsion comprising an acrylic copolymer particle dispersed in an aqueous medium; (B) a crosslinking agent comprising a hydrophilic aliphatic isocyanate; and (C) a silane compound incorporated into the crosslinking agent (B); wherein the silane compound (C) accounts for from 4 to 10 weight percent of the total weight of the crosslinking agent (B) and the silane compound (C). (A) an acrylic emulsion comprising an acrylic copolymer particle dispersed in an aqueous medium; (B) a crosslinking agent comprising a hydrophilic aliphatic isocyanate; and (C) a silane compound incorporated into the crosslinking agent (B);
A printing device that authenticates a toner cartridge when using the toner cartridge for a print job, comprising: a computation module ; and circuit components configured to: - generate an initial operation input value for the print job; - send the initial operation input value to the toner cartridge; - receive a response from the toner cartridge; - verify that the response contains a calculation result that matches an expected value calculated by the computation module; - verify that the response is received within a pre-defined time threshold; and - perform the print job when the verification is successful. a computation module ; and circuit components configured to: - generate an initial operation input value for the print job; - send the initial operation input value to the toner cartridge; - receive a response from the toner cartridge; - verify that the response contains a calculation result that matches an expected value calculated by the computation module; - verify that the response is received within a pre-defined time threshold; and - perform the print job when the verification is successful. - generate an initial operation input value for the print job; - send the initial operation input value to the toner cartridge; - receive a response from the toner cartridge; - verify that the response contains a calculation result that matches an expected value calculated by the computation module; - verify that the response is received within a pre-defined time threshold; and - perform the print job when the verification is successful.
A method of determining whether the skin of a child is mature or immature in its organization/function, said method comprising the step of: a) taking a skin sample (A) of the said child, wherein said skin sample (A) is a replica of the skin surface of said child; b) assessing the relief of the skin surface, wherein said assessment includes determining the developed surface of said skin sample; and characterized by c) comparing the developed skin surface determined in step b) with the developed skin surface of a sample from a reference subject whose age is known; wherein the degree of maturation of the skin is correlated with the development of the relief of said skin; and wherein three classes of skin maturation are distinguished in relation to the age: - immaturity: 0 to 1 year; - intermediate maturity: ≥ 1 year to 4-5 years; and - maturity: ≥ 4-5 years. a) taking a skin sample (A) of the said child, wherein said skin sample (A) is a replica of the skin surface of said child; b) assessing the relief of the skin surface, wherein said assessment includes determining the developed surface of said skin sample; and characterized by c) comparing the developed skin surface determined in step b) with the developed skin surface of a sample from a reference subject whose age is known; wherein the degree of maturation of the skin is correlated with the development of the relief of said skin; and wherein three classes of skin maturation are distinguished in relation to the age: - immaturity: 0 to 1 year; - intermediate maturity: ≥ 1 year to 4-5 years; and - maturity: ≥ 4-5 years. wherein the degree of maturation of the skin is correlated with the development of the relief of said skin; and wherein three classes of skin maturation are distinguished in relation to the age: - immaturity: 0 to 1 year; - intermediate maturity: ≥ 1 year to 4-5 years; and - maturity: ≥ 4-5 years. - immaturity: 0 to 1 year; - intermediate maturity: ≥ 1 year to 4-5 years; and - maturity: ≥ 4-5 years.
An optical component comprising: a light transmissive member having an upper face, a lower face, and at least one lateral face; and a light reflecting member that surrounds the at least one lateral face of the light transmissive member, wherein the light reflecting member is made of a ceramic and characterised in that said ceramic contains a plurality of pores, and wherein the plurality of pores are localized in a vicinity of the light transmissive member in a cross section that extends through the light transmissive member and the light reflecting member. a light transmissive member having an upper face, a lower face, and at least one lateral face; and a light reflecting member that surrounds the at least one lateral face of the light transmissive member, wherein the light reflecting member is made of a ceramic and characterised in that said ceramic contains a plurality of pores, and wherein the plurality of pores are localized in a vicinity of the light transmissive member in a cross section that extends through the light transmissive member and the light reflecting member.
An apparatus for producing unvarying direct load current, the apparatus comprising a DC voltage source , a DC-voltage-to-pulse-voltage converter connected by inputs thereof to outputs of the DC voltage source , a transformer , the transformer being connected by inputs thereof to outputs of the DC-voltage-to-pulse-voltage converter , a pulse-voltage-to-DC-voltage converter connected by inputs thereof to the secondary winding of the transformer , the pulse-voltage-to-DC-voltage converter comprising an auxiliary DC voltage source , connected by inputs thereof to a third winding of the transformer , a load directly connected by a first terminal thereof to an output of the pulse-voltage-to-DC-voltage converter , an optocoupler , and a control circuit , wherein it further comprises a DC stabilizer , wherein the DC stabilizer comprises an operational amplifier and a MOS transistor , the MOS transistor being connected by its drain to the input of the DC stabilizer , by its gate to an output of the said operational amplifier , and by its source through a first resistor to the output of the DC stabilizer , and inverting input of the operational amplifier being connected to the source of the MOS transistor and non-inverting input of the operational amplifier being connected to the auxiliary DC voltage source , the DC stabilizer connected by the input thereof to a second terminal of the load and to a first input of the control circuit and connected by an output of the first resistor and the auxiliary DC voltage source to a second input of the control circuit , the control circuit being connected by an output thereof to a control input of a controllable switch allowing pulses from the generator of rectangular pulses at constant frequency of the DC-voltage-to-pulse-voltage converter to pass through, the connection of the control circuit to the DC-voltage-to-pulse-voltage converter being made via the optocoupler .
An electromagnetic induction wireless transceiver comprising: a magnetic antenna comprising a coil (LI); an electric antenna comprising a capacitor (CE3) including first (P33) and second (P44) plates, the coil (L1) connected in parallel with the capacitor (CE3), the first plate (P33)] being able to be positioned adjacent to and coupled to a first living body (BODY1); and a signal source (S1) configured to produce a generated communication signal used to drive the magnetic antenna to produce a generated magnetic field (H3) and to drive the electric antenna to produce a generated electric field (E3), the transceiver further comprising a tuning capacitor (C1) coupled to an antenna combination configured to tune the antenna combination, wherein the antenna combination includes the magnetic antenna and the electric antenna, wherein the transceiver, when positioned adjacent and coupled to the first living body (BODY1), is configured to communicate with another electromagnetic induction wireless transceiver adjacent to and coupled to a second living body (BODY2), wherein the first (BODY1) and second (BODY2) living bodies are connected through magnetic and electric near-field coupling, thereby producing a received electric field (E4) at the another transceiver, and a received magnetic field (H4) at the another transceiver. a magnetic antenna comprising a coil (LI); an electric antenna comprising a capacitor (CE3) including first (P33) and second (P44) plates, the coil (L1) connected in parallel with the capacitor (CE3), the first plate (P33)] being able to be positioned adjacent to and coupled to a first living body (BODY1); and a signal source (S1) configured to produce a generated communication signal used to drive the magnetic antenna to produce a generated magnetic field (H3) and to drive the electric antenna to produce a generated electric field (E3), the transceiver further comprising a tuning capacitor (C1) coupled to an antenna combination configured to tune the antenna combination, wherein the antenna combination includes the magnetic antenna and the electric antenna, wherein the transceiver, when positioned adjacent and coupled to the first living body (BODY1), is configured to communicate with another electromagnetic induction wireless transceiver adjacent to and coupled to a second living body (BODY2), wherein the first (BODY1) and second (BODY2) living bodies are connected through magnetic and electric near-field coupling, thereby producing a received electric field (E4) at the another transceiver, and a received magnetic field (H4) at the another transceiver.
A catalyst article for treating an exhaust gas comprising a substrate comprising an inlet end and an outlet end, a first zone comprising a first SCR catalyst and a second zone comprising an ammonia slip catalyst (ASC), wherein the ammonia slip catalyst comprises a second SCR catalyst and an oxidation catalyst, and the ASC has DOC functionality, wherein the first zone is located on the inlet side of the substrate and the second zone is located in the outlet side of the substrate, wherein the first SCR catalyst is different from the second SCR catalyst by comprising a different active component or by having a different loading of the active component, and wherein the oxidation catalyst comprises a mixture of platinum and palladium in a ratio of 2:1 by weight.
Use of polyesters containing at least 50 mole per cent, based on the polycarboxylic acid components, terephthalic acid or a derivative thereof and containing at least 40 mole per cent, based on the polyol components, of diols of the formula HO-(CH2)x-OH with x ≥ 6, in reactive hotmelt adhesives, where the number-average molecular weight of the polyesters used is 500-30 000 g/mol (determined by the method specified in the description) and the sum total of the individual enthalpies of fusion of the polyesters in the first heating curve is 5 to 130 J/g (determined by the method specified in the description), and the concentration of acid end groups, determined to DIN EN ISO 2114, is below 2 mg KOH/g.
Supramolecular nanoparticles, comprising a combination of 1) combinatorial carboxylated cobalamins, and 2) combinatorial carboxylated dipyridamoles, and 3) basic amino acid polypeptides.
Furnishing component in combination with a recreational vehicle comprising: - a fixed portion associated with a recreational vehicle and defining a space of use , the fixed portion being a shelf overhanging from the wall of a recreational vehicle and being surrounded by walls defining the space of use ; and - a movable portion associated with said fixed portion in a variable manner between an opening position in which said movable portion is at least partially moved away from said fixed portion to allow the access to said space of use , and a closing position in which said movable portion is moved close to said fixed portion to prevent the access to said space of use ; wherein it comprises: - at least one emitter element of a luminous flux associated with said fixed portion ; and - at least one diffusing element associated with said movable portion and at least partially exposed to said luminous flux for its diffusion in the environment; characterized by the fact that: - said fixed portion comprises at least one stop end and that said movable portion comprises at least one approaching portion that in said closing position is approached to said stop end ; and - said emitter element is arranged at said stop end and externally to said space of use in order to radiate said luminous flux in a space external to said space of use ; - said movable portion comprises a housing seat for housing said diffusing element ; - said seat is formed at said approaching portion . - a fixed portion associated with a recreational vehicle and defining a space of use , the fixed portion being a shelf overhanging from the wall of a recreational vehicle and being surrounded by walls defining the space of use ; and - a movable portion associated with said fixed portion in a variable manner between an opening position in which said movable portion is at least partially moved away from said fixed portion to allow the access to said space of use , and a closing position in which said movable portion is moved close to said fixed portion to prevent the access to said space of use ; - at least one emitter element of a luminous flux associated with said fixed portion ; and - at least one diffusing element associated with said movable portion and at least partially exposed to said luminous flux for its diffusion in the environment; - said fixed portion comprises at least one stop end and that said movable portion comprises at least one approaching portion that in said closing position is approached to said stop end ; and - said emitter element is arranged at said stop end and externally to said space of use in order to radiate said luminous flux in a space external to said space of use ; - said movable portion comprises a housing seat for housing said diffusing element ; - said seat is formed at said approaching portion .
A method of data switching, the method comprising: receiving, at a crosspoint switch , first data from a first device and second data from a second device ; transmitting, by the crosspoint switch, the first data from the crosspoint switch to a first function block (740; 742) in a logic function device ; transmitting, by the crosspoint switch, the second data from the crosspoint switch to the first function block, multiplexing, by the first function block, the first data and the second data into a multiplexed data stream; after multiplexing by the first function block, filtering the multiplexed data stream in a first filter (750; 752) of the logic function device, the first filter having a first criteria, wherein the filtering comprises discarding the multiplexed data stream if the multiplexed data stream does not match the first criteria; and if the multiplexed data stream matches the first criteria, transmitting the multiplexed data stream from the first filter to a remote location (760; 762) via the crosspoint switch. receiving, at a crosspoint switch , first data from a first device and second data from a second device ; transmitting, by the crosspoint switch, the first data from the crosspoint switch to a first function block (740; 742) in a logic function device ; transmitting, by the crosspoint switch, the second data from the crosspoint switch to the first function block, multiplexing, by the first function block, the first data and the second data into a multiplexed data stream; after multiplexing by the first function block, filtering the multiplexed data stream in a first filter (750; 752) of the logic function device, the first filter having a first criteria, wherein the filtering comprises discarding the multiplexed data stream if the multiplexed data stream does not match the first criteria; and if the multiplexed data stream matches the first criteria, transmitting the multiplexed data stream from the first filter to a remote location (760; 762) via the crosspoint switch.
A memristor electrode material preparation method , comprising: (S310) depositing a metal nitride on a substrate by a plasma enhanced atomic layer deposition process to obtain a metal nitride substrate ; and (S320) subjecting the metal nitride substrate obtained by the plasma enhanced atomic layer deposition process to a laser annealing treatment under vacuum, to obtain a memristor electrode material used for preparing electrodes of memristors of a resistive memory; wherein a performance index of the metal nitride in the memristor electrode material satisfies the following conditions: resistivity is lower than 100 μΩ·cm, a residual of carbon is lower than 1 atom percent, an oxygen content is lower than 10 atom percent, and an absolute value of a difference between a ratio between a number of atoms of metal and a number of atoms of nitrogen, and 1 is less than 0.1. (S310) depositing a metal nitride on a substrate by a plasma enhanced atomic layer deposition process to obtain a metal nitride substrate ; and (S320) subjecting the metal nitride substrate obtained by the plasma enhanced atomic layer deposition process to a laser annealing treatment under vacuum, to obtain a memristor electrode material used for preparing electrodes of memristors of a resistive memory;