mhurhangee/patent-ind-claim-en huggingface dataset:
A method of discharging water through a faucet, comprising: providing a nozzle attachable to a faucet , the nozzle being switchable between a spray-mode and a mist-mode, the nozzle having a housing having an inner cavity defined therein, the inner cavity having a vortex screw disposed therein, the housing having an opening defined therein in fluid communication with the inner cavity , the housing having grooves defined therein and an orifice defined therein at a bottom portion thereof, the inner cavity having a first filter disposed therein; attaching the nozzle onto the faucet ; switching the nozzle to the spray-mode; flowing water into the inner cavity and through the first filter ; when in the spray-mode, flowing water out through the opening and through grooves and discharging the water as spray at a bottom of nozzle , switching the nozzle from the spray-mode to the mist-mode, flowing the water through the vortex screw to create a rotation of the water when passing the vortex screw ; rotating the vortex screw to engage helical-shaped threads with an internal threaded portion of the inner cavity to longitudinally shift the vortex screw relative to inner walls of the inner cavity to increase or reduce the water flow through the threads and to affect an angle of a cone-shape of the mist and a size of water droplets in the mist; and discharging the rotating water through the orifice as mist . providing a nozzle attachable to a faucet , the nozzle being switchable between a spray-mode and a mist-mode, the nozzle having a housing having an inner cavity defined therein, the inner cavity having a vortex screw disposed therein, the housing having an opening defined therein in fluid communication with the inner cavity , the housing having grooves defined therein and an orifice defined therein at a bottom portion thereof, the inner cavity having a first filter disposed therein; attaching the nozzle onto the faucet ; switching the nozzle to the spray-mode; flowing water into the inner cavity and through the first filter ; when in the spray-mode, flowing water out through the opening and through grooves and discharging the water as spray at a bottom of nozzle , switching the nozzle from the spray-mode to the mist-mode, flowing the water through the vortex screw to create a rotation of the water when passing the vortex screw ; rotating the vortex screw to engage helical-shaped threads with an internal threaded portion of the inner cavity to longitudinally shift the vortex screw relative to inner walls of the inner cavity to increase or reduce the water flow through the threads and to affect an angle of a cone-shape of the mist and a size of water droplets in the mist; and discharging the rotating water through the orifice as mist .
A tool for mounting a motor-vehicle wheel (W) on a wheel hub (H), having a tubular body defining a coupling portion arranged for coupling to the wheel hub (H), and a carrier portion for supporting the motor-vehicle wheel (W) during a centering phase of the wheel (W) on the hub (H), said tool comprising: - an inner tubular member defined by a first circumferential wall and an outer tubular member defined by a second circumferential wall , wherein said inner and outer tubular members are rigidly connected to each other so as to be coaxial, - wherein said inner tubular member is sized to be mounted axially within the hub (H), and said outer tubular member creates said carrier portion to support the motor-vehicle wheel (W) during a centering phase of the wheel (W) on the hub (H), - wherein, at said coupling portion , said inner and outer tubular members are spaced apart so as to define a space arranged to receive an end portion of the wheel hub (H), in such a way that, in an operating condition, said terminal portion of the hub (H), is interposed between said inner tubular member and said outer tubular member . - an inner tubular member defined by a first circumferential wall and an outer tubular member defined by a second circumferential wall , wherein said inner and outer tubular members are rigidly connected to each other so as to be coaxial, - wherein said inner tubular member is sized to be mounted axially within the hub (H), and said outer tubular member creates said carrier portion to support the motor-vehicle wheel (W) during a centering phase of the wheel (W) on the hub (H), - wherein, at said coupling portion , said inner and outer tubular members are spaced apart so as to define a space arranged to receive an end portion of the wheel hub (H), in such a way that, in an operating condition, said terminal portion of the hub (H), is interposed between said inner tubular member and said outer tubular member .
Slide spring for a slide , the slide spring having a closing section for closing a hook opening, a connecting section for connecting to a slide body and a guide section for guiding on a needle body , wherein the slide spring extends in a spring longitudinal direction (I), in a spring transverse direction (b) and in a spring height direction (h), characterised in that the slide spring has at least one channel-shaped crimp with a concave crimp inner side and a convex crimp outer side and is stackable, wherein an outwardly curved convex bulge of the crimp is shaped so that it fits fully into an inwardly curved, concave bend of the crimp so that a convex crimp outer side can be mounted in a concave crimp inner side .
An adjustment drive for a motor-adjustable steering column for a motor vehicle, comprising a drive unit having a transmission in which there is mounted a drive wheel which can be driven to rotate about a drive axis (A) and which is in operative engagement with a transmission wheel which is mounted in the transmission so as to be rotatable about a transmission axis (G), wherein the transmission is composed of a drive module , which comprises the drive wheel , and of a transmission module , which comprises the transmission wheel , wherein the drive module and the transmission module are connected to one another by a joining connection , characterized in that the transmission part housing comprises at least one tubular portion which is coaxial to the transmission axis (G) and which is encompassed by the drive part housing at least over a circumferential subregion.
Wastewater system for a vehicle, comprising: - a washbasin ; - a WC module ; - a container which has a vacuum function for conveyance of black water from the WC module into the container , wherein the container is an intermediate container which is connected to a wastewater tank ; - a grey-water connection which connects the washbasin to the container and is configured for receiving grey water from the washbasin , wherein the container is configured for conveyance of the grey water from the grey-water connection into the container by means of the vacuum function; characterized in that the wastewater system comprises a grey-water treatment unit , wherein the grey-water treatment unit is positioned between the washbasin and the container in such a way that a first grey-water connection section (10-1) connects the washbasin to the grey-water treatment unit and a second grey-water connection section (10-2) connects the grey-water treatment unit to the container of the WC module , wherein the second grey-water connection section (10-2) is configured for receiving from the grey-water treatment unit grey water laden with dirt particles, wherein the grey-water treatment unit has a grey-water outlet to the second grey-water connection section (10-2) at a lower end of the grey-water treatment unit . - a washbasin ; - a WC module ; - a container which has a vacuum function for conveyance of black water from the WC module into the container , wherein the container is an intermediate container which is connected to a wastewater tank ; - a grey-water connection which connects the washbasin to the container and is configured for receiving grey water from the washbasin , wherein the container is configured for conveyance of the grey water from the grey-water connection into the container by means of the vacuum function;
A base station for a wireless communication system configured to transmit user data to a wireless device upon a first carrier , the base station comprising one or more interfaces configured to communicatively couple the base station to the wireless communication system , and characterized by one or more processing circuits configured to: identify, from a set of transmission resources that is nominally allocated for transmission of user data by the base station upon the first carrier , a subset of transmission resources that is also nominally allocated for transmission of a reference signal upon a second carrier ; and selectively transmit user data to the wireless device upon the first carrier exclusive of the identified subset of transmission resources, wherein the first carrier is of a type upon which said reference signal is not transmitted and wherein the user data is transmitted by the base station upon the first carrier over a physical downlink shared channel, PDSCH. identify, from a set of transmission resources that is nominally allocated for transmission of user data by the base station upon the first carrier , a subset of transmission resources that is also nominally allocated for transmission of a reference signal upon a second carrier ; and selectively transmit user data to the wireless device upon the first carrier exclusive of the identified subset of transmission resources, wherein the first carrier is of a type upon which said reference signal is not transmitted and wherein the user data is transmitted by the base station upon the first carrier over a physical downlink shared channel, PDSCH.
A flow amount calculation controller for calculating a flow amount of fluid passing through a variable throttle portion provided in an air passage so as to control a certain subject, comprising: a calculator that calculates a flow amount mt of the fluid passing through said variable throttle portion by the following formula: mt = Ad•(Pu•ρu) 1/2 •Φ(Pd/Pu), characterized in that a function Φ(Pd/Pu) is (k/(2•(k+1))) 1/2 when a relation (Pd/Pu) ≤ (1/(1+k)) is established, and is ((((k-1)/(2•k))•(1-Pd/Pu)+Pd/Pu)•(1-Pd/Pu)) 1/2 when a relation (Pd/Pu) > (1/(1+k)) is established, where Pu is an upstream pressure of said variable throttle portion, pu is an upstream density of said variable throttle portion, Pd is a downstream pressure of said variable throttle portion, Ad is an opening area of said variable throttle portion, and k is a specific heat ratio of said fluid. mt = Ad•(Pu•ρu) 1/2 •Φ(Pd/Pu), characterized in that a function Φ(Pd/Pu) is (k/(2•(k+1))) 1/2 when a relation (Pd/Pu) ≤ (1/(1+k)) is established, and is ((((k-1)/(2•k))•(1-Pd/Pu)+Pd/Pu)•(1-Pd/Pu)) 1/2 when a relation (Pd/Pu) > (1/(1+k)) is established, where Pu is an upstream pressure of said variable throttle portion, pu is an upstream density of said variable throttle portion, Pd is a downstream pressure of said variable throttle portion, Ad is an opening area of said variable throttle portion, and k is a specific heat ratio of said fluid.
A piezoelectric element comprising, in sequence: a substrate ; a lower electrode layer ; a growth control layer ; a piezoelectric layer including, as a main component, a perovskite-type oxide containing lead; and an upper electrode layer , characterized in that the growth control layer includes a metal oxide represented by the following general formula : M d N 1-d O e where M is composed of one or more metal elements capable of substituting in the perovskite-type oxide and has an electronegativity of less than 0.95, N includes, as a main component, at least one selected from the group consisting of Sc, Zr, V, Nb, Ta, Cr, Mo, W, Mn, Fe, Ru, Co, Ir, Ni, Cu, Zn, Ga, Sn, In, and Sb, O is oxygen, and d and e each represent a compositional ratio, where 0 < d < 1, where e depends on the valences of M and N, and, when the electronegativity is X, 1.41 X − 1.05 ≤ d ≤ A1 ⋅ exp − X / t1 + y0 where A1 = 1.68 × 10 12 , t1 = 0.0306, and y0 = 0.59958. a substrate ; a lower electrode layer ; a growth control layer ; a piezoelectric layer including, as a main component, a perovskite-type oxide containing lead; and an upper electrode layer , characterized in that the growth control layer includes a metal oxide represented by the following general formula : M d N 1-d O e where M is composed of one or more metal elements capable of substituting in the perovskite-type oxide and has an electronegativity of less than 0.95, N includes, as a main component, at least one selected from the group consisting of Sc, Zr, V, Nb, Ta, Cr, Mo, W, Mn, Fe, Ru, Co, Ir, Ni, Cu, Zn, Ga, Sn, In, and Sb, O is oxygen, and d and e each represent a compositional ratio, where 0 < d < 1, where e depends on the valences of M and N, and, when the electronegativity is X, 1.41 X − 1.05 ≤ d ≤ A1 ⋅ exp − X / t1 + y0 where A1 = 1.68 × 10 12 , t1 = 0.0306, and y0 = 0.59958.
Method for limiting vibratory phenomena at a part-tool interface on a machining tool comprising 3, 4 or 5 machining tool axes, said method comprising the steps of: - Identifying at least one natural frequency f res of the machining tool that is able to be excited during an acceleration phase of at least one of the machining tool axes, called excitation axis, and to induce, following this excitation, a relative movement between the part and the tool along a direction collinear with at least one machining tool axis that is separate from said at least excitation axis, the separate machining tool axis being called compliant axis, - Applying, on each excitation axis, a smooth acceleration profile having an acceleration time T 0 determined such that a first zero in the frequency domain of the acceleration profile corresponds to said at least natural frequency f res previously identified, - Applying a compensation on each compliant axis during the acceleration phase of said at least excitation axis in order to eliminate any residual relative movement between the part and the tool. - Identifying at least one natural frequency f res of the machining tool that is able to be excited during an acceleration phase of at least one of the machining tool axes, called excitation axis, and to induce, following this excitation, a relative movement between the part and the tool along a direction collinear with at least one machining tool axis that is separate from said at least excitation axis, the separate machining tool axis being called compliant axis, - Applying, on each excitation axis, a smooth acceleration profile having an acceleration time T 0 determined such that a first zero in the frequency domain of the acceleration profile corresponds to said at least natural frequency f res previously identified, - Applying a compensation on each compliant axis during the acceleration phase of said at least excitation axis in order to eliminate any residual relative movement between the part and the tool.
A method for access control to restricted area, comprising: determining a confidence level associated with first recognition information from a first recognition system is below a threshold, wherein the first recognition system is comprised in a node installed at an access point of the restricted area and includes a facial recognition system, wherein the first recognition information corresponds to information on an identity of an individual attempting to access the restricted area; receiving second recognition information from a second recognition system that is comprised in a different node and includes a mobile device verification system configured to wirelessly communicate with a mobile device of the individual, in response to determining that the confidence level is below the threshold; comparing the second recognition information to stored recognition data; transmitting a signal to an access gate to provide access for the individual to the restricted area in response to the second recognition information matching the stored recognition data; and denying the access for the individual to the restricted area in response to the second recognition information not matching the stored recognition data. determining a confidence level associated with first recognition information from a first recognition system is below a threshold, wherein the first recognition system is comprised in a node installed at an access point of the restricted area and includes a facial recognition system, wherein the first recognition information corresponds to information on an identity of an individual attempting to access the restricted area; receiving second recognition information from a second recognition system that is comprised in a different node and includes a mobile device verification system configured to wirelessly communicate with a mobile device of the individual, in response to determining that the confidence level is below the threshold; comparing the second recognition information to stored recognition data; transmitting a signal to an access gate to provide access for the individual to the restricted area in response to the second recognition information matching the stored recognition data; and denying the access for the individual to the restricted area in response to the second recognition information not matching the stored recognition data.
Use of a composition comprising: - from 70 to 91% by weight, preferably from 75 to 87% by weight, of at least one semi-crystalline polyamide having an average number of carbon atoms per nitrogen atom denoted by Nc greater than or equal to 7.5, advantageously comprised between 9 and 18, and preferably comprised between 10 and 18, - from 5 to 25% by weight, advantageously from 8 to 15%, preferably from 8 to 12% by weight, of at least one polyolefin comprising an epoxy, anhydride or acid function, introduced by grafting or by copolymerization, and - from 3 to 20% by weight, preferably from 4 to 12% by weight, of at least one plasticizer, - from 0.05 to 5% by weight, preferably from 0.05 to 1% by weight preferably from 0.1 to 1% by weight of at least one copper complex-based stabilizer, - of at least one catalyst, said composition being free of alkali metal halide and oligo- or poly-carbodiimide, as an impermeable layer in a pipe containing oil or gas, this pipe being used in the exploitation of oil or gas deposits under the sea (offshore). - from 70 to 91% by weight, preferably from 75 to 87% by weight, of at least one semi-crystalline polyamide having an average number of carbon atoms per nitrogen atom denoted by Nc greater than or equal to 7.5, advantageously comprised between 9 and 18, and preferably comprised between 10 and 18, - from 5 to 25% by weight, advantageously from 8 to 15%, preferably from 8 to 12% by weight, of at least one polyolefin comprising an epoxy, anhydride or acid function, introduced by grafting or by copolymerization, and - from 3 to 20% by weight, preferably from 4 to 12% by weight, of at least one plasticizer, - from 0.05 to 5% by weight, preferably from 0.05 to 1% by weight preferably from 0.1 to 1% by weight of at least one copper complex-based stabilizer, - of at least one catalyst,
A thermoplastic polymer composition, comprising: between 54-96 wt.% of poly(butylene terephthalate); between 0.5-5.0 wt.% of a pyro/polyphosphate selected from metal pyrophosphates, metal polyphosphates, metal acid pyrophosphates, metal acid polyphosphates or a combination thereof; between 0.5-5.0 wt.% of an alkyl acrylate based copolymer; between 0.5-5.0 wt.% of polyethylene; between 2.5-30 wt.% of glass fibres and; between 0-1.0 wt.% of a mineral filler; wherein the weight percentages are based on the total weight of the thermoplastic polymer composition. between 54-96 wt.% of poly(butylene terephthalate); between 0.5-5.0 wt.% of a pyro/polyphosphate selected from metal pyrophosphates, metal polyphosphates, metal acid pyrophosphates, metal acid polyphosphates or a combination thereof; between 0.5-5.0 wt.% of an alkyl acrylate based copolymer; between 0.5-5.0 wt.% of polyethylene; between 2.5-30 wt.% of glass fibres and; between 0-1.0 wt.% of a mineral filler;
A multi-functional identification recognition system comprising: a server storing a database, the database containing a plurality of service profiles that a user has created, each service profile comprising a field for a user identity, a field indicating a given service provider that the user would like to access, and wherein for each user identity, for each service, the database stores a corresponding user defined number of identification fields for uniquely identifying a user, identification data corresponding to the identification fields being of different types; and a multi-functional identification reader being in communication with the server through an internet connection and having a plurality of identity recognizing devices, wherein when the user verifies identification data already stored in the server and an exact sequence that-the identification data is to be entered, a plurality of identity recognizing devices reads the user's identification data for an indicated service and sends the identification data to the server through the internet connection, and each type of identification data is checked against one of the identification fields corresponding to the user, and only when the identification data is entered in the exact sequence that matches the identification data, the exact sequence and the number of identification fields of different types stored in the corresponding service profile, the user is granted access to the indicated service. a server storing a database, the database containing a plurality of service profiles that a user has created, each service profile comprising a field for a user identity, a field indicating a given service provider that the user would like to access, and wherein for each user identity, for each service, the database stores a corresponding user defined number of identification fields for uniquely identifying a user, identification data corresponding to the identification fields being of different types; and a multi-functional identification reader being in communication with the server through an internet connection and having a plurality of identity recognizing devices, wherein when the user verifies identification data already stored in the server and an exact sequence that-the identification data is to be entered, a plurality of identity recognizing devices reads the user's identification data for an indicated service and sends the identification data to the server through the internet connection, and each type of identification data is checked against one of the identification fields corresponding to the user, and only when the identification data is entered in the exact sequence that matches the identification data, the exact sequence and the number of identification fields of different types stored in the corresponding service profile, the user is granted access to the indicated service.