mhurhangee/patent-ind-claim-en huggingface dataset:
Control device, for a clockwork movement , comprising an input member that is intended to receive impulses and an output member that is arranged so as to move from a rest position to an actuation position in response to said input member receiving an impulse, so as to act on at least one clockwork mechanism before returning to its rest position under the action of an elastic return member , characterized in that said input member comprises a ring gear having a first toothing that is intended to receive said impulses from an actuation wheel of the clockwork movement , and a second toothing that is arranged to cooperate with at least one abutment surface borne by said output member , by means of a retractable connection, in such a way that said second toothing acts on said abutment surface so as to move said output member towards its actuation position, and that said output member is free to return to its rest position after reaching its actuation position. characterized in that said input member comprises a ring gear having a first toothing that is intended to receive said impulses from an actuation wheel of the clockwork movement , and a second toothing that is arranged to cooperate with at least one abutment surface borne by said output member , by means of a retractable connection, in such a way that said second toothing acts on said abutment surface so as to move said output member towards its actuation position, and that said output member is free to return to its rest position after reaching its actuation position.
An apparatus comprising: an electromagnetic induction device comprising: a substrate layer comprising at least one substrate configured to be laid one upon another and a thin-film coil pattern disposed on at least one of both surfaces of the substrate and through which an electric current of a signal flows, the at least one substrate having an opening provided at an inner area of the thin-film coil pattern; a core configured to have a shape corresponding to a circulation path of magnetic flux generated by change in an electric current flowing in the thin-film coil pattern, and arranged to penetrate the inner area of the thin-film coil pattern through the opening of the substrate layer; and a heat dissipation layer disposed on one surface of at least one substrate of the substrate layer, said heat dissipation layer configured to dissipate heat from at least one of the substrate layer and the core; and a base substrate to which the electromagnetic induction device is mounted, wherein a part of the electromagnetic induction device penetrates the base substrate, and the heat dissipation layer is further configured to dissipate heat from the base substrate. a substrate layer comprising at least one substrate configured to be laid one upon another and a thin-film coil pattern disposed on at least one of both surfaces of the substrate and through which an electric current of a signal flows, the at least one substrate having an opening provided at an inner area of the thin-film coil pattern; a core configured to have a shape corresponding to a circulation path of magnetic flux generated by change in an electric current flowing in the thin-film coil pattern, and arranged to penetrate the inner area of the thin-film coil pattern through the opening of the substrate layer; and a heat dissipation layer disposed on one surface of at least one substrate of the substrate layer, said heat dissipation layer configured to dissipate heat from at least one of the substrate layer and the core; and a base substrate to which the electromagnetic induction device is mounted, wherein a part of the electromagnetic induction device penetrates the base substrate, and the heat dissipation layer is further configured to dissipate heat from the base substrate.
An air purification device comprising at least one electro filter unit , at least one air filter module and at least one air conveying device for conveying air drawn in through at least one raw air inlet for air to be purified in a main flow direction (V) through the electro filter unit and through the at least one air filter module to at least one clean air outlet for purified air, wherein the air purification device can be switched between an air purification operation, in which the air flows in the main flow direction (V), and a system cleaning operation in which the air flows at least partially in counterflow (V') to the main flow direction (V) through the air purification device and exits the air purification device through the at least one raw air inlet , and wherein the electro filter unit is activated or activatable in the system cleaning operation for generating ozone to enrich the air flowing through the electro filter unit with ozone, characterized in that the air purification device is designed in such a way that the air does not flow through air filter modules in counterflow to their respective local main flow direction (V) during system cleaning operation.
A computer-implemented method of determining the electrical permittivity ε k f of a region of a subsurface formation surrounding a drilled borehole, the method comprising: obtaining an assumed electrical permittivity ε LWD ; and obtaining measured resistivity data comprising a first resistivity value R p determined by analysing the phase delay δ of an electromagnetic signal traversing said region and a second resistivity value R a determined by analysing the attenuation α of the electromagnetic signal traversing said region; the method characterised by: calculating the electrical permittivity of the region from the first and second resistivity values and the assumed electrical permittivity by applying a plane wave approximation to the propagation of said electromagnetic signal across said region. obtaining an assumed electrical permittivity ε LWD ; and obtaining measured resistivity data comprising a first resistivity value R p determined by analysing the phase delay δ of an electromagnetic signal traversing said region and a second resistivity value R a determined by analysing the attenuation α of the electromagnetic signal traversing said region; the method characterised by: calculating the electrical permittivity of the region from the first and second resistivity values and the assumed electrical permittivity by applying a plane wave approximation to the propagation of said electromagnetic signal across said region.
A system for providing sandboxing support in a multidimensional database environment, comprising: a computer that includes one or more microprocessors; a multidimensional database server executing on the computer, wherein the multidimensional database server includes a baseline data, and a plurality of sandboxes, wherein each sandbox is associated with a user, and stores one or more changes to the baseline data; a query processor in the multidimensional database server, wherein the query processor is configured to split a query received from a user into a first query and a second query, direct the first query to the baseline data, and the second query to a sandbox associated with the user, merge results from the first query and the second query, and return the merged data to the user; wherein each of the plurality of sandboxes and the baseline data is defined as a member in a sandbox dimension in a database outline of the multidimensional database server. a computer that includes one or more microprocessors; a multidimensional database server executing on the computer, wherein the multidimensional database server includes a baseline data, and a plurality of sandboxes, wherein each sandbox is associated with a user, and stores one or more changes to the baseline data; a query processor in the multidimensional database server, wherein the query processor is configured to split a query received from a user into a first query and a second query, direct the first query to the baseline data, and the second query to a sandbox associated with the user, merge results from the first query and the second query, and return the merged data to the user; split a query received from a user into a first query and a second query, direct the first query to the baseline data, and the second query to a sandbox associated with the user, merge results from the first query and the second query, and return the merged data to the user; wherein each of the plurality of sandboxes and the baseline data is defined as a member in a sandbox dimension in a database outline of the multidimensional database server.
A computer-implemented method for rapidly launching a virtual software application at a client computer system using on demand file staging, in a computer networking environment including a plurality of computer systems, the client computer system including at least one processor and a memory, the method comprising: an act of creating , on the client computer system a file listing that includes a list of specified high-level data files and directories that are part of a virtual software application, the high-level data files including a listing of files that are part of the application's initialization process, wherein sparse data files are dynamically created for those files that are included in the listing of files that are part of the application's initialization process; an act of receiving an indication from an application user that the virtual software application is to be accessed; an act of dynamically creating , by a sparse file creating module of the client computer system, sparse data files for those data files that are to be accessed based on the received indication, the sparse files including file names and file sizes for those data files that are to be accessed, those data files being stored in a remote data store; and upon determining that the virtual application is attempting to access one or more of the sparse data files, an act of dynamically streaming the data files corresponding to the sparse data files on demand from the remote data store. an act of creating , on the client computer system a file listing that includes a list of specified high-level data files and directories that are part of a virtual software application, the high-level data files including a listing of files that are part of the application's initialization process, wherein sparse data files are dynamically created for those files that are included in the listing of files that are part of the application's initialization process; an act of receiving an indication from an application user that the virtual software application is to be accessed; an act of dynamically creating , by a sparse file creating module of the client computer system, sparse data files for those data files that are to be accessed based on the received indication, the sparse files including file names and file sizes for those data files that are to be accessed, those data files being stored in a remote data store; and upon determining that the virtual application is attempting to access one or more of the sparse data files, an act of dynamically streaming the data files corresponding to the sparse data files on demand from the remote data store.
A radial piston pump including a housing , a cylinder block in said housing , a plurality of cylinders radially arranged in said cylinder block , a corresponding plurality of pistons , each piston being slidable in the respective cylinder of said plurality of cylinders , a fluid distributor , which is associated with said cylinder block , and a cam profile including a plurality of cam lobes , each lobe comprising a delivery ramp (R 1 ) and a suction ramp (R 2 ), wherein at least two pistons of said plurality of pistons have an end portion that protrudes from the respective cylinder and is a follower simultaneously engaging with a same type of ramp (R 1 , R 2 ) of a relative lobe of said plurality of cam lobes , characterized in that said cam profile is adapted to impose to said pistons a law of motion that provides, in the function describing the velocity v i (φ) of said pistons, a horizontal inflection point between the suction phase and the delivery phase, with null velocity and null acceleration for said pistons during the switching between the suction phase and the delivery phase.
An oil-in-water cosmetic composed of an aqueous phase and an oil phase, and comprising hydrophobized inorganic powder, a fatty acid soap, a nonionic surfactant and a hydrophilic polymer, wherein the aqueous phase includes an aqueous medium while the oil phase includes an oil containing a non-silicone oil, the hydrophobized inorganic powder includes at least hydrophobized iron oxide powder and hydrophobized pigment-grade titanium oxide powder, with hydrophobized inorganic powder of the same type or different types being present in the oil phase and the aqueous phase, the contents of the hydrophobized pigment-grade titanium oxide powder in the oil phase and in the aqueous phase are, respectively, greater than 0.5 mass% and less than 5 mass%, and greater than 2.5 mass% and less than 20 mass%, based on the total mass of the oil-in-water cosmetic, one or more nonionic surfactants are included, with an overall HLB value of 6 to 15, the hydrophilic polymer contains a hydrophilic polymer including, as a repeating unit, an ethylenic unsaturated compound having an aminoalkylsulfonic acid or salt thereof as a substituent, and the total non-silicone oil content is greater than 5 mass% and less than 30 mass%, based on the total mass of the oil-in-water cosmetic. the aqueous phase includes an aqueous medium while the oil phase includes an oil containing a non-silicone oil, the hydrophobized inorganic powder includes at least hydrophobized iron oxide powder and hydrophobized pigment-grade titanium oxide powder, with hydrophobized inorganic powder of the same type or different types being present in the oil phase and the aqueous phase, the contents of the hydrophobized pigment-grade titanium oxide powder in the oil phase and in the aqueous phase are, respectively, greater than 0.5 mass% and less than 5 mass%, and greater than 2.5 mass% and less than 20 mass%, based on the total mass of the oil-in-water cosmetic, one or more nonionic surfactants are included, with an overall HLB value of 6 to 15, the hydrophilic polymer contains a hydrophilic polymer including, as a repeating unit, an ethylenic unsaturated compound having an aminoalkylsulfonic acid or salt thereof as a substituent, and the total non-silicone oil content is greater than 5 mass% and less than 30 mass%, based on the total mass of the oil-in-water cosmetic.
A method for selecting a treatment for a subject comprising: (i) providing a biological sample obtained from the subject; (ii) detecting a specific microorganism or category of microorganisms in the biological sample using an indicator phage wherein the indicator phage infects methicillin-resistant Staphylococcus aureus ( MRSA ) and the detection comprises the steps of: (a) incubating the sample with at least one antibiotic to allow for enrichment of bacteria that are resistant to the antibiotic, (b) incubating the enriched samples with bacteriophage that infects the bacterium of interest, wherein the bacteriophage comprises an indicator gene such that expression of the indicator gene during bacteriophage replication following infection of the bacterium of interest results in production of a soluble indicator protein product; and (c) detecting the indicator protein product, wherein positive detection of the indicator protein product indicates that the antibiotic-resistant bacterium of interest is present in the sample; and (iii) selecting a treatment based on the identity of a specific microorganism detected in the biological sample. (i) providing a biological sample obtained from the subject; (ii) detecting a specific microorganism or category of microorganisms in the biological sample using an indicator phage wherein the indicator phage infects methicillin-resistant Staphylococcus aureus ( MRSA ) and the detection comprises the steps of: (a) incubating the sample with at least one antibiotic to allow for enrichment of bacteria that are resistant to the antibiotic, (b) incubating the enriched samples with bacteriophage that infects the bacterium of interest, wherein the bacteriophage comprises an indicator gene such that expression of the indicator gene during bacteriophage replication following infection of the bacterium of interest results in production of a soluble indicator protein product; and (c) detecting the indicator protein product, wherein positive detection of the indicator protein product indicates that the antibiotic-resistant bacterium of interest is present in the sample; and (iii) selecting a treatment based on the identity of a specific microorganism detected in the biological sample.
A heat exchanger assembly comprising: a first fluid circuit, said first fluid circuit comprising a heat exchanger core including two manifolds , a plurality of flow ducts connecting said two manifolds and at least one connection block connected to at least one of said two manifolds ; a second fluid circuit; wherein said second fluid circuit includes a housing that encapsulates said heat exchanger core , said housing comprising at least one opening to receive said at least one connection block of said heat exchanger core so that said at least one connection block extends outside said housing , wherein and said heat exchanger assembly further comprises a sealing means arranged between said at least one connection block and said housing characterised in that said housing includes a first half-shell and a second half-shell , wherein said housing is made of plastic materials, wherein the first half-shell and the second half-shell are joined directly by means of plastic welding. a first fluid circuit, said first fluid circuit comprising a heat exchanger core including two manifolds , a plurality of flow ducts connecting said two manifolds and at least one connection block connected to at least one of said two manifolds ; a second fluid circuit; wherein said second fluid circuit includes a housing that encapsulates said heat exchanger core , said housing comprising at least one opening to receive said at least one connection block of said heat exchanger core so that said at least one connection block extends outside said housing , wherein and said heat exchanger assembly further comprises a sealing means arranged between said at least one connection block and said housing characterised in that said housing includes a first half-shell and a second half-shell , wherein said housing is made of plastic materials, wherein the first half-shell and the second half-shell are joined directly by means of plastic welding.
A powder container configured to contain powder to be used in an image forming apparatus, the powder container comprising: a first end and a second end , the second end being disposed in a side opposite to the first end , wherein the second end has an opening ; a gear provided on the second end and receiving a driving force to rotate the container ; a nozzle receiver including a nozzle receiving hole arranged on the second end side of the container and configured to allow a transport nozzle having a powder receiving inlet to be inserted therein, and a supply port arranged in at least a part of the nozzle receiver and configured to supply the powder in the container to the powder receiving inlet ; and a shutter supported by the nozzle receiver and configured to open and close the nozzle receiving hole by sliding in response to insertion of the transport nozzle into the nozzle receiver , wherein the powder receiving inlet of the transport nozzle is configured to communicate with the supply port at a position toward the container over the gear in an axial direction of the container, wherein an inner diameter of the container where the gear is disposed is smaller than an inner diameter of the container at the center in the longitudinal direction of the container which is between the second end and the first end , wherein the container includes on an end face of the second end at least one lift-up section for lifting up powder, wherein the at least one lift-up section is arranged at a position facing the powder receiving inlet when inserting the transport nozzle . a first end and a second end , the second end being disposed in a side opposite to the first end , wherein the second end has an opening ; a gear provided on the second end and receiving a driving force to rotate the container ; a nozzle receiver including a nozzle receiving hole arranged on the second end side of the container and configured to allow a transport nozzle having a powder receiving inlet to be inserted therein, and a supply port arranged in at least a part of the nozzle receiver and configured to supply the powder in the container to the powder receiving inlet ; and a shutter supported by the nozzle receiver and configured to open and close the nozzle receiving hole by sliding in response to insertion of the transport nozzle into the nozzle receiver , wherein the powder receiving inlet of the transport nozzle is configured to communicate with the supply port at a position toward the container over the gear in an axial direction of the container, wherein an inner diameter of the container where the gear is disposed is smaller than an inner diameter of the container at the center in the longitudinal direction of the container which is between the second end and the first end , wherein the container includes on an end face of the second end at least one lift-up section for lifting up powder, wherein the at least one lift-up section is arranged at a position facing the powder receiving inlet when inserting the transport nozzle .
A method for determining a strain profile in an optical fiber, comprising: (a) carrying out a distributed Brillouin sensing measurement in the frequency domain on the optical fiber so as to obtain frequency domain measuring data; (b) carrying out a deconvolution operation of the frequency domain measuring data in the frequency domain, wherein the frequency domain measuring data is deconvoluted using an error function; (c) carrying out an inverse Fourier transform of the deconvoluted frequency domain measuring data so as to obtain time domain measuring data; and (d) obtaining a strain profile of the optical fiber based on the time domain measuring data. (a) carrying out a distributed Brillouin sensing measurement in the frequency domain on the optical fiber so as to obtain frequency domain measuring data; (b) carrying out a deconvolution operation of the frequency domain measuring data in the frequency domain, wherein the frequency domain measuring data is deconvoluted using an error function; (c) carrying out an inverse Fourier transform of the deconvoluted frequency domain measuring data so as to obtain time domain measuring data; and (d) obtaining a strain profile of the optical fiber based on the time domain measuring data.