mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing methionine comprising the following steps to : a reaction step: a step of hydrolyzing 5-[2-(methylthio)ethyl]imidazolidine-2,4-dione in the presence of an alkali compound to obtain a reaction solution containing an alkali salt of methionine, a first crystallizing step: a step of introducing carbon dioxide into the reaction solution and precipitating methionine from the reaction solution to obtain first crystals of methionine and a first crystal mother liquor, and a second crystallizing step: a step in which after obtaining a slurry which contains precipitate containing second crystals of methionine precipitated by adding alcohol to the first crystallization mother liquor and then introducing carbon dioxide, (a) the slurry is subjected to centrifugation to separate the second crystals of methionine and the second crystal mother liquor by a solid-liquid separation at a centrifugal force 100 times or more to 4000 times or less gravity, and (b) precipitate remaining in the obtained second crystal mother liquor is separated with a filter. a reaction step: a step of hydrolyzing 5-[2-(methylthio)ethyl]imidazolidine-2,4-dione in the presence of an alkali compound to obtain a reaction solution containing an alkali salt of methionine, a first crystallizing step: a step of introducing carbon dioxide into the reaction solution and precipitating methionine from the reaction solution to obtain first crystals of methionine and a first crystal mother liquor, and a second crystallizing step: a step in which after obtaining a slurry which contains precipitate containing second crystals of methionine precipitated by adding alcohol to the first crystallization mother liquor and then introducing carbon dioxide, (a) the slurry is subjected to centrifugation to separate the second crystals of methionine and the second crystal mother liquor by a solid-liquid separation at a centrifugal force 100 times or more to 4000 times or less gravity, and (b) precipitate remaining in the obtained second crystal mother liquor is separated with a filter.
A method for zone management, said method performed by an apparatus for zone management , the method comprising: collecting environment information of each zone of a plurality of zones from at least one sensor installed in each zone of the plurality of zones, said each zone being a room, and said environment information being energy consumption information; determining an energy efficiency level of each zone of the plurality of zones based on the environment information; assigning one of the plurality of zones to a user according to a characteristic of the user and the energy efficiency level, wherein the characteristic of the user comprises a zone use pattern, and wherein the assigning comprises assigning a first user of a regular zone use pattern a zone of the energy efficiency level lower than a setting value, and assigning a second user of an irregular zone use pattern a zone of the energy efficiency level higher than the setting value; wherein the first user of the regular zone use pattern comprises a user defined as a business guest, and the second user of the irregular zone use pattern comprises a user defined as a tourist. collecting environment information of each zone of a plurality of zones from at least one sensor installed in each zone of the plurality of zones, said each zone being a room, and said environment information being energy consumption information; determining an energy efficiency level of each zone of the plurality of zones based on the environment information; assigning one of the plurality of zones to a user according to a characteristic of the user and the energy efficiency level, wherein the characteristic of the user comprises a zone use pattern, and wherein the assigning comprises assigning a first user of a regular zone use pattern a zone of the energy efficiency level lower than a setting value, and assigning a second user of an irregular zone use pattern a zone of the energy efficiency level higher than the setting value; wherein the first user of the regular zone use pattern comprises a user defined as a business guest, and the second user of the irregular zone use pattern comprises a user defined as a tourist.
A capacitive coupled Rf vacuum etching apparatus constructed for etch operating under predetermined conditions and comprising: • a vacuum recipient -also addressed as enclosure- • in said vacuum recipient a plasma space in operational contact solely with one electrode arrangement consisting of a first electrode arrangement and of a second electrode arrangement facing said first electrode arrangement; • said first electrode arrangement defining a first electrode surface exposed to said plasma space (PL); • said second electrode arrangement defining a second electrode surface exposed to said plasma space (PL), and comprising the surface of a workpiece carrier ; wherein • the first electrode surface is larger than the second electrode surface; • said first electrode arrangement is electrically connected to an output arrangement of a Rf generator arrangement , generating a plasma supply Rf signal and is capacitively coupled to the Rf generator arrangement ; • said second electrode arrangement is, at least during etching operation, electrically connected to a system ground tab ; characterised in that : • said Rf generator arrangement generates at least one first plasma supply signal at a very high frequency (vhf) at said output arrangement and at least one second plasma supply signal at a high frequency (hf) lower than said very high frequency at said output arrangement , • said first electrode arrangement is electrically connected via a match box arrangement to said output arrangement and is electrically supplied, in operation, by said first and by said second plasma supply signals. • a vacuum recipient -also addressed as enclosure- • in said vacuum recipient a plasma space in operational contact solely with one electrode arrangement consisting of a first electrode arrangement and of a second electrode arrangement facing said first electrode arrangement; • said first electrode arrangement defining a first electrode surface exposed to said plasma space (PL); • said second electrode arrangement defining a second electrode surface exposed to said plasma space (PL), and comprising the surface of a workpiece carrier ; wherein • the first electrode surface is larger than the second electrode surface; • said first electrode arrangement is electrically connected to an output arrangement of a Rf generator arrangement , generating a plasma supply Rf signal and is capacitively coupled to the Rf generator arrangement ; • said second electrode arrangement is, at least during etching operation, electrically connected to a system ground tab ; • said second electrode arrangement is, at least during etching operation, electrically connected to a system ground tab ; • said Rf generator arrangement generates at least one first plasma supply signal at a very high frequency (vhf) at said output arrangement and at least one second plasma supply signal at a high frequency (hf) lower than said very high frequency at said output arrangement , • said first electrode arrangement is electrically connected via a match box arrangement to said output arrangement and is electrically supplied, in operation, by said first and by said second plasma supply signals.
An acoustic wave bandpass filter comprising at least an input first acoustic wave resonator (R 1E ) with an output surface, and an output second acoustic wave resonator (R 2S ) with an input surface, said resonators being acoustically coupled to each other, the input and output surfaces being substantially opposite, characterized in that it furthermore comprises at least one first phononic crystal structure (CP 1 ) between said input and output resonators to control the amount of energy exchanged between the two resonators and a second phononic crystal structure (CP 2 ) at the periphery of said resonators so as to guide the acoustic waves, generated by said input resonator, toward said output resonator, the resonators: - comprising at least one layer of piezoelectric material (P iezo ) or of electrostrictive material, and at least one electrode; - being bulk wave resonators, - being placed side by side on the same substrate, - ensuring an impedance conversion and/or mode conversion. - comprising at least one layer of piezoelectric material (P iezo ) or of electrostrictive material, and at least one electrode; - being bulk wave resonators, - being placed side by side on the same substrate, - ensuring an impedance conversion and/or mode conversion.
Method of adapting an electrical harness for a land motor vehicle in order to allow, without cutting or splicing, the connection of said electrical harness to a computer system configured to be temporarily and removably carried on board a land motor vehicle, said method comprising said electrical harness comprising a first connector provided with at least one socket in which a plug arranged at one end of an electrical wire is removably housed, and a second connector provided with at least one paste , said second connector being configured to be connected to an electronic control unit of the vehicle, characterised in that the method comprises the steps of : - extracting the plug of the first connector from the socket of the first connector thereby leaving the socket of the first connector temporarily vacant, - providing a booster connector comprising at least one socket formed to removably house the plug of the first connector and at least one electrical wire provided at one end with a first plug formed to fit within the first socket of the first connector , the other end of the electrical wire of the booster connector being connected within the booster connector to a second plug , - insert the plug of the first connector into the socket of the booster connector , and - inserting the first plug of the electrical wire of the booster connector into the socket of the first connector left temporarily vacant following the removal of the plug of the first connector from the socket of the first connector . - extracting the plug of the first connector from the socket of the first connector thereby leaving the socket of the first connector temporarily vacant, - providing a booster connector comprising at least one socket formed to removably house the plug of the first connector and at least one electrical wire provided at one end with a first plug formed to fit within the first socket of the first connector , the other end of the electrical wire of the booster connector being connected within the booster connector to a second plug , - insert the plug of the first connector into the socket of the booster connector , and - inserting the first plug of the electrical wire of the booster connector into the socket of the first connector left temporarily vacant following the removal of the plug of the first connector from the socket of the first connector .
An apparatus for storing, and dispensing ophthalmic lens packages comprising a means for loading a plurality of ophthalmic lens packages a means for determining the identity of each of said ophthalmic lens packages a means for housing a plurality of ophthalmic lens packages ; wherein the means for housing has a plurality of channels into which ophthalmic lens packages are insertable parallel to the side walls of the channels; and wherein each of the channels is attached to a drive chain which in turn is attached to a motor and arranged such that during operation each channel rotates with the drive chain; and wherein each of the channels has a solid wall and a wall which contains indentations ; wherein the indentations are sized and have enough flexion to permit insertion of the ophthalmic lens packages into a location, hold any ophthalmic lens packages in that location during said rotation, and permit removal of individual ophthalmic lens packages; a means for inserting at least one ophthalmic lens packages of said plurality of ophthalmic lens packages to said housing a means for recording the location and the identity of each of said ophthalmic lens packages in said housing and a means for retrieving at least one ophthalmic lens package from said housing . wherein the means for housing has a plurality of channels into which ophthalmic lens packages are insertable parallel to the side walls of the channels; and wherein each of the channels is attached to a drive chain which in turn is attached to a motor and arranged such that during operation each channel rotates with the drive chain; and wherein each of the channels has a solid wall and a wall which contains indentations ; wherein the indentations are sized and have enough flexion to permit insertion of the ophthalmic lens packages into a location, hold any ophthalmic lens packages in that location during said rotation, and permit removal of individual ophthalmic lens packages;
Method of producing a wooden product by means of a molding hot-pressing from a wooden blank which has one or several sections (A, B, C, D), wherein as a material is selected from the group consisting of sawn timber or another timber, which is preferably selected from the group consisting of fresh sawn timber, dried timber, saw-surfaced lumber, planed timber, heat-treated timber, sodium silicate water-glass impregnated or salt impregnated or otherwise impregnated timber; wherein molding hot-pressing is performed in a single-stage production process, which includes drying and molding hot-pressing of the wooden blank and concurrent treating of the wooden blank both by binders of the wood itself and by treating chemicals added in the production process which are selected from the group consisting of surface treatment agents, excipients, primers, impregnating agents, adhesives, adhesive films, adhesive gauzes; wherein the treatment chemicals are attached to the production process by using a hot-pressing pressing plate, etc., pressing tool or pressing surface; and wherein the wood material, and binders thereof as well as the treatment chemicals are allowed to adapt / move in relation to each other in the cooling phase of the production process until the locking phase, whereby the product is completed, characterized in that moisture, temperature, vapor pressure, use of binders and treatment chemicals are monitored and optimized from inside of the blank by means of discharge outwards from the ends of the blank and by means of the pressing pressure against the surfaces of the blank.
A system for implementing a device management service, comprising: one or more processors ; and one or more memories , wherein the one or more memories have stored thereon instructions , which when executed by the one or more processors, cause the one or more processors to implement the device management service, wherein the one or more processors implementing the device management service are configured to: send, to a particular device on a remote network, a signed token, wherein the signed token is configured to be used by a registered device of the remote network to verify one or more requests received from the particular device for proximity data; receive, from the remote network, the proximity data for the registered device, wherein the proximity data indicates a proximity of the registered device to the particular device; determine, based at least on the proximity data, an estimated location of the particular device; determine a contextual identity for the particular device based at least on the estimated location; and assign the contextual identity to the particular device. one or more processors ; and one or more memories , wherein the one or more memories have stored thereon instructions , which when executed by the one or more processors, cause the one or more processors to implement the device management service, wherein the one or more processors implementing the device management service are configured to: send, to a particular device on a remote network, a signed token, wherein the signed token is configured to be used by a registered device of the remote network to verify one or more requests received from the particular device for proximity data; receive, from the remote network, the proximity data for the registered device, wherein the proximity data indicates a proximity of the registered device to the particular device; determine, based at least on the proximity data, an estimated location of the particular device; determine a contextual identity for the particular device based at least on the estimated location; and assign the contextual identity to the particular device. send, to a particular device on a remote network, a signed token, wherein the signed token is configured to be used by a registered device of the remote network to verify one or more requests received from the particular device for proximity data; wherein the signed token is configured to be used by a registered device of the remote network to verify one or more requests received from the particular device for proximity data; receive, from the remote network, the proximity data for the registered device, wherein the proximity data indicates a proximity of the registered device to the particular device; determine, based at least on the proximity data, an estimated location of the particular device; determine a contextual identity for the particular device based at least on the estimated location; and assign the contextual identity to the particular device.
A vane-axial fan assembly comprising: a shrouded fan rotor including: a plurality of fan blades extending from a rotor hub and rotatable about a central axis of the fan assembly; and a fan shroud extending circumferentially around the fan rotor and secured to an outer tip diameter of the plurality of fan blades ; a stator assembly located downstream of the fan rotor , relative to an airflow direction through the fan assembly, the stator assembly including a plurality of stator vanes extending between a stator hub and a stator shroud ; and two or more flow control rings disposed between the fan rotor and the stator assembly to block radial flow migration in an axial spacing between the fan rotor and the stator assembly resulting from a radial flow component of an airflow exiting the fan rotor ; wherein the two or more flow control rings are not rotating; and wherein the two or more flow control rings are equispaced across a fan blade span. a shrouded fan rotor including: a plurality of fan blades extending from a rotor hub and rotatable about a central axis of the fan assembly; and a fan shroud extending circumferentially around the fan rotor and secured to an outer tip diameter of the plurality of fan blades ; a plurality of fan blades extending from a rotor hub and rotatable about a central axis of the fan assembly; and a fan shroud extending circumferentially around the fan rotor and secured to an outer tip diameter of the plurality of fan blades ; a stator assembly located downstream of the fan rotor , relative to an airflow direction through the fan assembly, the stator assembly including a plurality of stator vanes extending between a stator hub and a stator shroud ; and two or more flow control rings disposed between the fan rotor and the stator assembly to block radial flow migration in an axial spacing between the fan rotor and the stator assembly resulting from a radial flow component of an airflow exiting the fan rotor ; wherein the two or more flow control rings are not rotating; and wherein the two or more flow control rings are equispaced across a fan blade span.
Arginine as the only active principle for use in the treatment and/or prevention of arthrosis, characterized in that the daily dose thereof ranges from 400 mg to 2000 mg.
A barrier suitable for installation at least partly in a sewage pipe and for allowing a sewage flow within the sewage pipe to pass the barrier in a first direction of the sewage pipe, such as the first direction being a downstream direction, and for preventing rats or other rodents from passing the barrier in a second direction being opposite to the first direction upon installation of the barrier in the sewage pipe, such as the second direction being an upstream direction, said barrier comprising - a support structure comprising a first hinge and a second hinge, - a first shutter pivotably mounted on the first hinge, and - a second shutter pivotably mounted on the second hinge, wherein the barrier is arranged for being installed in the sewage pipe so that - the first shutter and the second shutter are spaced apart along the first direction so that the first shutter is placed before the second shutter on an axis parallel with the first direction, such as the first shutter being placed upstream with respect to the second shutter when the barrier is installed in the sewage pipe, characterized in that a profile of at least a part of an edge of the first shutter is smoother than a profile of a corresponding part of an edge of the second shutter, the second shutter being immediately accessible to rats or other rodents trying to pass the barrier from the side facing the second shutter, said part of an edge of the second shutter having a profile being any one of: a toothed profile, a serrated profile, a notched profile, or a pointy profile. - a support structure comprising a first hinge and a second hinge, - a first shutter pivotably mounted on the first hinge, and - a second shutter pivotably mounted on the second hinge, - the first shutter and the second shutter are spaced apart along the first direction so that the first shutter is placed before the second shutter on an axis parallel with the first direction, such as the first shutter being placed upstream with respect to the second shutter when the barrier is installed in the sewage pipe,