mhurhangee/patent-ind-claim-en huggingface dataset:
Method for administering a plurality of local equipments connected to a local communication network , characterized in that it comprises the following steps implemented by LACS local configuration equipment able to be connected on the one hand to the local communication network and on the other hand to ACS remote configuration equipment : a) receiving from the ACS remote configuration equipment a command to administer an act of administration, said act of administration comprising a service capable of being executed on the local communication network , b) following the reception of said command from the remote configuration equipment , determining for said act of administration a list of a number of local equipments involved in the execution of said act of administration, said act of administration being included in a model of the local communication network , c) transmitting to each of the local equipments of said determined list at least one administration command necessary for the execution of said act of administration on the local communication network , d) said LACS local configuration equipment making available to the ACS remote configuration equipment the model of the local communication network allowing the ACS remote configuration equipment to determine acts of administration of services capable of being executed on the local communication network , and associated parameters, e) said model showing to the ACS remote configuration equipment all of the local equipments of the local network and the services offered as a single piece of equipment. a) receiving from the ACS remote configuration equipment a command to administer an act of administration, said act of administration comprising a service capable of being executed on the local communication network , b) following the reception of said command from the remote configuration equipment , determining for said act of administration a list of a number of local equipments involved in the execution of said act of administration, said act of administration being included in a model of the local communication network , c) transmitting to each of the local equipments of said determined list at least one administration command necessary for the execution of said act of administration on the local communication network , d) said LACS local configuration equipment making available to the ACS remote configuration equipment the model of the local communication network allowing the ACS remote configuration equipment to determine acts of administration of services capable of being executed on the local communication network , and associated parameters, e) said model showing to the ACS remote configuration equipment all of the local equipments of the local network and the services offered as a single piece of equipment.
Anti-blocking accessory for roll-up swimming pool covers, linkable to the transversal strap of a flexible cover made up of a plurality of joined slats , characterized in that it is made up of a flat and elongated casing that is intended to cover the end of the transversal strap closest to the last slat of the cover, wherein the casing comprises: - a rear sector , adjustable towards the last slat of the cover: - a front sector in the form of a beveled tip, opposite the rear sector ; - an internal housing intended to house the end of the transversal strap ; and - hooks located in the rear sector for engagement with the last slat of the cover. - a rear sector , adjustable towards the last slat of the cover: - a front sector in the form of a beveled tip, opposite the rear sector ; - an internal housing intended to house the end of the transversal strap ; and - hooks located in the rear sector for engagement with the last slat of the cover.
A composition that induces proliferation and/or accumulation of Th17 cells, the composition comprising, as an active component, a combination of the following bacteria: Clostridium symbiosum containing SEQ ID No 16, Clostridium hathewayi containing SEQ ID No 12, Clostridium citroniae containing SEQ ID No 20, Clostridium bolteae containing SEQ ID No 19, Ruminococcus sp. M-1 containing SEQ ID No 14, Ruminococcus gnavus containing SEQ ID No 9, Blautia sp. canine oral taxon 143 containing SEQ ID No 4, Anaerostipes caccae containing SEQ ID No 18, Clostridium lactatifermentans containing SEQ ID No 3, Coprobacillus cateniformis containing SEQ ID No 15, Clostridium ramosum containing SEQ ID No 1, cf. Clostridium sp. MLG055 containing SEQ ID No 5, Clostridium innocuum containing SEQ ID No 6, Eubacterium desmolans containing SEQ ID No 11, Clostridium orbiscindens containing SEQ ID No 7, Ruminococcus sp. 16442 containing SEQ ID No 8, Anaerotruncus colihominis containing SEQ ID No 10, Bacteroides dorei containing SEQ ID No 17, Bifidobacterium pseudolongum subsp. pseudolongum containing SEQ ID No 2, and Bifidobacterium breve containing SEQ ID No 13, wherein the Th17 cells are transcription factor RORgammat-positive Th17 cells or IL-17 producing Th17 cells.
Ring illumination apparatus for a microscope objective , comprising at least two light-emitting diode units , which are accommodated in an illumination ring , wherein the ring illumination apparatus has at least one lower entry opening and at least one upper exit opening for cooling air for cooling the light-emitting diode units , characterized in that the illumination ring has a second entry opening and a second exit opening , and in that the light-emitting diode units are arranged in each case in a collector housing held in the illumination ring , wherein the collector housing has a third entry opening and a third exit opening .
A compressor for generating compressed air, in particular for a compressed air supply system in a vehicle, the compressor system comprising: - an electric motor in the form of a brushed direct current electric motor (BDC electric motor) - a compressor configured to be driven by the electric motor , wherein - a control unit for controlling the electric motor and allocated to the electric motor so as to delimit an operating current (IB) of the electric motor characterized in that - an electric current limiter element in a free-running current path parallel connected to the electric motor is allocated to the control unit , the free-running current path being configured to delimit the operating current (IB) of the electric motor in a variable manner, and - a switch controller is allocated to the control unit , the switch controller being configured to specify a switched-on time period (t_ON) and/or a switched-off time period (t_OFF) for the electric motor in a variable manner, and the electric current limiter element comprises a free-wheeling diode (D) and a power transistor (FET), which are arranged in series in the free-running current path. - an electric motor in the form of a brushed direct current electric motor (BDC electric motor) - a compressor configured to be driven by the electric motor , wherein - a control unit for controlling the electric motor and allocated to the electric motor so as to delimit an operating current (IB) of the electric motor characterized in that - an electric current limiter element in a free-running current path parallel connected to the electric motor is allocated to the control unit , the free-running current path being configured to delimit the operating current (IB) of the electric motor in a variable manner, and - a switch controller is allocated to the control unit , the switch controller being configured to specify a switched-on time period (t_ON) and/or a switched-off time period (t_OFF) for the electric motor in a variable manner, and
An electrodialytic method for generating an output buffer solution from an input buffer solution, said method comprising: (a) flowing said input buffer solution, including cations and anions, at a first concentration greater than about 10 mol/m 3 (10 mM) through a modified-buffer generation flow channel under a pressure less than about 206844 Pa (30 psi); (b) flowing an aqueous liquid stream through an ion-receiving flow channel separated from said modified-buffer flow channel by a first ion exchange barrier including exchangeable cations or exchangeable anions, but not both, and capable of blocking bulk liquid flow, said first ion exchange barrier having a surface area greater than about 0.00016 m 2 (0.5 in 2 ); and (c) passing a current between first and second electrodes across said modified-buffer flow generation channel and said ion-receiving flow channel to cause cations or anions, but not both, to be transported across said first ion exchange barrier to generate said output buffer solution which exits from said modified-buffer generation flow channel. (a) flowing said input buffer solution, including cations and anions, at a first concentration greater than about 10 mol/m 3 (10 mM) through a modified-buffer generation flow channel under a pressure less than about 206844 Pa (30 psi); (b) flowing an aqueous liquid stream through an ion-receiving flow channel separated from said modified-buffer flow channel by a first ion exchange barrier including exchangeable cations or exchangeable anions, but not both, and capable of blocking bulk liquid flow, said first ion exchange barrier having a surface area greater than about 0.00016 m 2 (0.5 in 2 ); and (c) passing a current between first and second electrodes across said modified-buffer flow generation channel and said ion-receiving flow channel to cause cations or anions, but not both, to be transported across said first ion exchange barrier to generate said output buffer solution which exits from said modified-buffer generation flow channel.
A wrinkled filament nonwoven fabric having a structure in which thermoplastic resin filaments are arrayed lengthwise and crosswise, comprising a plurality of first wrinkles arranged in parallel and a plurality of second wrinkles arranged in parallel, each of the plurality of second wrinkles intersecting at least one of the plurality of first wrinkles.
A device configured to process one or more audio streams , the device comprising: a memory configured to store the one or more audio streams ; and one or more processors coupled to the memory, and configured to: receive the one or more audio streams from audio elements represented in an acoustic environment that comprises one or more sub-acoustic spaces, each of the one or more audio streams representative of a respective soundfield; extract privacy restrictions embedded in one or more least significant bits of an audio sample of the one or more audio streams, wherein the privacy restrictions include one or more respective indications of whether respective audio steams are unrestricted or restricted; determine unrestricted audio streams of the one or more audio streams based on the privacy restrictions; determine restricted audio streams of the one or more audio streams based on the privacy restrictions; generate the corresponding respective soundfields of the unrestricted audio streams ; and restrict playback of the corresponding respective soundfields of the restricted audio streams . a memory configured to store the one or more audio streams ; and one or more processors coupled to the memory, and configured to: receive the one or more audio streams from audio elements represented in an acoustic environment that comprises one or more sub-acoustic spaces, each of the one or more audio streams representative of a respective soundfield; extract privacy restrictions embedded in one or more least significant bits of an audio sample of the one or more audio streams, wherein the privacy restrictions include one or more respective indications of whether respective audio steams are unrestricted or restricted; determine unrestricted audio streams of the one or more audio streams based on the privacy restrictions; determine restricted audio streams of the one or more audio streams based on the privacy restrictions; generate the corresponding respective soundfields of the unrestricted audio streams ; and restrict playback of the corresponding respective soundfields of the restricted audio streams . receive the one or more audio streams from audio elements represented in an acoustic environment that comprises one or more sub-acoustic spaces, each of the one or more audio streams representative of a respective soundfield; extract privacy restrictions embedded in one or more least significant bits of an audio sample of the one or more audio streams, wherein the privacy restrictions include one or more respective indications of whether respective audio steams are unrestricted or restricted; determine unrestricted audio streams of the one or more audio streams based on the privacy restrictions; determine restricted audio streams of the one or more audio streams based on the privacy restrictions; generate the corresponding respective soundfields of the unrestricted audio streams ; and restrict playback of the corresponding respective soundfields of the restricted audio streams .
A computer-implemented method for creating a virtual message onto a moving object , comprising: under a data-construction mode, receiving the virtual message selected using a mobile device ; receiving image information relating to a position where the virtual message is set onto the moving object by the mobile device , wherein the image information is analyzed from an image of the moving object , and the image information of the moving object includes color block and line data used for positioning the virtual message through an image processing process, or the image information of the moving object is information for recognizing a human face; and transmitting data of the virtual message and positioning information of the virtual message to a server so as to establish a database provided for searching for the virtual message . under a data-construction mode, receiving the virtual message selected using a mobile device ; receiving image information relating to a position where the virtual message is set onto the moving object by the mobile device , wherein the image information is analyzed from an image of the moving object , and the image information of the moving object includes color block and line data used for positioning the virtual message through an image processing process, or the image information of the moving object is information for recognizing a human face; and transmitting data of the virtual message and positioning information of the virtual message to a server so as to establish a database provided for searching for the virtual message .
Combination of a boat and outboard engine, wherein at least one outboard engine is fastened to the transom of said boat in a prearranged position, said engine being mounted so as to translate along a path with at least one motion component having a vertical orientation in a direction away from or towards the waterline of the boat, i.e. of smaller or greater propeller draft , and a motion component, having a horizontal or longitudinal orientation, in a direction away from or towards the transom of the boat , wherein the translation of the engine is driven by fastening devices to fasten the engine to the transom with displacement actuators of the mechanical, electric, hydraulic, electro-hydraulic, electromechanical, magnetic type; characterised in that the fastening devices to fasten the engine to the transom comprise a couple of plates , of which one is fixed and one is movable, the plates acting like a sled one on the other, the movable plate sliding on the fixed plate along a plane parallel to a sectional longitudinal plane of the hull or perpendicular to the main transverse section of the boat.
A user authentication method for an image forming apparatus connectable via a network to an authentication apparatus that performs authentication of a user, said user authentication method comprising: a user authentication information obtaining step (S103) of obtaining user authentication information for performing the authentication of the user; an authentication party determination step (S601) of determining the authentication apparatus or the image forming apparatus as an authentication party, thereby determining whether to perform the authentication of the user in the authentication apparatus or to perform the authentication of the user in the image forming apparatus , based on authentication set information indicating whether to perform the authentication of the user in said authentication apparatus or to perform the authentication of the user in said image forming apparatus; an authentication step (S602) of performing the authentication of the user in the authentication party determined in the authentication party determination step (S601) by using the user authentication information; a first image forming step (S201) of performing a first image forming function in the image forming apparatus after it is determined that the authentication performed in the authentication party succeeded, and subsequently a second image forming step (S407) of performing a second image forming function in the image forming apparatus without an additional user authentication information obtaining step. a user authentication information obtaining step (S103) of obtaining user authentication information for performing the authentication of the user; an authentication party determination step (S601) of determining the authentication apparatus or the image forming apparatus as an authentication party, thereby determining whether to perform the authentication of the user in the authentication apparatus or to perform the authentication of the user in the image forming apparatus , based on authentication set information indicating whether to perform the authentication of the user in said authentication apparatus or to perform the authentication of the user in said image forming apparatus; an authentication step (S602) of performing the authentication of the user in the authentication party determined in the authentication party determination step (S601) by using the user authentication information; a first image forming step (S201) of performing a first image forming function in the image forming apparatus after it is determined that the authentication performed in the authentication party succeeded, and subsequently a second image forming step (S407) of performing a second image forming function in the image forming apparatus without an additional user authentication information obtaining step.
A method for implementing a three-qubit quantum gate on a quantum system comprising a first qubit , a second qubit , a third qubit , control electronics and qubit control lines , wherein the first qubit, the second qubit and the third qubit comprise superconducting qubits, wherein the second qubit is coupled to the first qubit and to the third qubit, the three qubit quantum gate implementing a full swap operation between the first qubit and the third qubit when the qubit coupling is homogenous or partial swap operation between the first qubit and the third qubit when the qubit coupling is inhomogenous, the swap operation being conditioned on the second qubit being in an excited state, and assigning a minus sign to the swapped basis states, the method comprising: evolving a state of the quantum system under a Hamiltonian describing the quantum system for a predetermined time, wherein during the evolving the frequencies of the first qubit, the second qubit and the third qubit are tuned by applying control signals to the qubit control lines via the control electronics such that: the ground and first excited state of the second qubit are separated by a first energy gap; the first and second excited state of the second qubit are separated by a second energy gap that is equal to the first energy gap minus a qubit anharmoniticity; the ground and first excited state of the first qubit and ground and first excited state of the third qubit are separated by a third energy gap that is equal to the first energy gap minus the qubit anharmonicity; and the first and second excited state of the first qubit and first and second excited state of the third qubit are separated by a fourth energy gap that is equal to the first energy gap minus twice the qubit anharmonicity. the ground and first excited state of the second qubit are separated by a first energy gap; the first and second excited state of the second qubit are separated by a second energy gap that is equal to the first energy gap minus a qubit anharmoniticity; the ground and first excited state of the first qubit and ground and first excited state of the third qubit are separated by a third energy gap that is equal to the first energy gap minus the qubit anharmonicity; and the first and second excited state of the first qubit and first and second excited state of the third qubit are separated by a fourth energy gap that is equal to the first energy gap minus twice the qubit anharmonicity.
A five mirror all-reflective afocal optical system comprising: a positive-powered primary mirror arranged and configured to receive and reflect collimated electromagnetic radiation received via an entrance pupil of the afocal optical system; a negative-powered second mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the primary mirror; a positive-powered third mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the secondary mirror; a negative-powered fourth mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the tertiary mirror to form an intermediate image; and a positive-powered fifth mirror configured to receive and re-collimate the electromagnetic radiation reflected from the quaternary mirror and to reflect the re-collimated electromagnetic radiation through an exit pupil of the afocal optical system, the intermediate image being located between the fourth and fifth mirrors. a positive-powered primary mirror arranged and configured to receive and reflect collimated electromagnetic radiation received via an entrance pupil of the afocal optical system; a negative-powered second mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the primary mirror; a positive-powered third mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the secondary mirror; a negative-powered fourth mirror arranged and configured to receive and further reflect the electromagnetic radiation reflected from the tertiary mirror to form an intermediate image; and a positive-powered fifth mirror configured to receive and re-collimate the electromagnetic radiation reflected from the quaternary mirror and to reflect the re-collimated electromagnetic radiation through an exit pupil of the afocal optical system, the intermediate image being located between the fourth and fifth mirrors.