mhurhangee/patent-ind-claim-en huggingface dataset:
A mount for damping oscillations, comprising: - a first chamber that is deformable by action of said oscillations; - a second chamber ; - a conduit that sets the first and the second chamber into communication; - an incompressible fluid suitable for moving between the first and the second chamber through said conduit ;said fluid being a magnetorheological fluid; said mount comprising regulating means for regulating the dynamic behaviour of the mount and that, in turn, comprises means for generating a magnetic field for exciting the magnetorheological fluid; the means for generating a magnetic field for exciting the magnetorheological fluid comprises a first bobbin that, in turn, comprises a plurality of turns; the first bobbin also comprising a first ferromagnetic insert positioned at least partially within the turns; characterised in that the first bobbin is external to the conduit ; the first insert crosses a wall of the conduit and projects internally to the conduit to come into contact with the fluid. - a first chamber that is deformable by action of said oscillations; - a second chamber ; - a conduit that sets the first and the second chamber into communication; - an incompressible fluid suitable for moving between the first and the second chamber through said conduit ;said fluid being a magnetorheological fluid;
A trans-critical thermodynamic system , comprising: a high pressure circuit through which supercritical fluid containing solutes flows; a fluid extraction point operable to extract a portion of the supercritical fluid from the high pressure circuit ; an expansion device receiving the portion of supercritical fluid , the expansion device operable to expand the portion of supercritical fluid to produce a sub-critical gas by reducing a temperature and a pressure of the supercritical fluid ; and a separator for removing the solutes from the sub-critical gas characterized in that the fluid extraction point is in fluid communication with a cooling circuit , wherein the supercritical fluid in the high pressure circuit that is not extracted at the fluid extraction point is circulated through the cooling circuit , the cooling circuit comprising: at least one heat exchanger ; and another expansion device . a high pressure circuit through which supercritical fluid containing solutes flows; a fluid extraction point operable to extract a portion of the supercritical fluid from the high pressure circuit ; an expansion device receiving the portion of supercritical fluid , the expansion device operable to expand the portion of supercritical fluid to produce a sub-critical gas by reducing a temperature and a pressure of the supercritical fluid ; and a separator for removing the solutes from the sub-critical gas characterized in that the fluid extraction point is in fluid communication with a cooling circuit , wherein the supercritical fluid in the high pressure circuit that is not extracted at the fluid extraction point is circulated through the cooling circuit , the cooling circuit comprising: at least one heat exchanger ; and another expansion device . at least one heat exchanger ; and another expansion device .
An oral care composition comprising: a. partially hydrolyzed plant protein, comprising oligo- and polypeptide molecules having a molecular weight distribution of about 500 to about 10000 D; b. an orally acceptable carrier, for use in a method of repairing or inhibiting dental erosion, promoting dental remineralization, and/or enhancing the anti-cavity effects of fluoride comprising applying to the teeth said oral care composition, wherein the partially hydrolyzed plant protein is present in the composition in an amount of from 0.1 weight % to 3 weight % by total weight of the composition and wherein the partially hydrolyzed plant protein is selected from partially hydrolyzed wheat protein, partially hydrolyzed rice protein and combinations thereof. a. partially hydrolyzed plant protein, comprising oligo- and polypeptide molecules having a molecular weight distribution of about 500 to about 10000 D; b. an orally acceptable carrier,
A virtual card downloading method, the method comprising: establishing , by a terminal, a near field communication connection to an intermediate device connected to a server, wherein the near field communication connection comprises a Bluetooth connection or WiFi connection, and wherein the terminal is not directly connected to the server through a communications network; reporting , by the terminal, terminal information to the server using the intermediate device, wherein the terminal information is used to enable the server to create an account for the terminal, the account is associated with a virtual card data for providing virtual card service, the virtual card data is provided for the terminal by an operator; accessing , by the terminal, the intermediate device by using the account, and downloading the virtual card data, associated with the account created at the server, by the near field communication connection; using, by the terminal, the virtual card service by invoking the virtual card data. establishing , by a terminal, a near field communication connection to an intermediate device connected to a server, wherein the near field communication connection comprises a Bluetooth connection or WiFi connection, and wherein the terminal is not directly connected to the server through a communications network; reporting , by the terminal, terminal information to the server using the intermediate device, wherein the terminal information is used to enable the server to create an account for the terminal, the account is associated with a virtual card data for providing virtual card service, the virtual card data is provided for the terminal by an operator; accessing , by the terminal, the intermediate device by using the account, and downloading the virtual card data, associated with the account created at the server, by the near field communication connection; using, by the terminal, the virtual card service by invoking the virtual card data.
A robot comprising: a hand; and a cartilage conduction vibration source which is provided in the hand and which conducts vibration to an ear cartilage of a human. a hand; and a cartilage conduction vibration source which is provided in the hand and which conducts vibration to an ear cartilage of a human.
A system for producing hydrogen and oxygen from water, the system comprising: a sunlight-absorbent target configured to heat to at least a temperature that thermally decomposes water, to receive water vapor, to heat the received water vapor to the temperature that thermally decomposes water to form a heated vapor, and to pass the heated vapor to an oxygen selective membrane, wherein the sunlight-absorbent target includes zirconia, alumina, magnesia, and/or hafnia material mixed with a dark-colored metal oxide; an oxygen selective membrane configured to, at the temperature that thermally decomposes water, separate oxygen from the heated vapor to form a hydrogen-rich vapor; a cooling chamber configured to cool the hydrogen-rich vapor to at least a specified temperature; and a hydrogen selective membrane configured to separate hydrogen in the hydrogen-rich vapor to leave substantially water vapor. a sunlight-absorbent target configured to heat to at least a temperature that thermally decomposes water, to receive water vapor, to heat the received water vapor to the temperature that thermally decomposes water to form a heated vapor, and to pass the heated vapor to an oxygen selective membrane, wherein the sunlight-absorbent target includes zirconia, alumina, magnesia, and/or hafnia material mixed with a dark-colored metal oxide; an oxygen selective membrane configured to, at the temperature that thermally decomposes water, separate oxygen from the heated vapor to form a hydrogen-rich vapor; a cooling chamber configured to cool the hydrogen-rich vapor to at least a specified temperature; and a hydrogen selective membrane configured to separate hydrogen in the hydrogen-rich vapor to leave substantially water vapor.
Horticultural lighting apparatus for illuminating a plant , the apparatus comprising: a lighting module comprising multiple lighting elements , wherein the lighting module is restricted to operating in a plurality of discrete modes which emit light with different discrete spectral compositions by emitting light from the lighting elements in different predetermined combinations, the modes comprising a growth mode configured with a spectrum that promotes growth of the plant, and at least one steering mode configured with a spectrum that steers another biological process of the plant, with at least one of the lighting elements being arranged to emit in both the growth and steering modes; and a controller arranged to switch the lighting module between the plurality of discrete modes, characterized in that the controller is configured to switch the lighting module between the grow mode and the at least one steering mode at different respective phases of a daily cycle, wherein the biological process that the at least one steering mode is configured to steer comprises: flowering, or resistance to disease. a lighting module comprising multiple lighting elements , wherein the lighting module is restricted to operating in a plurality of discrete modes which emit light with different discrete spectral compositions by emitting light from the lighting elements in different predetermined combinations, the modes comprising a growth mode configured with a spectrum that promotes growth of the plant, and at least one steering mode configured with a spectrum that steers another biological process of the plant, with at least one of the lighting elements being arranged to emit in both the growth and steering modes; and a controller arranged to switch the lighting module between the plurality of discrete modes,
A method for manufacturing a concrete structure using assembled concrete reinforcements and intended particularly to counter transverse deformations of concrete due to Poisson's ratio, said reinforcements, also called ladders , consisting of longitudinal steels , also called bars , around which are disposed at least two hoops each of said hoops following a profile formed by a succession of turns disposed around said bars and connecting the latter by inclined straight lines , one of said hoops having a pitch to the right, another having a pitch to the left, characterised in that main ladders and secondary ladders the height of which is less than that of the main ladders are thus formed; that a three-dimensional cage is formed by fastening between the bars of said main ladders , along a substantially orthogonal direction, said secondary ladders ; and that said reinforced concrete structure is a concrete slab, floor or roof.
A process for producing an animal meal comprising the steps of: a) contacting an animal by-product comprising protein and fat, with hydroxytyrosol at a concentration of at least 1 ppm; b) heating at a temperature from 50 °C to 250 °C until the fat contained in the animal by-product is melted; c) separating the melted fat from the animal by-product; and d) grinding the animal by-product thereby obtaining the animal meal. a) contacting an animal by-product comprising protein and fat, with hydroxytyrosol at a concentration of at least 1 ppm; b) heating at a temperature from 50 °C to 250 °C until the fat contained in the animal by-product is melted; c) separating the melted fat from the animal by-product; and d) grinding the animal by-product thereby obtaining the animal meal.
A gas analyzing method for measuring hydrogen fluoride in a sample containing a corrosive gas and water with a Fourier transform infrared spectrophotometer, wherein the Fourier transform infrared spectrophotometer comprises a detector having an InGaAs detection element and a single-path gas cell having an optical path length of 0.01 m to 2 m, a cell window is made of a corrosion-resistant material, a measurement region ranges from 3800 to 14300 cm -1 in wavenumber, and a concentration of hydrogen fluoride is quantified based on an amount of absorption of light having a predetermined wavenumber by the sample and a calibration curve. the Fourier transform infrared spectrophotometer comprises a detector having an InGaAs detection element and a single-path gas cell having an optical path length of 0.01 m to 2 m, a cell window is made of a corrosion-resistant material, a measurement region ranges from 3800 to 14300 cm -1 in wavenumber, and a concentration of hydrogen fluoride is quantified based on an amount of absorption of light having a predetermined wavenumber by the sample and a calibration curve.
Method for deriving audio parameter values from an AES67 compatible audio information signal, which is composed of a serial data stream of consecutive IP packets, wherein the IP packets contain an IP header, a UDP header, an RTP header and a data field, and wherein from information, which is stored in at least two RTP headers of at least two IP packets, a value N is derived which is equal to the number of samples per channel, which are contained in the data field of an IP packet; wherein for this purpose a timestamp is derived from the RTP header of two IP packets in the serial data stream, and the value N is calculated by means of the formula N = {TS(j) - TS(i)}/(p+1), wherein TS(i) and TS(j) are equal to the values of the two derived timestamps and p is the number of IP packets lying between the two IP packets (TP(i), IP(j)) in the serial data stream, wherein p is an integer greater than or equal to zero; and in the UDP header in the AES67-compatible audio information signal a check environment is present, in which data about the content of the information signal to be transmitted is stored and from which data is derived from the AES67-compatible audio information signal. wherein for this purpose a timestamp is derived from the RTP header of two IP packets in the serial data stream, and the value N is calculated by means of the formula N = {TS(j) - TS(i)}/(p+1), wherein TS(i) and TS(j) are equal to the values of the two derived timestamps and p is the number of IP packets lying between the two IP packets (TP(i), IP(j)) in the serial data stream, wherein p is an integer greater than or equal to zero; and in the UDP header in the AES67-compatible audio information signal a check environment is present, in which data about the content of the information signal to be transmitted is stored and from which data is derived from the AES67-compatible audio information signal.
A method for accessing data in a Unified Data Repository , UDR, the method comprising: storing, at a UDR, for a Data Set provided in the UDR for a plurality of Network Function, NF, service consumers , a plurality of Service Based Architecture, SBA, services , wherein each SBA service is associated with one or more Data Subsets , amongst a plurality of Data Subsets associated with the Data Set , and wherein each SBA service is provided for one or more NF service consumer amongst the plurality of NF service consumers ; registering, from the UDR toward a Network Repository Function , NRF, identifiers for the plurality of SBA services handled at the UDR and an identifier of the UDR; receiving, at the NRF from an NF service consumer , a service discovery request with an identifier of an SBA service ; transmitting, from the NRF toward the NF service consumer , the identifier of the UDR handling the SBA service ; transmitting, from the NF service consumer toward the UDR identified by the identifier of the UDR, a service request for the SBA service ; and receiving, at the NF service consumer from the UDR , information data relating to the one or more Data Subsets associated with the SBA service . storing, at a UDR, for a Data Set provided in the UDR for a plurality of Network Function, NF, service consumers , a plurality of Service Based Architecture, SBA, services , wherein each SBA service is associated with one or more Data Subsets , amongst a plurality of Data Subsets associated with the Data Set , and wherein each SBA service is provided for one or more NF service consumer amongst the plurality of NF service consumers ; registering, from the UDR toward a Network Repository Function , NRF, identifiers for the plurality of SBA services handled at the UDR and an identifier of the UDR; receiving, at the NRF from an NF service consumer , a service discovery request with an identifier of an SBA service ; transmitting, from the NRF toward the NF service consumer , the identifier of the UDR handling the SBA service ; transmitting, from the NF service consumer toward the UDR identified by the identifier of the UDR, a service request for the SBA service ; and receiving, at the NF service consumer from the UDR , information data relating to the one or more Data Subsets associated with the SBA service .
A method of a wireless device for receiving signals of a narrow band Internet of things, NB-IoT, cell in a wireless communication network, the method comprising: receiving, from a base station operating a Long Term Evolution, LTE, cell and a NB-IoT cell, a master information block, MIB, for the NB-IoT cell, the MIB including information on an operation mode of the NB-IoT cell; identifying an NB-IoT frequency offset from an LTE channel raster, wherein the NB-IoT frequency offset is received in the MIB in case that the information on the operation mode indicates a guard-band deployment or an in-band different physical cell identifier, PCI, deployment where a PCI for the NB-IoT cell is different from a PCI for the LTE cell, and the NB-IoT frequency offset is identified based on information on a physical resource block, PRB, associated with a cell reference signal of the LTE cell in the MIB in case that the information on the operation mode indicates an in-band same PCI deployment where the NB-IoT cell and the LTE cell share a same PCI, and receiving, from the base station, signals of the NB-IoT cell based on the NB-IoT frequency offset. receiving, from a base station operating a Long Term Evolution, LTE, cell and a NB-IoT cell, a master information block, MIB, for the NB-IoT cell, the MIB including information on an operation mode of the NB-IoT cell; identifying an NB-IoT frequency offset from an LTE channel raster, wherein the NB-IoT frequency offset is received in the MIB in case that the information on the operation mode indicates a guard-band deployment or an in-band different physical cell identifier, PCI, deployment where a PCI for the NB-IoT cell is different from a PCI for the LTE cell, and the NB-IoT frequency offset is identified based on information on a physical resource block, PRB, associated with a cell reference signal of the LTE cell in the MIB in case that the information on the operation mode indicates an in-band same PCI deployment where the NB-IoT cell and the LTE cell share a same PCI, and receiving, from the base station, signals of the NB-IoT cell based on the NB-IoT frequency offset.
An information processing apparatus comprising: a control device configured to: generate display data for display on a display unit , including a main image for display in a first area of a display area and a list of candidate images for display in a second area of the display area at a same time the main image is displayed in the first area, wherein the candidate images are extracted from and represent respective objects in the main image; and receive, from an operation unit having an input function of receiving a user operation and being configured to send a signal corresponding to the input operation to the control unit , an input from a user to select one candidate image from the list of candidate images, and generate in dependence on the selection of the one candidate image an indicator indicating as an emphasis or a mark the portion in the first area corresponding to the candidate image selected from the list of candidate images, characterized in that the control device is further configured to: end the display of the list of candidate images displayed in the second display area when the one candidate image from the list of candidate images is selected by the input from the user. a control device configured to: generate display data for display on a display unit , including a main image for display in a first area of a display area and a list of candidate images for display in a second area of the display area at a same time the main image is displayed in the first area, wherein the candidate images are extracted from and represent respective objects in the main image; and receive, from an operation unit having an input function of receiving a user operation and being configured to send a signal corresponding to the input operation to the control unit , an input from a user to select one candidate image from the list of candidate images, and generate in dependence on the selection of the one candidate image an indicator indicating as an emphasis or a mark the portion in the first area corresponding to the candidate image selected from the list of candidate images, characterized in that the control device is further configured to: end the display of the list of candidate images displayed in the second display area when the one candidate image from the list of candidate images is selected by the input from the user.
Intercom comprising at least two analog filters (AF, AF'), at least two digital filters (DF, DF'), at least two input lines (IL, IL') and at least two mixers (MX3, MX3') respectively connected to one of at least two audio outputs (OUT, OUT'), wherein each analog filter (AF, AF') is connected to either input line (IL, IL'), respectively, and is suitable to filter at least one audio signal (VN, VN') transmitted through this input line (IL, IL'), respectively, wherein each input line (IL, IL') is also connected to either digital filter (DF, DF'), respectively, to filter the audio signal (VN, VN') transmitted through this input line (IL, IL'), wherein the outputs of either analog filter (AF, AF') and of either digital filter (DF, DF') are respectively connected to one of said at least two mixers (MX3, MX3') to mix the audio signals (VNa, VNa', VNd, VNd') filtered by this analog filter (AF, AF') and this digital filter (DF, DF'), characterized in that said at least two input lines (IL, IL') are connected to at least two inputs of each of at least two pairs of further mixers (MX1, MX2, MX1', MX2') suitable to mix the audio signals (VN, VN') transmitted through these at least two input lines (IL, IL'), wherein the output of each further mixer (MX1, MX2, MX1', MX2') is connected to the input of one of said at least two digital filters (DF, DF') and at least two analog filters (AF, AF'), respectively, and in that at least one switch (SW3, SW3', SW4, SW4'), controlled by at least one electronic control unit (CU), is arranged between a digital filter (DF, DF') and the respective mixer (MX3, MX3') connected to an audio output (OUT, OUT') and/or between an analog filter (AF, AF') and the respective mixer (MX3, MX3') connected to an audio output (OUT, OUT').
Material combination containing a first fluid, comprising a liquid crystal material, and an electrically insulating second fluid substantially not miscible with the first fluid comprising one or more substantially fluorinated or perfluorinated organic compounds which are in contact with each other along a phase boundary. a first fluid, comprising a liquid crystal material, and an electrically insulating second fluid substantially not miscible with the first fluid comprising one or more substantially fluorinated or perfluorinated organic compounds which are in contact with each other along a phase boundary.