mhurhangee/patent-ind-claim-en huggingface dataset:
A vibration apparatus for a mobile terminal, characterized by comprising: a substrate suitable for abutting on a display panel of a mobile terminal, wherein the substrate is disposed so as to be parallel to the display panel; a housing fixed on the substrate ; at least two coils fixed on an inner side surface of the substrate , wherein the inner side surface faces away from the display panel, the at least two coils are disposed coaxially, and axes of the at least two coils are perpendicular to the substrate ; an elastic piece , wherein a first side surface of the elastic piece abuts on the inner side surface of the substrate ; and a magnetic component connected to a second side surface of the elastic piece , wherein the magnetic component comprises an accommodating groove , and the at least two coils are at least in part accommodated in the accommodating groove , wherein the second side surface is disposed away from the first side surface, the vibration apparatus has at least a first working mode and a second working mode, and numbers of coils electrified when the vibration apparatus is in the first working mode is not equal to numbers of coils electrified when the vibration apparatus is in the second working mode; wherein the electricity in the at least two coils is alternating current. a substrate suitable for abutting on a display panel of a mobile terminal, wherein the substrate is disposed so as to be parallel to the display panel; a housing fixed on the substrate ; at least two coils fixed on an inner side surface of the substrate , wherein the inner side surface faces away from the display panel, the at least two coils are disposed coaxially, and axes of the at least two coils are perpendicular to the substrate ; an elastic piece , wherein a first side surface of the elastic piece abuts on the inner side surface of the substrate ; and a magnetic component connected to a second side surface of the elastic piece , wherein the magnetic component comprises an accommodating groove , and the at least two coils are at least in part accommodated in the accommodating groove , wherein the second side surface is disposed away from the first side surface, the vibration apparatus has at least a first working mode and a second working mode, and numbers of coils electrified when the vibration apparatus is in the first working mode is not equal to numbers of coils electrified when the vibration apparatus is in the second working mode; wherein the electricity in the at least two coils is alternating current.
An emulsion for therapeutic use by controlled drug release triggered by application of an external stimulus, comprising: - a discontinuous phase comprising droplets including a first and a second lipophilic compound, at least one surfactant and at least one drug; and - a continuous aqueous phase; wherein the first lipophilic compound has a first mass solubility in water and the second lipophilic compound has a second mass solubility in water lower than the first mass solubility, in a volume ratio of the first lipophilic compound to the second lipophilic compound greater than 70: 30; and wherein the discontinuous phase is substantially free or completely free of perfluorocarbon compound. - a discontinuous phase comprising droplets including a first and a second lipophilic compound, at least one surfactant and at least one drug; and - a continuous aqueous phase;
An aqueous micro-emulsion comprising i) an odoriferous oil phase ii) at least one non-ionic surfactant iii) at least one co -solvent selected from isosorbide, solketal, and ethers thereof, or mixtures thereof, and iv) optionally, a solubilizer selected from glycerol derivatives and diols, and mixtures thereof, characterized in that the micro-emulsion comprises up to 15 weight % of the odoriferous oil phase, and 65%wt to 74%wt of water. i) an odoriferous oil phase ii) at least one non-ionic surfactant iii) at least one co -solvent selected from isosorbide, solketal, and ethers thereof, or mixtures thereof, and iv) optionally, a solubilizer selected from glycerol derivatives and diols, and mixtures thereof,
A method for producing an adhesive composition, the method comprising: a step of obtaining an alcohol-added isocyanate (E) by reacting a trifunctional or higher isocyanate compound (C2) and a monofunctional alcohol compound (D) at an equivalence ratio of isocyanate groups in the trifunctional or higher isocyanate compound (C2) : monofunctional alcohol (D) = 100 mol% : 25 to 65 mol%, and a step of mixing a polyisocyanate (A) comprising a trifunctional or higher polyisocyanate compound (C1) and the alcohol-added isocyanate (E), and an alcohol (B) having an acid value of 0.5 to 30 mgKOH/g, so that an equivalence ratio between isocyanate groups in the polyisocyanate (A) and hydroxyl groups in the alcohol (B) (isocyanate groups/hydroxyl groups) is within a range from 0.7 to 2.5; wherein the alcohol (B) comprises a polyol (B1) having an acid value of 15 to 40 mgKOH/g and a monofunctional alcohol (B2), wherein an amount of the monofunctional alcohol (B2) within 100 % by weight of the alcohol (B) is not more than 50 % by weight. a step of obtaining an alcohol-added isocyanate (E) by reacting a trifunctional or higher isocyanate compound (C2) and a monofunctional alcohol compound (D) at an equivalence ratio of isocyanate groups in the trifunctional or higher isocyanate compound (C2) : monofunctional alcohol (D) = 100 mol% : 25 to 65 mol%, and a step of mixing a polyisocyanate (A) comprising a trifunctional or higher polyisocyanate compound (C1) and the alcohol-added isocyanate (E), and an alcohol (B) having an acid value of 0.5 to 30 mgKOH/g, so that an equivalence ratio between isocyanate groups in the polyisocyanate (A) and hydroxyl groups in the alcohol (B) (isocyanate groups/hydroxyl groups) is within a range from 0.7 to 2.5; wherein the alcohol (B) comprises a polyol (B1) having an acid value of 15 to 40 mgKOH/g and a monofunctional alcohol (B2), wherein an amount of the monofunctional alcohol (B2) within 100 % by weight of the alcohol (B) is not more than 50 % by weight.
An individualized cancer vaccine comprising an RNA encoding a recombinant polypeptide comprising neo-epitopes for use in a method of inducing an immune response against cancer cells of a patient, wherein the cancer cells of the patient express an antigen comprising said neo-epitope and wherein the neo-epitopes are not found in non-cancerous cells of the patient, said method comprising administering the vaccine to the patient, wherein expression of the recombinant polypeptide in cells of the patient results in MHC class I presentation of said epitopes, and wherein the MHC class I-presented neo-epitopes are capable of eliciting a CD8+ T cell response against cancer cells of the patient expressing the antigen comprising said neo-epitope. wherein the cancer cells of the patient express an antigen comprising said neo-epitope and wherein the neo-epitopes are not found in non-cancerous cells of the patient, said method comprising administering the vaccine to the patient, wherein expression of the recombinant polypeptide in cells of the patient results in MHC class I presentation of said epitopes, and wherein the MHC class I-presented neo-epitopes are capable of eliciting a CD8+ T cell response against cancer cells of the patient expressing the antigen comprising said neo-epitope.
An instance of a network function of a 5G communication system core network configured to perform one or more transactions with an instance of an other network function of the communication system core network related to a context of a radio communication terminal device and to a request/response exchange between the instance of the network function and the instance of the other network function ; wherein one of the one or more transactions comprises one of a stickiness indication and a non-stickiness indication, wherein the stickiness indication is an identification of the instance of the network function as address of the network function, indicating to the instance of the other network function that the instance of the network function must be contacted to perform one or more future transactions related to the context of the radio communication terminal device, and the non-stickiness indication is an identification of a group of instances of the network function as address of the network function, indicating to the instance of the other network function that any instance from the group of instances of the network function is to be contacted to perform the one or more future transactions.
A connector for introducing heat exchange fluid to or receiving heat exchange fluid from a heat exchanger, wherein the connector comprises: a first block comprising a first fluid channel and a second fluid channel in a fluid communication with each other; a second block comprising a solid portion comprising a protruded portion , wherein the protruded portion comprises a primary fluid channel , and wherein at least a portion of the protruded portion protrudes into the second fluid channel of the first block to secure the second block with the first block in a desired orientation, the primary fluid channel of the second block being in fluid communication with the second fluid channel of the first block , characterised in that the second block includes at least two locking projections provided, in parallel to the protruded portion on the solid portion of the second block for retaining the angular position between the first block and the second block . a first block comprising a first fluid channel and a second fluid channel in a fluid communication with each other; a second block comprising a solid portion comprising a protruded portion , wherein the protruded portion comprises a primary fluid channel , and wherein at least a portion of the protruded portion protrudes into the second fluid channel of the first block to secure the second block with the first block in a desired orientation, the primary fluid channel of the second block being in fluid communication with the second fluid channel of the first block , characterised in that the second block includes at least two locking projections provided, in parallel to the protruded portion on the solid portion of the second block for retaining the angular position between the first block and the second block .
An electronic display, especially for trolleys, provided with a display housing being a trolley handle or being mounted on a trolley handle, comprising a screen located in the display housing , the display housing being provided with a window , characterized in that the screen is further placed in a removable inner housing , matching the interior of the display housing , thereby forming a separate display module , wherein at least a part of the inner housing of the display module is at least partially located in the area of the window of the display housing while the display housing comprises an access opening for the electrical connector , wherein the window of the display housing is provided with a pane and the inner housing of the display module is located, at least partially, under the pane of the window of the display housing , with a distance from the pane .
A mobile combustion cleaning system for removing debris from a plurality of semi-permeable heat exchange surfaces by transmitting a shaped impulse wave a depth into the semi-permeable heat exchange surfaces for removing debris, the mobile combustion cleaning system comprising: a moveable distribution network extending from a mixing valve to an outlet , said mixing valve receiving a combustion mixture from a mobile cart according to a configurable controller ; an ignitor positioned between said mixing valve and said outlet and in electrical communication with said configurable controller whereby said ignitor generates said impulse wave from said combustion mixture; said moveable distribution network configured for transmitting said impulse wave from said outlet onto said semi-permeable heat exchange surfaces ; a navigation network configured for secured receipt of said distribution network ; characterised by a a navigational controller in operable communication with said navigation network for movement of said navigation network along a first axis , a second axis and a third axis ; said configurable controller configured for receiving and monitoring pressure data; and a navigation command sent from said navigational controller to said navigation network for movement of said distribution network along at least one of said first, second and third axes . a moveable distribution network extending from a mixing valve to an outlet , said mixing valve receiving a combustion mixture from a mobile cart according to a configurable controller ; an ignitor positioned between said mixing valve and said outlet and in electrical communication with said configurable controller whereby said ignitor generates said impulse wave from said combustion mixture; said moveable distribution network configured for transmitting said impulse wave from said outlet onto said semi-permeable heat exchange surfaces ; a navigation network configured for secured receipt of said distribution network ; characterised by a a navigational controller in operable communication with said navigation network for movement of said navigation network along a first axis , a second axis and a third axis ; said configurable controller configured for receiving and monitoring pressure data; and a navigation command sent from said navigational controller to said navigation network for movement of said distribution network along at least one of said first, second and third axes .
A mass spectrometer, comprising: an ion source , arranged to generate ions; comprising a mass selection device , configured to receive the generated ions and selectively to eject ions of a first range of mass-to-charge ratios and ions of a second range of mass-to-charge ratios; an ion storage device , located downstream from the mass selection device and configured to receive the ions of the first range of mass-to-charge ratios so as to provide a first sample of ions and to receive ions of a second range of mass-to-charge ratios so as to provide the second sample of ions; a first mass analyser , having a first resolution and arranged to receive the first sample of ions from the ion storage device and to analyse the first sample of ions during a first time period, the first sample of ions having a first range of mass-to-charge ratios; and a second mass analyser , having a second resolution and arranged to receive the second sample of ions from the ion storage device and to analyse the second sample of ions during a second time period, the second sample of ions having a second range of mass-to-charge ratios that is different from the first range of mass-to-charge ratios; and wherein the first and second time periods at least partly overlap. an ion source , arranged to generate ions; comprising a mass selection device , configured to receive the generated ions and selectively to eject ions of a first range of mass-to-charge ratios and ions of a second range of mass-to-charge ratios; an ion storage device , located downstream from the mass selection device and configured to receive the ions of the first range of mass-to-charge ratios so as to provide a first sample of ions and to receive ions of a second range of mass-to-charge ratios so as to provide the second sample of ions; a first mass analyser , having a first resolution and arranged to receive the first sample of ions from the ion storage device and to analyse the first sample of ions during a first time period, the first sample of ions having a first range of mass-to-charge ratios; and a second mass analyser , having a second resolution and arranged to receive the second sample of ions from the ion storage device and to analyse the second sample of ions during a second time period, the second sample of ions having a second range of mass-to-charge ratios that is different from the first range of mass-to-charge ratios; and wherein the first and second time periods at least partly overlap.
Magnetic flowmeter comprising: a flowtube ; a flowtube module configured to sample a voltage induced in a fluid flowing through the flowtube and to generate a digital measurement signal representative thereof, said voltage being induced in response to a magnetic field applied to the fluid; wherein the flowtube module includes a processor-readable storage medium configured to store calibration data for the flowmeter and a flowtube processor connected to the processor-readable storage medium and configured to bundle the digital measurement signal and the calibration data by generating data packets including both the digital measurement signal and the calibration data; a transmitter module configured to generate a drive signal for driving the magnetic field applied to the fluid and to use the digital measurement signal and the calibration data to generate an output signal representative of a flow rate of the flowing fluid; and a single communication path between the flowtube module and the transmitter module for communicating both the drive signal from the transmitter module to the flowtube module and the digital measurement signal bundled with the calibration data from the flowtube module to the transmitter module . a flowtube ; a flowtube module configured to sample a voltage induced in a fluid flowing through the flowtube and to generate a digital measurement signal representative thereof, said voltage being induced in response to a magnetic field applied to the fluid; wherein the flowtube module includes a processor-readable storage medium configured to store calibration data for the flowmeter and a flowtube processor connected to the processor-readable storage medium and configured to bundle the digital measurement signal and the calibration data by generating data packets including both the digital measurement signal and the calibration data; a transmitter module configured to generate a drive signal for driving the magnetic field applied to the fluid and to use the digital measurement signal and the calibration data to generate an output signal representative of a flow rate of the flowing fluid; and a single communication path between the flowtube module and the transmitter module for communicating both the drive signal from the transmitter module to the flowtube module and the digital measurement signal bundled with the calibration data from the flowtube module to the transmitter module .
A control device comprising: a housing ; a motor provided in the housing ; a control unit provided in the housing and used for controlling the motor ; and a frame arranged in the housing and constituting a boundary plate between the motor and the control unit , wherein a semiconductor module , an intermediate member , and a control board are stacked sequentially in the control unit , the semiconductor module is disposed between the frame and the intermediate member so as to be in contact with the frame and the intermediate member , and characterized in that a latch portion is provided on one of the semiconductor module and the intermediate member , a hole is provided on the other of the semiconductor module and the intermediate member , and the latch portion is formed from an insulator, the semiconductor module and the intermediate member are engaged with each other by engaging the latch portion with the hole , a motor control terminal connected to a coil winding terminal of the motor , a control terminal to which a control command signal is input from the control board , and a power supply system terminal are disposed on at least one side of the semiconductor module , and the latch portion and the hole are disposed on another side of the semiconductor module at which these terminals are not disposed. a housing ; a motor provided in the housing ; a control unit provided in the housing and used for controlling the motor ; and a frame arranged in the housing and constituting a boundary plate between the motor and the control unit , wherein a semiconductor module , an intermediate member , and a control board are stacked sequentially in the control unit , the semiconductor module is disposed between the frame and the intermediate member so as to be in contact with the frame and the intermediate member , and characterized in that a latch portion is provided on one of the semiconductor module and the intermediate member , a hole is provided on the other of the semiconductor module and the intermediate member , and the latch portion is formed from an insulator, the semiconductor module and the intermediate member are engaged with each other by engaging the latch portion with the hole , a motor control terminal connected to a coil winding terminal of the motor , a control terminal to which a control command signal is input from the control board , and a power supply system terminal are disposed on at least one side of the semiconductor module , and the latch portion and the hole are disposed on another side of the semiconductor module at which these terminals are not disposed.
Cold water recovery device for a shower that comprises: - a mixing valve comprising a thermostatic cartridge with a control system of a first temperature setpoint (T1), a first controller configured to act on said control system, a cold inlet connected to a cold water supply pipe , a hot inlet wherein the water penetrates from a hot water supply pipe , and an outlet connected on a shower pipe , - a reservoir for the temporary storage of the cold water flowing in the hot water supply pipe , - an opening/closing system of the flow of the water, - a divert valve comprising a thermostatic cartridge with a control system of a second temperature setpoint (T2), an inlet , a hot outlet and a cold outlet connected on an inlet of the reservoir , said valve being configured so that the water penetrating through said inlet is directed toward the cold outlet while the temperature thereof has not reached the second temperature setpoint (T2), then is directed toward the hot outlet once said second setpoint has been reached, characterised in that said device comprises: - a Venturi system configured to suck the cold water in the reservoir and re-inject same into the circuit during the flow of the water at the outlet of the shower pipe , - a first transmission system configured to actuate concomitantly said control systems on the mixing valve and the divert valve during the actuation of the first controller , so as to proportionally modify the first temperature setpoint (T1) and the second temperature setpoint (T2). - a mixing valve comprising a thermostatic cartridge with a control system of a first temperature setpoint (T1), a first controller configured to act on said control system, a cold inlet connected to a cold water supply pipe , a hot inlet wherein the water penetrates from a hot water supply pipe , and an outlet connected on a shower pipe , - a reservoir for the temporary storage of the cold water flowing in the hot water supply pipe , - an opening/closing system of the flow of the water, - a divert valve comprising a thermostatic cartridge with a control system of a second temperature setpoint (T2), an inlet , a hot outlet and a cold outlet connected on an inlet of the reservoir , said valve being configured so that the water penetrating through said inlet is directed toward the cold outlet while the temperature thereof has not reached the second temperature setpoint (T2), then is directed toward the hot outlet once said second setpoint has been reached, characterised in that said device comprises: - a Venturi system configured to suck the cold water in the reservoir and re-inject same into the circuit during the flow of the water at the outlet of the shower pipe , - a first transmission system configured to actuate concomitantly said control systems on the mixing valve and the divert valve during the actuation of the first controller , so as to proportionally modify the first temperature setpoint (T1) and the second temperature setpoint (T2).