mhurhangee/patent-ind-claim-en huggingface dataset:
An illuminated container for the growth of biological entities comprising: a container having at least one wall and a port ; and a light diffusing fiber comprising: a core formed from a silica-based glass; a cladding in direct contact with the core; and an outer polymer coating layer surrounding the light diffusing fiber , the outer polymer coating layer being the cured product of a liquid polymer blend comprising a scattering composition and a luminophore, characterised in that the container further comprises a detector arranged to measure light transmission of light emitted from the light diffusing fiber and passed through media in the container; and in that the scattering composition of the liquid polymer blend comprises between 0.5 wt. % and 10 wt. % of scattering material. a container having at least one wall and a port ; and a light diffusing fiber comprising: a core formed from a silica-based glass; a cladding in direct contact with the core; and an outer polymer coating layer surrounding the light diffusing fiber , the outer polymer coating layer being the cured product of a liquid polymer blend comprising a scattering composition and a luminophore, a core formed from a silica-based glass; a cladding in direct contact with the core; and an outer polymer coating layer surrounding the light diffusing fiber , the outer polymer coating layer being the cured product of a liquid polymer blend comprising a scattering composition and a luminophore,
A metal container containing a fluid for replaceable incorporation into a machine in which the fluid is utilized, the container having a base , the container comprising: an identification module at the container's base that comprises an RFID element for storing data relating to the container's identifiers and for communicating such data to an RF communication module in the machine; wherein the identification module comprises a shielding element between the RFID element and the juxtaposed portion of the base, wherein the shielding element is made of a ferromagnetic metal or alloy; and wherein the fluid is pressurized gas. an identification module at the container's base that comprises an RFID element for storing data relating to the container's identifiers and for communicating such data to an RF communication module in the machine; wherein the identification module comprises a shielding element between the RFID element and the juxtaposed portion of the base, wherein the shielding element is made of a ferromagnetic metal or alloy; and wherein the fluid is pressurized gas.
An electric power tool comprising: a motor of a brushless type configured to drive a tip tool ; an operating unit which includes a trigger switch and through which a manipulated variable, corresponding to a displacement of the trigger switch from a reference position, is entered, the manipulated variable defining a rotational velocity of the motor ; and a control unit configured to set a target rotational velocity based on the manipulated variable and control the rotational velocity of the motor to bring the rotational velocity of the motor into conformity with the target rotational velocity (ω2, ω4) of the motor after the motor has started running, the control unit being configured to apply a voltage with a startup voltage pattern to the motor at a startup time (t1) when the motor starts up, and the control unit being configured to adjust, according to the manipulated variable entered through the operating unit at the startup time of the motor , the startup voltage pattern of the voltage applied to the motor at the startup time of the motor . a motor of a brushless type configured to drive a tip tool ; an operating unit which includes a trigger switch and through which a manipulated variable, corresponding to a displacement of the trigger switch from a reference position, is entered, the manipulated variable defining a rotational velocity of the motor ; and a control unit configured to set a target rotational velocity based on the manipulated variable and control the rotational velocity of the motor to bring the rotational velocity of the motor into conformity with the target rotational velocity (ω2, ω4) of the motor after the motor has started running, the control unit being configured to apply a voltage with a startup voltage pattern to the motor at a startup time (t1) when the motor starts up, and the control unit being configured to adjust, according to the manipulated variable entered through the operating unit at the startup time of the motor , the startup voltage pattern of the voltage applied to the motor at the startup time of the motor .
An inorganic chromium-free metal surface treatment agent comprising a compound X containing a metal X 1 and having a structure represented by X 1 =O, ionic species of which containing the metal X 1 become cations in an aqueous solution, and a compound Y containing a metal Y 1 , ionic species of which containing the metal Y 1 become anions in an aqueous solution, a total content of the compound X being from 0.01 to 10 % by mass, a total content of the compound Y being from 0.01 to 10 % by mass, a molar ratio of the metal X 1 in the cation and the metal Y 1 in the anion ((metal X 1 )/(metal Y 1 )) being from 0.1 to 5, the metal X 1 being Zr, the metal Y 1 being at least one member selected from the group consisting of Ti, Zr, and Si, and the compound X is one of zirconyl sulphate, zirconyl nitrate and zirconyl acetate and the compound Y is one of fluorotitanic acid, fluorozirconic acid, silicofluoric acid and salts thereof, and the metal surface treatment agent comprising at least one phosphorus-containing compound selected from the group consisting of phosphoric acid, phosphorous acid, condensed phosphoric acid, phosphonic acid, and a derivative of any one of them, in an amount of from 0.01 to 10 % by mass and containing substantially no organic resin.
A gas leak amount detection method comprising: detecting, in a refrigerant circuit using a zeotropic refrigerant, a gas leak amount on the basis of a liquid temperature and a liquid pressure of a saturated liquid of the zeotropic refrigerant, characterized in that the gas leak amount is detected from a relationship between the liquid pressure and a refrigerant leak ratio in the saturated liquid at a certain liquid temperature, a normal refrigerant charging amount of the refrigerant circuit , and a normal component ratio of the zeotropic refrigerant.
A method for obtaining an elastic feature of an object , the method comprising: inducing (S220) a first shear wave in the object by transmitting (S210) a first push ultrasound signal which is generated by a probe of an ultrasound apparatus and a first grating lobe signal which relates to the first push ultrasound signal toward the object; transmitting (S230) a first tracking ultrasound signal to an area of the object where the first shear wave has propagated, and receiving (S240), from the object, a first reflection signal which relates to the first tracking ultrasound signal; measuring (S250) a first shear wave parameter which indicates a shear wave characteristic of the first shear wave based on the first reflection signal; and obtaining (S260) an elastic feature of the object by using the measured first shear wave parameter characterized in that : the strength of the first grating lobe signal is equal to the strength of the first push ultrasound signal ; and the step of inducing the first shear wave in the object further comprises synthesizing a first sub-shear wave induced in the object by the first push ultrasound signal and a second sub-shear wave induced in the object by the first grating lobe signal . inducing (S220) a first shear wave in the object by transmitting (S210) a first push ultrasound signal which is generated by a probe of an ultrasound apparatus and a first grating lobe signal which relates to the first push ultrasound signal toward the object; transmitting (S230) a first tracking ultrasound signal to an area of the object where the first shear wave has propagated, and receiving (S240), from the object, a first reflection signal which relates to the first tracking ultrasound signal; measuring (S250) a first shear wave parameter which indicates a shear wave characteristic of the first shear wave based on the first reflection signal; and obtaining (S260) an elastic feature of the object by using the measured first shear wave parameter characterized in that : the strength of the first grating lobe signal is equal to the strength of the first push ultrasound signal ; and the step of inducing the first shear wave in the object further comprises synthesizing a first sub-shear wave induced in the object by the first push ultrasound signal and a second sub-shear wave induced in the object by the first grating lobe signal . the strength of the first grating lobe signal is equal to the strength of the first push ultrasound signal ; and the step of inducing the first shear wave in the object further comprises synthesizing a first sub-shear wave induced in the object by the first push ultrasound signal and a second sub-shear wave induced in the object by the first grating lobe signal .
Vortex flowmeter with a measuring tube through which a medium can flow, with at least one baffle body for generating vortices in the medium and with at least one deflecting body which can be deflected at least as a result of the pressure fluctuations caused by the vortices in the medium, wherein at least one electronic unit is provided, which applies electromagnetic radiation to the deflecting body and receives electromagnetic radiation from the deflecting body , wherein the electromagnetic radiation is radiation in the microwave range and that the deflecting body is arranged in a measurement chamber located on the side of the measuring tube and connected to the measuring tube in a pressure-transmitting manner, characterized in that at least one line device is provided, which conducts electromagnetic radiation to the deflecting body and/or carries electromagnetic radiation away from the deflecting body , and in that the electronic unit applies electromagnetic radiation to the at least one line device and/or taps electromagnetic radiation from the at least one line device .
A plating or coating method for producing a metal-ceramic composite coating on a substrate characterised by adding a sol of a ceramic phase to the plating solution or electrolyte in an amount controlled to be sufficiently low that nanoparticles of the ceramic phase form directly onto or at the substrate, wherein molecules of the ceramic phase exist in a net-structure in the sol, wherein the sol is added in a ratio of 0.5 to 100 ml of sol per litre of the plating solution, wherein the sol has a concentration of 20 to 250 grams of the ceramic phase per litre of the sol, and wherein the ceramic phase is a single or mixed oxide or silicate of Ti, W, Si, Zr, Al, Y, Cr, Fe, Pb, Co, or a rare earth element, such that the metal-ceramic coating forms on the substrate with a predominantly crystalline structure. wherein molecules of the ceramic phase exist in a net-structure in the sol, wherein the sol is added in a ratio of 0.5 to 100 ml of sol per litre of the plating solution, wherein the sol has a concentration of 20 to 250 grams of the ceramic phase per litre of the sol, and wherein the ceramic phase is a single or mixed oxide or silicate of Ti, W, Si, Zr, Al, Y, Cr, Fe, Pb, Co, or a rare earth element, such that the metal-ceramic coating forms on the substrate with a predominantly crystalline structure.
An electrically operated assembly for a personal care implement , the assembly comprising a handle housing defining an inner cavity , a connector for repeatably attaching and detaching a head to and from the assembly, and a motor for operating the assembly, wherein the connector comprises a recess in which the motor is accommodated, characterized in that the connector is at least partially made from a material having an e-modulus being higher than the e-modulus of the material from which the handle housing is made, the material from which the connector is at least partially made has an e-modulus of at least 4000 MPa, preferably from 4000 MPa to 20000 MPa, further preferably from 10000 MPa to 11000 MPa, even further preferably 10400 MPa, and the material from which the handle housing is made is polypropylene, acrylic styrene acrylonitrile, or copolyester.
A water heating control and storage system, comprising: a first water heater comprising a first insulated tank and being configured to heat water in the insulated tank to an elevated storage temperature of greater than approximately 66 °C (150 degrees F) during a water heating mode; a second water heater for storing water; a heat exchanger coupled with a hot out pipe of the first water heater , the heat exchanger receiving energy from the water heated in the first insulated tank to the elevated storage temperature during a heat exchange mode, characterized in that the water heating control and storage system comprises a mixing valve coupled with the hot out pipe for receiving the water heated to the elevated storage temperature and with the heat exchanger for receiving a flow of cooler water from the heat exchanger , the mixing valve configured for directing a mixed flow of water into the second water heater ; and an operation control device configured to (i) receive and process a demand response signal and to operate the system in at least one of a plurality of operating modes, including at least the water heating mode and the heat exchange mode, and (ii) selectively operate the system in the heat exchange mode and the water heating mode and comprises a control device to process at least one signal that indicates an energy usage state from a plurality of energy usage states of an energy provider including at least a peak state and an off peak state; wherein the operation control device operates in the heat exchange mode when the energy usage state and associated cost is the peak state. a first water heater comprising a first insulated tank and being configured to heat water in the insulated tank to an elevated storage temperature of greater than approximately 66 °C (150 degrees F) during a water heating mode; a second water heater for storing water; a heat exchanger coupled with a hot out pipe of the first water heater , the heat exchanger receiving energy from the water heated in the first insulated tank to the elevated storage temperature during a heat exchange mode, characterized in that the water heating control and storage system comprises a mixing valve coupled with the hot out pipe for receiving the water heated to the elevated storage temperature and with the heat exchanger for receiving a flow of cooler water from the heat exchanger , the mixing valve configured for directing a mixed flow of water into the second water heater ; and an operation control device configured to (i) receive and process a demand response signal and to operate the system in at least one of a plurality of operating modes, including at least the water heating mode and the heat exchange mode, and (ii) selectively operate the system in the heat exchange mode and the water heating mode and comprises a control device to process at least one signal that indicates an energy usage state from a plurality of energy usage states of an energy provider including at least a peak state and an off peak state; wherein the operation control device operates in the heat exchange mode when the energy usage state and associated cost is the peak state.
Shading system with a plurality of blinds , a hidden blind rotation mechanism, the blinds resting against a support frame that has four sides, of which two sides are perpendicular to the blinds and for collecting and draining water with a water dripper , and two sides are parallel to the blinds, and a drive bar for the blinds, the support frame rests against four supporting columns , each of them has inside its inner profile a clamped seating system , said blinds being openly formed for water drainage on one side along their entire length and having an the- overlapping flap on the other side along their length and two caps at their ends, wherein said shading system is being comprised of: - the support frame having four support profiles , - at least one rotation blind featuring a through chamber inside it along its length, - the four supporting columns , - two profiles with formed recesses , characterised by the fact that - each support profile has a hook-shaped accessory at each end, and each of the support profiles for the two sides perpendicular to the blinds has a connection projection and an opening equal in size with the water dripper cross-section, - said shading system has said hidden blind rotation mechanism with a reducer installed inside the through chamber of the rotation blind , - each supporting column has an opening at its side, corresponding to the opening of one of the support profiles for the two sides perpendicular to the blinds and with sealing means , and each column has two hook accessories corresponding to the hook of the frame profiles and two spacers , - said two profiles are with formed recesses , each located on the top Z of one of the two profiles of the support frame laid perpendicularily to the blinds, and with two profile caps with corresponding recesses . - the support frame having four support profiles , - at least one rotation blind featuring a through chamber inside it along its length, - the four supporting columns , - two profiles with formed recesses , - each support profile has a hook-shaped accessory at each end, and each of the support profiles for the two sides perpendicular to the blinds has a connection projection and an opening equal in size with the water dripper cross-section, - said shading system has said hidden blind rotation mechanism with a reducer installed inside the through chamber of the rotation blind , - each supporting column has an opening at its side, corresponding to the opening of one of the support profiles for the two sides perpendicular to the blinds and with sealing means , and each column has two hook accessories corresponding to the hook of the frame profiles and two spacers , - said two profiles are with formed recesses , each located on the top Z of one of the two profiles of the support frame laid perpendicularily to the blinds, and with two profile caps with corresponding recesses .
A portable communicator for use in a process control system , the process control system including a controller coupled to a field device , the controller configured to communicate with the field device to control a physical process parameter or to measure a physical process control parameter in a process plant, the portable communicator comprising: a processor; a computer-readable memory having computer-readable instructions executable on the processor; a communication interface configured to communicate wirelessly with the field device without communicating via the controller ; a user interface configured to display a connection status between the portable communicator and the field device; and a software application stored on the computer readable memory and configured to execute on the processor to send data to the field device or to receive data from the field device via the communication interface and not via the controller , and wherein the portable communicator is configured to prevent a user of the portable communicator from overriding parameters of the field device through the portable communicator when the connection status with the field device displayed at the user interface indicates to the user that the field device is unavailable for configuration. a processor; a computer-readable memory having computer-readable instructions executable on the processor; a communication interface configured to communicate wirelessly with the field device without communicating via the controller ; a user interface configured to display a connection status between the portable communicator and the field device; and a software application stored on the computer readable memory and configured to execute on the processor to send data to the field device or to receive data from the field device via the communication interface and not via the controller , and wherein the portable communicator is configured to prevent a user of the portable communicator from overriding parameters of the field device through the portable communicator when the connection status with the field device displayed at the user interface indicates to the user that the field device is unavailable for configuration.
A feeding device for a glass melting apparatus with a sealing mechanism and at least one kinetic mechanism , wherein, when the feeding device is in operation, the kinetic mechanism performs a cyclical movement and is guided through the sealing mechanism along at least one passage , characterized in that, adjacent to an open area of each passage , at least one gas nozzle is arranged on the side of the sealing mechanism facing away from the glass melting apparatus, so that the gas flowing out of the at least one gas nozzle reduces the amount of dust and/or exhaust from the glass melting apparatus that reaches the side of the sealing mechanism facing away from the glass melting apparatus through the corresponding passage , and in that a nozzle ring is provided, which extends around the preferably rod-shaped kinetic mechanism and includes a plurality of gas nozzles.
A lithographic ink comprising (a) a pigment and (b) a resin having an ethylenically unsaturated group and a hydrophilic group, further comprising (g) a pigment dispersant, wherein content of the pigment dispersant (g) is 5 to 50 mass % in relation to 100 mass % of the pigment (a), and wherein the pigment dispersant (g) contains an acidic group.