mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a crystallized carotenoid-containing composition which is a needle crystal, wherein the maximum length of the crystals is 5 μm or longer, and whose astaxanthin content based on the total composition is 40 mass% or more, wherein the method comprises: an extraction step where a culture obtained by culturing a microorganism that produces carotenoids including astaxanthin is extracted using a one- to three-carbon alcohol; an extract separation step where an extract is obtained by separating the microorganism and the extract; a concentration step where a concentrate is obtained by concentrating the extract so that the liquid quantity of said extract is reduced to 1/1.25 to 1/20, and the astaxanthin concentration of the concentrate is 0.088 to 1.4% (wt/wt); a heating step, wherein the solution is heated to a temperature higher than the temperature for the crystallization step, thereby isomerizing at least one portion of cis-carotenoid isomers to trans-isomers; a crystallization step where crystals of the carotenoid-containing composition are produced in the concentrate; and a crystal separation step where the crystals are separated and obtained from mother liquor. an extraction step where a culture obtained by culturing a microorganism that produces carotenoids including astaxanthin is extracted using a one- to three-carbon alcohol; an extract separation step where an extract is obtained by separating the microorganism and the extract; a concentration step where a concentrate is obtained by concentrating the extract so that the liquid quantity of said extract is reduced to 1/1.25 to 1/20, and the astaxanthin concentration of the concentrate is 0.088 to 1.4% (wt/wt); a heating step, wherein the solution is heated to a temperature higher than the temperature for the crystallization step, thereby isomerizing at least one portion of cis-carotenoid isomers to trans-isomers; a crystallization step where crystals of the carotenoid-containing composition are produced in the concentrate; and a crystal separation step where the crystals are separated and obtained from mother liquor.
A metal soap, comprising metal soap particles in which a fatty acid has from 6 to 22 carbons, and an inorganic crystal nucleating agent with an average particle size of 0.01 to 20 μm absorbed internally into the metal soap particles, wherein the cumulative diameter at 50% of the metal soap particles on a volumetric basis is 1.0 to 30.0 μm, and the internal absorption rate A, represented by formula below, is 30% or greater. Internal absorption rate A = 100 − X / X ′ × 100 X; amount of inorganic crystal nucleating agent contained within metal soap X'; amount of inorganic crystal nucleating agent contained within pulverized metal soap passed through a 325-mesh filter (wherein X and X' are average values obtained by elemental analysis at three locations in an area of 15 μm square, using a scanning electron microscope/energy dispersive X-ray spectroscopy (SEM/EDX), under conditions of an accelerating voltage of 10 kV and a height of 15 mm) X; amount of inorganic crystal nucleating agent contained within metal soap X'; amount of inorganic crystal nucleating agent contained within pulverized metal soap passed through a 325-mesh filter (wherein X and X' are average values obtained by elemental analysis at three locations in an area of 15 μm square, using a scanning electron microscope/energy dispersive X-ray spectroscopy (SEM/EDX), under conditions of an accelerating voltage of 10 kV and a height of 15 mm)
An antenna comprising: a first dielectric layer ; a conductive pattern layer formed on a surface of the first dielectric layer; a second dielectric layer joined to the first dielectric layer on a side opposite to the conductive pattern layer with respect to the first dielectric layer; a conductive ground layer formed between the first dielectric layer and the second dielectric layer; a dielectric substrate joined to the second dielectric layer on a side opposite to the conductive ground layer with respect to the second dielectric layer; and an antenna pattern layer formed between the second dielectric layer and the dielectric substrate, the antenna pattern layer including one or more radiation elements, the conductive pattern layer including a feed line for supplying electric power to the radiation elements, the first and second dielectric layers being flexible, the dielectric substrate being rigid. a first dielectric layer ; a conductive pattern layer formed on a surface of the first dielectric layer; a second dielectric layer joined to the first dielectric layer on a side opposite to the conductive pattern layer with respect to the first dielectric layer; a conductive ground layer formed between the first dielectric layer and the second dielectric layer; a dielectric substrate joined to the second dielectric layer on a side opposite to the conductive ground layer with respect to the second dielectric layer; and an antenna pattern layer formed between the second dielectric layer and the dielectric substrate, the antenna pattern layer including one or more radiation elements, the conductive pattern layer including a feed line for supplying electric power to the radiation elements, the first and second dielectric layers being flexible, the dielectric substrate being rigid.
A method of quantifying a clathrate deposit in a subsurface from seismic data corresponding to that subsurface, the method comprising using a computing system in: determining a maximum and a minimum value of a pull-up, wherein the pull-up is from a digital image that includes the pull-up, the digital image generated by filtering a laterally extensive subsurface digital image from the seismic data; estimating a sound-wave speed of a clathrate deposit causing the pull-up and a sound-wave speed of a background deposit via modeled values of the corresponding deposits or from measured values, wherein the clathrate deposit and the background deposit are different; calculating a gross clathrate thickness using the maximum value of the pull-up, the minimum value of the pull-up, the sound-wave speed of the clathrate deposit, and the sound-wave speed of the background deposit; using the sound-wave speed of the clathrate deposit, and a relationship of clathrate sound-wave speed with clathrate concentration value, to determine a clathrate concentration value corresponding to the sound-wave speed of the clathrate deposit; and determining a net clathrate thickness using a product of the gross clathrate thickness and the determined clathrate concentration value. determining a maximum and a minimum value of a pull-up, wherein the pull-up is from a digital image that includes the pull-up, the digital image generated by filtering a laterally extensive subsurface digital image from the seismic data; estimating a sound-wave speed of a clathrate deposit causing the pull-up and a sound-wave speed of a background deposit via modeled values of the corresponding deposits or from measured values, wherein the clathrate deposit and the background deposit are different; calculating a gross clathrate thickness using the maximum value of the pull-up, the minimum value of the pull-up, the sound-wave speed of the clathrate deposit, and the sound-wave speed of the background deposit; using the sound-wave speed of the clathrate deposit, and a relationship of clathrate sound-wave speed with clathrate concentration value, to determine a clathrate concentration value corresponding to the sound-wave speed of the clathrate deposit; and determining a net clathrate thickness using a product of the gross clathrate thickness and the determined clathrate concentration value.
A lithium metal battery comprising a positive electrode plate, a negative electrode plate and an electrolyte, the positive electrode plate comprising a positive electrode current collector and a positive electrode active material layer arranged on at least one surface of the positive electrode current collector and comprising a positive electrode active material, wherein, the negative electrode plate comprises a polymer material base layer ; and a lithium-based metal layer that is directly bonded to both surfaces of the polymer material base layer . a polymer material base layer ; and a lithium-based metal layer that is directly bonded to both surfaces of the polymer material base layer .
Motor vehicle latch , including a catch ; a pawl for a latching of the catch ; a latch plate or a latch case; a screw opening in the latch plate or the latch case for a screw connection with the motor vehicle; a housing wall surrounding the catch and the pawl ; an empty cavity to provide space for a screw connection to connect the latch plate or the latch case with the motor vehicle; a closed cover defining the extension of the empty cavity within the motor vehicle latch ; wherein only the catch and the pawl and no or a maximum of one further rigid-shaped, power-transmitted latch component of the motor vehicle latch are pivotably mounted on the same first rotational level on the latch plate or on the latch case; said empty cavity stretches directly inwards; said empty cavity is defined inbetween the area of the catch and the pawl and the housing wall ; characterized in that the narrowest point of the cover is larger than the 10 x of a diameter of the screw opening .
Analysis device adapted for analyzing expiration air of a patient , preferably for monitoring an anesthesia of the patient during a medical intervention, the analysis device being configured to determine, in the expiration air, a portion of an analyte contained in the expiration air of the patient , comprising: at least one multi-capillary column adapted for pre-separating the expiration air to be analyzed; and an ion mobility spectrometer in which gas components of the expiration air are ionized and accelerated towards a detection device ; the analysis device being adapted to output signal excursions which are created by the ionized gas components of the expiration air which hit the detection device , characterized by a determination device (CPU) that is adapted to determine a portion of the analyte which is to be determined and is contained in the expiration air to be analyzed by calibration of the signal excursion of the analyte to a signal excursion which is caused by the air moisture of expiration air.
A method of making a male touch fastener product , the method comprising: shearing distal portions of loops extending from a side of a flexible fabric , leaving fibers extending from the side of the flexible fabric in place of the sheared loops, the fibers extending to respective free distal ends, while leaving other loops extending from the side of the fabric intact, and then heating the distal ends with energy supplied by a linear energy source , such that resin of the distal ends flows to form enlarged heads on the extending fibers, while leaving at least some of the other loops intact, wherein, as a result of the shearing and heating, the flexible fabric has both headed fibers and functional loops extending from the side of the flexible fabric, and wherein most of the enlarged heads are disposed closer to the side of the flexible fabric than portions of the intact loops. shearing distal portions of loops extending from a side of a flexible fabric , leaving fibers extending from the side of the flexible fabric in place of the sheared loops, the fibers extending to respective free distal ends, while leaving other loops extending from the side of the fabric intact, and then heating the distal ends with energy supplied by a linear energy source , such that resin of the distal ends flows to form enlarged heads on the extending fibers, while leaving at least some of the other loops intact, wherein, as a result of the shearing and heating, the flexible fabric has both headed fibers and functional loops extending from the side of the flexible fabric, and wherein most of the enlarged heads are disposed closer to the side of the flexible fabric than portions of the intact loops.
A method of wireless power transmission comprising: providing wireless power from a transmit antenna to a receive antenna of a wireless power receiver, wherein the transmit antenna is surrounded by a plurality of metallic plates (V1-V8); exciting a first plate of the plurality of metallic plates, via the wireless power provided from the transmit antenna; detecting , in the presence of a non-charging object, a first change in a first parameter indicative of a coupling between the non-charging object and the first plate; and varying a characteristic of the wireless power transmission based on said first change; wherein the method is further for determining a distance of an object from a transmit antenna, the method further comprising: exciting , via the wireless power provided from the transmit antenna, a second plate of the plurality of metallic plates, the second plate being displaced from the first plate such that each of the plates reacts to a presence of an object in a different location; detecting , in the presence of the non-charging object, a second change in a second parameter indicative of a coupling between the non-charging object and the second plate; and comparing said first and second changes to determine a location of said object. providing wireless power from a transmit antenna to a receive antenna of a wireless power receiver, wherein the transmit antenna is surrounded by a plurality of metallic plates (V1-V8); exciting a first plate of the plurality of metallic plates, via the wireless power provided from the transmit antenna; detecting , in the presence of a non-charging object, a first change in a first parameter indicative of a coupling between the non-charging object and the first plate; and varying a characteristic of the wireless power transmission based on said first change; wherein the method is further for determining a distance of an object from a transmit antenna, the method further comprising: exciting , via the wireless power provided from the transmit antenna, a second plate of the plurality of metallic plates, the second plate being displaced from the first plate such that each of the plates reacts to a presence of an object in a different location; detecting , in the presence of the non-charging object, a second change in a second parameter indicative of a coupling between the non-charging object and the second plate; and comparing said first and second changes to determine a location of said object. exciting , via the wireless power provided from the transmit antenna, a second plate of the plurality of metallic plates, the second plate being displaced from the first plate such that each of the plates reacts to a presence of an object in a different location; detecting , in the presence of the non-charging object, a second change in a second parameter indicative of a coupling between the non-charging object and the second plate; and comparing said first and second changes to determine a location of said object.
An injection molding machine, comprising: a motor ; a motion conversion mechanism which includes a screw shaft which is rotated by the motor and a screw nut which is screwed to the screw shaft and is moved forward or rearward by a rotation of the screw shaft ; and a base to which the motor and the motion conversion mechanism are assembled, characterized in that the base and a member assembled to the base are spigot-fitted to each other, thus centering and positioning said member in the front-rear direction of the injection molding machine with respect to an assembly hole , and the member spigot-fitted to the base is spigot-fitted to another member , thus centering and positioning said other member in the front-rear direction of the injection molding machine with respect to the assembly hole . a motor ; a motion conversion mechanism which includes a screw shaft which is rotated by the motor and a screw nut which is screwed to the screw shaft and is moved forward or rearward by a rotation of the screw shaft ; and a base to which the motor and the motion conversion mechanism are assembled, characterized in that the base and a member assembled to the base are spigot-fitted to each other, thus centering and positioning said member in the front-rear direction of the injection molding machine with respect to an assembly hole , and the member spigot-fitted to the base is spigot-fitted to another member , thus centering and positioning said other member in the front-rear direction of the injection molding machine with respect to the assembly hole .
A soluble zinc polyphosphate complex made by combining ingredients, wherein the ingredients comprise: an organic zinc salt comprising zinc lactate; sodium hexametaphosphate, in amounts that provide a phosphorus atoms to zinc atoms mole ratio of 20:1 to 21:1; and a solvent. an organic zinc salt comprising zinc lactate; sodium hexametaphosphate, in amounts that provide a phosphorus atoms to zinc atoms mole ratio of 20:1 to 21:1; and a solvent.
A device for permanently supplying a small or very small load with energy, in an existing electrical alternating current circuit with a switch with a diode being associated therewith and through which the small or very small load can be permanently supplied with electrical current in the form of a half-wave voltage from the electrical alternating current circuit through the electrical alternating current circuit via the switch with the diode , irrespective of whether the switch opens or closes the electrical alternating current circuit , characterized in that the diode is installed bridging the switch either in the direction or opposite direction of current flow of the electrical alternating current circuit and an electrical circuit for controlling the small or very small electrical load designed as a standby powering unit (SPU) and comprising at least one half-wave detection , an AC/DC converter and an electrical relay/switch is associated with the electrical alternating current circuit , such that, depending on the type of installation of the diode in the switch , the electronics of the electrical circuit detects positive or negative half-waves as soon as the switch is open, wherein the electrical circuit controls the small or very small electrical load and a microprocessor is associated with the electrical circuit through which the small or very small electrical load is drivable by means of an input interface in form of a WebUI (Web User Interface) or a user application for PC and/or mobile telephone by detecting, by the microprocessor, actuation of the switch via the application of a normal alternating voltage or a positive or negative half-wave of the electrical alternating current circuit and thus obtaining information about the switching state of the switch , wherein this information about the switching state of the switch can be used via the microprocessor for driving the input interface in the WebUI or the application.
Adjusting device for a scraper bar in a system for producing a paper belt with a wire belt , to which scraper bars aligned transversely to the direction of movement thereof and spaced apart from one another are assigned, the adjusting device having the scraper bar , a support bar and an positioning device , wherein the scraper bar is supported by the support bar and is adjustable relative to the support bar and the wire belt by means of the positioning device , and wherein the scraper bar and the support bar are coupled to one another by means of guides mounted thereon, characterized in that by displacing the scraper bar in its longitudinal direction relative to the support bar , the spacing respectively angular position of the scraper bar can be adjusted relative to the support bar and thus relative to the wire belt .
A method at a user equipment, UE, for wireless communication, comprising: monitoring in a shared spectrum, in which spectrum transmitting devices contend for access, a first physical carrier and a second physical carrier for control information used to dynamically schedule at least one physical carrier of the physical carriers, wherein monitoring the physical carriers includes monitoring a restricted number of decoding candidates on at least one of the physical carriers, wherein restricting the number of blind decoding candidates is based on cross-carrier scheduling between the physical carriers; receiving over a physical carrier of the physical carriers a control format indicator value for a frame; and determining , based on the control format indicator value, a number of subframes of the frame to be used by a base station for downlink transmissions over the at least one physical carrier of the physical carriers. monitoring in a shared spectrum, in which spectrum transmitting devices contend for access, a first physical carrier and a second physical carrier for control information used to dynamically schedule at least one physical carrier of the physical carriers, wherein monitoring the physical carriers includes monitoring a restricted number of decoding candidates on at least one of the physical carriers, wherein restricting the number of blind decoding candidates is based on cross-carrier scheduling between the physical carriers; receiving over a physical carrier of the physical carriers a control format indicator value for a frame; and determining , based on the control format indicator value, a number of subframes of the frame to be used by a base station for downlink transmissions over the at least one physical carrier of the physical carriers.
A packaging material for a power storage device, the packaging material comprising a structure in which at least a substrate protective layer, a substrate layer, an adhesive layer, a metal foil layer, a sealant adhesive layer, and a sealant layer are laminated in this order, wherein the substrate protective layer is a cured product of a raw material containing a polyester resin or an acrylic resin, and a curing agent, the polyester resin or the acrylic resin has reactive groups reactive with the curing agent at a terminal position and/or in a side chain, the curing agent contains an isocyanate other than an alicyclic isocyanate, and an alicyclic isocyanate, and the ratio ([a]/[b]) of the weight of the isocyanate other than an alicyclic isocyanate [a] to the weight of the alicyclic isocyanate [b] is 99/1 to 80/20, wherein the ratio ([B]/[A]) of the number of moles of reactive groups of the curing agent [B] to the number of moles of reactive groups of the polyester resin or the acrylic resin [A] is 5 to 60.