mhurhangee/patent-ind-claim-en huggingface dataset:
A hydroponic apparatus, comprising a cultivation tank and planting containers , wherein the cultivation tank comprises an inner space configured to contain nutrient solutions and a planting groove formed on the top of the cultation tank; and each of the planting containers comprises a container body and a container brim , each of the planting containers is capable of being arranged on the planting groove along a width direction of the planting groove through the container brim, each of the planting containers is movable along a length direction of the planting groove, and each of the planting containers is configured to grow a plant , wherein the hydroponic apparatus comprises a planting container moving mechanism , and the planting container moving mechanism comprises a push mechanism configured to push the planting containers to move along the planting groove and a rotating mechanism configured to rotate the push mechanism; the push mechanism comprises a holder , a push rod and a push driving mechanism fixed on the holder; the holder is arranged in parallel with the planting groove, and is rotatable around an axis extending along the length direction of the planting groove; the push driving mechanism is connected to the push rod in a transmission manner, to move the push rod back and forth along the length direction of the planting groove; and the rotating mechanism comprises a rotation driving mechanism, and the rotation driving mechanism is connected to the holder in a transmission manner, to drive the holder to rotate around the axis extending along the length direction of the planting groove. the cultivation tank comprises an inner space configured to contain nutrient solutions and a planting groove formed on the top of the cultation tank; and each of the planting containers comprises a container body and a container brim , each of the planting containers is capable of being arranged on the planting groove along a width direction of the planting groove through the container brim, each of the planting containers is movable along a length direction of the planting groove, and each of the planting containers is configured to grow a plant , wherein the hydroponic apparatus comprises a planting container moving mechanism , and the planting container moving mechanism comprises a push mechanism configured to push the planting containers to move along the planting groove and a rotating mechanism configured to rotate the push mechanism; the push mechanism comprises a holder , a push rod and a push driving mechanism fixed on the holder; the holder is arranged in parallel with the planting groove, and is rotatable around an axis extending along the length direction of the planting groove; the push driving mechanism is connected to the push rod in a transmission manner, to move the push rod back and forth along the length direction of the planting groove; and the rotating mechanism comprises a rotation driving mechanism, and the rotation driving mechanism is connected to the holder in a transmission manner, to drive the holder to rotate around the axis extending along the length direction of the planting groove.
A computer implemented method for processing 3D scanned data to manufacture a dental prosthesis, comprising: acquiring image data from a target object , on which a structure for prosthesis treatment is installed, through a 3D scanner; acquiring the shape information of the structure from the image data ; comparing the shape information of the scanned structure , acquired in the acquiring of the image data , to reference data for the structure ; and aligning the locations of the reference data and the shape information of the scanned structure , on the basis of the comparison result, wherein the reference data and the shape information of the scanned structure are coupled and formed as corrected data , and wherein a scan error is displayed as a plurality of predetermined patterns or colors on the surface of the image data . acquiring image data from a target object , on which a structure for prosthesis treatment is installed, through a 3D scanner; acquiring the shape information of the structure from the image data ; comparing the shape information of the scanned structure , acquired in the acquiring of the image data , to reference data for the structure ; and aligning the locations of the reference data and the shape information of the scanned structure , on the basis of the comparison result, wherein the reference data and the shape information of the scanned structure are coupled and formed as corrected data , and wherein a scan error is displayed as a plurality of predetermined patterns or colors on the surface of the image data .
Light signal, in particular for railway safety installations, having an LED signal transmitter , wherein the LED signal transmitter has a programming interface for specifying parameters for the LED signal transmitter and for continual and on demand programming, wherein the parameters relate to LED control and/or operating voltage selection and/or characteristic adjustment and/or monitoring , characterised in that a test interface is provided for reading out the parameters of the LED signal transmitter .
A method of identifying a hepatitis B virus (HBV) antiviral agent in an assay, in vitro, wherein the assay comprises using an HBV-infected cell, wherein the metabolic capacity of the HBV-infected cell is modulated, and applying a test agent to the HBV-infected cell such that the test agent is not metabolized or is minimally metabolized during the assay.
An apparatus comprising means configured to: receive audio content from a remote user device, the audio content comprising primary audio and secondary audio, the secondary audio being different to the primary audio and comprising ambient audio; receive secondary audio importance information associated with said audio content and indicative of an importance of the secondary audio; receive current audio presentation information indicative of at least whether audio from one or more audio sources is currently being presented as spatial audio such that respective audio of the one or more audio sources is to be perceived as originating from one or more respective directions or ranges of directions around a reference point; provide for presentation of the primary audio; and provide for presentation of the secondary audio based on the secondary audio importance information and the current audio presentation information. receive audio content from a remote user device, the audio content comprising primary audio and secondary audio, the secondary audio being different to the primary audio and comprising ambient audio; receive secondary audio importance information associated with said audio content and indicative of an importance of the secondary audio; receive current audio presentation information indicative of at least whether audio from one or more audio sources is currently being presented as spatial audio such that respective audio of the one or more audio sources is to be perceived as originating from one or more respective directions or ranges of directions around a reference point; provide for presentation of the primary audio; and provide for presentation of the secondary audio based on the secondary audio importance information and the current audio presentation information.
A method of forming a wind turbine blade , the wind turbine blade comprising: a main blade module defining a main body of the blade and including a first mating feature ; and, a separate edge module defining at least part of a trailing edge of the blade and including a second mating feature , wherein the first mating feature is a tongue and the second mating feature is a recess complementary to the tongue , the method comprising: applying an adhesive to at least one of the first mating feature and the second mating feature ; arranging the separate edge module relative to the main blade module such that the first and second mating features are mutually adjacent, wherein arranging the separate edge module relative to the main blade module includes receiving the tongue into the recess ; and, applying a pressure force to squeeze the adhesive to bond the first and second mating features together, wherein the pressure force is caused by removing air from, or injecting air into, an air sealed region . the wind turbine blade comprising: a main blade module defining a main body of the blade and including a first mating feature ; and, a separate edge module defining at least part of a trailing edge of the blade and including a second mating feature , a main blade module defining a main body of the blade and including a first mating feature ; and, a separate edge module defining at least part of a trailing edge of the blade and including a second mating feature , wherein the first mating feature is a tongue and the second mating feature is a recess complementary to the tongue , the method comprising: applying an adhesive to at least one of the first mating feature and the second mating feature ; arranging the separate edge module relative to the main blade module such that the first and second mating features are mutually adjacent, wherein arranging the separate edge module relative to the main blade module includes receiving the tongue into the recess ; and, applying a pressure force to squeeze the adhesive to bond the first and second mating features together, applying an adhesive to at least one of the first mating feature and the second mating feature ; arranging the separate edge module relative to the main blade module such that the first and second mating features are mutually adjacent, wherein arranging the separate edge module relative to the main blade module includes receiving the tongue into the recess ; and, applying a pressure force to squeeze the adhesive to bond the first and second mating features together, wherein the pressure force is caused by removing air from, or injecting air into, an air sealed region .
A method of preparing a printer cartridge for transport, characterized in that the method comprises: applying a volume of immiscible fluid to a nozzle bore of a printhead , characterised in that the immiscible fluid is an isoparaffin liquid.
A fixing device for a flowmeter component, comprising: two fixing supports , configured to be respectively fixed on two sides of the flowmeter component ; wherein each of the two fixing supports is formed with a connecting arc , and the connecting arc being axisymmetric about a vertical direction of the fixing support , characterized in that each of the two fixing supports is made of a rectangular tube with a rectangular cross-section, and in that the fixing device further comprises balancing blocks , respectively fixed on sides of the two fixing supports to make the fixing device be mass-symmetric. two fixing supports , configured to be respectively fixed on two sides of the flowmeter component ; wherein each of the two fixing supports is formed with a connecting arc , and the connecting arc being axisymmetric about a vertical direction of the fixing support , characterized in that each of the two fixing supports is made of a rectangular tube with a rectangular cross-section, and in that the fixing device further comprises balancing blocks , respectively fixed on sides of the two fixing supports to make the fixing device be mass-symmetric.
A pharmaceutical composition comprising isopropyl (6-{[4-(pyrazol-1-yl)benzyl](pyridin-3-ylsulfonyl)aminomethyl}pyridin-2-ylamino)acetate or a salt thereof and a nonionic surfactant, which further comprises edetic acid or a salt thereof.
A method of performing a speaker recognition function based on a first audio signal and a second audio signal , and using a plurality of devices that each include a microphone, the method comprising: capturing the second audio signal at a microphone of a first device ; sending audio data representative of the captured second audio signal from the first device to a second device ; receiving, at the first device , audio data representative of the first audio signal from the second device , the first audio signal captured by a microphone of the second device ; performing , at the first device , noise reduction on the second audio signal based at least in part on the audio data representative of the first audio signal to obtain a noise-reduced first audio signal; generating , at the first device , one or more features based on the noise-reduced second audio signal and sending the one or more features from the first device to the second device ; receiving, at the first device , one or more features from the second device , the one or more features received from the second device being generated at the second device based on a noise-reduced first audio signal which is a result of noise reduction performed at the second device on the first audio signal ; and performing , at the first device , a speaker recognition function based on the one or more features received from the second device . capturing the second audio signal at a microphone of a first device ; sending audio data representative of the captured second audio signal from the first device to a second device ; receiving, at the first device , audio data representative of the first audio signal from the second device , the first audio signal captured by a microphone of the second device ; performing , at the first device , noise reduction on the second audio signal based at least in part on the audio data representative of the first audio signal to obtain a noise-reduced first audio signal; generating , at the first device , one or more features based on the noise-reduced second audio signal and sending the one or more features from the first device to the second device ; receiving, at the first device , one or more features from the second device , the one or more features received from the second device being generated at the second device based on a noise-reduced first audio signal which is a result of noise reduction performed at the second device on the first audio signal ; and performing , at the first device , a speaker recognition function based on the one or more features received from the second device .
A method of measuring the level of hydrophobicity of a chromatographic resin, comprising: (a) mixing a fluorophore with a gold nanoparticle (GNP) to form a fluorophore-conjugated gold nanoparticle; (b) contacting the fluorophore-conjugated gold nanoparticle with a chromatographic resin in a solution; (c) removing the supernatant and washing the chromatographic resin with a washing buffer; and (d) quantifying the level of fluorescence intensity of the chromatographic resin, thereby measuring the level of hydrophobicity of the chromatographic resin, wherein the level of the fluorescence intensity from (d) is indicative of the level of hydrophobicity of a chromatographic resin. (a) mixing a fluorophore with a gold nanoparticle (GNP) to form a fluorophore-conjugated gold nanoparticle; (b) contacting the fluorophore-conjugated gold nanoparticle with a chromatographic resin in a solution; (c) removing the supernatant and washing the chromatographic resin with a washing buffer; and (d) quantifying the level of fluorescence intensity of the chromatographic resin, thereby measuring the level of hydrophobicity of the chromatographic resin,
Apparatus with an outlet for a fluid, in particular for milk froth, having a control unit that which can move the outlet spatially in two or three coordinate directions (x, y, z), so that during the dispensing of the fluid a graphic pattern can be created automatically on the surface of the beverage dispensed in the container, preferably coffee, characterized by a pivotable and/or displaceably housed guide sleeve and at least one hose element , which can be displaced in this guide sleeve and through which the fluid passes, having the outlet , which can be moved with the hose element and the guide sleeve in at least one plane in these two coordinate directions (x, y) in controlled manner by the control unit above the container, and in so doing the fluid, in particular the milk froth can be dispensed into said container.
Method of synchronizing clocks of a computer network , wherein a first grandmaster sends a first synchronization information addressed to at least a second grandmaster , the first synchronization information comprising information about a first subset of grandmasters configured to receive the first synchronization information , and wherein a second synchronization information , including information about a second subset of grandmasters configured to receive the second synchronization information , is transmitted by the second grandmaster to at least one grandmaster of the second subset , wherein that the first synchronization information indicates a first time and a second time according to a first time base , trel, and according to a second time base , tabs, of respective clocks of the first grandmaster respectively, and the second synchronization information indicates a third time according to the first time base , trel, of a respective clock of the second grandmaster .
A system of collecting a paint residue, the system comprising: a bubble-containing functional water generation portion which is configured so as to generate functional water that is bubble-containing alkaline water or acid water; a paint collecting portion which collects the paint residue with the functional water; and a storage portion which recovers the functional water from the paint collecting portion and which stores the functional water, wherein the paint collecting portion is configured such that the functional water flows down on a wall surface of a water curtain formation member so as to form a water membrane, and the paint residue is collected by colliding with the water membrane. a bubble-containing functional water generation portion which is configured so as to generate functional water that is bubble-containing alkaline water or acid water; a paint collecting portion which collects the paint residue with the functional water; and a storage portion which recovers the functional water from the paint collecting portion and which stores the functional water, wherein the paint collecting portion is configured such that the functional water flows down on a wall surface of a water curtain formation member so as to form a water membrane, and the paint residue is collected by colliding with the water membrane.
A battery-powered vacuum cleaner having a body with a battery , a motor , an impeller and a dirt-collection chamber , the body having a front , a back , a first side and a second side , the body also having a bottom wall with an opening through which air can pass into the body, a rotatable brush mounted adjacent to the opening, the opening spanning a large proportion of the body between the first and second sides, the battery being located at the first side , characterised in that the motor is located at the second side with the dirt-collection chamber between the battery and the motor.
A method for controlling a clutch arrangement of a vehicle transmission arranged within a gearbox housing of a vehicle, the clutch arrangement being connected to a pneumatically controlled actuator arrangement for controllably arrange the clutch arrangement between a closed position and an open position, wherein the vehicle transmission further comprises at least one rotatable transmission component (108, 108', 108") configured to assume an engaged state, a disengaged state and an at least partially engaged state, the method being characterized by comprising the steps of: - determining (S1), at a first point in time, a temperature level within the gearbox housing in the vicinity of the pneumatically controlled actuator arrangement; if the temperature level is below a predetermined threshold limit: - controlling (S2) the at least one transmission component (108, 108', 108") to be positioned in the at least partially engaged state for providing parts of the at least one transmission component to rotate relative to each other to increase the temperature level within the gearbox housing ; - providing (S3) compressed gas to said pneumatically controlled actuator arrangement; and - controlling (S4) the pneumatically controlled actuator arrangement to arrange the clutch arrangement from the closed position to the opened position when a gas pressure level of the pneumatically controlled actuator arrangement is above a predetermined pressure limit. - determining (S1), at a first point in time, a temperature level within the gearbox housing in the vicinity of the pneumatically controlled actuator arrangement; - controlling (S2) the at least one transmission component (108, 108', 108") to be positioned in the at least partially engaged state for providing parts of the at least one transmission component to rotate relative to each other to increase the temperature level within the gearbox housing ; - providing (S3) compressed gas to said pneumatically controlled actuator arrangement; and - controlling (S4) the pneumatically controlled actuator arrangement to arrange the clutch arrangement from the closed position to the opened position when a gas pressure level of the pneumatically controlled actuator arrangement is above a predetermined pressure limit.
A case for a handheld electronic device , comprising: an adjunct camera in wireless communication with a handheld electronic device disposed within the case; an attachment mechanism on the adjunct camera operative to attach the adjunct camera to an object; and a recess for storing the adjunct camera such that when the adjunct camera is in the recess the adjunct camera is flush with the case, wherein the adjunct camera has a lens and a flash , the lens and flash facing inwardly toward the handheld electronic device when the adjunct camera is stored in the recess of the case. an adjunct camera in wireless communication with a handheld electronic device disposed within the case; an attachment mechanism on the adjunct camera operative to attach the adjunct camera to an object; and a recess for storing the adjunct camera such that when the adjunct camera is in the recess the adjunct camera is flush with the case, wherein the adjunct camera has a lens and a flash , the lens and flash facing inwardly toward the handheld electronic device when the adjunct camera is stored in the recess of the case.
Extracellular vesicles (EV) derived from a fermentation product of natural raw materials and microorganisms, wherein the natural raw materials are plant raw materials and comprise lemons, pitted dates, figs, walnuts, coconuts, soybeans, onions, mung bean sprouts, celery, artichokes, millet, and peas, and wherein the EV are of plant and microbial origin, wherein the fermentation of the natural raw materials comprises (a) the production of a first ferment extract or ferment powder; (b) subjecting a portion of the first ferment extract or ferment powder to at least one further fermentation; and (c) mixing the portion/s of the further fermentation/s with the remaining portion of the first fermentation extract or fermentation powder, wherein the microorganisms consist of Lactobacillus, and wherein the size of the EV is between 150-210 nm, 240-300 nm, 350-410 nm, and 575-635 nm, preferably between 175-185 nm, 265-275 nm, 375-385 nm, and 600-610 nm, and wherein the size of the EV is measured as described in Example 2 of the description. (a) the production of a first ferment extract or ferment powder; (b) subjecting a portion of the first ferment extract or ferment powder to at least one further fermentation; and (c) mixing the portion/s of the further fermentation/s with the remaining portion of the first fermentation extract or fermentation powder,