mhurhangee/patent-ind-claim-en huggingface dataset:
An LED-based light (16;30;40) operable in cooperation with a building environment regulator that regulates at least one environmental condition in one or more rooms of a building , the LED-based light comprising: at least one LED ; at least one electrical connector compatible with a conventional light fixture ; a sensor operable to output a first signal (α) indicative of whether an area of one or more of the rooms is in an occupied state or a non-occupied state; or a receiver , the receiver being in communication with a sensor (20;36) of the building environment regulator, wherein the sensor outputs a first signal (α) indicating whether an area in one or more rooms of the building is in an occupied state or a non-occupied state; an LED controller operable to control an amount of power provided to the at least one LED based upon an amount of power being used by the building and in response to the first signal (α) outputted by the sensor , and a transmitter operable, in response to the first signal (α), to transmit a second signal (β) indicative of whether the area is in the occupied state or the non-occupied state to the building environment regulator and to control one or more functions of the building environment regulator other than artificial lighting. at least one LED ; at least one electrical connector compatible with a conventional light fixture ; a sensor operable to output a first signal (α) indicative of whether an area of one or more of the rooms is in an occupied state or a non-occupied state; or a receiver , the receiver being in communication with a sensor (20;36) of the building environment regulator, wherein the sensor outputs a first signal (α) indicating whether an area in one or more rooms of the building is in an occupied state or a non-occupied state; an LED controller operable to control an amount of power provided to the at least one LED based upon an amount of power being used by the building and in response to the first signal (α) outputted by the sensor , and a transmitter operable, in response to the first signal (α), to transmit a second signal (β) indicative of whether the area is in the occupied state or the non-occupied state to the building environment regulator and to control one or more functions of the building environment regulator other than artificial lighting.
A transmission apparatus comprising: a processing unit configured to variably set at least any of a number of subcarriers or a number of subsymbols included in a unit resource including one or more subcarriers or one or more subsymbols, and set a filter coefficient that is applied in accordance with different rules which depend on whether the number of subsymbols included in the unit resource is an even number or an odd number.
An electrolyte element comprising a perforated sheet of non-reactive metal, and a non-permeable layer of sodium-ion-conducting ceramic bonded indirectly to one face of the perforated sheet by being bonded to a porous ceramic sub-layer that is bonded to the face of the perforated sheet.
A filter for filtering dirty water, with an inlet opening for the dirty water, provided on the upper side for use of the filter as intended, and with a filter element , by which the water passing through the filter is filtered, wherein: the filter element is designed for holding back microplastic particles or fibers having diameters or lengths of 200 μm and wherein the filter has a holding structure , with which the filter can be fastened on the upper rim of a bucket having dimensions corresponding to it, in such a way that the filter , hanging on the outside of the bucket , is able to function as a pouring filter for filtering the dirty water running out of the bucket when the bucket is tipped, wherein the holding structure of the filter is formed by at least one fastening tape , with which the filter can be fastened in the region of the upper rim of the bucket , wherein the filter has a filter bag equipped with the inlet opening for the water to be filtered, and wherein the filter bag has a notch that is V-shaped or can be spread apart in V-shaped manner in the region of the inlet opening on two opposite sides, in which notch the rim of the bucket is able to penetrate at least partly when the filter is fastened as intended on a bucket . the filter element is designed for holding back microplastic particles or fibers having diameters or lengths of 200 μm and wherein the filter has a holding structure , with which the filter can be fastened on the upper rim of a bucket having dimensions corresponding to it, in such a way that the filter , hanging on the outside of the bucket , is able to function as a pouring filter for filtering the dirty water running out of the bucket when the bucket is tipped, wherein the holding structure of the filter is formed by at least one fastening tape , with which the filter can be fastened in the region of the upper rim of the bucket , wherein the filter has a filter bag equipped with the inlet opening for the water to be filtered, and wherein the filter bag has a notch that is V-shaped or can be spread apart in V-shaped manner in the region of the inlet opening on two opposite sides, in which notch the rim of the bucket is able to penetrate at least partly when the filter is fastened as intended on a bucket .
Deuterated catecholamine composition comprising: (i) L-2-amino-2,3,3-trideutero-3-(3,4-dihydroxyphenyl) propionic acid or a physiologically acceptable salt thereof, and (ii) L-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl) propionic acid or a physiologically acceptable salt thereof; wherein the percentage of the compound (i) is in the range of 0.1 mol% to 99.9 mol%, and preferably in the range of 5 mol% to 95 mol%. (i) L-2-amino-2,3,3-trideutero-3-(3,4-dihydroxyphenyl) propionic acid or a physiologically acceptable salt thereof, and (ii) L-2-amino-2,3-dideutero-3-(3,4-dihydroxyphenyl) propionic acid or a physiologically acceptable salt thereof;
Method for non-invasive optical in-vivo measurement of properties of flowing blood in a blood vessel within a body, for determining the concentration of blood constituents, for example, wherein the body is irradiated with unfocused ultrasonic radiation having an ultrasonic frequency (f US ) in order to mark a blood vessel, wherein the body with the blood vessel is illuminated with light having at least one light wavelength, and the backscattered light is detected with a detector, wherein the light component outside the blood vessel that is backscattered out of the body is modulated with a frequency (f MG ) that corresponds to the frequency (f US ) of the ultrasonic radiation, wherein the light component that is backscattered inside the blood vessel is modulated with a frequency (f MB ) that is shifted by the Doppler shift (f D ) with respect to the frequency (f US ) of the ultrasonic radiation due to the Doppler effect in flowing blood, and wherein only the signal component that has been modulated with the shifted frequency (f MB ) is extracted with an evaluation unit from the detector signal measured at the detector. wherein the body is irradiated with unfocused ultrasonic radiation having an ultrasonic frequency (f US ) in order to mark a blood vessel, wherein the body with the blood vessel is illuminated with light having at least one light wavelength, and the backscattered light is detected with a detector, wherein the light component outside the blood vessel that is backscattered out of the body is modulated with a frequency (f MG ) that corresponds to the frequency (f US ) of the ultrasonic radiation, wherein the light component that is backscattered inside the blood vessel is modulated with a frequency (f MB ) that is shifted by the Doppler shift (f D ) with respect to the frequency (f US ) of the ultrasonic radiation due to the Doppler effect in flowing blood, and wherein only the signal component that has been modulated with the shifted frequency (f MB ) is extracted with an evaluation unit from the detector signal measured at the detector.
Cooking appliance comprising at least one housing means , at least one cooking chamber , and at least one steam generation means that comprises at least one removable container means , the steam generation means being suitable and designed to supply the cooking chamber with steam and the steam generation means comprising at least one removal means and the steam generation means being associated with the at least one removable container means which comprises at least one container portion and at least one holding portion , at least one engagement being formed at least in portions between the container portion and the holding portion and the holding portion comprising at least one handle , the container means comprising a covering means and being insertable into a corresponding receiving means next to the cooking chamber , characterised in that the container portion and the holding portion together have a longitudinal extent which is a multiple of the width of the holding portion and in that at least the holding portion has a height which is a multiple of the width of the handle and in that the width of the handle is between 30 mm and 50 mm and the depth of the handle makes up 60% to 75% of the width of the handle at least in portions, and the removal means comprises at least one pivotable tube means which is immersed at least in portions in the container portion when the container means is inserted into the receiving means , the tube means being associated with at least one spring means by means of which the tube means is automatically pivoted away again when the container means is removed from the receiving means , the tube means being mounted substantially horizontally in the upper region of the receiving means when the container means is removed, the tube means being automatically immersed in the container means and displaced into an approximately vertical position when the container means is inserted into the receiving means , the tube means being guided through the covering means of the container means or through an opening in the covering means of the container means , the opening in the covering means being elongate.
An illumination device (100 to 107) comprising: a point light source generation part (111 to 116) which generates a point light source ; a light scanning part which scans divergent light (L110) incident from the point light source by emitting the divergent light (L 110) while changing a direction of the divergent light (L110), a collimating optical system which shapes the divergent light (L110) from the light scanning part into parallel light (L120); and a diffractive optical element which forms a predetermined illumination area on a predetermined illumination target surface by diffracted light (L130) generated by diffracting the parallel light (L120) incident at a predetermined incident angle from the collimating optical system ; the collimating optical system is arranged such that a front focal position of the collimating optical system coincides with a position of the point light source , and the incident angle of the parallel light (L120) incident on the diffractive optical element is changed by scanning of the light scanning part . a point light source generation part (111 to 116) which generates a point light source ; a light scanning part which scans divergent light (L110) incident from the point light source by emitting the divergent light (L 110) while changing a direction of the divergent light (L110), a collimating optical system which shapes the divergent light (L110) from the light scanning part into parallel light (L120); and a diffractive optical element which forms a predetermined illumination area on a predetermined illumination target surface by diffracted light (L130) generated by diffracting the parallel light (L120) incident at a predetermined incident angle from the collimating optical system ; the collimating optical system is arranged such that a front focal position of the collimating optical system coincides with a position of the point light source , and the incident angle of the parallel light (L120) incident on the diffractive optical element is changed by scanning of the light scanning part .
A method for regulating the pH of a soil, the method comprising the steps of: a) providing at least one earth alkali carbonate-containing material having a weight median particle size d 50 value of ≤ 50.0 μm, wherein the at least one earth alkali carbonate-containing material is at least one calcium carbonate-containing material, wherein the at least one calcium carbonate-containing material is natural ground calcium carbonate (NGCC), b) providing an aqueous solution, c) contacting the at least one earth alkali carbonate-containing material of step a) with the aqueous solution of step b) such as to form an aqueous suspension comprising the at least one earth alkali carbonate-containing material, and d) applying the aqueous suspension obtained in step c) on and/or into soil through an irrigation or spraying system, wherein the aqueous suspension is applied on and/or into the soil in an amount from 1.0×10 -4 to 2.5×10 -2 kg/m 2 , based on the at least one earth alkali carbonate-containing material per pH increase of 0.1 of the soil, and wherein the ratio pH (after)/pH (before) of the soil to be treated is in the range of 1.0 to 1.4, wherein pH (after) is the pH determined after 2, 4, 6, 8, 24 and/or 52 weeks of applying the at least one earth alkali carbonate-containing material and pH (before) is the pH before applying the at least one earth alkali carbonate-containing material. a) providing at least one earth alkali carbonate-containing material having a weight median particle size d 50 value of ≤ 50.0 μm, wherein the at least one earth alkali carbonate-containing material is at least one calcium carbonate-containing material, wherein the at least one calcium carbonate-containing material is natural ground calcium carbonate (NGCC), b) providing an aqueous solution, c) contacting the at least one earth alkali carbonate-containing material of step a) with the aqueous solution of step b) such as to form an aqueous suspension comprising the at least one earth alkali carbonate-containing material, and d) applying the aqueous suspension obtained in step c) on and/or into soil through an irrigation or spraying system, wherein the aqueous suspension is applied on and/or into the soil in an amount from 1.0×10 -4 to 2.5×10 -2 kg/m 2 , based on the at least one earth alkali carbonate-containing material per pH increase of 0.1 of the soil, and wherein the ratio pH (after)/pH (before) of the soil to be treated is in the range of 1.0 to 1.4, wherein pH (after) is the pH determined after 2, 4, 6, 8, 24 and/or 52 weeks of applying the at least one earth alkali carbonate-containing material and pH (before) is the pH before applying the at least one earth alkali carbonate-containing material.
A replaceable fluid container arranged to be removably seated in a dock to supply fluid associated with an engine , the replaceable fluid container comprising: a plurality of fluid reservoirs , wherein each reservoir comprises a fluid port arranged to provide fluidic communication between the reservoir and a corresponding fluid circulation system associated with the engine when the replaceable fluid container is seated in the dock ; the replaceable fluid container is characterised by further comprising: a controller configured to control the supply of fluid from one or more of the plurality of reservoirs to the corresponding fluid circulation system ; wherein controlling the supply of fluid is based on operational data related to the fluid or the fluid circulation system . a plurality of fluid reservoirs , wherein each reservoir comprises a fluid port arranged to provide fluidic communication between the reservoir and a corresponding fluid circulation system associated with the engine when the replaceable fluid container is seated in the dock ; the replaceable fluid container is characterised by further comprising: a controller configured to control the supply of fluid from one or more of the plurality of reservoirs to the corresponding fluid circulation system ; wherein controlling the supply of fluid is based on operational data related to the fluid or the fluid circulation system . a controller configured to control the supply of fluid from one or more of the plurality of reservoirs to the corresponding fluid circulation system ; wherein controlling the supply of fluid is based on operational data related to the fluid or the fluid circulation system .
A preparing method for 5-alkoxymethylfurfurals, wherein fructose is added to and reacts with an organic solvent under an organic acid catalyst, wherein the organic acid catalyst is acetic acid and the organic solvent is methanol or ethanol, and wherein the acetic acid is added in an amount of 1 part by weight to 30 parts by weight with respect to 100 parts by weight of fructose, thereby obtaining 5-methoxymethylfurfural or 5-ethoxymethylfurfural.
Full hood respirator comprising a fluidtight flexible bag intended to be slipped over the head of a user, the flexible bag being equipped with a transparent window and comprising, in its lower part, a source of oxygen-enriched gas and connected to an outlet orifice opening into the internal volume of the flexible bag , the said source of oxygen-enriched gas being secured to the base of the flexible bag, the hood comprising a flexible suspension member arranged inside the flexible bag , the suspension member forming a hat or cap having a surface area smaller than the surface area of the outer flexible bag , at least part of the border of the suspension member being rigidly connected to the flexible bag , the suspension member , when the hood is in the position of use, resting on the top of the head of the user at a height somewhere between the base and the top of the hood , and characterized in that the suspension member consists of a flexible portion comprising at least one of the following: a flexible mesh, a cloth, a fabric, an elastic zone, the suspension member comprising a rear end rigidly connected to the rear part of the flexible bag , a front portion rigidly connected to the front part of the flexible bag, the suspension member comprising lateral ends rigidly connected to the respective lateral portions of the flexible bag .
A medical device comprising a substrate, having on its surface, on at least a part thereof, a hydrophilic surface layer providing low-friction surface character of the medical device when wetted by a wetting fluid, wherein at least one base layer of the substrate, said base layer including said hydrophilic surface layer, is made of a polymer blend comprising at least one base polymer and at least one hydrophilic polymer, and wherein the concentration of said at least one hydrophilic polymer is higher in the hydrophilic surface layer than in the rest of the base layer, the material composition of the hydrophilic surface layer when in a dry state comprising at least 80 wt% of the at least one hydrophilic polymer, and the polymer blend in the interior of the base layer comprising 25-75 wt% of the at least one hydrophilic polymer, and wherein the polymers in said hydrophilic surface layer are crosslinked.
Aircraft passenger reading light , comprising: at least one reading light source (61-69), which is arranged for emitting visible light in a reading light emission direction for illuminating a passenger reading space of an aircraft passenger with visible light; at least one dedicated infrared light source (7a-7c), which is arranged for emitting infrared light in an infrared light emission direction for illuminating a passenger sitting space of the respective passenger with infrared light; wherein the infrared light emission direction is inclined with respect to the reading light emission direction . at least one reading light source (61-69), which is arranged for emitting visible light in a reading light emission direction for illuminating a passenger reading space of an aircraft passenger with visible light; at least one dedicated infrared light source (7a-7c), which is arranged for emitting infrared light in an infrared light emission direction for illuminating a passenger sitting space of the respective passenger with infrared light; wherein the infrared light emission direction is inclined with respect to the reading light emission direction .
An image decoding method, comprising: determining (S310) an inter-component prediction mode of a chroma component block based on an inter-component prediction mode list and predetermined index information, wherein the inter-component prediction mode list is configured with k inter-component prediction modes; downsampling (S320) reference samples for inter-component prediction of the chroma component block based on the determined inter-component prediction mode; deriving (S330) a parameter of a current linear prediction model based on the downsampled reference samples; and performing (S340) the inter-component prediction for the chroma component block by using the parameter of the current linear prediction model, characterized in that : deriving (S330) the parameter of the current linear prediction model comprises: classifying the downsampled reference samples into a first group and a second group by comparing the values of the downsampled reference samples; calculating a first average value of downsampled reference samples belonging to the first group and a second average value of downsampled reference samples belonging to the second group; and deriving (S330) the parameter of the current linear prediction model by using both the first average value and the second average value. determining (S310) an inter-component prediction mode of a chroma component block based on an inter-component prediction mode list and predetermined index information, wherein the inter-component prediction mode list is configured with k inter-component prediction modes; downsampling (S320) reference samples for inter-component prediction of the chroma component block based on the determined inter-component prediction mode; deriving (S330) a parameter of a current linear prediction model based on the downsampled reference samples; and performing (S340) the inter-component prediction for the chroma component block by using the parameter of the current linear prediction model, characterized in that : deriving (S330) the parameter of the current linear prediction model comprises: classifying the downsampled reference samples into a first group and a second group by comparing the values of the downsampled reference samples; calculating a first average value of downsampled reference samples belonging to the first group and a second average value of downsampled reference samples belonging to the second group; and deriving (S330) the parameter of the current linear prediction model by using both the first average value and the second average value. classifying the downsampled reference samples into a first group and a second group by comparing the values of the downsampled reference samples; calculating a first average value of downsampled reference samples belonging to the first group and a second average value of downsampled reference samples belonging to the second group; and deriving (S330) the parameter of the current linear prediction model by using both the first average value and the second average value.