mhurhangee/patent-ind-claim-en huggingface dataset:
A device for expression of a powder, comprising: a) an elongated hollow reservoir , the reservoir having a manual air pump attached to the reservoir and an expression port at a distal end of said reservoir, and wherein said manual air pump comprises a bellows ; b) a plunger with a porous filter mounted on said plunger, slidably disposed within the reservoir between said air pump and said expression port; c) a spring disposed within the reservoir between the air pump and the filter; wherein the powder is disposed within the reservoir between the filter and the expression port, and the pump is in a fluid communication with the expression port through the porous filter and through the powder. a) an elongated hollow reservoir , the reservoir having a manual air pump attached to the reservoir and an expression port at a distal end of said reservoir, and wherein said manual air pump comprises a bellows ; b) a plunger with a porous filter mounted on said plunger, slidably disposed within the reservoir between said air pump and said expression port; c) a spring disposed within the reservoir between the air pump and the filter;
A percussion instrument , comprising: a case , containing a struck surface part that vibrates to produce a musical sound when struck is disposed on at least a surface of the case ; a percussion sensor detecting striking corresponding to a struck position on the struck surface part ; a sound source device generating a musical signal corresponding to the struck position according to a detection result of the percussion sensor ; and a sounding body producing an electronic musical sound based on the musical signal generated by the sound source device , wherein the sounding body is disposed in the case , and the percussion instrument being characterized in that the percussion sensor comprises a first sensor that detects a vibration of the struck surface part and a second sensor that detects a vibration of a part different from the struck surface part of the case , and the struck position is determined based on an output result of the first sensor and an output result of the second sensor. a case , containing a struck surface part that vibrates to produce a musical sound when struck is disposed on at least a surface of the case ; a percussion sensor detecting striking corresponding to a struck position on the struck surface part ; a sound source device generating a musical signal corresponding to the struck position according to a detection result of the percussion sensor ; and a sounding body producing an electronic musical sound based on the musical signal generated by the sound source device , wherein the sounding body is disposed in the case , and the percussion instrument being characterized in that the percussion sensor comprises a first sensor that detects a vibration of the struck surface part and a second sensor that detects a vibration of a part different from the struck surface part of the case , and the struck position is determined based on an output result of the first sensor and an output result of the second sensor.
A printing ink or lacquer for security printing, having a binder and, dispersed in the binder, a plurality of microcapsules that comprise a capsule shell and a core material enclosed by the capsule shell, the core material being formed by a peroxo compound that acts as a drying agent, and the capsule shell being openable by the action of pressure, temperature and/or UV radiation in order to trigger the drying process of the printing ink or of the lacquer by releasing the core material.
A wheel mounting axle sleeve for a gauge-changing wheelset, wherein an outer circumference of a first end of the axle sleeve is provided with a wheel mounting base , and an outer circumference of a second end of the axle sleeve is provided with a section of an outer spline extending along an axial direction of the axle sleeve , characterized in that an inner circumference of the second end of the axle sleeve is provided with a section of a first non-self-locking thread .
A tent comprising a supporting structure , a tent skin supported on the supporting structure and a tent floor , wherein the tent floor is formed by an inflatable body which is plate-like in the inflated state, wherein the tent floor forms a dimensionally stable plate-like element in the inflated state, the top and bottom layers of which consist of a flexible material and are connected to one another by a plurality of connecting threads or fibers and are held at a maximum normal distance from one another in the inflated state, wherein the connecting threads or connecting fibers are provided in such a density that the top and bottom layers each form a substantially flat surface in the inflated state, so that the excess pressure prevailing inside the body does not cause any bulges, wherein the inflatable floor is connected to the supporting structure and/or the outer skin of the tent by detachable connecting means or that the supporting structure and/or the tent skin are permanently and non-detachably connected to the inflatable floor.
A wastewater treatment process comprising at least one step of aerobic biological treatment of the wastewater in a biological reactor , and an ozonation step comprising an injection of ozone into an inlet circuit for the wastewater arranged to convey the wastewater into the biological reactor , the chemical oxidation with ozone thus acting in synergy with the biological oxidation within the biological reactor , the process being characterized in that : - the injection of ozone into the wastewater inlet circuit is carried out by means of a first injection device of the static injector or mixer type and without a specific contactor, between the point of injection of the ozone and the biological reactor , i.e. without a device comprising an enclosure in which the wastewater to be treated is retained for a determined period of time in order to be brought into contact with the ozone - the quantity of ozone injected into the wastewater inlet circuit during the ozonation stage is less than or equal to two grams per gram of total organic carbon of the wastewater. - the injection of ozone into the wastewater inlet circuit is carried out by means of a first injection device of the static injector or mixer type and without a specific contactor, between the point of injection of the ozone and the biological reactor , i.e. without a device comprising an enclosure in which the wastewater to be treated is retained for a determined period of time in order to be brought into contact with the ozone - the quantity of ozone injected into the wastewater inlet circuit during the ozonation stage is less than or equal to two grams per gram of total organic carbon of the wastewater.
A method for Nano processing of silk comprising: quantifying non-linear multiphoton response of a silk material as a function of laser fluence induced by a pulsed femtosecond laser beam of predetermined laser characteristics; and b) micro structuring or heterostructuring of silk material upon exposure of the femtosecond laser beam wherein quantifying the non-linear multiphoton response of a silk material comprises: i. focusing the femtosecond laser beam at a focal point under ambient conditions; ii. exposing a portion of the silk material at said focal point; and is characterised by iii. raster scanning the portion of the silk material in the focus; iv. displaying real time image of said exposed portion of the silk material; and v. determining change in physical dimension of said portion of the silk material by varying the laser fluence at the portion of the silk material. quantifying non-linear multiphoton response of a silk material as a function of laser fluence induced by a pulsed femtosecond laser beam of predetermined laser characteristics; and b) micro structuring or heterostructuring of silk material upon exposure of the femtosecond laser beam wherein quantifying the non-linear multiphoton response of a silk material comprises: i. focusing the femtosecond laser beam at a focal point under ambient conditions; ii. exposing a portion of the silk material at said focal point; and is characterised by iii. raster scanning the portion of the silk material in the focus; iv. displaying real time image of said exposed portion of the silk material; and v. determining change in physical dimension of said portion of the silk material by varying the laser fluence at the portion of the silk material. i. focusing the femtosecond laser beam at a focal point under ambient conditions; ii. exposing a portion of the silk material at said focal point; and is characterised by iii. raster scanning the portion of the silk material in the focus; iv. displaying real time image of said exposed portion of the silk material; and v. determining change in physical dimension of said portion of the silk material by varying the laser fluence at the portion of the silk material.
Cosmetic foam from a) an O/W emulsion comprising glycerin and b) monohydric and/or polyhydric alcohols having a carbon chain length of less than 12 carbon atoms and c) a gas or gas mixture composed of propane, n-butane and/or isobutane foaming the emulsion, wherein the emulsion is free of compounds having alcohol or acid functions which have been wholly or partially etherified or esterified with polyethylene glycols (PEG derivatives) and the emulsion comprises one or more emulsifiers selected from the group of compounds comprising polyglycerin esters, polyglyceryl-3 methylglucose distearate, cetearyl glycoside, sodium stearoyl glutamate, cetyl phosphate, stearic acid salts or a combination of sodium cetearyl sulfate and glyceryl stearate SE, characterized in that the lipid phase of the emulsion comprises stearyl alcohol or behenyl alcohol. a) an O/W emulsion comprising glycerin and b) monohydric and/or polyhydric alcohols having a carbon chain length of less than 12 carbon atoms and c) a gas or gas mixture composed of propane, n-butane and/or isobutane foaming the emulsion,
An uninterruptible power supply system comprising at least one circuit breaker connected in series with an inductive element (Lr; AT), as well as a protection arrangement, said protection arrangement comprising a first bypass branch and a first grounding branch, said first bypass branch being connected in parallel with the inductive element and comprising at least one protective bypass component (BPSA1, BPSA2, BPC1, BPC2) and said first grounding branch being connected between the first bypass branch and ground and comprising a first grounding surge arrester (GSA1). wherein the first bypass branch comprises two series-connected protective components of a first type and a bypass branch midpoint between them, where the first grounding branch is connected between said bypass branch midpoint and ground and the at least one circuit breaker is a vacuum circuit breaker (BCB3, RBCB3; BCB1).
An optical scanner apparatus for scanning a subject, the apparatus comprising: an interface circuit including an input to receive a plurality of images from a plurality of image-capture devices; an input to receive an activation signal; circuitry coupled to the interface circuit and the input, the circuitry operative to execute an evaluation phase in response to the activation signal, and an acquisition phase in response to the evaluation phase, wherein: in the evaluation phase, a first set of images is captured via the plurality of image-capture devices and processed to produce a virtual frame comprising a plurality of regions, each region containing a reduced-data image frame that is based on a corresponding one of the plurality of images; in the evaluation phase, attributes of each of the plurality of regions of the virtual frame are assessed according to first predefined criteria, and operational parameters for the acquisition phase are set based on a result of the assessment; and in the acquisition phase, a second set of at least one image is captured via at least one of the plurality of image-capture devices according to the set of operational parameters. an interface circuit including an input to receive a plurality of images from a plurality of image-capture devices; an input to receive an activation signal; circuitry coupled to the interface circuit and the input, the circuitry operative to execute an evaluation phase in response to the activation signal, and an acquisition phase in response to the evaluation phase, wherein: in the evaluation phase, a first set of images is captured via the plurality of image-capture devices and processed to produce a virtual frame comprising a plurality of regions, each region containing a reduced-data image frame that is based on a corresponding one of the plurality of images; in the evaluation phase, attributes of each of the plurality of regions of the virtual frame are assessed according to first predefined criteria, and operational parameters for the acquisition phase are set based on a result of the assessment; and in the acquisition phase, a second set of at least one image is captured via at least one of the plurality of image-capture devices according to the set of operational parameters. in the evaluation phase, a first set of images is captured via the plurality of image-capture devices and processed to produce a virtual frame comprising a plurality of regions, each region containing a reduced-data image frame that is based on a corresponding one of the plurality of images; in the evaluation phase, attributes of each of the plurality of regions of the virtual frame are assessed according to first predefined criteria, and operational parameters for the acquisition phase are set based on a result of the assessment; and in the acquisition phase, a second set of at least one image is captured via at least one of the plurality of image-capture devices according to the set of operational parameters.
A machine for filleting fish, comprising - means for engaging the fish and centring said fish relative to a vertical plane of the machine, such that lower sides of the fish are arranged on opposite sides of said plane; - means for detecting and registering the vertical extent of the lower edges of the fish and the fish back; - means for fixating the fish back, and cutting means for cutting slits in the fish back, said slits having an extent at least along either side of the protruding back fin; - articulated cutting means , where said articulated cutting means are arranged on either side of the vertical plane , suitable for cutting/trimming at least a part of the lowermost sides and/or edges of the fish; - upper cutting means positioned along the vertical plane for cutting the fish meat free from the vertebrae of the fish; - means (70,70',70",70′′′) for cutting vertically on either side of the vertebrae; and - means for directing the bone-free fillets to further processing - means for engaging the fish and centring said fish relative to a vertical plane of the machine, such that lower sides of the fish are arranged on opposite sides of said plane; - means for detecting and registering the vertical extent of the lower edges of the fish and the fish back; - means for fixating the fish back, and cutting means for cutting slits in the fish back, said slits having an extent at least along either side of the protruding back fin; - articulated cutting means , where said articulated cutting means are arranged on either side of the vertical plane , suitable for cutting/trimming at least a part of the lowermost sides and/or edges of the fish; - upper cutting means positioned along the vertical plane for cutting the fish meat free from the vertebrae of the fish; - means (70,70',70",70′′′) for cutting vertically on either side of the vertebrae; and - means for directing the bone-free fillets to further processing
A stretchable film comprising, at least as a top surface of the stretchable film, a cured product of a stretchable film material comprising a silicone polyurethane resin, wherein the top surface of the stretchable film has a repeated uneven pattern formed with depths of 0.1 μm to 2 mm and pitches of 0.1 μm to 5 mm, and wherein the silicone polyurethane resin is a silicone-pendant type polyurethane resin having a structure shown by the following general formula : wherein R 1 , R 2 , and R 3 may be identical to or different from each other and each represent a linear, branched, or cyclic alkyl group having 1 to 6 carbon atoms, a phenyl group, or a 3,3,3-trifluoropropyl group; R 4 's may be identical to or different from each other and each represent a linear, branched, or cyclic alkyl group having 1 to 6 carbon atoms, a phenyl group, a 3,3,3-trifluoropropyl group, or a -(OSiR 1 R 2 ) s -OSiR 1 R 2 R 3 group; R 5 represents a hydrogen atom or a linear or branched alkyl group having 1 to 4 carbon atoms; R 6 represents a single bond, a methylene group, or an ethylene group; R 7 represents a hydrogen atom or a methyl group; X represents a linear or branched alkylene group having 3 to 7 carbon atoms and optionally containing an ether group; "q", "r", and "s" each represent an integer in a range of 0 to 20; and a1 and a2 represent proportions of repeating units and satisfy ranges of 0≤a1<1.0, 0≤a2<1.0, and 0<a1+a2≤1.0.
A mixer base assembly comprising: (a) a body having: (i) an upper end including a mating face for mixing vessel connection; (ii) a lower end including a cavity ; (iii) a plurality of side walls ; (iv) an inlet port arranged in a side wall ; (v) an outlet port arranged in a side wall ; and, (vi) a fluid mixing chamber having a bottom wall ; (b) an impeller seat arranged in the cavity in the lower end of the body ; and, (c) a levitating magnetic impeller arranged in the impeller seat , the impeller comprising a magnet, a base, and at least two blades , wherein the at least two blades extend above the bottom wall of the fluid mixing chamber into the fluid mixing chamber , characterized in that the body has: (vii) a sampling port arranged in a side wall; and (viii) at least one probe port (518; 519) arranged in a side wall. (a) a body having: (i) an upper end including a mating face for mixing vessel connection; (ii) a lower end including a cavity ; (iii) a plurality of side walls ; (iv) an inlet port arranged in a side wall ; (v) an outlet port arranged in a side wall ; and, (vi) a fluid mixing chamber having a bottom wall ; (i) an upper end including a mating face for mixing vessel connection; (ii) a lower end including a cavity ; (iii) a plurality of side walls ; (iv) an inlet port arranged in a side wall ; (v) an outlet port arranged in a side wall ; and, (vi) a fluid mixing chamber having a bottom wall ; (b) an impeller seat arranged in the cavity in the lower end of the body ; and, (c) a levitating magnetic impeller arranged in the impeller seat , the impeller comprising a magnet, a base, and at least two blades , wherein the at least two blades extend above the bottom wall of the fluid mixing chamber into the fluid mixing chamber , (vii) a sampling port arranged in a side wall; and (viii) at least one probe port (518; 519) arranged in a side wall.
A seat and storage system comprising: a seat that includes a seat back and a seat portion , wherein the seat includes first and second sides , and a storage assembly that includes a storage portion and an extension portion , wherein the storage portion defines a storage interior with a storage opening and includes a cover that is movable between an open position and a closed position, wherein the storage opening is open to the first side of the seat , wherein the extension portion extends from the storage portion toward the second side of the seat , wherein the storage assembly defines a top surface , wherein the seat is secured to the top surface , and wherein the storage assembly defines an under seat cavity below a bottom surface of the extension portion . a seat that includes a seat back and a seat portion , wherein the seat includes first and second sides , and a storage assembly that includes a storage portion and an extension portion , wherein the storage portion defines a storage interior with a storage opening and includes a cover that is movable between an open position and a closed position, wherein the storage opening is open to the first side of the seat , wherein the extension portion extends from the storage portion toward the second side of the seat , wherein the storage assembly defines a top surface , wherein the seat is secured to the top surface , and wherein the storage assembly defines an under seat cavity below a bottom surface of the extension portion .
A method for analyzing a frequency response of an electromagnetic cooking device comprising a resonant cavity comprising: controlling a plurality of RF signals comprising a first RF signal and a second RF signal within an operating range of the cooking device at a plurality of phase shifts between the first RF signal and the second RF signal; measuring a plurality of efficiencies of at least one reflection signal in the resonant cavity in response to a plurality of RF feeds generated from the RF signals for the plurality of phase shifts; modeling the frequency response of the resonant cavity with a numeric model; calculating a plurality of unknown interpolation parameters as coefficients for the numeric model based on the plurality of measured efficiencies of the RF feeds in response to the plurality of phase shifts; and estimating efficiency results of the cavity for the operating range of the cooking device based on the numeric model with the plurality of interpolation parameters, wherein the efficiency results comprise additional phase shifts for the operating range of the cooking device that are different from the plurality of phase shifts. controlling a plurality of RF signals comprising a first RF signal and a second RF signal within an operating range of the cooking device at a plurality of phase shifts between the first RF signal and the second RF signal; measuring a plurality of efficiencies of at least one reflection signal in the resonant cavity in response to a plurality of RF feeds generated from the RF signals for the plurality of phase shifts; modeling the frequency response of the resonant cavity with a numeric model; calculating a plurality of unknown interpolation parameters as coefficients for the numeric model based on the plurality of measured efficiencies of the RF feeds in response to the plurality of phase shifts; and estimating efficiency results of the cavity for the operating range of the cooking device based on the numeric model with the plurality of interpolation parameters, wherein the efficiency results comprise additional phase shifts for the operating range of the cooking device that are different from the plurality of phase shifts.