mhurhangee/patent-ind-claim-en huggingface dataset:
Combustion apparatus for a solid fuel comprising a stove having a body , the body including a firebox defining a combustion chamber for burning solid fuel wherein the firebox has a primary inlet for primary air located below the combustion chamber and a secondary inlet , for secondary air at an upper end of the combustion chamber , the secondary inlet for re-combustion of combustion products with secondary air in the combustion chamber , an outlet for combustion products at the upper end of the combustion chamber , and a baffle at the upper end of the combustion chamber , wherein the baffle is angled downwardly and arranged to extend below the secondary inlet , so that the secondary air flow is directed downwards across the inside face of the door by the baffle , which is also angled downwardly and extends below the outlet , characterized by the body being made of fired refractory carbide material and by the secondary inlet being separate from the primary inlet .
A method of using tagging signals for leakage detection and measurement in cable television networks, the detection of the tagging signals by an apparatus for leakage detection and/or measurement allowing to determine the localization of leakage points, characterized in that at least one narrowband tagging signal is placed in an associated at least one guard band, GB, between analog or digital cable television channels carrying television, radio or data services, wherein the at least one narrowband signal is a sinusoidal wave modulated with amplitude with a modulation frequency in the range from 1 to 50 Hz and with a modulation depth not exceeding 30%.
An electro-technical coil and/or coil winding (100; 200; 300; 400) produced by casting, comprising two or more turns (102-105; 202-205; 217-222; 302-305; 332-335), wherein at least to a large extent each of the turns (102-105; 202-205; 217-222; 302-305; 332-335) is arranged at least substantially in a turn plane (101; 201; 208-211; 301, 331; 401, 431, 461) associated with said turn, wherein the turn plane (101; 201; 208-211; 301, 331; 401, 431, 461) is at least to a large extent at right angles to a coil axis (107; 207; 307) that is at least substantially common to all turns (102-105; 202-205; 217-222; 302-305; 332-335), characterized in that in one or more of the turn planes (101; 201; 208-211; 301, 331; 401, 431, 461) at least two turns (102-105; 202-205; 217-222; 302-305; 332-335) in one or more of the turn planes (101; 201; 208-211; 301, 331; 401, 431, 461) are arranged at least substantially concentrically in one another in an installed state, wherein the coil and/or coil winding has a one-piece structure with a cast part jointly forming all turns (202-205; 217-222).
A video data encoding method comprising: splitting luma data corresponding to one luma component (Y) included in image data and allocating the luma data to two channels of a YCbCr 4:4:4 format for encoding the luma data, wherein the image data has YCbCr 4:2:0 format; allocating chroma data corresponding to two chroma components (Cb,Cr) included in the image data to one channel of the YCbCr 4:4:4 format for encoding the chroma data; and encoding the image data based on the luma data allocated to the two channels of the YCbCr 4:4:4 format and the chroma data allocated to the one channel of the YCbCr 4:4:4 format. splitting luma data corresponding to one luma component (Y) included in image data and allocating the luma data to two channels of a YCbCr 4:4:4 format for encoding the luma data, wherein the image data has YCbCr 4:2:0 format; allocating chroma data corresponding to two chroma components (Cb,Cr) included in the image data to one channel of the YCbCr 4:4:4 format for encoding the chroma data; and encoding the image data based on the luma data allocated to the two channels of the YCbCr 4:4:4 format and the chroma data allocated to the one channel of the YCbCr 4:4:4 format.
A gas turbine casing made of composite material comprising reinforcement densified by a matrix, said casing presenting an axisymmetric shape, the casing comprising, in an axial direction (D A ) : an upstream flange ; a retention zone presenting thickness greater than the remainder of the casing; and a downstream flange ; wherein the casing presents, in section on a plane defined by the axial direction (D A ) and by a radial direction (D R ), a profile including at least first and second inclined portions that are inclined relative to each other and relative to the axis of the casing (A 10 ), the first and second inclined portions meeting at a point (S 10 ) situated between the retention zone and one of the flanges , said point corresponding to the vertex of an angle (β 1 ) formed by the first and second inclined portions , and wherein the distance (d 19 ) between the vertex of the angle (β 1 ) and the mean radius (Rm 10 ) of the casing lies in the range 1.5% to 4% of said mean radius of the casing.
An ophthalmic suspension comprising an ophthalmic active ingredient suspended in a formulation vehicle, wherein the ophthalmic active ingredient is loteprednol etabonate and is present as particles that have D v90 < 5 μm and D v50 < 1 μm, and the formulation vehicle comprises polycarbophil as a suspending agent, hydroxypropylmethyl cellulose as a non-ionic cellulose derivative, a poloxamer surfactant, glycerin, propylene glycol, and a borate buffer agent, and wherein the suspension is storage stable for at least one year.
Fastening unit for fastening an object to a profile element , the profile element comprising: - side walls extending in a longitudinal direction, - a bottom that connects the side walls , and - an upper side that is formed by a pair of opposing flanges , each flange extending inwards with respect to a respective sidewall , the flanges defining between them a longitudinal slot ; the fastening unit comprising: - a washer element , adapted to be placed on the upper side of the profile element , - an oblong anchoring element having a threaded bore , the oblong anchoring element being spaced apart from the washer element , and adapted to be placed inside the profile element , beyond the flanges thereof, and - a support element , interconnecting the washer element and the oblong anchoring element ; characterised in that the support element comprises a first layer of vibration isolating material arranged on an underside of the washer element and a second layer of vibration isolating material arranged on an upper side of the anchoring element , and in that the oblong anchoring element and the second layer of vibration isolating material each have a width that allows them, preferably in unity, to be aligned with the longitudinal slot of the profiled element , inserted therein, and then turned to receive the flanges of the profile element between the first layer of vibration isolating material and the second layer of vibration isolating material , so as to provide, at least in a fastened state of the fastening unit, a barrier for vibrations between the washer element and the flanges of the profile element and between the oblong anchoring element and the flanges of the profile element . - side walls extending in a longitudinal direction, - a bottom that connects the side walls , and - an upper side that is formed by a pair of opposing flanges , each flange extending inwards with respect to a respective sidewall , the flanges defining between them a longitudinal slot ; - a washer element , adapted to be placed on the upper side of the profile element , - an oblong anchoring element having a threaded bore , the oblong anchoring element being spaced apart from the washer element , and adapted to be placed inside the profile element , beyond the flanges thereof, and - a support element , interconnecting the washer element and the oblong anchoring element ;
A lock system comprising: a plurality of access points each including a portion movable between an open position and a closed position; a plurality of lock mechanisms , each of which is coupled to an associated access point and movable between a locked position in which the associated access point is maintained in the closed position and an unlocked position in which the associated access point is freely movable between the open position and the closed position; a plurality of wireless modules each of which is coupled to an associated lock mechanism and operable to move the associated lock mechanism between the locked position and the unlocked position, each wireless module including a receiver operable in a first mode to periodically listen for a signal and operable in a second mode in response to receipt of the signal to receive data, the first mode consuming a first amount of power that is less than a second amount of power consumed during operation in the second mode; characterized in that the system further comprises a smart warning system including a plurality of smart warning units , each smart warning unit including a transceiver configured to communicate with at least some of the plurality of wireless modules to provide coordinated actuation of each of the lock mechanisms or a subset of the lock mechanisms in a preprogrammed manner. a plurality of access points each including a portion movable between an open position and a closed position; a plurality of lock mechanisms , each of which is coupled to an associated access point and movable between a locked position in which the associated access point is maintained in the closed position and an unlocked position in which the associated access point is freely movable between the open position and the closed position; a plurality of wireless modules each of which is coupled to an associated lock mechanism and operable to move the associated lock mechanism between the locked position and the unlocked position, each wireless module including a receiver operable in a first mode to periodically listen for a signal and operable in a second mode in response to receipt of the signal to receive data, the first mode consuming a first amount of power that is less than a second amount of power consumed during operation in the second mode; characterized in that the system further comprises a smart warning system including a plurality of smart warning units , each smart warning unit including a transceiver configured to communicate with at least some of the plurality of wireless modules to provide coordinated actuation of each of the lock mechanisms or a subset of the lock mechanisms in a preprogrammed manner.
An article of footwear having an upper and a sole component , the sole component comprising: an insole element including a forefoot region , the forefoot region defining an opening extending therethrough and within an interior portion of the insole element ; a midsole including an upper surface and a lower surface defining a midsole thickness therebetween, the midsole upper surface defining a plurality of midsole grooves having a depth through at least a portion of the midsole thickness, the plurality of midsole grooves including a first lateral groove extending generally beneath a junction between the wearer's toes and metatarsals, a second lateral groove extending generally beneath the wearer's metatarsals, and longitudinal grooves that intersect the first and second lateral grooves; and an outsole including an upper surface and a lower surface defining an outsole thickness therebetween, the outsole lower surface defining a plurality of outsole grooves having a depth through at least a portion of the outsole thickness, wherein the midsole is positioned between the insole element and the outsole , and wherein the opening of the insole element extends over the plurality of midsole grooves to facilitate plantar-flexion and dorsi-flexion of the sole component . an insole element including a forefoot region , the forefoot region defining an opening extending therethrough and within an interior portion of the insole element ; a midsole including an upper surface and a lower surface defining a midsole thickness therebetween, the midsole upper surface defining a plurality of midsole grooves having a depth through at least a portion of the midsole thickness, the plurality of midsole grooves including a first lateral groove extending generally beneath a junction between the wearer's toes and metatarsals, a second lateral groove extending generally beneath the wearer's metatarsals, and longitudinal grooves that intersect the first and second lateral grooves; and an outsole including an upper surface and a lower surface defining an outsole thickness therebetween, the outsole lower surface defining a plurality of outsole grooves having a depth through at least a portion of the outsole thickness, wherein the midsole is positioned between the insole element and the outsole , and wherein the opening of the insole element extends over the plurality of midsole grooves to facilitate plantar-flexion and dorsi-flexion of the sole component .
Dispensing device for distributing liquid, pasty, or viscous adhesives on plates, especially adhesive sides of plates, preferably tiles, more preferably tiles of different sizes, comprising a base element and two lateral guiding elements for guiding the plates, wherein the dispensing device includes a dispensing element for dispensing the adhesive on the plate, wherein the dispensing element is in particular connected or connectable directly or indirectly with the base element , wherein the dispensing device comprises a receiving area , a guiding area , and a removal area for receiving, guiding, and removing the plates, characterized in that the guiding area is defined by the base element and a base area G of the guiding elements , wherein the guiding area is designed to accommodate and hold adhesives.
A method for manufacturing a heating element, formed by a silicon carbide body, wherein the silicon carbide body comprises an electrically insulating zone and an electrically conductive zone, wherein the silicon carbide is provided as an N-doped silicon carbide in the electrically insulating zone, and wherein the electrically insulating zone and the electrically conductive zone are connected together by sintering in such a way that the silicon carbide body is a monolithic body, and wherein a surface layer of the silicon carbide body is formed by the electrically insulating zone at least in sections, comprising the following process steps: a) preparation of a green compact of sinterable silicon carbide compositions by shaping with the electrically insulating zone of N-doped silicon carbide and the electrically conductive zone provided, b) preparation of the monolithic silicon carbide body by pressureless sintering of the green compact. a) preparation of a green compact of sinterable silicon carbide compositions by shaping with the electrically insulating zone of N-doped silicon carbide and the electrically conductive zone provided, b) preparation of the monolithic silicon carbide body by pressureless sintering of the green compact.
A heat exchanger unit comprising a plurality of heat exchangers, each of the plurality of the heat exchangers including: a first pipe into which refrigerant flows; a first header flow channel that communicates with an outflow side of the first pipe; a second header flow channel disposed downstream of the first header flow channel; a plurality of refrigerant flow channels that allow the first header flow channel and the second header flow channel to communicate with each other; and a second pipe that communicates with an outflow side of the second header flow channel, the heat exchanger unit further comprising: a distribution part that distributes the refrigerant to the first pipe in each of the plurality of the heat exchangers; a merging part that merges the refrigerant from the second pipe in each of the plurality of the heat exchangers; a first flow rate adjuster provided to the first pipe in at least one of the plurality of the heat exchangers; the heat exchanger unit being characterized by a second flow rate adjuster provided to the second pipe in at least one of the plurality of the heat exchangers. a first pipe into which refrigerant flows; a first header flow channel that communicates with an outflow side of the first pipe; a second header flow channel disposed downstream of the first header flow channel; a plurality of refrigerant flow channels that allow the first header flow channel and the second header flow channel to communicate with each other; and a second pipe that communicates with an outflow side of the second header flow channel, the heat exchanger unit further comprising: a distribution part that distributes the refrigerant to the first pipe in each of the plurality of the heat exchangers; a merging part that merges the refrigerant from the second pipe in each of the plurality of the heat exchangers; a first flow rate adjuster provided to the first pipe in at least one of the plurality of the heat exchangers; the heat exchanger unit being characterized by a second flow rate adjuster provided to the second pipe in at least one of the plurality of the heat exchangers. a distribution part that distributes the refrigerant to the first pipe in each of the plurality of the heat exchangers; a merging part that merges the refrigerant from the second pipe in each of the plurality of the heat exchangers; a first flow rate adjuster provided to the first pipe in at least one of the plurality of the heat exchangers; the heat exchanger unit being characterized by a second flow rate adjuster provided to the second pipe in at least one of the plurality of the heat exchangers.
A measuring method for a kinase forward reaction substrate and/or a phosphorylated product thereof, comprising: a step of conducting a cycling reaction according to the following formula : by bringing: (i) a kinase catalyzing a forward reaction for producing a phosphorylated product from a kinase forward reaction substrate and a reverse reaction thereof in the presence of nucleotide coenzymes, the kinase utilizing nucleotide coenzymes at least having different nucleoside moieties in the forward reaction and the reverse reaction, respectively;(ii) a first nucleotide coenzyme of the kinase; and (iii) a second nucleotide coenzyme having a different nucleoside moiety from the first nucleotide coenzyme; into contact with a sample; a step of detecting an amount of change of a signal corresponding to a change of at least any one of the first nucleotide coenzyme, a conversion product of the first nucleotide coenzyme, the second nucleotide coenzyme, and a conversion product of the second nucleotide coenzyme; and a step of calculating, on the basis of the detected change of the signal, an amount the kinase forward reaction substrate and/or the phosphorylated product thereof contained in the sample; wherein the kinase is creatine kinase; and the forward reaction substrate is creatine. a step of conducting a cycling reaction according to the following formula : by bringing: (i) a kinase catalyzing a forward reaction for producing a phosphorylated product from a kinase forward reaction substrate and a reverse reaction thereof in the presence of nucleotide coenzymes, the kinase utilizing nucleotide coenzymes at least having different nucleoside moieties in the forward reaction and the reverse reaction, respectively;(ii) a first nucleotide coenzyme of the kinase; and (iii) a second nucleotide coenzyme having a different nucleoside moiety from the first nucleotide coenzyme; into contact with a sample; a step of detecting an amount of change of a signal corresponding to a change of at least any one of the first nucleotide coenzyme, a conversion product of the first nucleotide coenzyme, the second nucleotide coenzyme, and a conversion product of the second nucleotide coenzyme; and a step of calculating, on the basis of the detected change of the signal, an amount the kinase forward reaction substrate and/or the phosphorylated product thereof contained in the sample;
A concentrated detergent composition, comprising 0.1 to 15 % by weight surfactant, 15 to 70 % by weight alkali metal carbonate, 5 to 35 % by weight methylglycinediacetic acid, 2 to 25 % by weight glutamic acid N,N-diacetic acid, and 5 to 30 % by weight alkali metal tripolyphosphate; wherein the total concentration of methylglycinediacetic acid, glutamic acid N,N-diacetic acid and alkali metal tripolyphosphate is up to 70 % by weight based on the total weight of the concentrated detergent composition. 0.1 to 15 % by weight surfactant, 15 to 70 % by weight alkali metal carbonate, 5 to 35 % by weight methylglycinediacetic acid, 2 to 25 % by weight glutamic acid N,N-diacetic acid, and 5 to 30 % by weight alkali metal tripolyphosphate; wherein the total concentration of methylglycinediacetic acid, glutamic acid N,N-diacetic acid and alkali metal tripolyphosphate is up to 70 % by weight based on the total weight of the concentrated detergent composition.
A non-pneumatic tire (T) comprising: - an inner annular portion ; - an outer annular portion provided concentrically on an outer side of the inner annular portion ; - a plurality of coupling portions which couple the inner annular portion and the outer annular portion to each other and are provided independently of one another in a tire circumferential direction (CD); - at least one annular overall reinforcing layer embedded entirely in the outer annular portion in a tire width direction (WD); and - at least one annular partial reinforcing layer embedded only in a part of the outer annular portion in the tire width direction (WD), - wherein the outer annular portion includes a connecting region to which the plurality of coupling portions are connected, and a non-connecting region to which the plurality of coupling portions are not connected, in the tire width direction (WD), and - wherein the at least one annular partial reinforcing layer overlaps the non-connecting region in a tire radial direction (RD) when viewed from the tire circumferential direction (CD), the non-pneumatic tire (T) being characterized in that a plurality of the annular overall reinforcing layers are provided, and the at least one annular partial reinforcing layer is disposed between the plurality of annular overall reinforcing layers . - an inner annular portion ; - an outer annular portion provided concentrically on an outer side of the inner annular portion ; - a plurality of coupling portions which couple the inner annular portion and the outer annular portion to each other and are provided independently of one another in a tire circumferential direction (CD); - at least one annular overall reinforcing layer embedded entirely in the outer annular portion in a tire width direction (WD); and - at least one annular partial reinforcing layer embedded only in a part of the outer annular portion in the tire width direction (WD), - wherein the outer annular portion includes a connecting region to which the plurality of coupling portions are connected, and a non-connecting region to which the plurality of coupling portions are not connected, in the tire width direction (WD), and - wherein the at least one annular partial reinforcing layer overlaps the non-connecting region in a tire radial direction (RD) when viewed from the tire circumferential direction (CD), the non-pneumatic tire (T) being characterized in that a plurality of the annular overall reinforcing layers are provided, and the at least one annular partial reinforcing layer is disposed between the plurality of annular overall reinforcing layers .