mhurhangee/patent-ind-claim-en huggingface dataset:
An overflow chamber that can discharge rainwater and soil, comprising: a receiving unit having a receiving space therein that can keep received object which is any one of sewage, rainwater, and soil or mixed liquid of two or more of them; an interceptor port formed at a lower portion of a side of the receiving unit and selectively opening/closing in accordance with the amount of received object received in the receiving unit ; a discharge port formed at a lower portion of another side of the receiving unit , formed to have a polygonal cross-section that is long in a transverse direction, so as to discharge the received object to river smoothly; and, a first discharge pipe having a polygonal cross-section that is long in a transverse direction, communicating with the discharge port and convexly bending upward at least one time; wherein when the level of the received object flowing in the receiving unit is higher than a predetermined level, the received object is discharged only to the first discharge pipe by a siphon principle, and the interceptor port is closed., a receiving unit having a receiving space therein that can keep received object which is any one of sewage, rainwater, and soil or mixed liquid of two or more of them; an interceptor port formed at a lower portion of a side of the receiving unit and selectively opening/closing in accordance with the amount of received object received in the receiving unit ; a discharge port formed at a lower portion of another side of the receiving unit , formed to have a polygonal cross-section that is long in a transverse direction, so as to discharge the received object to river smoothly; and, a first discharge pipe having a polygonal cross-section that is long in a transverse direction, communicating with the discharge port and convexly bending upward at least one time; wherein when the level of the received object flowing in the receiving unit is higher than a predetermined level, the received object is discharged only to the first discharge pipe by a siphon principle, and the interceptor port is closed.,
Gas analyser for measuring nitrogen oxides and at least one further component of an exhaust gas - with an oxidation device comprising an ozone generator , a reaction chamber located in an exhaust gas path and a heating chamber located downstream thereof in the exhaust gas path and which is embodied to treat the exhaust gas with generated ozone in the reaction chamber in order to convert nitrogen monoxide into nitrogen dioxide and to induce thermal decomposition of nitrogen oxides and excess ozone into nitrogen dioxide and oxygen in the heating chamber and - with a photometer located downstream of the oxidation device in the exhaust gas path, which is embodied to ascertain the nitrogen dioxide concentration based on the absorption of light in the near-ultraviolet range between 350 nm and 500 nm in the treated exhaust gas (1") and output the same as the nitrogen oxide concentration of the untreated exhaust gas , characterised in - that the ozone generator includes an ultraviolet light source arranged in the reaction chamber and is embodied to generate the ozone from the residual oxygen content of the exhaust gas and - that , arranged in the exhaust gas path between the reaction chamber and the heating chamber , there is a further photometer , which is embodied to ascertain the ozone concentration in the partially treated exhaust gas based on the absorption of light in the mid-ultraviolet ultraviolet range between 220 nm and 300 nm and, with the aid of a proportionality factor, to calculate and output the oxygen concentration of the untreated exhaust gas . - with an oxidation device comprising an ozone generator , a reaction chamber located in an exhaust gas path and a heating chamber located downstream thereof in the exhaust gas path and which is embodied to treat the exhaust gas with generated ozone in the reaction chamber in order to convert nitrogen monoxide into nitrogen dioxide and to induce thermal decomposition of nitrogen oxides and excess ozone into nitrogen dioxide and oxygen in the heating chamber and - with a photometer located downstream of the oxidation device in the exhaust gas path, which is embodied to ascertain the nitrogen dioxide concentration based on the absorption of light in the near-ultraviolet range between 350 nm and 500 nm in the treated exhaust gas (1") and output the same as the nitrogen oxide concentration of the untreated exhaust gas , - that the ozone generator includes an ultraviolet light source arranged in the reaction chamber and is embodied to generate the ozone from the residual oxygen content of the exhaust gas and - that , arranged in the exhaust gas path between the reaction chamber and the heating chamber , there is a further photometer , which is embodied to ascertain the ozone concentration in the partially treated exhaust gas based on the absorption of light in the mid-ultraviolet ultraviolet range between 220 nm and 300 nm and, with the aid of a proportionality factor, to calculate and output the oxygen concentration of the untreated exhaust gas .
A receptacle holder comprising a holder base portion configured to support the bottom of a receptacle ; a holder upper portion and an elongated holder back portion extending between the holder base portion and the holder upper portion , and further comprising: - a confining member having a hook-shaped front portion and pivotally attached to the holder upper portion so that the confining member may pivot relative the holder upper portion between a closed position (A) in which the hook-shaped front portion and the holder upper portion form an at least partially closed space (C) for confining the neck and/or the shoulder of a receptacle , and a release position (B) in which the hook-shaped front portion and the holder upper portion are spaced apart to allow removal of a receptacle from the receptacle holder ; characterized by : - a locking member attached to one of the holder upper portion and the confining member and having a locking portion configured to be received into one opening of a through hole in the other of the holder upper portion and the confining member when the confining member is in the closed position (A), thereby preventing movement of the confining member wherein, - the locking portion is resilient so that it may be brought out of engagement with the through hole by application of a force (F) onto the locking portion through the other opening of the through hole thereby allowing the confining member to be pivoted relative the holder upper portion . - a confining member having a hook-shaped front portion and pivotally attached to the holder upper portion so that the confining member may pivot relative the holder upper portion between a closed position (A) in which the hook-shaped front portion and the holder upper portion form an at least partially closed space (C) for confining the neck and/or the shoulder of a receptacle , and a release position (B) in which the hook-shaped front portion and the holder upper portion are spaced apart to allow removal of a receptacle from the receptacle holder ; - a locking member attached to one of the holder upper portion and the confining member and having a locking portion configured to be received into one opening of a through hole in the other of the holder upper portion and the confining member when the confining member is in the closed position (A), thereby preventing movement of the confining member wherein, - the locking portion is resilient so that it may be brought out of engagement with the through hole by application of a force (F) onto the locking portion through the other opening of the through hole thereby allowing the confining member to be pivoted relative the holder upper portion .
A method for producing decor components which have a planar core and a printed paper as a substrate, the method comprising the following steps: - printing a decor onto a substrate by means of a digital printing facility, the decor having a decor length and decor width, - further processing the printed substrate, thus obtaining decor sheets, the dimensions of which correspond to those of the core, - pressing each decor sheet with a core and - dividing the core provided with the decor sheet into a plurality of decor components, wherein the décor length is at least as long as two decor components and at least as long as two cores, characterized in that the decor further comprises control characters, which are used for allocating the individual decor components and sorting them into packaging units. - printing a decor onto a substrate by means of a digital printing facility, the decor having a decor length and decor width, - further processing the printed substrate, thus obtaining decor sheets, the dimensions of which correspond to those of the core, - pressing each decor sheet with a core and - dividing the core provided with the decor sheet into a plurality of decor components, wherein the décor length is at least as long as two decor components and at least as long as two cores,
A method of labeling nucleic acid targets in a sample, comprising: contacting copies of a nucleic acid target with a plurality of oligonucleotide barcodes, wherein each oligonucleotide barcode comprises a first universal sequence, a molecular label, and a target-binding region capable of hybridizing to the copies of the nucleic acid target; extending the plurality of oligonucleotide barcodes hybridized to the copies of the nucleic acid target to generate a plurality of first strand barcoded polynucleotides; contacting random primers with the plurality of first strand barcoded polynucleotides, wherein each of the random primers comprises a second universal sequence, or a complement thereof; and extending the random primers hybridized to the plurality of first strand barcoded polynucleotides to generate a plurality of extension products. contacting copies of a nucleic acid target with a plurality of oligonucleotide barcodes, wherein each oligonucleotide barcode comprises a first universal sequence, a molecular label, and a target-binding region capable of hybridizing to the copies of the nucleic acid target; extending the plurality of oligonucleotide barcodes hybridized to the copies of the nucleic acid target to generate a plurality of first strand barcoded polynucleotides; contacting random primers with the plurality of first strand barcoded polynucleotides, wherein each of the random primers comprises a second universal sequence, or a complement thereof; and extending the random primers hybridized to the plurality of first strand barcoded polynucleotides to generate a plurality of extension products.
A smart device comprising a configurable internal analog front end [AFE] , a software application, and at least one port through which the output of an external sensor that transmits and/or receives data can be connected to the AFE , wherein: a) the smart device is a mobile communication device, which is a small computer that is adapted to be connected to the internet and to be carried by a consumer; b) components of the configurable AFE are configurable to digitize the signals from different types of external sensors ; c) the AFE is an internal component of the smart device and at least some of the hardware components of the AFE are integrated with the application processor of the smart device in a single application-specific integrated circuit [ASIC]; the smart device characterized in that connection of an external sensor to the configurable AFE initiates execution of the software application on the smart device, wherein the application is programmed to: (i) identify the type of the external sensor , (ii) select appropriate components of the configurable AFE , and (iii) to arrange connections between them to form an AFE circuit suitable for the external sensor . a) the smart device is a mobile communication device, which is a small computer that is adapted to be connected to the internet and to be carried by a consumer; b) components of the configurable AFE are configurable to digitize the signals from different types of external sensors ; c) the AFE is an internal component of the smart device and at least some of the hardware components of the AFE are integrated with the application processor of the smart device in a single application-specific integrated circuit [ASIC];
A fluid handling apparatus for ejecting fluid into a tank and draining fluid from the tank , the fluid handling apparatus comprises: a fluid duct for draining fluid from the tank or for supplying fluid to the tank , wherein the fluid duct is configured for being in fluid communication with a tank opening at a bottom of the tank ; a fluid inlet pipe for supplying fluid to the tank , wherein the fluid inlet pipe is extending at least partly through the fluid duct and configured to extend through the tank opening into the tank ; a rotary fluid ejection device being in fluid communication with the fluid inlet pipe ; and a rotary drive shaft extending at least partly inside the fluid inlet pipe , wherein the rotary drive shaft is rotatably connected to the rotary fluid ejection device , characterized in that the fluid handling apparatus is suitable for introduction and/or circulation of solid hops material into a fluid content of the tank. a fluid duct for draining fluid from the tank or for supplying fluid to the tank , wherein the fluid duct is configured for being in fluid communication with a tank opening at a bottom of the tank ; a fluid inlet pipe for supplying fluid to the tank , wherein the fluid inlet pipe is extending at least partly through the fluid duct and configured to extend through the tank opening into the tank ; a rotary fluid ejection device being in fluid communication with the fluid inlet pipe ; and a rotary drive shaft extending at least partly inside the fluid inlet pipe , wherein the rotary drive shaft is rotatably connected to the rotary fluid ejection device , characterized in that the fluid handling apparatus is suitable for introduction and/or circulation of solid hops material into a fluid content of the tank.
A composition of matter comprising a negatively charged water-swellable IPN or semi-IPN comprising a hydrophobic thermoset or thermoplastic polyurethane polymer and an ionic polymer comprising sulfonate groups physically entangled with the polyurethane, wherein the ionic polymer forms a concentration gradient from a first portion of the composition to a second portion of the composition.
Communication assembly - with a first communication apparatus (AP) which has a first control interface (GUI1) which is embodied for presenting data and for transmitting at least one item of presentation state information , - with a second communication apparatus (M), which has a second control interface (GUI2) which is embodied for presenting data and for obtaining the at least one item of presentation state information , - with initiation means (E) which initiate a generation of at least one item of presentation state information with respect to the state of the presentation of data on the first control interface (GUI1), wherein after receiving the at least one item of presentation state information the same state of presentation as on the first control interface (GUI1) can be achieved on the second control interface (GU12), characterised in that one or more tags are used to initiate the generation of the at least one item of presentation state information . - with a first communication apparatus (AP) which has a first control interface (GUI1) which is embodied for presenting data and for transmitting at least one item of presentation state information , - with a second communication apparatus (M), which has a second control interface (GUI2) which is embodied for presenting data and for obtaining the at least one item of presentation state information , - with initiation means (E) which initiate a generation of at least one item of presentation state information with respect to the state of the presentation of data on the first control interface (GUI1), wherein after receiving the at least one item of presentation state information the same state of presentation as on the first control interface (GUI1) can be achieved on the second control interface (GU12), characterised in that one or more tags are used to initiate the generation of the at least one item of presentation state information .
A combustor comprising: an inner and outer liner extending circumferentially around an axis of rotation of the engine spaced apart from one another to form a combustion chamber therebetween; a bulkhead extending between the inner and outer liners proximate a first end of the combustor ; a plurality of fuel nozzle ports for receiving fuel nozzles therein, each fuel nozzle port having a centerline axis extending axially therethrough; first and second outer primary inlet holes formed in a single row along a circumferential plane through the outer liner to a first side of the centerline axis of each fuel nozzle port , and a second side of the centerline axis of the outer liner lacking inlet holes; and first and second inner primary inlet holes formed in a single row along a circumferential plane through the inner liner to the second side of the centerline axis of each fuel nozzle port , and the first side of the centerline axis of the inner liner racking inlet holes. an inner and outer liner extending circumferentially around an axis of rotation of the engine spaced apart from one another to form a combustion chamber therebetween; a bulkhead extending between the inner and outer liners proximate a first end of the combustor ; a plurality of fuel nozzle ports for receiving fuel nozzles therein, each fuel nozzle port having a centerline axis extending axially therethrough; first and second outer primary inlet holes formed in a single row along a circumferential plane through the outer liner to a first side of the centerline axis of each fuel nozzle port , and a second side of the centerline axis of the outer liner lacking inlet holes; and first and second inner primary inlet holes formed in a single row along a circumferential plane through the inner liner to the second side of the centerline axis of each fuel nozzle port , and the first side of the centerline axis of the inner liner racking inlet holes.
An apparatus for detecting physical characteristics of food products , such as poultry, meat or fish, comprising: a conveyor for transporting said products along an advancement path, at an advancement speed; a floating belt , located above said conveyor so as to define an analysis zone (Z) comprised between said floating belt and the conveyor ; at least a first and a second detecting device , located on opposite sides of said advancement path, each able to acquire a multiplicity of partial profiles of the products brought by the conveyor into said analysis zone (Z), in accordance with a scanning frequency, said partial profiles being taken in a scanning plane of the related device; and a processing unit connected to said first and second detecting device and in turn comprising: a first shape module configured to determine the conformation of the external surface of a first portion of the product , based on the partial profiles acquired by the first detecting device , at said scanning frequency and at said advancement speed; and a second shape module configured to determine the conformation of the external surface of a second portion of the product , based on the partial profiles acquired by the second detecting device , at said scanning frequency and at said advancement speed. a conveyor for transporting said products along an advancement path, at an advancement speed; a floating belt , located above said conveyor so as to define an analysis zone (Z) comprised between said floating belt and the conveyor ; at least a first and a second detecting device , located on opposite sides of said advancement path, each able to acquire a multiplicity of partial profiles of the products brought by the conveyor into said analysis zone (Z), in accordance with a scanning frequency, said partial profiles being taken in a scanning plane of the related device; and a processing unit connected to said first and second detecting device and in turn comprising: a first shape module configured to determine the conformation of the external surface of a first portion of the product , based on the partial profiles acquired by the first detecting device , at said scanning frequency and at said advancement speed; and a second shape module configured to determine the conformation of the external surface of a second portion of the product , based on the partial profiles acquired by the second detecting device , at said scanning frequency and at said advancement speed. a first shape module configured to determine the conformation of the external surface of a first portion of the product , based on the partial profiles acquired by the first detecting device , at said scanning frequency and at said advancement speed; and a second shape module configured to determine the conformation of the external surface of a second portion of the product , based on the partial profiles acquired by the second detecting device , at said scanning frequency and at said advancement speed.
A method of a device providing a weather effect in an image , the method comprising: obtaining an image to which the weather effect is to be applied; obtaining object recognition information about a shape of an object in the image and space information about a depth of the recognized object in the image ; obtaining at least one weather texture image illustrating the weather effect according to the depth of the object; and providing the weather effect in the image based on the weather texture image , by sequentially overlapping a plurality of image segments , obtained from the obtained weather texture image , on the image , and adjusting transparencies of the plurality of image segments based on the depth of the recognized object in the image. obtaining an image to which the weather effect is to be applied; obtaining object recognition information about a shape of an object in the image and space information about a depth of the recognized object in the image ; obtaining at least one weather texture image illustrating the weather effect according to the depth of the object; and providing the weather effect in the image based on the weather texture image , by sequentially overlapping a plurality of image segments , obtained from the obtained weather texture image , on the image , and adjusting transparencies of the plurality of image segments based on the depth of the recognized object in the image.