mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing encoded data representative of a sequence of digital frames, for transmission to a client equipment via a communication network in a first container, so-called transport container, for storing at least the encoded data of the frames of the sequence, characterised in that it comprises the following steps, implemented following the encoding of a frame of said sequence, so-called current frame: - obtaining (E1) encoded data representative of the current frame; - extracting (E2) at least one information representative of an encoding structure of the current frame; - updating (E3) the first container by inserting encoded data representative of the current frame into a predetermined location; - updating (E4) a second container, so-called metadata container, by inserting said at least one information of encoding structure and information representative of the location of the encoded data in the transport container; and - transmitting the second container to the client equipment; - upon receipt of a request from the client equipment, whose generation is decided based on metadata information of the second container, comprising at least one piece of information representative of the location of the data, transmitting the encoded data of the transport container corresponding to said location. - obtaining (E1) encoded data representative of the current frame; - extracting (E2) at least one information representative of an encoding structure of the current frame; - updating (E3) the first container by inserting encoded data representative of the current frame into a predetermined location; - updating (E4) a second container, so-called metadata container, by inserting said at least one information of encoding structure and information representative of the location of the encoded data in the transport container; and - transmitting the second container to the client equipment; - upon receipt of a request from the client equipment, whose generation is decided based on metadata information of the second container, comprising at least one piece of information representative of the location of the data, transmitting the encoded data of the transport container corresponding to said location.
A two-component epoxy resin paint, comprising: a) an epoxy resin component; and b) an amine component for curing the epoxy resin component, the amine component comprising: i) at least one polyamide curing agent; and ii) at least one Mannich base curing agent, wherein at least one of the at least one polyamide curing agent and the at least one Mannich base curing agent is derived from one or more multifunctional amines comprising at least one cycloaliphatic multifunctional amine, wherein the cycloaliphatic multifunctional amine is present in an amount of 30 wt% or more relative to the total amount of the multifunctional amines, wherein the ratio by weight of the epoxy resin component a) to the amine component b) is 100 : 8 to 100 : 20, wherein the at least one polyamide curing agent comprises 1 wt% or more of ethylenically unsaturated functional groups relative to the total weight of the at least one polyamide curing agent, and wherein the at least one Mannich base curing agent comprises 1 wt% or more of phenolic hydroxyl group relative to the total weight of the at least one Mannich base curing agent. a) an epoxy resin component; and b) an amine component for curing the epoxy resin component, the amine component comprising: i) at least one polyamide curing agent; and ii) at least one Mannich base curing agent, wherein at least one of the at least one polyamide curing agent and the at least one Mannich base curing agent is derived from one or more multifunctional amines comprising at least one cycloaliphatic multifunctional amine, wherein the cycloaliphatic multifunctional amine is present in an amount of 30 wt% or more relative to the total amount of the multifunctional amines, i) at least one polyamide curing agent; and ii) at least one Mannich base curing agent, wherein at least one of the at least one polyamide curing agent and the at least one Mannich base curing agent is derived from one or more multifunctional amines comprising at least one cycloaliphatic multifunctional amine, wherein the cycloaliphatic multifunctional amine is present in an amount of 30 wt% or more relative to the total amount of the multifunctional amines, wherein at least one of the at least one polyamide curing agent and the at least one Mannich base curing agent is derived from one or more multifunctional amines comprising at least one cycloaliphatic multifunctional amine, wherein the cycloaliphatic multifunctional amine is present in an amount of 30 wt% or more relative to the total amount of the multifunctional amines, wherein the ratio by weight of the epoxy resin component a) to the amine component b) is 100 : 8 to 100 : 20, wherein the at least one polyamide curing agent comprises 1 wt% or more of ethylenically unsaturated functional groups relative to the total weight of the at least one polyamide curing agent, and wherein the at least one Mannich base curing agent comprises 1 wt% or more of phenolic hydroxyl group relative to the total weight of the at least one Mannich base curing agent.
A head-up display device comprising: a light source that emits an illumination light beam ; a display that receives the illumination light beam on a rear surface and emits an image light beam having been modulated from a front surface; a light distribution adjustment unit that is disposed between the light source and the display and adjusts distribution of the illumination light beam entering the display ; an image forming unit that images the image light beam emitted from the display ; and a reflector that reflects the image light beam having passed through the image forming unit to a transmissive reflector disposed in front of a viewer, wherein the image forming unit reflects image light beams emitted from regions of the display arranged in a first direction so as to make the image light beams cross with each other between the image forming unit and the reflector , and the light distribution adjustment unit makes the illumination light beam enter the display as converging light in the first direction (Y) so that the display emits the image light beams from its front surface to the image forming unit and the principal rays of the image light beams emitted by the display travel in a converging direction from the regions of the display arranged in the first direction (Y). a light source that emits an illumination light beam ; a display that receives the illumination light beam on a rear surface and emits an image light beam having been modulated from a front surface; a light distribution adjustment unit that is disposed between the light source and the display and adjusts distribution of the illumination light beam entering the display ; an image forming unit that images the image light beam emitted from the display ; and a reflector that reflects the image light beam having passed through the image forming unit to a transmissive reflector disposed in front of a viewer, wherein the image forming unit reflects image light beams emitted from regions of the display arranged in a first direction so as to make the image light beams cross with each other between the image forming unit and the reflector , and the light distribution adjustment unit makes the illumination light beam enter the display as converging light in the first direction (Y) so that the display emits the image light beams from its front surface to the image forming unit and the principal rays of the image light beams emitted by the display travel in a converging direction from the regions of the display arranged in the first direction (Y).
A method for preparing superabsorbent polymer, comprising steps of: preparing a hydrogel polymer by carrying out a thermal polymerization or photopolymerization of a monomer composition comprising a water soluble ethylenically unsaturated monomer and a polymerization initiator; drying and grinding the hydrogel polymer to prepare a base resin powder; adding a surface cross-linking agent to the base resin powder and conducting surface cross-linking to prepare surface cross-linked base resin powder; and hydrating the surface cross-linked base resin powder by pulse spraying water, wherein a pulse on rate, which is a rate of time for which spraying is achieved according to pulse application in the spraying process, is 10 to 50 % of the total pulse spraying time, and a water introduction flow, which is the flow of fluid introduced into a reactor, during the pulse spraying is 0.02 to 0.05 m 3 /hr, wherein a scattering index of droplet generated during the pulse spraying, according to the following Mathematical Formula 1, is 5 to 10: Scattering index = Re droplet / Re air × 100 in the Mathematical Formula 1, Re droplet is Reynolds number of droplet, and Re air is Reynolds number of air, wherein the Reynolds numbers are defined and calculated as disclosed in the specification, wherein 95wt% or more of the superabsorbent polymer has a particle size of 150 to 850 μm, and the content of coarse particles having particle size greater than 850,um is 5wt% or less, based on the total weight of the superabsorbent polymer, as measured according to EDANA WSP 220.3. preparing a hydrogel polymer by carrying out a thermal polymerization or photopolymerization of a monomer composition comprising a water soluble ethylenically unsaturated monomer and a polymerization initiator; drying and grinding the hydrogel polymer to prepare a base resin powder; adding a surface cross-linking agent to the base resin powder and conducting surface cross-linking to prepare surface cross-linked base resin powder; and hydrating the surface cross-linked base resin powder by pulse spraying water, wherein a pulse on rate, which is a rate of time for which spraying is achieved according to pulse application in the spraying process, is 10 to 50 % of the total pulse spraying time, and a water introduction flow, which is the flow of fluid introduced into a reactor, during the pulse spraying is 0.02 to 0.05 m 3 /hr, wherein a scattering index of droplet generated during the pulse spraying, according to the following Mathematical Formula 1, is 5 to 10: Scattering index = Re droplet / Re air × 100 in the Mathematical Formula 1, Re droplet is Reynolds number of droplet, and Re air is Reynolds number of air, wherein the Reynolds numbers are defined and calculated as disclosed in the specification, wherein 95wt% or more of the superabsorbent polymer has a particle size of 150 to 850 μm, and the content of coarse particles having particle size greater than 850,um is 5wt% or less, based on the total weight of the superabsorbent polymer, as measured according to EDANA WSP 220.3.
Composition as a dietary and nutritional supplement in an oral administration form, comprising: seawater, one or more minerals, trace elements, vitamins, prebiotics, probiotics, enzymes, co-enzymes, parts of a plant and/or plant extracts, comprising at least one oil-soluble vitamin, and one or more oils, wherein said composition is obtained using a nanoparticle method, said method comprising homogenizing and/or sonicating a seawater and oil mixture, such that the composition comprises liposomes or vesicles of nanoparticle size, or mixtures thereof. seawater, one or more minerals, trace elements, vitamins, prebiotics, probiotics, enzymes, co-enzymes, parts of a plant and/or plant extracts, comprising at least one oil-soluble vitamin, and one or more oils,
Device for mounting a cutting ring on an end region of a pipe , having a backing plate with a passage opening for the insertion of the pipe , a tool carrier and a mounting socket which is mounted on the tool carrier between the tool carrier and the backing plate and which can be displaced by means of the tool carrier along a central longitudinal axis (X), at least in the direction of the backing plate , and a receiving recess extending along the central longitudinal axis (X) for receiving the end region of the pipe with an end face and for receiving the cutting ring which can be pushed onto the end region and to be mounted on the pipe , wherein a backing element can be arranged on the pipe between the cutting ring and the backing plate , wherein the backing plate limits a displacement of the backing element along the longitudinal axis (X), further having a measuring device for detecting a position of the pipe inserted into the receiving recess by means of a stop means arranged in the receiving recess so as to be movable axially relative to the central longitudinal axis (X), wherein the mounting socket has a bore arranged axially relative to its central longitudinal axis (X), which extends through the mounting socket , and the stop means has a pin extending through the bore , wherein the stop means is in operative connection with a preloaded sliding sleeve over the whole of its travel (W1) running axially relative to the central longitudinal axis (X), wherein the stop means has a pin head on the pin led through the mounting socket on the side of the mounting socket that faces the tool carrier , characterized in that the measuring device is formed in the tool carrier and interacts with the sliding sleeve which is preloaded by means of a preloading means so as to rest against the stop means , and the pin extending through the bore is operatively connected to the sliding sleeve in the tool carrier , and the pin head rests on the sliding sleeve and, during an axial displacement of the stop means along the central longitudinal axis (X), acts on the sliding sleeve of the tool carrier .
An installation device for a built-in refrigerator , used for installing the refrigerator into an installation space in a cabinet , the installation device comprising: a fixing frame , configured to be disposed on a bottom plate of the refrigerator in a front-back extension direction of the refrigerator; and at least one guide block, disposed on the fixing frame , wherein the bottom of the guide block is provided with a groove parallel to the front-back extension direction of the refrigerator, and the groove is configured to match a guide rail portion pre-installed on the ground where the installation space is located, to limit the refrigerator to move in the front-back direction, characterized in that the number of the guide blocks are more than one, the guide blocks being disposed at intervals along the fixing frame , and grooves of the plurality of guide blocks are at a same straight line parallel to the front-back extension direction of the refrigerator, wherein the plurality of guide blocks comprises: a first guide block, located at the back end of the fixing frame , wherein the back portion of the first guide block is formed with a bell mouth expanding backward from a lateral side wall of the groove , and the bell mouth is configured to be assembled with one side of the guide rail portion that faces the outside of the installation space, to guide the refrigerator onto the guide rail portion , further comprising: a plurality of pulley assemblies disposed in the intervals between the plurality of guide blocks and configured to slide along the surface of the guide rail portion to decrease frictional resistance generated when the refrigerator moves. a fixing frame , configured to be disposed on a bottom plate of the refrigerator in a front-back extension direction of the refrigerator; and at least one guide block, disposed on the fixing frame , wherein the bottom of the guide block is provided with a groove parallel to the front-back extension direction of the refrigerator, and the groove is configured to match a guide rail portion pre-installed on the ground where the installation space is located, to limit the refrigerator to move in the front-back direction, characterized in that the number of the guide blocks are more than one, the guide blocks being disposed at intervals along the fixing frame , and grooves of the plurality of guide blocks are at a same straight line parallel to the front-back extension direction of the refrigerator, wherein the plurality of guide blocks comprises: a first guide block, located at the back end of the fixing frame , wherein the back portion of the first guide block is formed with a bell mouth expanding backward from a lateral side wall of the groove , and the bell mouth is configured to be assembled with one side of the guide rail portion that faces the outside of the installation space, to guide the refrigerator onto the guide rail portion , further comprising: a plurality of pulley assemblies disposed in the intervals between the plurality of guide blocks and configured to slide along the surface of the guide rail portion to decrease frictional resistance generated when the refrigerator moves.
An automatic volume adjustment method to be carried out on an electronic device , wherein the electronic device comprises a processor , a memory , and a receiver , wherein the processor is connected to the memory and the receiver , and the electronic device is a first electronic device, wherein the method comprises: receiving (S101), by the receiver, a voice signal after a call connection with a second electronic device is established by the first electronic device; performing (S102), by the processor, identification on the voice signal, and performing a semantic analysis of the identified voice signal to obtain a semantic identification result; performing (SI03), by the processor, matching between the semantic identification result and a prestored evaluation semantic to acquire a volume adjustment rule, wherein the prestored evaluation semantic is retrieved from the memory; and adjusting (SI04), by the processor, a microphone gain of the first electronic device according to the volume adjustment rule; wherein the receiver comprises a wireless transceiver; and wherein the voice signal comprises a voice signal from the second electronic device received by the first electronic device by using the wireless transceiver. receiving (S101), by the receiver, a voice signal after a call connection with a second electronic device is established by the first electronic device; performing (S102), by the processor, identification on the voice signal, and performing a semantic analysis of the identified voice signal to obtain a semantic identification result; performing (SI03), by the processor, matching between the semantic identification result and a prestored evaluation semantic to acquire a volume adjustment rule, wherein the prestored evaluation semantic is retrieved from the memory; and adjusting (SI04), by the processor, a microphone gain of the first electronic device according to the volume adjustment rule; wherein the receiver comprises a wireless transceiver; and wherein the voice signal comprises a voice signal from the second electronic device received by the first electronic device by using the wireless transceiver.
Illumination method in a machine vision application, wherein a light source , preferably at least one light-emitting diode, of an illumination means emits light and wherein the intensity (Int) of the emitted light is regulated by an electric current (i) and/or electric voltage emitted to the light source by a control unit , wherein independently of the control unit , at least one performance variable (G_ist) of the light source , the performance variable (G_ist) correlating to the intensity (Int), is captured and compared to at least one limit value (G), and wherein as soon as the at least one performance variable (G_ist) reaches or exceeds the at least one limit value (G), an action is triggered with which the intensity (Int) is reduced independently of the control unit , characterized in that the intensity (Int) itself and/or the electric current (i) and/or the electric voltage (u) is used as the at least one performance variable (G_ist).
A low passive intermodulation, PIM, stackable cable hanger , comprising: a metallic cable block comprising a receptacle side defining a receptacle hole for stacking the cable block to an adjacent cable block, cable clasps for supporting a cable positioned to extend through the cable block, a pair of opposing metal sides , each metal side extending away from the receptacle side; a pair of opposing polymeric sides , each covering a corresponding one of the metal sides of the cable block; a pair of polymeric snap-in legs for fitting into an adjacent receptacle hole. a metallic cable block comprising a receptacle side defining a receptacle hole for stacking the cable block to an adjacent cable block, cable clasps for supporting a cable positioned to extend through the cable block, a pair of opposing metal sides , each metal side extending away from the receptacle side; a pair of opposing polymeric sides , each covering a corresponding one of the metal sides of the cable block; a pair of polymeric snap-in legs for fitting into an adjacent receptacle hole.
A playback system including a display device and an information terminal adapted to communicate with the display device, the information terminal including a processor and a recording medium storing a control program which when executed by the processor causes the processor to perform a process comprising: displaying identification information items of content data stored in the information terminal in a first viewing area of a display screen ; and displaying in a second viewing area of the display screen , each time a tap operation is performed on one of the identification information items displayed in the first viewing area to select the one of the identification information items , the selected identification information item , wherein a display indication of selection of the selected identification information item is superimposed over the selected identification information item in the first viewing area; and the display device being adapted to play back the content data corresponding to the selected identification information items, wherein the displaying in the second viewing area includes deleting, each time a tap operation is performed again on a selected one of the identification information items displayed in the first viewing area , the identification information item corresponding to the tap operation, displayed in the second viewing area , and deleting the display indication of selection superimposed over the identification information item on which the tap operation was performed, displayed in the first viewing area. displaying identification information items of content data stored in the information terminal in a first viewing area of a display screen ; and displaying in a second viewing area of the display screen , each time a tap operation is performed on one of the identification information items displayed in the first viewing area to select the one of the identification information items , the selected identification information item , wherein a display indication of selection of the selected identification information item is superimposed over the selected identification information item in the first viewing area; and the display device being adapted to play back the content data corresponding to the selected identification information items, wherein the displaying in the second viewing area includes deleting, each time a tap operation is performed again on a selected one of the identification information items displayed in the first viewing area , the identification information item corresponding to the tap operation, displayed in the second viewing area , and deleting the display indication of selection superimposed over the identification information item on which the tap operation was performed, displayed in the first viewing area.