mhurhangee/ep-ind-claims huggingface dataset:
Food product based on cereal products intended for human or animal food and for cooking in a cooking liquid that is hot or boiling water, characterised in that it comprises cereal products in the raw state thereof, said raw state corresponding to a dry product the moisture level of which is less than or equal to 14%, said cereal products requiring, before ingestion by a consumer, hydration in hot or boiling water for the products the starch of which is already transformed or cooking strictly in boiling water to make the starch digestible and to hydrate the product, said cereal products being formed by whole or crushed grains or formed by a mixture of crushed and whole grains or formed by milled cereal-grain products, said cereal products being agglomerated together by a cereal food flour the starch of which has undergone a heat treatment of gelatinisation of the starch, said food product forming a compact portion of food products ready for cooking and able to disintegrate instantaneously in the cooking liquid. said cereal products being formed by whole or crushed grains or formed by a mixture of crushed and whole grains or formed by milled cereal-grain products, said cereal products being agglomerated together by a cereal food flour the starch of which has undergone a heat treatment of gelatinisation of the starch, said food product forming a compact portion of food products ready for cooking and able to disintegrate instantaneously in the cooking liquid.
A method for modeling a display coming from an application on a server (120; 220; 320; 420; 520), the display being destined for a remote terminal (110; 210; 310; 410; 510); such that the display is modeled to compose an image based on display information coming from the application, by means of stacked layers, each layer consisting of layer pixels and being associated with a corresponding first alteration data set, the layer pixels being grouped into layer pixel blocks, each layer pixel being characterized by a transparency factor Ttp of said pixel; the first alteration data set comprising, for each layer, a motion vector of said layer and transparency data of said layer, the resulting image consisting of image pixels and being associated with a second alteration data set, the image pixels being grouped into macroblocks, the second alteration data set indicating whether the image macroblocks were altered due to alterations of the layers by the application, the image pixels consisting of the corresponding stacked pixels of the layers; the method comprising the following steps: alteration of the content of the layer pixels of at least one layer by at least one primitive according to the display information received from the application; alteration of the first alteration data set for at least one layer according to the alterations performed by the primitive(s); alteration of the second alteration data set according to the first data set; composition of an image based on the layer pixels, the transparency data corresponding to a block of a layer affecting a macroblock of the composite image being used to determine whether said image macroblock was altered with respect to the macroblock of the preceding image; and transmission to an encoder of the image to be encoded and of encoding information in compliance with the second alteration data set. alteration of the content of the layer pixels of at least one layer by at least one primitive according to the display information received from the application; alteration of the first alteration data set for at least one layer according to the alterations performed by the primitive(s); alteration of the second alteration data set according to the first data set; composition of an image based on the layer pixels, the transparency data corresponding to a block of a layer affecting a macroblock of the composite image being used to determine whether said image macroblock was altered with respect to the macroblock of the preceding image; and transmission to an encoder of the image to be encoded and of encoding information in compliance with the second alteration data set.
A working assembly of an outdoor power device comprising: an electric motor for driving the working assembly, the motor being housed in a motor housing comprising a body portion; a bottom endplate; and a top endplate, the working assembly further comprising: a housing assembly comprising a plurality of housing portions enclosing the motor housing in a space defined by said plurality of housing portions, characterized in that the plurality of housing portions combine to define a first opening and a second opening such that two opposing sides of the body portion of the motor housing are exposed in respective ones of said first and second openings (132, 134) so that two large portions of the motor housing are not covered by the housing, are visible and exposed to the environment. an electric motor for driving the working assembly, the motor being housed in a motor housing comprising a body portion; a bottom endplate; and a top endplate, the working assembly further comprising: a housing assembly comprising a plurality of housing portions enclosing the motor housing in a space defined by said plurality of housing portions, a housing assembly comprising a plurality of housing portions enclosing the motor housing in a space defined by said plurality of housing portions, characterized in that
An end connection for a composite structural component made of a polymer matrix composite material; the end connection comprising: an end portion at one end of the composite structural component, comprising an internal surface comprising a plurality of ridges and grooves defining a first engagement surface along an axial direction and an outer layer of circumferential fibre reinforcement; a metal interface component comprising an outer surface comprising a plurality of ridges and grooves defining a second engagement surface along the axial direction and an inner surface defining a mounting surface for attachment of an end fitting; wherein the metal interface component is engaged with the internal surface of the composite structural component by mating of the first and second engagement surfaces; and an outer annular component fitted around the outer layer of circumferential fibre reinforcement of the end portion in axial alignment with the mating of the first and second engagement surfaces; wherein the outer annular component forms an interference fit with the end portion so as to preload the end connection with compressive radial forces. an end portion at one end of the composite structural component, comprising an internal surface comprising a plurality of ridges and grooves defining a first engagement surface along an axial direction and an outer layer of circumferential fibre reinforcement; a metal interface component comprising an outer surface comprising a plurality of ridges and grooves defining a second engagement surface along the axial direction and an inner surface defining a mounting surface for attachment of an end fitting;
A system for constructing aggregate piers, comprising: a mandrel having an upper portion and a tamper head, and a passage extending therethrough for feeding aggregate through the mandrel to the tamper head; and said tamper head being open to provide a passage for aggregate to pass through the tamper head out of the mandrel, and having a plurality of structural members connected therein for allowing substantially unimpeded free flow of aggregate therethrough when the mandrel is raised during operation, and for preventing aggregate flow back into the mandrel during downward tamping. a mandrel having an upper portion and a tamper head, and a passage extending therethrough for feeding aggregate through the mandrel to the tamper head; and said tamper head being open to provide a passage for aggregate to pass through the tamper head out of the mandrel, and having a plurality of structural members connected therein for allowing substantially unimpeded free flow of aggregate therethrough when the mandrel is raised during operation, and for preventing aggregate flow back into the mandrel during downward tamping.
An implantable therapy system for providing a biologically active compound to an individual, said system comprising: - a capsule comprising a biocompatible semi-permeable outer membrane encapsulating cells which are capable of secreting a biologically active compound, the membrane allowing passage of said compound, and - an elongated tether which, in a distal end, is joined with the capsule and which extends from the distal end in a longitudinal direction towards an axially opposite proximal end, characterised in that the system further comprises a stiffener extending from a distal end in a longitudinal direction towards an axially opposite proximal end and attached to the tether to make the tether more rigid, and wherein the stiffener extends further in the longitudinal direction than the tether and forms an exposed proximal end portion by which the system can be handled. - a capsule comprising a biocompatible semi-permeable outer membrane encapsulating cells which are capable of secreting a biologically active compound, the membrane allowing passage of said compound, and - an elongated tether which, in a distal end, is joined with the capsule and which extends from the distal end in a longitudinal direction towards an axially opposite proximal end, characterised in that the system further comprises a stiffener extending from a distal end in a longitudinal direction towards an axially opposite proximal end and attached to the tether to make the tether more rigid, and wherein the stiffener extends further in the longitudinal direction than the tether and forms an exposed proximal end portion by which the system can be handled.
A cooling device comprising a body wherein goods such as foods and beverages to be cooled are disposed, at least one door providing access to the inside of the body, said cooling device being characterized by at least one shelf comprising supporting walls (4 and 104) of different size and form enabling goods disposed thereon to be carried by supporting them from below and from the sides, and preventing them from falling down, said walls being almost vertical to each other and, joined with each other from at least one edge each, wherein said shelf enables a first supporting wall to carry the goods by serving as base and a second supporting wall to support the goods from the front and from the sides by serving as guard in a I. position wherein the first supporting wall is in a horizontal and the second supporting wall is in a vertical position, and wherein said shelf enables the second supporting wall to carry the goods by serving as base and the first supporting wall to support the goods from the front and from the sides by serving as guard in a II. position, whereto the shelf is turned from the I. position.
An Internet of Things IoT communication method, comprising: determining, by an access point, AP, one or more terminal devices whom the AP sends downlink data to, wherein the one or more terminal devices comprises an IoT terminal and a station, STA; and sending, by the AP, a downlink data frame to the one or more terminal devices, wherein the downlink data frame comprises a legacy preamble, a high efficiency wireless local area network, HEW, preamble, and a data field; wherein the data field is transmitted by using a subcarrier resource comprising at least one resource unit, RU; and the RU is used to send a downlink IoT frame to the IoT terminal, wherein the downlink IoT frame comprises an IoT preamble and an IoT data field, the IoT preamble is used to transmit physical layer control information of the downlink IoT frame, and the IoT data field is used to transmit downlink data between the AP and the IoT terminal; wherein the subcarrier resource that is used to transmit the data field further comprises at least one other RU different from the RU, and the at least one other RU is used to transmit downlink data between the AP and the STA. determining, by an access point, AP, one or more terminal devices whom the AP sends downlink data to, wherein the one or more terminal devices comprises an IoT terminal and a station, STA; and sending, by the AP, a downlink data frame to the one or more terminal devices, wherein the downlink data frame comprises a legacy preamble, a high efficiency wireless local area network, HEW, preamble, and a data field; wherein the data field is transmitted by using a subcarrier resource comprising at least one resource unit, RU; and the RU is used to send a downlink IoT frame to the IoT terminal, wherein the downlink IoT frame comprises an IoT preamble and an IoT data field, the IoT preamble is used to transmit physical layer control information of the downlink IoT frame, and the IoT data field is used to transmit downlink data between the AP and the IoT terminal; wherein the subcarrier resource that is used to transmit the data field further comprises at least one other RU different from the RU, and the at least one other RU is used to transmit downlink data between the AP and the STA.
A method for Optical Coherence Tomography -OCT-image modification, the method performed by a computing system, the method comprising: receiving an OCT image of a region of interest of patient tissue from an OCT imaging system configured to direct an OCT beam at the region of interest; characterized in that the method further comprises: determining that an OCT transparent instrument is within the OCT image; detecting an artifact in the OCT image, the artifact (406-1, 406-2, 506-1, 506-2) resulting from the OCT transparent instrument being within a path of the OCT beam; in response to detecting the artifact, creating an image modification plan to remove the artifact from the OCT image; and executing the image modification plan to remove the artifact from the OCT image. receiving an OCT image of a region of interest of patient tissue from an OCT imaging system configured to direct an OCT beam at the region of interest; characterized in that the method further comprises: determining that an OCT transparent instrument is within the OCT image; detecting an artifact in the OCT image, the artifact (406-1, 406-2, 506-1, 506-2) resulting from the OCT transparent instrument being within a path of the OCT beam; in response to detecting the artifact, creating an image modification plan to remove the artifact from the OCT image; and executing the image modification plan to remove the artifact from the OCT image. determining that an OCT transparent instrument is within the OCT image; detecting an artifact in the OCT image, the artifact (406-1, 406-2, 506-1, 506-2) resulting from the OCT transparent instrument being within a path of the OCT beam; in response to detecting the artifact, creating an image modification plan to remove the artifact from the OCT image; and executing the image modification plan to remove the artifact from the OCT image.
A method for producing a liquid dispersion of composite resin particles, the method comprising: polymerizing a styrene compound and at least one acrylic monomer to give a styrene resin; polymerizing a (meth)acrylate compound in the presence of the styrene resin to give intermediate resin particles A, which are resin particles containing the styrene resin and a (meth)acrylate resin; polymerizing a styrene compound and an extra vinyl monomer including at least one (meth)acrylate compound in the presence of intermediate resin particles A to give liquid dispersion B, which is a liquid dispersion containing intermediate resin particles B; and adding a polymerization initiator to liquid dispersion B to give a liquid dispersion of composite resin particles, wherein: in the composite resin particles as a whole, a ratio by mass between the styrene and (meth)acrylate resins is between 80:20 and 20:80; there is a difference of 30°C or more between lowest and highest glass transition temperatures of the composite resin particles; and the glass transition temperature is determined from a method for determining extrapolated initial temperature of glass transition described in JIS K7121:1987. polymerizing a styrene compound and at least one acrylic monomer to give a styrene resin; polymerizing a (meth)acrylate compound in the presence of the styrene resin to give intermediate resin particles A, which are resin particles containing the styrene resin and a (meth)acrylate resin; polymerizing a styrene compound and an extra vinyl monomer including at least one (meth)acrylate compound in the presence of intermediate resin particles A to give liquid dispersion B, which is a liquid dispersion containing intermediate resin particles B; and adding a polymerization initiator to liquid dispersion B to give a liquid dispersion of composite resin particles, wherein: in the composite resin particles as a whole, a ratio by mass between the styrene and (meth)acrylate resins is between 80:20 and 20:80; there is a difference of 30°C or more between lowest and highest glass transition temperatures of the composite resin particles; and the glass transition temperature is determined from a method for determining extrapolated initial temperature of glass transition described in JIS K7121:1987. in the composite resin particles as a whole, a ratio by mass between the styrene and (meth)acrylate resins is between 80:20 and 20:80; there is a difference of 30°C or more between lowest and highest glass transition temperatures of the composite resin particles; and the glass transition temperature is determined from a method for determining extrapolated initial temperature of glass transition described in JIS K7121:1987.
A membrane/electrode assembly for a polymer electrolyte fuel cell, comprising: an anode having a catalyst layer and a gas diffusion layer, a cathode having a catalyst layer and a gas diffusion layer, and a polymer electrolyte membrane interposed between the catalyst layer of the anode and the catalyst layer of the cathode, wherein the cathode has, between the catalyst layer and the gas diffusion layer, a first interlayer comprising carbon fibers and a fluorinated ion exchange resin, and a second interlayer comprising carbon fibers and a fluorinated ion exchange resin, in this order from the gas diffusion layer side, wherein the carbon fibers have an average fiber diameter of from 30 to 200 nm. an anode having a catalyst layer and a gas diffusion layer, a cathode having a catalyst layer and a gas diffusion layer, and a polymer electrolyte membrane interposed between the catalyst layer of the anode and the catalyst layer of the cathode, wherein the cathode has, between the catalyst layer and the gas diffusion layer, a first interlayer comprising carbon fibers and a fluorinated ion exchange resin, and a second interlayer comprising carbon fibers and a fluorinated ion exchange resin, in this order from the gas diffusion layer side, wherein the carbon fibers have an average fiber diameter of from 30 to 200 nm.
An electric motor, in particular canned motor, with a connection housing which is arranged outside on the motor housing, receives electrical connections as well as electronic components and is designed of at least two individual housings (12, 13) which are constructed in a multi-part manner, wherein at least two components of the individual housings (12, 13) consist of materials which differ in thermal conductivity by at least a power of ten and an individual housing (12, 13) is designed as an axial housing and connects onto the motor housing in the axial direction and the other individual housing (12, 13) is designed as a radial housing and connects radially onto the motor housing, wherein the radial housing comprises a metallic base body which is provided with cooling ribs and in which a circuit board comprising power electronics is arranged, whose power components are connected to the base body in a heat-conducting manner, wherein the power components are arranged in the regions on the base of the base body which are lateral with respect to the longitudinal axis of the motor, wherein cooling ribs of the radial housing are directed towards the motor housing and are arranged transversely to the motor axis and extend in a free space which is formed between the base of the base body of the radial housing, and the motor housing, wherein the radial housing is extended beyond the base body in the axial direction of the motor and is designed as a cooling body in the extended region.
A mobile terminal, comprising: a processor a touch display screen; a face image collecting device, configured to collect a face image; a memory, configured to store a preset face template; wherein the processor is configured to carry out following actions, comprising: when detecting an unlocking instruction for the mobile terminal in a screen-off and screen-locked state, performing (S201, S302, S403) a first operation and a second operation in parallel, the first operation being a face recognition operation based on the face image and the preset face template, and the second operation being configured to ensure that a power management service is in an awake state; and when detecting that a result of the face recognition operation is success, removing (S202, S303, S404) the screen locked interface in the screen-off and screen-locked state and notifying (S203, S304, S405) the PMS to light the touch display screen. a processor a touch display screen; a face image collecting device, configured to collect a face image; a memory, configured to store a preset face template; wherein the processor is configured to carry out following actions, comprising: when detecting an unlocking instruction for the mobile terminal in a screen-off and screen-locked state, performing (S201, S302, S403) a first operation and a second operation in parallel, the first operation being a face recognition operation based on the face image and the preset face template, and the second operation being configured to ensure that a power management service is in an awake state; and when detecting that a result of the face recognition operation is success, removing (S202, S303, S404) the screen locked interface in the screen-off and screen-locked state and notifying (S203, S304, S405) the PMS to light the touch display screen. when detecting an unlocking instruction for the mobile terminal in a screen-off and screen-locked state, performing (S201, S302, S403) a first operation and a second operation in parallel, the first operation being a face recognition operation based on the face image and the preset face template, and the second operation being configured to ensure that a power management service is in an awake state; and when detecting that a result of the face recognition operation is success, removing (S202, S303, S404) the screen locked interface in the screen-off and screen-locked state and notifying (S203, S304, S405) the PMS to light the touch display screen.
A garment steamer comprising: - a steamer head comprising a housing, - a steam generator for generating steam, the steam generator being contained within the housing, characterized by - the housing being made of plastic material, - at least one metal layer (114, 116) being arranged between the steam generator and the housing, and - the at least one metal layer being spaced from the housing to form an air gap between the at least one metal layer and the housing. - a steamer head comprising a housing, - a steam generator for generating steam, the steam generator being contained within the housing, characterized by - the housing being made of plastic material, - at least one metal layer (114, 116) being arranged between the steam generator and the housing, and - the at least one metal layer being spaced from the housing to form an air gap between the at least one metal layer and the housing.