mhurhangee/patent-ind-claim-en huggingface dataset:
A pre-patch transfer sheet comprising: a carrier substrate ; and a pre-patch transfer assembly that is affixed along a first side of the carrier substrate and comprising: at least one isolated element for transfer having (i) a micro-optic film material assembly that produces an image, and (ii) an adhesive layer affixed along a first side of the micro-optic film material assembly opposite the carrier substrate; and a background area from which material has been removed that is adjacent to or surrounds the at least one isolated element for transfer, characterised in that the image is a synthetic image, wherein the image is synthetized by the united performance of a multiplicity of individual focusing element/image icon systems, wherein each focusing element magnifies a dot/very small space of the image below the focusing element, the dots are then combined and projected, thus leading to a magnified image, which is a synthetic image. a carrier substrate ; and a pre-patch transfer assembly that is affixed along a first side of the carrier substrate and comprising: at least one isolated element for transfer having (i) a micro-optic film material assembly that produces an image, and (ii) an adhesive layer affixed along a first side of the micro-optic film material assembly opposite the carrier substrate; and a background area from which material has been removed that is adjacent to or surrounds the at least one isolated element for transfer, characterised in that the image is a synthetic image, wherein the image is synthetized by the united performance of a multiplicity of individual focusing element/image icon systems, wherein each focusing element magnifies a dot/very small space of the image below the focusing element, the dots are then combined and projected, thus leading to a magnified image, which is a synthetic image. at least one isolated element for transfer having (i) a micro-optic film material assembly that produces an image, and (ii) an adhesive layer affixed along a first side of the micro-optic film material assembly opposite the carrier substrate; and a background area from which material has been removed that is adjacent to or surrounds the at least one isolated element for transfer, characterised in that the image is a synthetic image, wherein the image is synthetized by the united performance of a multiplicity of individual focusing element/image icon systems, wherein each focusing element magnifies a dot/very small space of the image below the focusing element, the dots are then combined and projected, thus leading to a magnified image, which is a synthetic image.
A door beam formed of an aluminum alloy extrusion of a closed cross-section structure having a welded part along the longitudinal direction, comprising: a pair of flanges positioned on the inner side and the outer side in the vehicle body width direction; and a pair of webs connecting the pair of flanges to each other, wherein the pair of the flanges and the pair of the webs have a flat plate shape, characterized in that each of the flanges includes protruding flanges protruding outward from joint sections with the pair of the webs , and the welded part is arranged in the pair of flanges and is not arranged in the pair of webs . a pair of flanges positioned on the inner side and the outer side in the vehicle body width direction; and a pair of webs connecting the pair of flanges to each other, wherein the pair of the flanges and the pair of the webs have a flat plate shape, characterized in that each of the flanges includes protruding flanges protruding outward from joint sections with the pair of the webs , and the welded part is arranged in the pair of flanges and is not arranged in the pair of webs .
A method for determining an operational state of a power consuming device consuming electrical energy, the method comprising: selecting, by the monitoring device , at least one classification model to be applied to a first plurality of readings from a sensor of the power consuming device , wherein the classification model is selected according to a type of the power consuming device ; performing, by the monitoring device , a training process using the at least one classification model and the first plurality of readings to determine a plurality of state parameters associated with a plurality of operational states of the power consuming device; receiving, by the monitoring device , at least one second reading from the sensor ; classifying, by the monitoring device , the power consuming device , wherein classifying includes determining a current operational state of the power consuming device based on the at least one second reading and the plurality of state parameters, wherein the current operational state of the power consuming device is one of the plurality of operational states of the power consuming device ; and transmitting, by the monitoring device , a signal to a user device to display a notification, wherein the notification includes the current operational state of the power consuming device . selecting, by the monitoring device , at least one classification model to be applied to a first plurality of readings from a sensor of the power consuming device , wherein the classification model is selected according to a type of the power consuming device ; performing, by the monitoring device , a training process using the at least one classification model and the first plurality of readings to determine a plurality of state parameters associated with a plurality of operational states of the power consuming device; receiving, by the monitoring device , at least one second reading from the sensor ; classifying, by the monitoring device , the power consuming device , wherein classifying includes determining a current operational state of the power consuming device based on the at least one second reading and the plurality of state parameters, wherein the current operational state of the power consuming device is one of the plurality of operational states of the power consuming device ; and transmitting, by the monitoring device , a signal to a user device to display a notification, wherein the notification includes the current operational state of the power consuming device .
A method, comprising: during a mixing and dispensing operation with a mixing and dispensing head of a multi- dimensional printing apparatus, adjusting linear movement of a mixing rod positioned within a mixing chamber of the mixing and dispensing head, at least along a central axis of the mixing chamber, further comprising receiving one or more reactive liquids at the mixing chamber via at least one material inlet positioned in an outer wall of the mixing chamber at a vertical position that is within a travel distance of the mixing rod during operation, in a direction of the central axis, from a high pressure bearing of the mixing rod; further comprising adjusting the linear movement of the mixing rod while the mixing rod continuously rotates about the central axis to mix one or more liquids within the mixing chamber, and, further comprising flowing the one or more reactive liquids into the mixing chamber via one or more positive displacement pumps and wherein the operating condition of the printing apparatus is a velocity of the one or more positive displacement pumps during flowing the one or more reactive liquids into the mixing chamber via the one or more positive displacement pumps. during a mixing and dispensing operation with a mixing and dispensing head of a multi- dimensional printing apparatus, adjusting linear movement of a mixing rod positioned within a mixing chamber of the mixing and dispensing head, at least along a central axis of the mixing chamber, further comprising receiving one or more reactive liquids at the mixing chamber via at least one material inlet positioned in an outer wall of the mixing chamber at a vertical position that is within a travel distance of the mixing rod during operation, in a direction of the central axis, from a high pressure bearing of the mixing rod; further comprising adjusting the linear movement of the mixing rod while the mixing rod continuously rotates about the central axis to mix one or more liquids within the mixing chamber, and, further comprising flowing the one or more reactive liquids into the mixing chamber via one or more positive displacement pumps and wherein the operating condition of the printing apparatus is a velocity of the one or more positive displacement pumps during flowing the one or more reactive liquids into the mixing chamber via the one or more positive displacement pumps.
A wax composition comprising a hydro-finished paraffin wax having an oil in wax (OIW) content as per ASTM D721 of between 5.5%wt and 33% wt, and between 0 mg/kg and 30 mg/kg sulfur as per ASTM 2622, wherein the hydro-finished paraffin wax has a Saybolt color of greater than 14 as per ASTM D6045 and/or an odor of less than or equal to 2 as per ASTM D1833, and meets FDA food grade quality requirements as per FDA CFR 172.886.
An inflatable product comprising: an inflatable product body having an electric pump aperture and an auxiliary air supply aperture , the inflatable product body defining a primary inflatable chamber and a nominal air capacity; an electric air pump mounted on the product body through the electric pump aperture ; and an auxiliary air supply mounted to the product body at the auxiliary air supply aperture , the auxiliary air supply defining an internal air supply chamber defining an internal air volume nominally separate from, but contained within, the primary inflatable chamber of the product body ; characterized in that : the electric air pump is configured to inflate the inflatable product from a deflated state to a partially inflated state in which the inflatable product body contains between 95.0% and 99.5% of the nominal air capacity, and the auxiliary air supply is configured to inflate the inflatable product from the partially inflated state to a fully inflated state by providing the final 0.5-5.0% of the nominal air capacity. an inflatable product body having an electric pump aperture and an auxiliary air supply aperture , the inflatable product body defining a primary inflatable chamber and a nominal air capacity; an electric air pump mounted on the product body through the electric pump aperture ; and an auxiliary air supply mounted to the product body at the auxiliary air supply aperture , the auxiliary air supply defining an internal air supply chamber defining an internal air volume nominally separate from, but contained within, the primary inflatable chamber of the product body ; characterized in that : the electric air pump is configured to inflate the inflatable product from a deflated state to a partially inflated state in which the inflatable product body contains between 95.0% and 99.5% of the nominal air capacity, and the auxiliary air supply is configured to inflate the inflatable product from the partially inflated state to a fully inflated state by providing the final 0.5-5.0% of the nominal air capacity. the electric air pump is configured to inflate the inflatable product from a deflated state to a partially inflated state in which the inflatable product body contains between 95.0% and 99.5% of the nominal air capacity, and the auxiliary air supply is configured to inflate the inflatable product from the partially inflated state to a fully inflated state by providing the final 0.5-5.0% of the nominal air capacity.
A pharmaceutical composition comprising a compound selected from (E) isomer, (Z) isomer, and a mixture of (E) and (Z) isomer of 2-[ -3-[4-amino-3-(2-fluoro-4-phenoxyphenyl)pyrazolo[3,4-d]pyrimidin-1-yl]piperidine-1-carbonyl]-4-methyl-4-[4-(oxetan-3-yl)piperazin-1-yl]pent-2-enenitrile, or a pharmaceutically acceptable salt of any of the foregoing compounds, for use in treating pemphigus vulgaris in a mammal.
A joint between a first panel and a second panel of furniture and other furnishing items for firmly interconnecting said first panel and said second panel positioned perpendicular to each other, wherein said joint comprises a container provided by two pressure plugs which are housable in blind holes formed vertically in the first panel downwards and a plurality of interconnection and blocking components for joining and firmly blocking said two panels together, wherein said plurality of interconnection and blocking components of said joint are totally or at least partially contained in the container or at least partially associated with the container for joining and firmly blocking said two panels together, wherein said container , in the form of a prismatic body is provided above on a first side with two plugs , spaced apart, and with two consecutive holes on each lateral side , said two holes intersecting each other and directed, respectively, according to a first axis (X) which forms a main axis or axis of the joint and a second axis (Y) which forms an activation axis of the joint, said two axes (X, Y) being perpendicular to each other, said plurality of interconnection and blocking components lie on the same plane (A) which plane is parallel and interspaced with respect to said first panel and perpendicular with respect to said second panel , the first axis (X) and the second axis (Y) of the joint laying on said plane (A), characterized in that said plurality of interconnection and blocking components of said joint comprises: - a grub screw screw-inserted into an internal threaded hole of a butt housed in the hole of the container , directed according to the activation axis (Y) of said joint associated with said panels , where the butt provides a pass-through hole for receiving - a pin , on one side housed in a hole of the second panel and on the other housed in the hole of the container directed according to main axis or axis of the joint (X), wherein said hole of the container is aligned with said hole of the second panel . - a grub screw screw-inserted into an internal threaded hole of a butt housed in the hole of the container , directed according to the activation axis (Y) of said joint associated with said panels , where the butt provides a pass-through hole for receiving - a pin , on one side housed in a hole of the second panel and on the other housed in the hole of the container directed according to main axis or axis of the joint (X), wherein said hole of the container is aligned with said hole of the second panel .
A method of signal transmission and reception for a terminal in a mobile communication system, the method comprising: receiving, from a service providing server, first information including a token identifier for a token issued to the terminal; receiving, from the service providing server, second information for managing a first session, the second information including information for creating a cookie in the terminal and information for identifying a service offered by the service providing server and corresponding to the first information; and controlling the first session corresponding to the service based on the first information and the second information, wherein the cookie is created based on the second information and is used to transmit and receive data related with the service, wherein the cookie includes information for identifying the first session, a value for determining a valid time of the first session, a domain name which is a destination of the first session, and the token identifier, and wherein the valid time of the first session is extended based on a communication with the service providing server before an expiration of the valid time. receiving, from a service providing server, first information including a token identifier for a token issued to the terminal; receiving, from the service providing server, second information for managing a first session, the second information including information for creating a cookie in the terminal and information for identifying a service offered by the service providing server and corresponding to the first information; and controlling the first session corresponding to the service based on the first information and the second information, wherein the cookie is created based on the second information and is used to transmit and receive data related with the service, wherein the cookie includes information for identifying the first session, a value for determining a valid time of the first session, a domain name which is a destination of the first session, and the token identifier, and wherein the valid time of the first session is extended based on a communication with the service providing server before an expiration of the valid time.
Device for collecting waste, comprising means for moving a waste container between a so-called receiving position and a position referred to as an emptying position, wherein the container is inclined so as to drop the waste into the collection device , the collection device further comprising so-called means for detecting emptying, which are capable of detecting that the container has been moved to the emptying position, and means for identification of the waste container, for example for RFID-type radio frequency identification, characterized in that it comprises means for recording information that indicates whether the container has been moved to the emptying position, the identification of the container thus making it possible to associate, with a given container or its owner, the information according to which emptying has or has not taken place, with a view to invoicing the owner, the collection device comprising warning means which are activated when a container has not been moved to its emptying position.
A tire comprising: a tread portion provided with a tread profile such that, in a meridian section of the tire under its standard state in which the tire is mounted on a standard wheel rim (J) and inflated to a pressure of 30 kPa and no tire load is applied thereto, and an axial distance L3 from the tire equator (Co) to a contact point P3 between the tread profile and a tangential line thereto at which the angle θ of the tangential line becomes 3 degrees with respect to the tire-axial-direction line, is smaller than 65% of a half tread width Tw, characterized in that the difference (θ90 - θ60) between an angle θ60 with respect to the tire-axial-direction line, of the tangential line at an axial position P60 apart from the tire equator (Co) by 60% of the half tread width Tw, and an angle θ90 with respect to the tire-axial-direction line, of the tangential line at an axial position P90 apart from the tire equator (Co) by 90% of the half tread width Tw is in a range from 7 to 12 degrees. a tread portion provided with a tread profile such that, in a meridian section of the tire under its standard state in which the tire is mounted on a standard wheel rim (J) and inflated to a pressure of 30 kPa and no tire load is applied thereto, and an axial distance L3 from the tire equator (Co) to a contact point P3 between the tread profile and a tangential line thereto at which the angle θ of the tangential line becomes 3 degrees with respect to the tire-axial-direction line, is smaller than 65% of a half tread width Tw, characterized in that the difference (θ90 - θ60) between an angle θ60 with respect to the tire-axial-direction line, of the tangential line at an axial position P60 apart from the tire equator (Co) by 60% of the half tread width Tw, and an angle θ90 with respect to the tire-axial-direction line, of the tangential line at an axial position P90 apart from the tire equator (Co) by 90% of the half tread width Tw is in a range from 7 to 12 degrees.
A transfer material, comprising: a coloring material-receiving layer; a releasing layer; and a base material sheet, wherein the transfer material has a laminated structure in which the base material sheet, the releasing layer and the coloring material-receiving layer are sequentially laminated, wherein the coloring material-receiving layer contains at least inorganic fine particles, a water-soluble resin, and a cationic resin, and wherein the coloring material-receiving layer is capable of being thermally pressure-bonded onto an image support and is separable from the releasing layer, characterized in that a weight-average molecular weight of the cationic resin is 1,000 to 15,000. a coloring material-receiving layer; a releasing layer; and a base material sheet, wherein the transfer material has a laminated structure in which the base material sheet, the releasing layer and the coloring material-receiving layer are sequentially laminated, wherein the coloring material-receiving layer contains at least inorganic fine particles, a water-soluble resin, and a cationic resin, and wherein the coloring material-receiving layer is capable of being thermally pressure-bonded onto an image support and is separable from the releasing layer, characterized in that a weight-average molecular weight of the cationic resin is 1,000 to 15,000.
A gear system comprising a frame structure comprising connection sections for attaching the frame structure to a mechanical structure external to the gear system, and a first planetary gear comprising: - a sun shaft comprising a sun wheel and being rotatable with respect to the frame structure, - a gear ring stationary with respect to the frame structure, - a planet carrier comprising a mechanical interface structure for connecting to a rotating element external to the gear system, - first and second bearings supporting the planet carrier rotatably with respect to the frame structure, and - planet wheels supported rotatably with respect to the planet carrier and meshing with the sun wheel and with the gear ring, wherein the first bearing is axially between the gear ring and the mechanical interface structure of the planet carrier, and the frame structure comprises a front cover shield being a single piece of material, attached to the gear ring, and shaped to constitute a bearing cover for covering and supporting the first bearing , the bearing cover covering the first bearing to be non-seeable when the mechanical interface structure of the planet carrier is viewed axially along an axial direction of the planet carrier, characterized in that the front cover shield comprises the connection sections of the frame structure. - a sun shaft comprising a sun wheel and being rotatable with respect to the frame structure, - a gear ring stationary with respect to the frame structure, - a planet carrier comprising a mechanical interface structure for connecting to a rotating element external to the gear system, - first and second bearings supporting the planet carrier rotatably with respect to the frame structure, and - planet wheels supported rotatably with respect to the planet carrier and meshing with the sun wheel and with the gear ring,