mhurhangee/ep-ind-claims huggingface dataset:
A method of constructing a first list of reference pictures and a second list of reference pictures for inter-layer prediction of a current picture of a multi-layer video sequence, the method comprising: inserting reference pictures having respective values of a view identifier, indicating a relative spatial camera capture position, which are smaller than the value of the view identifier associated with the current picture into a first set of reference pictures, inserting reference pictures having respective values of the view identifier which are greater than the value of the view identifier associated with the current picture into a second set of reference pictures, inserting the first set of reference pictures into the first list of reference pictures in front of the second set of reference pictures, and inserting the second set of reference pictures into the second list of reference pictures in front of the first set of reference pictures. inserting reference pictures having respective values of a view identifier, indicating a relative spatial camera capture position, which are smaller than the value of the view identifier associated with the current picture into a first set of reference pictures, inserting reference pictures having respective values of the view identifier which are greater than the value of the view identifier associated with the current picture into a second set of reference pictures, inserting the first set of reference pictures into the first list of reference pictures in front of the second set of reference pictures, and inserting the second set of reference pictures into the second list of reference pictures in front of the first set of reference pictures.
Food composition in the form of an oil-in-water emulsion, comprising: • 65 to 85 wt% of vegetable oil, • Water, • Plant protein in an amount of from 0.3 to 5 wt%, based on the weight of the composition, wherein more than 60 wt% of said plant protein, based on the weight of the plant protein, is plant albumin, wherein the pH of the composition is between 2 and 5, wherein the composition is free from egg-derived ingredient. • 65 to 85 wt% of vegetable oil, • Water, • Plant protein in an amount of from 0.3 to 5 wt%, based on the weight of the composition, wherein more than 60 wt% of said plant protein, based on the weight of the plant protein, is plant albumin, wherein the pH of the composition is between 2 and 5, wherein the composition is free from egg-derived ingredient.
A lithium battery comprising: a positive-electrode layer; a negative-electrode layer; a solid electrolyte layer that is composed of a sulfide and mediates conduction of lithium ions between the positive-electrode layer and the negative-electrode layer; a positive-electrode covering layer that is provided on a positive-electrode-layer side of a region between the positive-electrode layer and the solid electrolyte layer and contains LiCoO 2; and a buffer layer that is provided on a solid-electrolyte-layer side of the region between the positive-electrode layer and the solid electrolyte layer and suppresses nonuniformity of distribution of lithium ions in a near-interface region of the solid electrolyte layer, the near-interface region being close to the positive-electrode covering layer, wherein: the positive-electrode layer does not contain LiCoO 2; and the buffer layer is composed of LiNbO 3. a positive-electrode layer; a negative-electrode layer; a solid electrolyte layer that is composed of a sulfide and mediates conduction of lithium ions between the positive-electrode layer and the negative-electrode layer; a positive-electrode covering layer that is provided on a positive-electrode-layer side of a region between the positive-electrode layer and the solid electrolyte layer and contains LiCoO 2; and a buffer layer that is provided on a solid-electrolyte-layer side of the region between the positive-electrode layer and the solid electrolyte layer and suppresses nonuniformity of distribution of lithium ions in a near-interface region of the solid electrolyte layer, the near-interface region being close to the positive-electrode covering layer, the positive-electrode layer does not contain LiCoO 2; and the buffer layer is composed of LiNbO 3.
Process for continuously preparing a filled rubber masterbatch, said process consisting in bringing into contact, in a mixing zone, a first liquid-phase flow and a second liquid-phase flow, the first flow being an elastomer emulsion, the second flow being an aqueous suspension of filler particles, characterized in that one of the two flows emerges inside the other flow and in that, upstream of the mixing zone, the first and second flows are transported under a pressure of less than 2 bar and preferably less than 1.5 bar before they are brought into contact.
A controller of a network device hosting a customer bridging domain associated with a customer network element of a customer, said controller, comprising: a processor and a memory communicatively connected to the processor, the processor configured to: announce, toward a controller of a private data network hosting a customer component for the customer, an address of the customer bridging domain; receive, from the customer bridging domain, an address resolution request of the customer component for a customer device associated with the customer network element of the customer, the address resolution request comprising an address of the customer device; and propagate, toward the customer bridging domain, an address resolution response for the customer component, the address resolution response comprising the address of the customer device and the address of the customer bridging domain. announce, toward a controller of a private data network hosting a customer component for the customer, an address of the customer bridging domain; receive, from the customer bridging domain, an address resolution request of the customer component for a customer device associated with the customer network element of the customer, the address resolution request comprising an address of the customer device; and propagate, toward the customer bridging domain, an address resolution response for the customer component, the address resolution response comprising the address of the customer device and the address of the customer bridging domain.
Waterpipe aerosol-forming material, comprising a first substance and at least one second substance which is held by the first substance and which, following activation of the aerosol-forming material, is at least partly released, the first substance having pores for accommodating the second substance, and the second substance being a fluid, characterized in that clinoptilolite is used for the first substance.
Colour afterglowing article comprising an afterglowing material, wherein the colour afterglowing article comprises a colour print of a non-afterglowing colour system, characterized by that the colour print has a colour value being less than 100% for each chosen colour of the colour system, when calculated in the colour system CMYK, wherein the colour print is a digital print, wherein the afterglowing material is free from colour pigments, and wherein the colour afterglowing article afterglows in the colours chosen in the colour system.
Clock oscillator comprising a structure or/and a frame, and a plurality of separate temporally and geometrically offset resonators, and each comprising at least one inertial mass returned to said structure or to said frame by an elastic return means, said clock oscillator comprising coupling means arranged to allow the interaction of said resonators, said coupling means comprising a wheel set subjected to a drive torque by motor means arranged such that they drive said wheel set in a rotational movement and which comprise drive and guide means arranged such that they drive and guide a single control means, which is articulated about a first control axis with a plurality of transmission means, each articulated about a second hinge axis, remote from said control means, with one said inertial mass of one said resonator, said resonators and said wheel set being arranged such that said second hinge axes of any two of said resonators and said first control axis of said control means are never coplanar, characterised in that said resonators are rotating or angular resonators, the centres of mass whereof remain, during the normal oscillations of said resonators, in immediate proximity, at a distance of less than several tens of micrometres, to the centres of rotation of said resonators.
An antenna assembly for a measuring device, comprising - an antenna with an emitting surface, wherein the antenna is configured as a horn, parabolic or planar antenna, and - an antenna mount for pivotably attaching the antenna to a fastening device, wherein the antenna mount is connected by means of a clamping assembly to the fastening device, wherein the antenna mount is configured as a spherical layer of a sphere, wherein the spherical layer has top and bottom surfaces (71, 71) extending parallel to each other and contains the center point of the sphere, characterized in that the emitting surface is disposed within the spherical layer. - an antenna with an emitting surface, wherein the antenna is configured as a horn, parabolic or planar antenna, and - an antenna mount for pivotably attaching the antenna to a fastening device, wherein the antenna mount is connected by means of a clamping assembly to the fastening device, wherein the antenna mount is configured as a spherical layer of a sphere, wherein the spherical layer has top and bottom surfaces (71, 71) extending parallel to each other and contains the center point of the sphere,
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: Q is 5-methylpyridazin-3-yl, 5-chloropyridazin-3-yl, 6-methylpyridazin-3-yl, or 6-fluoropyridazin-3-yl; R is hydrogen, fluoro, or methoxy; R 1 is hydrogen, methoxy, difluoromethoxy, or trifluoromethoxy; and R 2 is methyl or ethyl. Q is 5-methylpyridazin-3-yl, 5-chloropyridazin-3-yl, 6-methylpyridazin-3-yl, or 6-fluoropyridazin-3-yl; R is hydrogen, fluoro, or methoxy; R 1 is hydrogen, methoxy, difluoromethoxy, or trifluoromethoxy; and R 2 is methyl or ethyl.
A deflector element for a solar panel module mounting system, the deflector element comprising: a tray; a first side wall coupled to a first edge of the tray and extending away from an upper surface of the tray; and a second side wall coupled to a second edge of the tray opposing the first edge of the tray, the second side wall extending away from the upper surface of the tray, such that the tray, the first sidewall, and the second sidewall together define a channel for receiving a ballast weight, wherein: the first sidewall and the second sidewall are arranged at angles of less than 90 degrees with the respect to the upper surface of the tray such that the first sidewall and the second sidewall exert a clamping force on the ballast weight when the ballast weight is positioned on the upper surface of the tray within the channel, wherein the tray further comprises: a first security tab positioned at a first end of the tray and a second security tab positioned at a second end of the tray, the first security tab and the second security tab configured to be moved into positions protruding into the channel to prevent the ballast weight from sliding laterally within the channel. a tray; a first side wall coupled to a first edge of the tray and extending away from an upper surface of the tray; and a second side wall coupled to a second edge of the tray opposing the first edge of the tray, the second side wall extending away from the upper surface of the tray, such that the tray, the first sidewall, and the second sidewall together define a channel for receiving a ballast weight, wherein: the first sidewall and the second sidewall are arranged at angles of less than 90 degrees with the respect to the upper surface of the tray such that the first sidewall and the second sidewall exert a clamping force on the ballast weight when the ballast weight is positioned on the upper surface of the tray within the channel, wherein the tray further comprises: a first security tab positioned at a first end of the tray and a second security tab positioned at a second end of the tray, the first security tab and the second security tab configured to be moved into positions protruding into the channel to prevent the ballast weight from sliding laterally within the channel.
A surgical robot system comprising: - a robot having a robot base, a robot arm coupled to the robot base, and an end-effector coupled to the robot arm, the end-effector having a first plurality of tracking markers (918A-918D) affixed to a base of the end-effector and a second plurality of tracking markers (918A-918D) affixed to a guide tube of the end-effector, wherein the second plurality of tracking markers (918A-918D) are moveable relative to the first plurality of tracking markers (918A-918D) from a first configuration to a second configuration; and - at least one camera able to detect the first and second plurality of tracking markers (918A-918D) in the first configuration and the second configuration, wherein the robot determines a 3-dimensional position of the end-effector from at least one template corresponding to the first configuration or the second configuration of the first and second plurality of tracking markers (918A - 918D), wherein the guide tube is connected to the base of the end effector with a hinge, and the guide tube is configured to swivel about the hinge between the first and second configurations, and wherein the guide tube has a longitudinal axis positioned vertically in the first configuration, and the guide tube is pivoted such that the longitudinal axis is angled in the second configuration. - a robot having a robot base, a robot arm coupled to the robot base, and an end-effector coupled to the robot arm, the end-effector having a first plurality of tracking markers (918A-918D) affixed to a base of the end-effector and a second plurality of tracking markers (918A-918D) affixed to a guide tube of the end-effector, wherein the second plurality of tracking markers (918A-918D) are moveable relative to the first plurality of tracking markers (918A-918D) from a first configuration to a second configuration; and - at least one camera able to detect the first and second plurality of tracking markers (918A-918D) in the first configuration and the second configuration, wherein the robot determines a 3-dimensional position of the end-effector from at least one template corresponding to the first configuration or the second configuration of the first and second plurality of tracking markers (918A - 918D),
A method for pulling a mirror image of containerized application from an image repository, which is applied to a server, comprising: receiving at least one image pull request from a requesting client; judging whether a current load state of the server is a high-load running state; determining, in response to a judgment result being yes, a first client, wherein the first client is configured with an image corresponding to the image pull request; sending a redirection pull image message to the requesting client, wherein the redirection pull image message is used for the requesting client to pull the image from the first client; characterized in that the determining the first client comprises: judging whether an online client exists in the subnet where the requesting client locates, wherein the online client is configured with an image corresponding to the image pull request; determining that the online client is the first client in response to a judgment result being yes; determining the clients in other subnets that have the image corresponding to the image pull request in response to the judgment result being no, and selecting at least one of the clients closest to the server as the first client. receiving at least one image pull request from a requesting client; judging whether a current load state of the server is a high-load running state; determining, in response to a judgment result being yes, a first client, wherein the first client is configured with an image corresponding to the image pull request; sending a redirection pull image message to the requesting client, wherein the redirection pull image message is used for the requesting client to pull the image from the first client; characterized in that the determining the first client comprises: judging whether an online client exists in the subnet where the requesting client locates, wherein the online client is configured with an image corresponding to the image pull request; determining that the online client is the first client in response to a judgment result being yes; determining the clients in other subnets that have the image corresponding to the image pull request in response to the judgment result being no, and selecting at least one of the clients closest to the server as the first client. judging whether an online client exists in the subnet where the requesting client locates, wherein the online client is configured with an image corresponding to the image pull request; determining that the online client is the first client in response to a judgment result being yes; determining the clients in other subnets that have the image corresponding to the image pull request in response to the judgment result being no, and selecting at least one of the clients closest to the server as the first client.
A level monitoring system (100, 1200) for association with a content-filled container (102, 1100, 1290), comprising: a consumable container (102, 1100, 1290); a sensing module (206, 502, 1104, 1206) suitable to sense a content level; and a communications module suitable for receiving a content level from the sensing module (206, 502, 1104, 1206), processing data and system state, and for communicating a consumable level to a user, wherein the content is a bulk solid, characterized in that the sensing module (206, 502, 1104, 1206) comprises a plurality of light sensors (106, 1402), and in that the system (100, 1200) further comprises a durable component for association with the consumable container (206, 502, 1104, 1206), wherein the durable component comprises a printed circuit board electrically connected to a label associated with the consumable container (102, 1100, 1290). a consumable container (102, 1100, 1290); a sensing module (206, 502, 1104, 1206) suitable to sense a content level; and a communications module suitable for receiving a content level from the sensing module (206, 502, 1104, 1206), processing data and system state, and for communicating a consumable level to a user, wherein the content is a bulk solid, characterized in that the sensing module (206, 502, 1104, 1206) comprises a plurality of light sensors (106, 1402), and in that the system (100, 1200) further comprises a durable component for association with the consumable container (206, 502, 1104, 1206), wherein the durable component comprises a printed circuit board electrically connected to a label associated with the consumable container (102, 1100, 1290).
Rig for a surfboard, comprising the following features: - comprising a sail, - comprising a boom having a corresponding boom head and having a mast and a boom-mast holding means, - the boom-mast holding means comprises a holding body, - the holding body comprises a mast-receiving channel, - the mast comprises a lower mast part, an upper mast part and a mast connection portion that connects the lower mast part and the upper mast part, - a bush is provided in the region of the mast connection portion and is penetrated by the mast connection portion, wherein the bush is arranged on the mast connection portion so as to be rotatable with respect to said mast connection portion, - when the boom is mounted, the boom head is fastened to the bush, and - when the boom is mounted, the boom having the boom-mast holding means and having the bush arranged in the mast-receiving channel of the holding body is pivotable about the mast connection portion of the mast, - the bush is designed as a threaded bush having an external thread, - the mast-receiving channel is provided with an internal thread, and - the external thread of the threaded bush is rotatably arranged in the internal thread of the mast-receiving channel, as a result of which the height position of the fastening point of the boom can be altered and/or can be variably adjusted with respect to the mast. - comprising a sail, - comprising a boom having a corresponding boom head and having a mast and a boom-mast holding means, - the boom-mast holding means comprises a holding body, - the holding body comprises a mast-receiving channel, - the mast comprises a lower mast part, an upper mast part and a mast connection portion that connects the lower mast part and the upper mast part, - a bush is provided in the region of the mast connection portion and is penetrated by the mast connection portion, wherein the bush is arranged on the mast connection portion so as to be rotatable with respect to said mast connection portion, - when the boom is mounted, the boom head is fastened to the bush, and - when the boom is mounted, the boom having the boom-mast holding means and having the bush arranged in the mast-receiving channel of the holding body is pivotable about the mast connection portion of the mast, - the bush is designed as a threaded bush having an external thread, - the mast-receiving channel is provided with an internal thread, and - the external thread of the threaded bush is rotatably arranged in the internal thread of the mast-receiving channel, as a result of which the height position of the fastening point of the boom can be altered and/or can be variably adjusted with respect to the mast.
A generator for converting wave motion in a body of water to useful energy, the generator comprising: at least one energy capturing float which is movable in response to said wave motion; a reaction member to be positioned below the energy capturing float; connection means (4a, 4b,4c,4d) for connecting said at least one energy capturing float to said reaction member and defining a distance between said energy capturing float and said reaction member; energy conversion means (3a,3b,3c,3d) for converting relative movement between said reaction member and said at least one respective energy capturing float to the useful energy; characterised in that the generator includes adaptable depth setting means (8a,8b or 9a 9b 9c,9d) for setting, over a predetermined range, the depth of the reaction member in the body of water and the height of the reaction member from a bed of the body of water, and in that the connection means are of adjustable length for independently adjusting the distance between the energy capturing float and the reaction member. at least one energy capturing float which is movable in response to said wave motion; a reaction member to be positioned below the energy capturing float; connection means (4a, 4b,4c,4d) for connecting said at least one energy capturing float to said reaction member and defining a distance between said energy capturing float and said reaction member; energy conversion means (3a,3b,3c,3d) for converting relative movement between said reaction member and said at least one respective energy capturing float to the useful energy;