mhurhangee/ep-ind-claims huggingface dataset:
A furnace for incineration of pasty products, or sludge, with a bed of granular material which is fluidized by injection of a gaseous fluid, the furnace comprising at least two nozzles (6, 7) for injection of products into the bed, which nozzles are supplied respectively by a duct which is provided with a valve (8, 9), and is connected to the discharge of a single pump, and a pipe for discharge of the combustion gases, characterized in that the furnace comprises at least two temperature sensors (11, 12) which are situated above the bed of granular material, each temperature sensor (11, 12) being situated in an area which is associated with at least one injection nozzle (6, 7), and means which are sensitive to a temperature difference between the sensors (11, 12), which, when the temperature difference exceeds a predetermined value, can detect the clogging of at least one nozzle.
Milk tank with a cavity for storing and/or cooling milk, wherein the tank has a stirring device with a stirring rod which is arranged in the cavity, wherein the stirring rod has a first guide means and wherein the base of the milk tank has a second guide means, which interact with one another, wherein at least one of the aforementioned guide means is a recess and one of the aforementioned guide means is a guide pin (10, 10', 10"), which projects into the recess in some sections, wherein the guide pin (10, 10', 10") has a bearing head (11, 11', 11"), with a contact surface with the recess, characterized in that the bearing head (11, 11', 11") of the guide pin (10, 10', 10") has a torus and/or a double cone with two conically tapering surfaces (12, 13) running towards one another, and wherein the contact surface is associated with the torus, or the intersection area of the two surfaces (12, 13). wherein the stirring rod has a first guide means and wherein the base of the milk tank has a second guide means, which interact with one another, wherein at least one of the aforementioned guide means is a recess and one of the aforementioned guide means is a guide pin (10, 10', 10"), which projects into the recess in some sections, wherein the guide pin (10, 10', 10") has a bearing head (11, 11', 11"), with a contact surface with the recess, characterized in that the bearing head (11, 11', 11") of the guide pin (10, 10', 10") has a torus and/or a double cone with two conically tapering surfaces (12, 13) running towards one another, and wherein the contact surface is associated with the torus, or the intersection area of the two surfaces (12, 13).
A first network device, wherein the first network device comprises a receiving unit and a processing unit, • wherein the receiving unit is configured to receive a first radio resource control, RRC, message sent by a user equipment, UE, wherein the first RRC message carries first information, and the first information comprises service information of the UE and the service information of the UE comprises request indication type information indicating whether a service request for a service initiated by a user of the UE is a first time request for the service or whether the user is waiting at a buffering stage for the service; • wherein the processing unit is configured to parse the first RRC message by using an RRC layer of the first network device to obtain the first information, or, the processing unit is configured to: parse the first RRC message by using the RRC layer of the first network device to obtain encapsulation information of the first information and send the encapsulation information of the first information to a radio access network application control, RAC, layer of the first network device by using the RRC layer of the first network device and parse the encapsulation information of the first information by using the RAC layer of the first network device to obtain the first information; • wherein the first network device is configured to perform a service adjustment of the service based on the first information. • wherein the receiving unit is configured to receive a first radio resource control, RRC, message sent by a user equipment, UE, wherein the first RRC message carries first information, and the first information comprises service information of the UE and the service information of the UE comprises request indication type information indicating whether a service request for a service initiated by a user of the UE is a first time request for the service or whether the user is waiting at a buffering stage for the service; • wherein the processing unit is configured to parse the first RRC message by using an RRC layer of the first network device to obtain the first information, or, the processing unit is configured to: parse the first RRC message by using the RRC layer of the first network device to obtain encapsulation information of the first information and send the encapsulation information of the first information to a radio access network application control, RAC, layer of the first network device by using the RRC layer of the first network device and parse the encapsulation information of the first information by using the RAC layer of the first network device to obtain the first information; • wherein the first network device is configured to perform a service adjustment of the service based on the first information.
A base set for brake fluid pressure control devices (10, 110) for vehicles, the base set including a substantially rectangular parallelepiped first base in which a brake fluid passage (A1-E1) for a first system and a brake fluid passage (A2-E2) for a second system are formed, and a substantially rectangular parallelepiped second base in which only a brake fluid passage (A1-E1) for the first system but no brake fluid passage for the second system is formed, wherein the first base is a substantially rectangular parallelepiped block having dimensions a1, b1 and c1 in three directions which are orthogonal to each other, the second base is a substantially rectangular parallelepiped block having dimensions a2, b2 and c2 in three directions which are orthogonal to each other, in the first base, in one face, assembling-component mounting holes in which assembling components are to be mounted are formed, in the first base, on one side of a reference line passing through a center of the one face, the brake fluid passage (A1-E1) and an assembling-component mounting hole for the first system are formed, and on the other side of the reference line, the brake fluid passage (A2-E2) and an assembling-component mounting hole for the second system are formed, and in the second base, the brake fluid passage (A1-E1) and an assembling-component mounting hole for the first system having the same configuration as those of the first base are formed, characterised in that the dimensions of the first base and of the second base in the respective directions are identical so that the relations a1 = a2, b1 = b2 and c1 = c2 are satisfied.
A tissue anchoring system, comprising: a first generally flexible continuous anchor member (14,110) capable of being inserted through tissue and moving between an elongate configuration and a shortened configuration suitable for anchoring against at least one side of the tissue, said anchor member having a proximal end portion, a distal end portion, and a compressible intermediate portion between said proximal end portion and said distal end portion, a second generally flexible continuous anchor member capable of being inserted through the tissue and moving between an elongate configuration and a shortened configuration suitable for anchoring against at least one side of the tissue, said second anchor member having a proximal end portion, a distal end portion, and a compressible intermediate portion between said proximal end portion and said distal end portion, and at least one tensioning member operatively connected to said first and second anchor members, the tensioning member extending through the proximal end portion of the first anchor member and travels in a first direction, to the distal end portion, and then extends in an opposite second direction back to the proximal end portion of the first anchor member and then extends through the proximal end portion of the second anchor member and travels in the first direction to the distal end portion of the second anchor member and then extends in the opposite second direction back to the proximal end portion of the second anchor member, at least first and second portions of the tensioning member and at least a portion of the intermediate portion of the at least one of the first and second anchor members extending through the tissue in a deployed configuration, said tensioning member capable of being pulled to cause the least one of said first and second anchor members to move relative to said tensioning member from said elongate configuration to said shortened configuration wherein the compressible intermediate portion can compress and thereby adjust to the thickness of the layer of tissue between the proximal and distal end portions.
An image encoding apparatus for encoding image data, comprising: a first encoding unit which is adapted to encode a pixel value of a target pixel by using a pixel value of a pixel having been encoded precedent to the target pixel; a second encoding unit which is adapted to count, as a run, a number of pixels having the same value, terminate the count and output encoded data based on the counted run if the target pixel is a run-ending pixel having a different value from the immediately preceding pixel; and a switching unit which is adapted to switch between encoding by said first encoding unit and encoding by said second encoding unit, characterized in that said switching unit is adapted to cause, after said second encoding unit outputs encoded data, said first encoding unit to start encoding the target pixel determined as the run-ending pixel, and when said switching unit switches from said second encoding unit to said first encoding unit, the target pixel is determined as the run-ending pixel, and said first encoding unit is adapted to encode the target pixel using a value of a pixel having been encoded, which is different from the pixel immediately preceding the target pixel, and which is determined as the run-ending pixel of a previous run of the second encoding unit. a first encoding unit which is adapted to encode a pixel value of a target pixel by using a pixel value of a pixel having been encoded precedent to the target pixel; a second encoding unit which is adapted to count, as a run, a number of pixels having the same value, terminate the count and output encoded data based on the counted run if the target pixel is a run-ending pixel having a different value from the immediately preceding pixel; and a switching unit which is adapted to switch between encoding by said first encoding unit and encoding by said second encoding unit, characterized in that said switching unit is adapted to cause, after said second encoding unit outputs encoded data, said first encoding unit to start encoding the target pixel determined as the run-ending pixel, and when said switching unit switches from said second encoding unit to said first encoding unit, the target pixel is determined as the run-ending pixel, and said first encoding unit is adapted to encode the target pixel using a value of a pixel having been encoded, which is different from the pixel immediately preceding the target pixel, and which is determined as the run-ending pixel of a previous run of the second encoding unit.
A method of executing a single application on a computer system by a plurality of nodes, the application comprising at least one iteration phase as a main section of execution of the application and the nodes having a plurality of power states, the method comprising: a) starting execution of the application with the nodes in a default power state; b) monitoring wait times of nodes which are waiting on completion of computations in other nodes, to determine that execution has reached an iteration phase, and determining an average wait time of the nodes; c) for a subset of the nodes, changing the power state; d) after changing the power state for the subset of nodes, continuing to monitor wait times and comparing with the wait times determined in the default power state to decide whether the iteration phase is input-output bound or not; and e) if the iteration phase is input-output bound, changing the power state of all the nodes to reduce energy consumption and continuing execution. a) starting execution of the application with the nodes in a default power state; b) monitoring wait times of nodes which are waiting on completion of computations in other nodes, to determine that execution has reached an iteration phase, and determining an average wait time of the nodes; c) for a subset of the nodes, changing the power state; d) after changing the power state for the subset of nodes, continuing to monitor wait times and comparing with the wait times determined in the default power state to decide whether the iteration phase is input-output bound or not; and e) if the iteration phase is input-output bound, changing the power state of all the nodes to reduce energy consumption and continuing execution.
A method for decoding high dynamic range image data, comprising: receiving image data comprising a tone map portion and a high dynamic range information portion; the tone map portion containing tone map information representing an image, the tone map portion having a dynamic range less than that of a high dynamic range image encoded by the image data; wherein the high dynamic range information portion contains information describing ratios of values in the tone map portion to corresponding values of the high dynamic range image; reconstructing the high dynamic range image by decoding the tone map portion to yield first image data and modifying the first image data according to the high dynamic range information to yield image data representing the high dynamic range image. receiving image data comprising a tone map portion and a high dynamic range information portion; the tone map portion containing tone map information representing an image, the tone map portion having a dynamic range less than that of a high dynamic range image encoded by the image data; wherein the high dynamic range information portion contains information describing ratios of values in the tone map portion to corresponding values of the high dynamic range image; reconstructing the high dynamic range image by decoding the tone map portion to yield first image data and modifying the first image data according to the high dynamic range information to yield image data representing the high dynamic range image.
A mount apparatus (100, 500) of a camera system on which an accessory (200, 400) including a first mount is mountable by rotating relatively a plurality of first claw portions of the accessory (200, 400) and a plurality of second claw portions of the mount apparatus (100, 500), comprising a second mount configured to allow coupling to the first mount of the accessory; a plurality of terminals disposed in a circumferential direction of the second mount and configured to be used in electrical connection; and a terminal holder configured to hold the plurality of terminals, wherein, each of the plurality of terminals is electrically connectable to a corresponding one of a plurality of contacts disposed in a circumferential direction of the first mount in the accessory, the terminal holder has a height level difference in a center-axis direction of the second mount, the plurality of terminals include a first terminal configured to be used to detect mounting of the accessory on the mount apparatus and a second terminal configured to supply communication control power, which is used in communication control, to the accessory (200, 400) from the mount apparatus (100, 500) in a state where the accessory (200, 400) is mounted on the mount apparatus (100, 500), the terminal holder has at least a first stage and a second stage different from the first stage, the first terminal is disposed on the first stage and disposed nearer the second stage than the other terminals among a plurality of terminals on the first stage, and the second terminal is disposed on the second stage of the terminal holder. a second mount configured to allow coupling to the first mount of the accessory; a plurality of terminals disposed in a circumferential direction of the second mount and configured to be used in electrical connection; and a terminal holder configured to hold the plurality of terminals, wherein, each of the plurality of terminals is electrically connectable to a corresponding one of a plurality of contacts disposed in a circumferential direction of the first mount in the accessory, the terminal holder has a height level difference in a center-axis direction of the second mount, the plurality of terminals include a first terminal configured to be used to detect mounting of the accessory on the mount apparatus and a second terminal configured to supply communication control power, which is used in communication control, to the accessory (200, 400) from the mount apparatus (100, 500) in a state where the accessory (200, 400) is mounted on the mount apparatus (100, 500), the terminal holder has at least a first stage and a second stage different from the first stage, the first terminal is disposed on the first stage and disposed nearer the second stage than the other terminals among a plurality of terminals on the first stage, and the second terminal is disposed on the second stage of the terminal holder.
A directly fabricated orthodontic appliance to expand a palate of a patient, the appliance comprising: a teeth engagement portion comprising a plurality of teeth engagement structures; a force generating portion coupled to the teeth engagement portion, characterized in that the force generating portion comprises a hydratable polymer configured to expand when contacting saliva of the patient. a teeth engagement portion comprising a plurality of teeth engagement structures; a force generating portion coupled to the teeth engagement portion, characterized in that the force generating portion comprises a hydratable polymer configured to expand when contacting saliva of the patient.
A device for applying a plurality of threads of a fluid, such as adhesive or lotion, to a moving web-like substrate, having a plurality of outlet openings (15a, 15b, 15c, 15d, 15e) for the threads of fluid (17, 17a, 17b, 17c), wherein each outlet opening is disposed between a pair of flow openings (16a, 16b, 16c, 16d, 16e), through which a flow fluid, in particular compressed air, flows in order to achieve thread oscillation, wherein the outlet openings are disposed along a curved path (22, 22') characterized in that the two outer outlet openings enclose between themselves an angle (α 1, α 2, α 3, α 4, α 5) of more than 30°.
Sensor having a sensor element which operates in a contactless manner and a housing which comprises electronic components and an electrical/electronic connection, wherein the sensor element is part of the housing and terminates and seals it with respect to the measurement side, wherein the housing can be arranged in a pressure chamber or reduced-pressure region, and wherein the sensor element comprises strip conductors (4, 14) which are embedded in a ceramic substrate and which are guided within the ceramic substrate out of the pressure chamber or reduced-pressure region in a hermetically sealed manner.
Composition for dyeing human keratin fibres, characterized in that it comprises, in a cosmetically acceptable medium: (a) at least 25% by weight of one or more fatty substances; (b) 0.1% to 15% by weight of one or more silicates chosen from clays of the family of smectites, vermiculites, stevensites and chlorites; (c) one or more dyes chosen from oxidation dyes; (d) one or more oxidizing agents. (a) at least 25% by weight of one or more fatty substances; (b) 0.1% to 15% by weight of one or more silicates chosen from clays of the family of smectites, vermiculites, stevensites and chlorites; (c) one or more dyes chosen from oxidation dyes; (d) one or more oxidizing agents.
An installation for producing containers by thermoforming, comprising conveying means able to be controlled by a control unit for driving a thermoplastic substrate in a series of processing stations (14A, 14B, 14C, 16, 18, 20, 22, 24) along a conveying direction, the processing stations comprising at least one station (14A, 14B, 14C) for heating the substrate and one station for thermoforming containers in the heated substrate, each processing station defining a processing length measured in the conveying direction, the conveying means comprising a plurality of basic conveyors each configured to drive, in the processing stations, a basic sheet of substrate whose length, measured in the conveying direction, is substantially equal to the processing length, the basic conveyors cooperating with a travel track and their respective movements being controlled according to respective movement control instructions generated by the control unit, such that the basic conveyors are parked longer in the heating station than in the thermoforming station and are displaced more rapidly between the heating station and the thermoforming station than downstream of the thermoforming station.
A method for monitoring a reflectance of a mirror target that includes at least one curved mirror, the method comprising: obtaining a first irradiance measurement of the sun, the first irradiance measurement representing a direct solar irradiance; obtaining a second irradiance measurement that represents an irradiance from a reflection of the sun from the mirror target plus background irradiance; obtaining a third irradiance measurement that represents the background irradiance; determining a reflectance of the mirror target from the first, second, and third irradiance measurements; determining that the reflectance of the mirror target is less than a specified reflectance threshold; and in response to the determination that the reflectance of the mirror target is less than the specified reflectance threshold, generating an alert signal. obtaining a first irradiance measurement of the sun, the first irradiance measurement representing a direct solar irradiance; obtaining a second irradiance measurement that represents an irradiance from a reflection of the sun from the mirror target plus background irradiance; obtaining a third irradiance measurement that represents the background irradiance; determining a reflectance of the mirror target from the first, second, and third irradiance measurements; determining that the reflectance of the mirror target is less than a specified reflectance threshold; and in response to the determination that the reflectance of the mirror target is less than the specified reflectance threshold, generating an alert signal.
Process of catalytic fluorination in liquid phase of product 2-chloro-3,3,3-trifluoropropene into product 2-chloro-1,1,1,2-tetrafluoropropane, with an ionic liquid as a catalyst and injection of an inert gas, and wherein the product of the reaction is withdrawn in the gaseous state.
A profile for fastening a keder which is connected to a flat element having at least one groove-like insertion opening for the keder, which extends in the axial longitudinal direction of the profile, having a clamping member (50, 60) which is arranged on the profile in an integrated manner and which holds the keder in a clamped position in the profile, characterized in that the clamping member (50, 60) is a clamping wing, which comprises an operating wing (50A, 60A) and a keder wing (50B, 60B), wherein the keder wing (50B, 60B) comprises a semicircular receptacle (50B-1, 60B-2) for the keder.