mhurhangee/ep-ind-claims huggingface dataset:
Pressurised gas tank assembly, in particular, a pressurised gas cylinder, comprising a device for controlling a gas stream, comprising a tap defining an inner gas circuit between a first end intended to be connected to the opening of the pressurised gas tank and a second end intended to be connected to a user member or a functional unit for controlling the gas stream, the tap comprising a pressure-reducing valve having a fixed or variable value, a filling circuit, a selective non-return valve of the gas circuit and an actuating member pivotally mounted on the tap for selectively operating the opening of the non-return valve, the device comprising a functional unit which can be selectively connected to the second end of the tap, the functional unit comprising an inner gas passage, the inner passage of the functional unit comprising an upstream end intended to be fluidically connected to the second end of the gas circuit of the tap, the functional unit comprising at least one of the following gas stream control members: a pressure-reducing valve having a fixed or variable value, a valve such as an isolating valve, a fixed or variable flow regulator, characterised in that, when the functional unit is connected to the second end of the tap, the actuating member can be manually pivoted between a first position in which the actuating member does not cooperate with the functional unit by hooking and a second position in which the actuating member mechanically cooperates with the functional unit by hooking, in order to oppose the separation of the unit from the second end of the tap, the actuating member not urging the non-return valve towards the open position thereof, in the first position of the actuating member.
A computer-implemented method for generating an encoded representation for one or more images, the method comprising operating a processor to: for at least one image portion of a plurality of image portions of an image of the one or more images: receive a set of projection data representing an image intensity of the image portion along a plurality of projection directions; identify a subset of projection data from the set of projection data associated with one or more dominant features comprising the steps of determining a projection direction associated with the subset of projection data associated with one or more dominant features; assigning that projection direction as a principal projection direction; and selecting one or more supplemental projection directions based on the principal projection direction, wherein the set of projection data comprises a subset of projection data for each projection direction of the plurality of projection directions; and generate the encoded representation based at least on a data variation within the subset of projection data for the at least one image portion comprising the steps of determining a direction of change between each sequential projection data within the subset of projection data by calculating a derivative for the subset of projection data; converting the direction of change to a binary representation; converting the binary representation to an integer value; determining an occurrence frequency of each respective integer value and generating a histogram to represent the occurrence frequency of each respective integer value. receive a set of projection data representing an image intensity of the image portion along a plurality of projection directions; identify a subset of projection data from the set of projection data associated with one or more dominant features comprising the steps of determining a projection direction associated with the subset of projection data associated with one or more dominant features; assigning that projection direction as a principal projection direction; and selecting one or more supplemental projection directions based on the principal projection direction, wherein the set of projection data comprises a subset of projection data for each projection direction of the plurality of projection directions; and generate the encoded representation based at least on a data variation within the subset of projection data for the at least one image portion comprising the steps of determining a direction of change between each sequential projection data within the subset of projection data by calculating a derivative for the subset of projection data; converting the direction of change to a binary representation; converting the binary representation to an integer value; determining an occurrence frequency of each respective integer value and generating a histogram to represent the occurrence frequency of each respective integer value.
A spacer (5; 5'; 405) for implantation into a bioprosthetic cardiac structure (10; 10'; 100; 410) such as a bioprosthetic heart valve (10; 10'; 100) or annuloplasty ring about a native valve, comprising: a central flow axis having an upstream direction and a downstream direction, the downstream direction corresponding to the direction of blood flow from an upstream portion of the bioprosthetic cardiac structure (10; 10'; 100; 410) through leaflets in a downstream portion of the valve (10; 10'; 100) when the spacer (5; 5'; 405) is implanted; a spacer shaft (30; 30'; 430) adapted to receive a transcatheter valve and providing a surface onto which the transcatheter valve may secure; a first flange (20; 20'; 420) for mounting on the upstream portion of the bioprosthetic structure (10; 10'; 100; 410); a second flange (40; 40'; 440) for mounting on the bioprosthetic cardiac structure (10; 10'; 100; 410) in the downstream direction relative to the first flange (20; 20'; 420), the spacer shaft (30; 30'; 430) interconnecting the first flange (20; 20'; 420) and the second flange (40; 40'; 440); the spacer (5; 5'; 405) configured for percutaneous delivery and engageable with the bioprosthetic structure (10; 10'; 100; 410), the spacer (5; 5'; 405) having a transcatheter valve mounting surface characterized in that the second flange (40; 40'; 405) is adapted to be secured to an inner diameter of a cylindrical space in an upstream portion of the bioprosthetic cardiac structure relative to valve leaflets that are in a downstream direction relative to the cylindrical space. a central flow axis having an upstream direction and a downstream direction, the downstream direction corresponding to the direction of blood flow from an upstream portion of the bioprosthetic cardiac structure (10; 10'; 100; 410) through leaflets in a downstream portion of the valve (10; 10'; 100) when the spacer (5; 5'; 405) is implanted; a spacer shaft (30; 30'; 430) adapted to receive a transcatheter valve and providing a surface onto which the transcatheter valve may secure; a first flange (20; 20'; 420) for mounting on the upstream portion of the bioprosthetic structure (10; 10'; 100; 410); a second flange (40; 40'; 440) for mounting on the bioprosthetic cardiac structure (10; 10'; 100; 410) in the downstream direction relative to the first flange (20; 20'; 420), the spacer shaft (30; 30'; 430) interconnecting the first flange (20; 20'; 420) and the second flange (40; 40'; 440); the spacer (5; 5'; 405) configured for percutaneous delivery and engageable with the bioprosthetic structure (10; 10'; 100; 410), the spacer (5; 5'; 405) having a transcatheter valve mounting surface
Method for registering tokens of an electronic transaction system that comprises secure elements as transaction units, wherein each token of the transaction system has at least one token value (v) and a private portion (r) of a token-specific key pair as token elements, having the method steps of: - receiving registration requests in a token reference register of the transaction system, wherein the registration requests each have at least two token references, at least one token reference of a first registration request of the registration requests and one token reference of a second registration request of the registration requests being identical; - verifying, by way of a verification unit of the token reference register, whether a token reference of a registration request can be uniquely assigned to a token of the transaction system, wherein the token reference is checked for whether it is or was stored in the token reference register; - storing at least one token reference other than the checked token reference in the storage unit of the token reference register in order to register the token uniquely assigned to this token reference in the transaction system if the verification step determines that a token of the transaction system can be assigned to the checked token reference; characterized in that the step of receiving receives the registration requests in the token reference register as a sequence (RA F) of registration requests, and the steps of verifying and storing process the registration requests in the token reference register as a sequence (RA F) of registration requests. - receiving registration requests in a token reference register of the transaction system, wherein the registration requests each have at least two token references, at least one token reference of a first registration request of the registration requests and one token reference of a second registration request of the registration requests being identical; - verifying, by way of a verification unit of the token reference register, whether a token reference of a registration request can be uniquely assigned to a token of the transaction system, wherein the token reference is checked for whether it is or was stored in the token reference register; - storing at least one token reference other than the checked token reference in the storage unit of the token reference register in order to register the token uniquely assigned to this token reference in the transaction system if the verification step determines that a token of the transaction system can be assigned to the checked token reference; the step of receiving receives the registration requests in the token reference register as a sequence (RA F) of registration requests, and the steps of verifying and storing process the registration requests in the token reference register as a sequence (RA F) of registration requests.
A method of manufacturing a vibratable head for an aerosol generator, the vibratable head comprising - a support member, - a vibratable membrane supported by the support member, and - a vibrator configured to vibrate the vibratable membrane, the method comprising the steps of - providing the support member, - roughening a surface portion of the support member by laser structuring, - applying an adhesive to at least a part of the roughened surface portion of the support member, and - attaching at least one element to the support member by at least a portion of the adhesive. - a support member, - a vibratable membrane supported by the support member, and - a vibrator configured to vibrate the vibratable membrane, the method comprising the steps of - providing the support member, - roughening a surface portion of the support member by laser structuring, - applying an adhesive to at least a part of the roughened surface portion of the support member, and - attaching at least one element to the support member by at least a portion of the adhesive.
An infrastructure equipment, being a base station, NodeB or an eNodeB, forming part of a mobile radio network, the infrastructure equipment being arranged to communicate data to and from one or more communications devices via a wireless access interface, the infrastructure equipment comprising a transmitter/receiver unit which is arranged to communicate data to and from one or more of the communications devices which are attached to the infrastructure equipment, a message processor and a message store, the message store being arranged to store an indication of each of one or more message exchanges in a set of predetermined message exchanges between the infrastructure equipment and one or more of the communications devices, each message exchange comprising a predetermined set of predetermined messages and requiring predetermined up-link and/or down-link communications resource for communicating the message exchange on the up-link and/or down-link, between the infrastructure equipment and the communications device, the message store identifying for each message exchange the communications resources which are required to communicate that message exchange, and the message processor is arranged in operation to recognise a requirement for one message exchange of the predetermined set of message exchanges using one of a plurality of predefined triggers, to retrieve an indication of the communications resources which are required to communicate the message exchange stored in the message store, to generate, using the indication of the communications resources of the uplink and/or downlink resources which are required to communicate the message exchange, a conversation allocation message for communication to the communications device, the conversation allocation message providing an indication to the communications device of an allocation of communications resources on the down-link and/or the up-link for communicating the message exchange, and to communicate the conversation allocation message to the communications device, and to communicate using the transmitter/receiver unit the message exchange with the communications device using the communications resources indicated by the conversation allocation message.
Nebulizing system (10; 110) for a motor vehicle, comprising: - a first reservoir (12; 112) of liquid water (86; 186), - a second reservoir (14; 114) of liquid water (88; 188) extending at a distance from the first reservoir (12; 112), and - a nebulizing nozzle, in hydraulic communication with the first reservoir (12; 112), the nozzle including a piezoelectric element for emitting acoustic waves, the first reservoir (12; 112) being in hydraulic communication with the second reservoir (14; 114) by means of a first pipe (60; 160) configured to allow the water (88; 188) to circulate from the second reservoir (14; 114) to the first reservoir (12; 112), the first reservoir (12; 112) also being in hydraulic communication with a liquid water outlet (59; 159) of the nebulizing system (10; 110) by means of a second pipe (64; 164), the nebulizing system being characterized in that the first pipe and the second pipe are in hydraulic communication by means of a third pipe. - a first reservoir (12; 112) of liquid water (86; 186), - a second reservoir (14; 114) of liquid water (88; 188) extending at a distance from the first reservoir (12; 112), and - a nebulizing nozzle, in hydraulic communication with the first reservoir (12; 112), the nozzle including a piezoelectric element for emitting acoustic waves,
Actuating unit (10,10') of the articulated lever or cam type comprising: - an actuator element (12,12') movable between a rest position and a working position; - a housing body inside which a closing device is housed, the closing device being configured to move the actuator element (12.12') between the rest position and the working position, wherein the closing device comprises a mechanism of irreversibility of movement configured to trigger when the actuator element (12,12') reaches the working position; - a linear actuator provided with an axial control rod movable along an actuator axis so as to move an ending of the control rod connected to the closing device between a first end position and a second operating end position, and through which the linear actuator acts on the closing device to move it between an opening condition in which the actuator element (12,12') is in the rest position and a closed condition in which the actuator element (12,12') is in the operating position; and - a release device of the closing device housed inside the housing body in a rotatable manner around a rotation axis orthogonal to the actuator axis, the release device of the closing device being configured to impart a substantially coaxial thrust to the actuator axis on the control rod, characterized in that the release device is configured to exert the thrust directly on the ending of the control rod connected to the closing device and/or directly on the closing device where the closing device is connected to the control rod. - an actuator element (12,12') movable between a rest position and a working position; - a housing body inside which a closing device is housed, the closing device being configured to move the actuator element (12.12') between the rest position and the working position, wherein the closing device comprises a mechanism of irreversibility of movement configured to trigger when the actuator element (12,12') reaches the working position; - a linear actuator provided with an axial control rod movable along an actuator axis so as to move an ending of the control rod connected to the closing device between a first end position and a second operating end position, and through which the linear actuator acts on the closing device to move it between an opening condition in which the actuator element (12,12') is in the rest position and a closed condition in which the actuator element (12,12') is in the operating position; and - a release device of the closing device housed inside the housing body in a rotatable manner around a rotation axis orthogonal to the actuator axis, the release device of the closing device being configured to impart a substantially coaxial thrust to the actuator axis on the control rod,
A therapeutic combination for use in a method of relieving and preventing pain symptoms of gout associated with uric acid crystals, the therapeutic combination comprising: a. an extract of celery; b. an extract of cherry; and c. a lithium salt. a. an extract of celery; b. an extract of cherry; and c. a lithium salt.
Method for processing a video content comprising a temporal succession of base images using at least one pre-transformed image which is associated with one of said base images, each base image with which is associated at least one pre-transformed image being called a "key image", wherein each pre-transformed image represents a color transformation of said associated key image, said method comprising the steps wherein: - from each key image and a pre-transformed image that is associated with it, a color transform is derived able to transform said key-image into said pre-transformed image, - for each key image, a selection of base images is associated that are different from said key image, - each color transform is applied to each of the base images of the selection that is associated with said key image, so as to obtain transformed images, characterised in that each pre-transformed image associated with a key image coincides with the image which would be obtained by application to this key image of the color transform derived from this key image and this pre-transformed image. - from each key image and a pre-transformed image that is associated with it, a color transform is derived able to transform said key-image into said pre-transformed image, - for each key image, a selection of base images is associated that are different from said key image, - each color transform is applied to each of the base images of the selection that is associated with said key image, so as to obtain transformed images,
A system for monitoring activity in a gym environment, wherein the system comprises: a monitoring system configured to identify human representations in the gym environment and track movement of the human representations; a transceiver unit for receiving communication signals within the gym environment; a waypoint transmitter, communicatively separated from the transceiver unit, arranged at a predetermined location in the gym environment and configured to transmit a near field wireless signal; wherein the transceiver unit is configured to receive a communication signal from an electronic device associated with a user, comprising an indication of reception in the electronic device of the near field wireless signal transmitted from the waypoint transmitter; and a control system configured to assign a specific human representation to the electronic device associated with the user, responsive to the monitoring system detecting presence of the specific human representation at said location at a point in time associated with reception in the electronic device of the near field wireless signal, which point in time is obtained by the transceiver unit in the communication signal from the electronic device. a monitoring system configured to identify human representations in the gym environment and track movement of the human representations; a transceiver unit for receiving communication signals within the gym environment; a waypoint transmitter, communicatively separated from the transceiver unit, arranged at a predetermined location in the gym environment and configured to transmit a near field wireless signal; wherein the transceiver unit is configured to receive a communication signal from an electronic device associated with a user, comprising an indication of reception in the electronic device of the near field wireless signal transmitted from the waypoint transmitter; and a control system configured to assign a specific human representation to the electronic device associated with the user, responsive to the monitoring system detecting presence of the specific human representation at said location at a point in time associated with reception in the electronic device of the near field wireless signal, which point in time is obtained by the transceiver unit in the communication signal from the electronic device.