mhurhangee/ep-ind-claims huggingface dataset:
A vibration isolation apparatus suitable for a wine refrigerator, comprising a main body having a storage chamber and a mounting space; a base plate disposed at the mounting space of the main body with a predetermined interval from the main body, for forming a mechanical chamber with the mounting space, a compressor being installed on the top surface of the base plate; an interval maintaining elastic support means coupled between the main body and the base plate, for maintaining a predetermined interval between the main body and the base plate, and elastically supporting the base plate; characterised in that the interval maintaining elastic support means comprises: fixing plates coupled respectively to both side inner walls of the mounting space of the main body to be positioned over the base plate; first axial direction support members movably inserted into the fixing plates and the base plate and supported by the fixing plates; and springs disposed between the first axial direction support members and the base plate, for elastically supporting the base plate; wherein elastic vibration isolation means for preventing vibration transmission by spring elasticity are disposed between the compressor and the base plate, and wherein the elastic vibration isolation means comprise: second axial direction support members inserted into the mounting plates of the compressor and the base plate; springs inserted onto the second axial direction support members to be positioned between the mounting plates and the base plate, for elastically supporting the mounting plates; and rubber gaskets disposed between the mounting plates and the springs and between the base plate and the springs, for supporting the springs. fixing plates coupled respectively to both side inner walls of the mounting space of the main body to be positioned over the base plate; first axial direction support members movably inserted into the fixing plates and the base plate and supported by the fixing plates; and springs disposed between the first axial direction support members and the base plate, for elastically supporting the base plate; wherein elastic vibration isolation means for preventing vibration transmission by spring elasticity are disposed between the compressor and the base plate, and second axial direction support members inserted into the mounting plates of the compressor and the base plate; springs inserted onto the second axial direction support members to be positioned between the mounting plates and the base plate, for elastically supporting the mounting plates; and rubber gaskets disposed between the mounting plates and the springs and between the base plate and the springs, for supporting the springs.
A support structure for a container handling plant and at least one machine frame adapted to support a container handling carrousel and defining a main axis around which said carrousel can rotate; said support structure comprising: - at least two table portions (21, 22) extending transversally with respect to said main axis and adapted to support one or more star wheels (13, 14, 16, 17) of said plant; each table portion (21, 22) comprising at least a first connection interface having a connection axis parallel to said main axis; and - at least one tubular and/or profile section connecting element provided with a pair of second connection interfaces having respective connection axes parallel to said main axis and connected coaxially with the corresponding first connection interfaces in an orientable manner around the relative connection axes; wherein each first connection interface comprises a support housing; and wherein each second connection interface comprises a sleeve body adapted to be coupled with the corresponding support housing along the relative connection axis; wherein each table portion (21, 22) has a reference plane extending transversally to said main axis and is delimited by a first and a second surface (24, 26) opposite each other with respect to said reference plane, characterized in that each table portion (21, 22) is provided with a plurality of said support housings (25, 27) on both said first and second surfaces (24, 26), and said support housings of said first surface of each table portion (21, 22) are arranged in a mirror-like manner to the support housings of the corresponding second surface with respect to said reference plane; and in that said support housings (25, 27) of each table portion (21, 22) are alternatively associable to respective star wheels (13, 14, 16, 17) or to a relative one of said second interfaces of said connecting element or to means for supporting said table portion (21, 22) on the floor. - at least two table portions (21, 22) extending transversally with respect to said main axis and adapted to support one or more star wheels (13, 14, 16, 17) of said plant; each table portion (21, 22) comprising at least a first connection interface having a connection axis parallel to said main axis; and - at least one tubular and/or profile section connecting element provided with a pair of second connection interfaces having respective connection axes parallel to said main axis and connected coaxially with the corresponding first connection interfaces in an orientable manner around the relative connection axes;
A refrigerator comprising: a main body having a storage room; a door configured to open or close the storage room; a sensing lever configured to contact the door while the door is closed, the sensing lever being movable in one of a first direction and in a second direction that is opposite to the first direction, the first direction being the rear direction regarding the door as a frontal component of the refrigerator, the second direction being the front direction regarding the door as a frontal component of the refrigerator, a sensor configured to sense a movement of the sensing lever in one of the first direction and the second direction; a controller configured to open the door when the sensor senses the movement of the sensing lever in the first direction, and a gasket disposed on the door, the gasket being configured to seal off a gap between the door and the main body, wherein the sensing lever contacts the gasket characterized in that the controller is configured to maintain the door closed when the sensor senses the movement of the sensing lever in the second direction, wherein the controller maintains the door closed, when the sensing lever moves in the second direction according to a vibration of the gasket. a main body having a storage room; a door configured to open or close the storage room; a sensing lever configured to contact the door while the door is closed, the sensing lever being movable in one of a first direction and in a second direction that is opposite to the first direction, the first direction being the rear direction regarding the door as a frontal component of the refrigerator, the second direction being the front direction regarding the door as a frontal component of the refrigerator, a sensor configured to sense a movement of the sensing lever in one of the first direction and the second direction; a controller configured to open the door when the sensor senses the movement of the sensing lever in the first direction, and a gasket disposed on the door, the gasket being configured to seal off a gap between the door and the main body, wherein the sensing lever contacts the gasket characterized in that the controller is configured to maintain the door closed when the sensor senses the movement of the sensing lever in the second direction, wherein the controller maintains the door closed, when the sensing lever moves in the second direction according to a vibration of the gasket.
A method of controlling transmission of packets from a transmitter to a receiver via a channel, the method comprising: transmitting from a queue packets in a packet stream of ongoing traffic, each packet having a packet size based on data in the packet; supplying to an estimation function successive sets of observations, said estimation function arranged to provide an estimate of bandwidth for the channel, and using the estimate of bandwidth to control transmission of packets, the method characterised by: determining a transmission time for each packet, based on a transmission clock; determining a reception time of each packet, based on a reception clock; an observation set is supplied to said estimation function for each packet in the stream of ongoing traffic and includes a transmission time, reception time, and packet size; said estimation function providing the estimate of bandwidth for the channel from the packet stream of ongoing traffic by using a relationship between the estimate of bandwidth, the amount of data in the queue, packet size and the delay between transmitting successive packets from the queue. transmitting from a queue packets in a packet stream of ongoing traffic, each packet having a packet size based on data in the packet; supplying to an estimation function successive sets of observations, said estimation function arranged to provide an estimate of bandwidth for the channel, and using the estimate of bandwidth to control transmission of packets, the method characterised by: determining a transmission time for each packet, based on a transmission clock; determining a reception time of each packet, based on a reception clock; an observation set is supplied to said estimation function for each packet in the stream of ongoing traffic and includes a transmission time, reception time, and packet size; said estimation function providing the estimate of bandwidth for the channel from the packet stream of ongoing traffic by using a relationship between the estimate of bandwidth, the amount of data in the queue, packet size and the delay between transmitting successive packets from the queue. determining a transmission time for each packet, based on a transmission clock; determining a reception time of each packet, based on a reception clock; an observation set is supplied to said estimation function for each packet in the stream of ongoing traffic and includes a transmission time, reception time, and packet size; said estimation function providing the estimate of bandwidth for the channel from the packet stream of ongoing traffic by using a relationship between the estimate of bandwidth, the amount of data in the queue, packet size and the delay between transmitting successive packets from the queue.
A method performed by an information processing system for providing credentials, the method comprising: receiving, from a first correspondent that is external to the information processing system, a request to issue a first credential securely identifying the first correspondent, wherein the first credential is to conform to a first specified credential format supported by the first correspondent; generating, based on receiving the request, a first credential in the first specified credential format; incorporating supplementary information into the first credential, the supplementary information conforming to a second specified credential format, the supplementary information permitting the first correspondent to subsequently extract the supplementary information and communicate with a second correspondent according to the second specified credential format, wherein the second specified credential format is different from the first specified credential format, the supplementary information comprising information permitting a construction of a private key by the first correspondent to be used with a second credential in the second specified credential format; and issuing the first credential to the first correspondent, the first credential being issued in the first specified credential format and comprising the supplementary information in conformance with the second specified credential format. receiving, from a first correspondent that is external to the information processing system, a request to issue a first credential securely identifying the first correspondent, wherein the first credential is to conform to a first specified credential format supported by the first correspondent; generating, based on receiving the request, a first credential in the first specified credential format; incorporating supplementary information into the first credential, the supplementary information conforming to a second specified credential format, the supplementary information permitting the first correspondent to subsequently extract the supplementary information and communicate with a second correspondent according to the second specified credential format, wherein the second specified credential format is different from the first specified credential format, the supplementary information comprising information permitting a construction of a private key by the first correspondent to be used with a second credential in the second specified credential format; and issuing the first credential to the first correspondent, the first credential being issued in the first specified credential format and comprising the supplementary information in conformance with the second specified credential format.
A method comprising: transmitting, by a wireless device, a first preamble via a cell; receiving a downlink grant for a random access response; determining a failure to receive the random access response; determining, based on the failure and whether a time alignment timer of the cell is running, an uplink signal for transmission via the cell, wherein the uplink signal is one of a second preamble and a negative acknowledgement; and transmitting the uplink signal; wherein the uplink signal comprises the second preamble in response to the time alignment timer, associated with the cell, not being running, and wherein the uplink signal comprises the negative acknowledgement in response to the time alignment timer being running. transmitting, by a wireless device, a first preamble via a cell; receiving a downlink grant for a random access response; determining a failure to receive the random access response; determining, based on the failure and whether a time alignment timer of the cell is running, an uplink signal for transmission via the cell, wherein the uplink signal is one of a second preamble and a negative acknowledgement; and transmitting the uplink signal; wherein the uplink signal comprises the second preamble in response to the time alignment timer, associated with the cell, not being running, and wherein the uplink signal comprises the negative acknowledgement in response to the time alignment timer being running.
An ultrasonic inspection machine for performing non-destructive testing on wind turbine blades comprising a movable base (2, 3), a robotic handling device arranged on the movable base (2, 3), a robot head mounted to the handling device, an ultrasonic inspection system comprising a scanning head comprising at least one ultrasonic testing sensor, the scanning head arranged on the robot head capable of slidingly contacting an outer blade surface of a wind turbine blade, a first power supply system for providing electric power to the robotic handling device, the robot head and the ultrasonic inspection system, characterized in that the inspection machine further comprises a blade marking device for marking positioning marks (PM, PM') on the outer blade surface; a machine vision camera and an illumination device for identifying a working window on the outer blade surface each working window being delimited by a positioning mark marked by the blade marking device; a distance sensor for detecting the distance between the outer blade surface and the inspection machine; and in that the blade marking system, the machine vision camera, the illumination device, and the distance sensor are arranged on the robot head; the robotic handling device comprises a driving system for displacing the robot head vertically and horizontally with respect to each working window. a movable base (2, 3), a robotic handling device arranged on the movable base (2, 3), a robot head mounted to the handling device, an ultrasonic inspection system comprising a scanning head comprising at least one ultrasonic testing sensor, the scanning head arranged on the robot head capable of slidingly contacting an outer blade surface of a wind turbine blade, a first power supply system for providing electric power to the robotic handling device, the robot head and the ultrasonic inspection system, characterized in that the inspection machine further comprises a blade marking device for marking positioning marks (PM, PM') on the outer blade surface; a machine vision camera and an illumination device for identifying a working window on the outer blade surface each working window being delimited by a positioning mark marked by the blade marking device; a distance sensor for detecting the distance between the outer blade surface and the inspection machine; and in that the blade marking system, the machine vision camera, the illumination device, and the distance sensor are arranged on the robot head; the robotic handling device comprises a driving system for displacing the robot head vertically and horizontally with respect to each working window.
A method of purifying a glycan and/or a glycoconjugate comprising the steps of: (a) providing a stationary phase that comprises cotton; (b) applying a glycan and/or glycoconjugate-containing sample to the stationary phase; (c) washing the stationary phase with a first solvent; and (d) eluting the glycan and/or glycoconjugate from the stationary phase with a second solvent. (a) providing a stationary phase that comprises cotton; (b) applying a glycan and/or glycoconjugate-containing sample to the stationary phase; (c) washing the stationary phase with a first solvent; and (d) eluting the glycan and/or glycoconjugate from the stationary phase with a second solvent.
Method for producing a microencapsulate comprising the following stages: [a] dispersing a first liquid phase in a second liquid phase forming an emulsion, so that said first phase remains dispersed in said second phase, and [b] forming a polymer which forms the wall of said microencapsulate, characterised in that between said first phase and said second phase an interphase is formed which comprises a reactive amphiphilic compound, where said amphiphilic compound is a prepolymer of said polymer, and said amphiphilic compound has at least two main functional groups that react in the subsequent polymerisation for forming said polymer, where said amphiphilic compound has at least one hydrophilic or hydrophobic functional group in a chain which is sideways with respect to the chain that links both main functional groups, where said main functional groups of said amphiphilic compound are NCO functional groups, able to form urethane and/or urea type bonds, where said second phase comprises a second compound, where said second compound comprises at least two functional groups that react with said main functional groups of said amphiphilic compound, to form said polymer, where said second compound is a polyamine, preferably a diamine, triamine, tetraamine or pentaamine and very preferably it is a polyamine from the group made up of ethylendiamine, diethylentriamine, triethylentetraamine and L-lysine, where a second prepolymer is added to said first phase, where said second prepolymer has at least two main functional groups that react in the subsequent polymerisation for forming said polymer, where said second prepolymer is more hydrophobic than said amphiphilic compound if said first phase is organic, or said second prepolymer is more hydrophilic than said amphiphilic compound if said first phase is aqueous, so that said second prepolymer will tend to arrange itself as a second internal layer in the wall of the microcapsules, given its greater affinity to the first phase, and so that said second prepolymer will react also with the second compound thereby forming a wall with two layers, and where said polymer comprises, in its main chain, a disulphide or an ester.
An electrolytic solution for an aluminum electrolytic capacitor comprising: a solvent containing water; electrolytes selected from the group consisting of a carboxylic acid and a carboxylic salt; a phosphorus oxoacid ion-generating compound which can generate a phosphorus oxoacid ion in an aqueous solution; and a chelating agent which can coordinate with aluminum to form an aqueous aluminum chelate complex, wherein the electrolytic solution comprises, as the electrolytes, at least one compound selected from the group consisting of azelaic acid and an azelaic acid salt and at least one compound selected from the group consisting of formic acid, a formic acid salt, adipic acid, an adipic acid salt, glutaric acid and a glutaric acid salt, and the content of the at least one compound selected from the group consisting of azelaic acid and an azelaic acid salt is at least 0.03 moles per kg of the solvent and at most a saturated amount at 50°C in the electrolytic solution. a solvent containing water; electrolytes selected from the group consisting of a carboxylic acid and a carboxylic salt; a phosphorus oxoacid ion-generating compound which can generate a phosphorus oxoacid ion in an aqueous solution; and a chelating agent which can coordinate with aluminum to form an aqueous aluminum chelate complex, wherein the electrolytic solution comprises, as the electrolytes, at least one compound selected from the group consisting of azelaic acid and an azelaic acid salt and at least one compound selected from the group consisting of formic acid, a formic acid salt, adipic acid, an adipic acid salt, glutaric acid and a glutaric acid salt, and the content of the at least one compound selected from the group consisting of azelaic acid and an azelaic acid salt is at least 0.03 moles per kg of the solvent and at most a saturated amount at 50°C in the electrolytic solution.
A fuselage airframe of a helicopter comprising a subfloor compartment for a fuel tank, encompassed by a concave cover shell, standard frames and a floor panel covering substantially entirely said subfloor compartment above the concave cover shell, wherein at least one differential frame is mounted to the concave cover shell, said at least one differential frame being perpendicular and symmetric with regard to a longitudinal axis and having an upper section above the floor panel and a lower section below the floor panel and respectively lateral frame root regions merging the upper and lower sections (8, 9), said at least one differential frame partitioning the subfloor compartment between the standard frames, characterized in that the lower section of the at least one differential frame has a web with variable-heights with respect to the cover shell between a minimum height at the longitudinal axis and a maximum height at the lateral frame root regions, and in that at least one transversal beam is provided, said at least one transversal beam bridging the entire web portion of the lower section with the variable-height of the at least one differential frame and being hingedly attached at its both lateral ends to the lower section of the at least one differential frame by means of at least one bolt.
An endless conveyor comprising a conveyor belt driven and guided by rollers, and comprising one or more receiving moulds (3; 4) of product in liquid or paste form, characterised in that the receiving mould(s) are fastened to the conveyor belt, and both the receiving moulds and the conveyor belt are made of a material which is transparent to microwave radiation, such that the moulds made of biocompatible material filled with product can be passed through a microwave oven, the product being fully reheated in a homogeneous manner.