mhurhangee/patent-ind-claim-en huggingface dataset:
A cannula for perfusion of a donor organ, the cannula comprising: a seal that comprises a flexible material, that forms a first clamping surface for vasculature, and that has a flow passage ; a second clamping surface , opposed to the first clamping surface , for the vasculature; and a chamber portion , on a side of the seal opposite the second clamping surface and comprising (i) a chamber , (ii) a first opening, (iii) a second opening , (iv) a third opening , and (v) a seal engaging portion around the first opening, the seal engaging portion being engaged with and supporting a periphery of the seal ; characterized by : the cannula comprising a first circumferential portion and a second circumferential portion that mutually cooperate to support a circumference of the vasculature and to form the second clamping surface ; the cannula comprising at least one support within the chamber that supports the seal , the support being attached to and extending from a wall of the chamber ; and the at least one support being disposed closer to a center of the first clamping surface than the seal engaging portion so that the seal is located between the seal engaging portion and the support. a seal that comprises a flexible material, that forms a first clamping surface for vasculature, and that has a flow passage ; a second clamping surface , opposed to the first clamping surface , for the vasculature; and a chamber portion , on a side of the seal opposite the second clamping surface and comprising (i) a chamber , (ii) a first opening, (iii) a second opening , (iv) a third opening , and (v) a seal engaging portion around the first opening, the seal engaging portion being engaged with and supporting a periphery of the seal ; characterized by : the cannula comprising a first circumferential portion and a second circumferential portion that mutually cooperate to support a circumference of the vasculature and to form the second clamping surface ; the cannula comprising at least one support within the chamber that supports the seal , the support being attached to and extending from a wall of the chamber ; and the at least one support being disposed closer to a center of the first clamping surface than the seal engaging portion so that the seal is located between the seal engaging portion and the support. the cannula comprising a first circumferential portion and a second circumferential portion that mutually cooperate to support a circumference of the vasculature and to form the second clamping surface ; the cannula comprising at least one support within the chamber that supports the seal , the support being attached to and extending from a wall of the chamber ; and the at least one support being disposed closer to a center of the first clamping surface than the seal engaging portion so that the seal is located between the seal engaging portion and the support.
Propulsion unit for an aircraft, including an engine and a propeller shaft driven in rotation by the engine, said propeller shaft passing through a sealed case containing a lubricating fluid, the propulsion unit further including a propeller with airfoils which is coupled to said propeller shaft and comprising electrical members (12A -12D) that are electrical power consumers, the sealing between said sealed case and said propeller shaft being ensured by a dynamic seal housed between a rotating dynamic seal support angularly secured to said propeller shaft and a dynamic seal support flange secured to an end portion of said case facing said propeller , said rotating dynamic seal support being secured to said propeller shaft while being axially held in abutment against a bearing for supporting said propeller shaft, in order to deliver electrical power to said electrical members, the propulsion unit comprising a rotating transformer rotated by said propeller shaft and including on the one hand a stator , a casing of which is secured to said dynamic seal support flange and on the other hand a rotor , a casing of which (40A; 32A, 32B) is secured to said propeller shaft.
A nozzle for a heating or a cooling device , the heating or cooling device including: a heater for heating gas or a cooling mechanism for cooling down gas; and the nozzle , wherein the nozzle has a plurality of outlets for blowing the gas heated by the heater or cooled down by the cooling mechanism, the plurality of outlets being arranged in a staggered pattern formation wherein each outlet of the nozzle has a non-circular planar shape with a plurality of projection portions thereof being projected toward an inner side of a virtual circle, and the planar shape of each outlet of the nozzle is a cross shape, a star shape or a polygonal shape, and wherein a shape of gas in cross section perpendicular to a direction where the gas is blown through the outlets is changed with time by the projection portions. a heater for heating gas or a cooling mechanism for cooling down gas; and the nozzle , wherein the nozzle has a plurality of outlets for blowing the gas heated by the heater or cooled down by the cooling mechanism, the plurality of outlets being arranged in a staggered pattern formation wherein each outlet of the nozzle has a non-circular planar shape with a plurality of projection portions thereof being projected toward an inner side of a virtual circle, and the planar shape of each outlet of the nozzle is a cross shape, a star shape or a polygonal shape, and wherein a shape of gas in cross section perpendicular to a direction where the gas is blown through the outlets is changed with time by the projection portions.
A connector system for a wearable article , the connector system comprising: a receptacle connector assembly comprising a housing having a cavity configured to removably receive an electronic device , the receptacle connector assembly having a receptacle connector configured to be electrically connected to the electronic device when received in the cavity, the receptacle connector having a receptacle , the receptacle connector having receptacle contacts in the receptacle for being electrically connecting to the electronic device, the receptacle connector having a seal surface ; a plug connector assembly comprising a holder including an article mount configured to be secured to the wearable article and a support arm hingedly coupled to the article mount at a hinge of the holder, the plug connector assembly having a plug connector on the support arm, the plug connector including plug contacts , the plug connector including a seal surface , the plug connector having a cable electrically connected to the plug contacts and extending from the plug connector; and a seal coupled to one of the receptacle connector or the plug connector at the corresponding seal surface and engaging the other of the receptacle connector and the plug connector at the corresponding seal surface; wherein the plug connector is configured to be loaded into the receptacle of the receptacle connector to mate the plug contacts with the receptacle contacts to electrically connect the cable to the electronic device through the plug contacts and the receptacle contacts. a receptacle connector assembly comprising a housing having a cavity configured to removably receive an electronic device , the receptacle connector assembly having a receptacle connector configured to be electrically connected to the electronic device when received in the cavity, the receptacle connector having a receptacle , the receptacle connector having receptacle contacts in the receptacle for being electrically connecting to the electronic device, the receptacle connector having a seal surface ; a plug connector assembly comprising a holder including an article mount configured to be secured to the wearable article and a support arm hingedly coupled to the article mount at a hinge of the holder, the plug connector assembly having a plug connector on the support arm, the plug connector including plug contacts , the plug connector including a seal surface , the plug connector having a cable electrically connected to the plug contacts and extending from the plug connector; and a seal coupled to one of the receptacle connector or the plug connector at the corresponding seal surface and engaging the other of the receptacle connector and the plug connector at the corresponding seal surface; wherein the plug connector is configured to be loaded into the receptacle of the receptacle connector to mate the plug contacts with the receptacle contacts to electrically connect the cable to the electronic device through the plug contacts and the receptacle contacts.
A fluid product dispensing device comprising a reservoir containing at least one dose of fluid product, a piston-stopper mounted with the ability to slide in said reservoir in order to dispense fluid product, a dispensing head , provided with a dispensing orifice , and able to move axially with respect to said reservoir so as to move said piston-stopper in said reservoir in order thus to dispense the fluid product through said dispensing orifice , said piston-stopper comprising a hollow sleeve provided with a central receiving zone arranged substantially at the axial and radial centre of said piston plug , a shut-off element being positioned in said central receiving zone in a shutting-off position and being, during actuation, expelled from said shutting-off position towards an open position, characterized in that said central receiving zone is extended axially on one side by a lower receiving zone comprising at least two wall parts separated by at least two axially extending radial grooves, said wall parts of said lower receiving zone holding said shut-off element in its open position, with the fluid product being able, during actuation, to flow from said reservoir around said shut-off element in the open position via said radial grooves towards said dispensing orifice .
A system comprising: an enclosure (101; 301); an aviary system (103; 303) located within the enclosure (101; 301), wherein the aviary system (103; 303) includes an internal volume for housing animals , and wherein the animals can move between the aviary system (103; 303) and the enclosure (101; 301; a first light source (109; 309) producing light with a first spectrum, wherein the first light source illuminates at least part of the internal volume of the aviary system; and a second light source (107; 307) producing light with a second spectrum different from the first spectrum, wherein the second light source illuminates at least part of the enclosure outside of the aviary system, wherein the first and second light sources (107, 109; 307, 309) are directional light sources; the first light source (109; 309) is directed away from an opening between the internal volume of the aviary system and the enclosure and is positioned to minimize illuminating areas outside the internal volume of the aviary system; and, the second light source (107; 307) is directed away from an opening between the enclosure and the internal volume of the aviary system and is positioned to minimize illuminating areas inside the aviary system; wherein the first spectrum is selected to encourage the animals to perform particular activities in areas illuminated by the first light source (109; 309); and, wherein the second spectrum is selected to discourage the animals from performing the particular activities in areas illuminated by the second light source . an enclosure (101; 301); an aviary system (103; 303) located within the enclosure (101; 301), wherein the aviary system (103; 303) includes an internal volume for housing animals , and wherein the animals can move between the aviary system (103; 303) and the enclosure (101; 301; a first light source (109; 309) producing light with a first spectrum, wherein the first light source illuminates at least part of the internal volume of the aviary system; and a second light source (107; 307) producing light with a second spectrum different from the first spectrum, wherein the second light source illuminates at least part of the enclosure outside of the aviary system, wherein the first and second light sources (107, 109; 307, 309) are directional light sources; the first light source (109; 309) is directed away from an opening between the internal volume of the aviary system and the enclosure and is positioned to minimize illuminating areas outside the internal volume of the aviary system; and, the second light source (107; 307) is directed away from an opening between the enclosure and the internal volume of the aviary system and is positioned to minimize illuminating areas inside the aviary system; wherein the first spectrum is selected to encourage the animals to perform particular activities in areas illuminated by the first light source (109; 309); and, wherein the second spectrum is selected to discourage the animals from performing the particular activities in areas illuminated by the second light source .
A computer-implemented method for processing event logs , comprising: obtaining one or more event logs generated by a process executing on one or more computing devices; for each event of multiple events in the one or more event logs: generating a table of logged event instances for the event; training a model for an autoencoder using the logged event instances for the event from multiple event logs , wherein training the model includes determining one or more key value pairs of the logged event instances to be used as features for training the model and training the model based on values of the features, and wherein determining the one or more key value pairs to be used as the features for training the model includes determining that a numeric count of distinct values for each key value pair in the logged event instances is within a threshold numeric range; identifying a logged event instance as an anomaly in the process by processing the table using the autoencoder , the identifying being based on a value of the features of the one or more of the logged event instances; and outputting an indication of the anomaly in the process. obtaining one or more event logs generated by a process executing on one or more computing devices; for each event of multiple events in the one or more event logs: generating a table of logged event instances for the event; training a model for an autoencoder using the logged event instances for the event from multiple event logs , wherein training the model includes determining one or more key value pairs of the logged event instances to be used as features for training the model and training the model based on values of the features, and wherein determining the one or more key value pairs to be used as the features for training the model includes determining that a numeric count of distinct values for each key value pair in the logged event instances is within a threshold numeric range; identifying a logged event instance as an anomaly in the process by processing the table using the autoencoder , the identifying being based on a value of the features of the one or more of the logged event instances; and outputting an indication of the anomaly in the process. generating a table of logged event instances for the event; training a model for an autoencoder using the logged event instances for the event from multiple event logs , wherein training the model includes determining one or more key value pairs of the logged event instances to be used as features for training the model and training the model based on values of the features, and wherein determining the one or more key value pairs to be used as the features for training the model includes determining that a numeric count of distinct values for each key value pair in the logged event instances is within a threshold numeric range; identifying a logged event instance as an anomaly in the process by processing the table using the autoencoder , the identifying being based on a value of the features of the one or more of the logged event instances; and outputting an indication of the anomaly in the process.
A method for control of a gearbox of a vehicle, such that said vehicle has a control system for automatic control of a gearbox which is connected to a combustion engine and which can be set to various different transmission ratios, the control system's choice of transmission ratio is influenceable by the vehicle's driver, said control system is adapted to choosing an initial transmission ratio for setting said vehicle in motion from stationary, and the method comprises: - before the vehicle has been brought to a halt, using said control system to determine a first initial transmission ratio, - determining a second initial transmission ratio indicated by said vehicle driver which is the transmission ratio in which said vehicle is being driven when it is brought to a halt, - setting said gearbox to said second initial transmission ratio indicated by said vehicle driver when it is higher than said first initial transmission ratio determined by said control system, and characterised in that - if the second initial transmission ratio is not higher than the first initial transmission ratio, setting the gearbox to the first initial transmission ratio before the vehicle has come to a halt. - before the vehicle has been brought to a halt, using said control system to determine a first initial transmission ratio, - determining a second initial transmission ratio indicated by said vehicle driver which is the transmission ratio in which said vehicle is being driven when it is brought to a halt, - setting said gearbox to said second initial transmission ratio indicated by said vehicle driver when it is higher than said first initial transmission ratio determined by said control system, and characterised in that - if the second initial transmission ratio is not higher than the first initial transmission ratio, setting the gearbox to the first initial transmission ratio before the vehicle has come to a halt.
A surface wave antenna system , comprising : - at least one antenna , vertically or elliptically polarised and adapted to transmit/receive radiation in at least one frequency band centred on a central frequency f 0 associated with a central wavelength λ 0 , said at least one antenna being electrically short in the vertical plane, such that the antenna has a vertical footprint of less than 0.25λ 0 , said antenna being configured to be connected to a conductive medium having a substantially horizontal surface, the antenna system being characterised in that it further comprises : - at least one wired cover (30; 30a, 30b; 38a, 38b; 38a, 38b, 38c) of length greater than or equal to 0.8λ 0 , electrically linked to at least one antenna at the centre of the cover (30; 30a, 30b; 38a, 38b), and adapted to radiate at least at the central frequency f 0 of the antenna . - at least one antenna , vertically or elliptically polarised and adapted to transmit/receive radiation in at least one frequency band centred on a central frequency f 0 associated with a central wavelength λ 0 , said at least one antenna being electrically short in the vertical plane, such that the antenna has a vertical footprint of less than 0.25λ 0 , said antenna being configured to be connected to a conductive medium having a substantially horizontal surface, - at least one wired cover (30; 30a, 30b; 38a, 38b; 38a, 38b, 38c) of length greater than or equal to 0.8λ 0 , electrically linked to at least one antenna at the centre of the cover (30; 30a, 30b; 38a, 38b), and adapted to radiate at least at the central frequency f 0 of the antenna .
Dynamic pressure pump for a hydrodynamic machine, comprising a first operating medium inlet with a first inlet opening and a second operating medium inlet with a second inlet opening , the first inlet opening and the second inlet opening being oriented in an opposed manner with respect to one another, and the first operating medium inlet and the second operating medium inlet being combined downstream of the two inlet openings in a manner which conducts operating medium to form a common operating medium duct ; the first operating medium inlet and the second operating medium inlet extending, upstream of the common operating medium duct as viewed in the flow direction of the operating medium, oriented identically next to one another in a manner which is departed by way of a dividing wall .
A surgical instrument , comprising: an end effector ; a power source ; a motor coupled to the power source, the motor configured to actuate the end effector; a controller operatively coupled to the motor and configured to control the motor based on a current draw of the motor and an angular velocity of the motor; and a motor control circuit , coupled to the controller, configured to measure the current draw of the motor and the angular velocity of the motor; wherein the controller is configured to receive the measured sensor signals from the motor control circuit and calculate an instantaneous rate of change of each of the current draw of the motor and the angular velocity of the motor; characterised in that the controller is configured to determine that the motor reached a mechanical limit based on the instantaneous rate of change of the current draw of the motor exceeding a first threshold and the instantaneous rate of change of the angular velocity of the motor exceeding a second threshold concurrently. an end effector ; a power source ; a motor coupled to the power source, the motor configured to actuate the end effector; a controller operatively coupled to the motor and configured to control the motor based on a current draw of the motor and an angular velocity of the motor; and a motor control circuit , coupled to the controller, configured to measure the current draw of the motor and the angular velocity of the motor; wherein the controller is configured to receive the measured sensor signals from the motor control circuit and calculate an instantaneous rate of change of each of the current draw of the motor and the angular velocity of the motor; characterised in that the controller is configured to determine that the motor reached a mechanical limit based on the instantaneous rate of change of the current draw of the motor exceeding a first threshold and the instantaneous rate of change of the angular velocity of the motor exceeding a second threshold concurrently.
A method for dialogue enhancement of an audio signal , comprising: receiving (step S1) said audio signal and a text content associated with dialogue occurring in the audio signal, generating (step S2) parameterized synthesized speech ( ŝ ) from said text content, and applying (step S3) dialogue enhancement to said audio signal based on said parameterized synthesized speech ( ŝ ), wherein the text content includes annotations identifying a specific speaker, and wherein generation of the synthesized speech is aligned with a model of the identified speaker. receiving (step S1) said audio signal and a text content associated with dialogue occurring in the audio signal, generating (step S2) parameterized synthesized speech ( ŝ ) from said text content, and applying (step S3) dialogue enhancement to said audio signal based on said parameterized synthesized speech ( ŝ ), wherein the text content includes annotations identifying a specific speaker, and wherein generation of the synthesized speech is aligned with a model of the identified speaker.