mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary assembly for a turbomachine having an axis (X) and comprising: - a disk having an external periphery exhibiting an alternation of pockets and of teeth , which extend from upstream to downstream on the disk, - vanes extending radially from the disk , and the roots of which are engaged axially in the pockets and retained radially by the teeth of the disk, - arranged upstream and/or downstream from the disk, an annular flange sealing cavities formed radially between, respectively, the roots of the vanes and the bottoms of the pockets of the disk, with said flange comprising an internal part retained by the disk, and an external part arranged axially facing upstream and/or downstream ends, respectively, of the teeth of the disk and of the roots of the vanes, - an intermediate ring which is arranged axially between the flange and the teeth of the disk, and radially between the internal part and the external part of the disk, - a seal which is arranged axially between, on the one side, the intermediate ring and, on the other side, the teeth of the disk and the roots of the vanes , with the intermediate ring and the sealing flange being so configured as to provide, in rotation, the sealing between, on the one side, the sealing flange and, on the other side, the teeth of the disk and of the roots of the vanes characterized in that the sealing flange has an internal frustoconical surface inclined axially towards the disk and radially outwards, said internal frustoconical surface being arranged axially and radially facing the intermediate ring . - a disk having an external periphery exhibiting an alternation of pockets and of teeth , which extend from upstream to downstream on the disk, - vanes extending radially from the disk , and the roots of which are engaged axially in the pockets and retained radially by the teeth of the disk, - arranged upstream and/or downstream from the disk, an annular flange sealing cavities formed radially between, respectively, the roots of the vanes and the bottoms of the pockets of the disk, with said flange comprising an internal part retained by the disk, and an external part arranged axially facing upstream and/or downstream ends, respectively, of the teeth of the disk and of the roots of the vanes, - an intermediate ring which is arranged axially between the flange and the teeth of the disk, and radially between the internal part and the external part of the disk, - a seal which is arranged axially between, on the one side, the intermediate ring and, on the other side, the teeth of the disk and the roots of the vanes , with the intermediate ring and the sealing flange being so configured as to provide, in rotation, the sealing between, on the one side, the sealing flange and, on the other side, the teeth of the disk and of the roots of the vanes
A fragrance product , comprising: a bottle ; a pump system attached to the bottle, the pump system comprising an overtube adapter comprising a flange extending outward from an end of the overtube adapter , and an overtube attached to the overtube adapter , the overtube comprising: a first end; a second end; a tubular wall between the first end and the second end; decorations in the overtube consisting of at least one opening through the tubular wall; a first continuous portion beginning at the first end and extending to the second end bisecting no decorations; and a second continuous portion beginning at the first end and extending to the second end bisecting no decorations. a bottle ; a pump system attached to the bottle, the pump system comprising an overtube adapter comprising a flange extending outward from an end of the overtube adapter , and an overtube attached to the overtube adapter , the overtube comprising: a first end; a second end; a tubular wall between the first end and the second end; decorations in the overtube consisting of at least one opening through the tubular wall; a first continuous portion beginning at the first end and extending to the second end bisecting no decorations; and a second continuous portion beginning at the first end and extending to the second end bisecting no decorations. a first end; a second end; a tubular wall between the first end and the second end; decorations in the overtube consisting of at least one opening through the tubular wall; a first continuous portion beginning at the first end and extending to the second end bisecting no decorations; and a second continuous portion beginning at the first end and extending to the second end bisecting no decorations.
A KDM1A inhibitor which is 5-((( -2-(4-(benzyloxy)phenyl)cyclopropyl)amino)methyl)-1,3,4-oxadiazol-2-amine, or a pharmaceutically acceptable salt or solvate thereof, for use in the treatment of a behavior alteration, wherein the behavior alteration is social withdrawal or aggressiveness.
A fishing reel comprising: a drive shaft that is rotationally driven by a rotation operation of a handle rotatably supported on a reel body; a one-way clutch having an inner ring that is prevented from rotating with respect to the drive shaft and is rotatable integrally with the drive shaft, an outer ring that is fixed to the reel body to be prevented from rotating, and a holder that is disposed between the inner ring and the outer ring and holds a plurality of rolling members; and a magnetic seal mechanism that forms a seal film made of a magnetic fluid in a gap between the magnetic seal mechanism and an outer surface of the inner ring and prevents entry of a foreign material into the one-way clutch, wherein the inner ring is provided with a circumferential groove that prevents the magnetic fluid from entering the one-way clutch, said fishing reel being characterized in that an O-ring is attached to the circumferential groove. a drive shaft that is rotationally driven by a rotation operation of a handle rotatably supported on a reel body; a one-way clutch having an inner ring that is prevented from rotating with respect to the drive shaft and is rotatable integrally with the drive shaft, an outer ring that is fixed to the reel body to be prevented from rotating, and a holder that is disposed between the inner ring and the outer ring and holds a plurality of rolling members; and a magnetic seal mechanism that forms a seal film made of a magnetic fluid in a gap between the magnetic seal mechanism and an outer surface of the inner ring and prevents entry of a foreign material into the one-way clutch, wherein the inner ring is provided with a circumferential groove that prevents the magnetic fluid from entering the one-way clutch, said fishing reel being characterized in that an O-ring is attached to the circumferential groove.
A base station for a wireless communication network having a plurality of logical radio access networks, wherein: the base station is configured to communicate with a plurality of users to be served by the base station for accessing one or more of the logical radio access networks, and the base station is configured to selectively control the physical resources of the wireless communication network assigned to the logical radio access networks and to control access of the users or user groups to one or more of the logical radio access networks, wherein during a first operation mode of the wireless communication network, the base station is configured to allow access of users or user groups of one or more of the logical radio access networks, e.g., eMBB, URLLC, eMTC, and wherein during a second operation mode of the wireless communication network, the base station is configured to perform one or more of the following: - adaptively limit access of users or user groups to one or more of the logical radio access networks, - adaptively control the distribution of the physical resources among the plurality of logical radio access networks, - adaptively control the physical resources to be used dependent on one or more service characteristics of a service using the logical radio access network, - adaptively reduce a number of enabled logical radio access networks. the base station is configured to communicate with a plurality of users to be served by the base station for accessing one or more of the logical radio access networks, and the base station is configured to selectively control the physical resources of the wireless communication network assigned to the logical radio access networks and to control access of the users or user groups to one or more of the logical radio access networks, wherein during a first operation mode of the wireless communication network, the base station is configured to allow access of users or user groups of one or more of the logical radio access networks, e.g., eMBB, URLLC, eMTC, and wherein during a second operation mode of the wireless communication network, the base station is configured to perform one or more of the following: - adaptively limit access of users or user groups to one or more of the logical radio access networks, - adaptively control the distribution of the physical resources among the plurality of logical radio access networks, - adaptively control the physical resources to be used dependent on one or more service characteristics of a service using the logical radio access network, - adaptively reduce a number of enabled logical radio access networks. - adaptively limit access of users or user groups to one or more of the logical radio access networks, - adaptively control the distribution of the physical resources among the plurality of logical radio access networks, - adaptively control the physical resources to be used dependent on one or more service characteristics of a service using the logical radio access network, - adaptively reduce a number of enabled logical radio access networks.
A method of transmitting an amplitude shift keyed signal using a multi-layered transmission over a plurality of transmit antennas, where the plurality of antennas are transmitting modified versions of the signal with different precoding, where the precoding denotes a variation of phase and power per antenna of the plurality of transmit antennas, of different symbols which the signal represents for respective layers, the method comprising obtaining a sequence of bits to be conveyed; amplitude shift keying the sequence of bits to a signal; precoding the signal to respective layer, wherein the precoding to respective layer is performed on a row or column of a precoding matrix for the respective layer, wherein each layer is transmitted by a respective antenna or set of antennas of the plurality of transmit antennas; selecting of the precoding matrix from a set of matrices; and transmitting the precoded signal, wherein the keying of the bits comprises Manchester coding the bits; and multiple signals are multiplexed in the transmission, and the selecting of the precoding matrix is based on a mapping between respective multiplexed signal and respective precoding matrix. obtaining a sequence of bits to be conveyed; amplitude shift keying the sequence of bits to a signal; precoding the signal to respective layer, wherein the precoding to respective layer is performed on a row or column of a precoding matrix for the respective layer, wherein each layer is transmitted by a respective antenna or set of antennas of the plurality of transmit antennas; selecting of the precoding matrix from a set of matrices; and transmitting the precoded signal, wherein the keying of the bits comprises Manchester coding the bits; and multiple signals are multiplexed in the transmission, and the selecting of the precoding matrix is based on a mapping between respective multiplexed signal and respective precoding matrix.
A method for secure communication of payload data from a server system to a destination system used by a recipient, wherein the recipient is associated with a key pair comprising a public key and a private key, the private key being stored in a key repository of the server system protected by a password or passphrase of the recipient, and wherein the method comprises: receiving, by the server system , the payload data to be communicated to the destination system ; determining, by the server system , a payload key; encrypting, by the server system , the payload data by a symmetric encryption method using the payload key to obtain an encrypted version of the payload data; encrypting, by the server system , the payload key by an asymmetric encryption method using the recipient's public key to obtain an encrypted version of the payload key; generating and sending, by the server system , a conveyance message to the destination system , the conveyance message comprising the encrypted version of the payload data and the encrypted version of the payload key; receiving, by the server system , a return message from the destination system , the return massage comprising the encrypted version of the payload key and the recipient's password or passphrase; accessing, by the server system , the recipient's private key using the recipient's password or passphrase; decrypting, by the server system , the encrypted version of the payload key using the recipient's private key; and sending, by the server system , the payload key to the destination system via a secured communication channel to allow the destination system to decrypt the encrypted version of the payload data using the payload key. receiving, by the server system , the payload data to be communicated to the destination system ; determining, by the server system , a payload key; encrypting, by the server system , the payload data by a symmetric encryption method using the payload key to obtain an encrypted version of the payload data; encrypting, by the server system , the payload key by an asymmetric encryption method using the recipient's public key to obtain an encrypted version of the payload key; generating and sending, by the server system , a conveyance message to the destination system , the conveyance message comprising the encrypted version of the payload data and the encrypted version of the payload key; receiving, by the server system , a return message from the destination system , the return massage comprising the encrypted version of the payload key and the recipient's password or passphrase; accessing, by the server system , the recipient's private key using the recipient's password or passphrase; decrypting, by the server system , the encrypted version of the payload key using the recipient's private key; and sending, by the server system , the payload key to the destination system via a secured communication channel to allow the destination system to decrypt the encrypted version of the payload data using the payload key.
A notching apparatus for an electrode substrate , comprising: a die member on which the electrode substrate is disposed; and a punch member provided with a punch spaced apart from above the die member and moving up and down toward the die member side, wherein a wall surface of the punch is provided with at least one or more air blow holes to discharge foreign objects generated at the time of the notching to the outside, characterized in that the at least one or more air blow holes are also foreign object suction holes, in that said air blow holes are provided to form an air layer between the die member and the punch member , and in that the wall surface of the punch is further provided with one or more punching oil supply holes for applying a punching oil to an outer surface of the punch . a die member on which the electrode substrate is disposed; and a punch member provided with a punch spaced apart from above the die member and moving up and down toward the die member side, wherein a wall surface of the punch is provided with at least one or more air blow holes to discharge foreign objects generated at the time of the notching to the outside, characterized in that the at least one or more air blow holes are also foreign object suction holes, in that said air blow holes are provided to form an air layer between the die member and the punch member , and in that the wall surface of the punch is further provided with one or more punching oil supply holes for applying a punching oil to an outer surface of the punch .
A method for operating a spinning position of a spinning machine, - a fiber material being fed into a spinning unit of the spinning position, - a yarn being produced by means of the spinning unit from the fiber material fed into the spinning unit , - the yarn exiting the spinning unit via an outlet and being monitored with respect to at least one yarn parameter by means of a yarn monitoring device , - the yarn being wound onto a sleeve by means of a winding device according to prescribed winding parameters, and - a stop sequence for interrupting the normal operating mode of the spinning position being initiated when a defined deviation of a monitored yarn parameter from at least one specified value is detected in the course of a sleeve change-out at the winding device and/or in the course of shutting down the spinning position, during which the spinning unit and the winding device are stopped, - the spinning unit and the winding device are stopped in the course of the stop sequence, such that the last yarn segment produced does not run fully onto the sleeve present in the winding device , characterized in that , one or more winding parameters being changed at least temporarily after the stop sequence is initiated in order to facilitate unwinding the last yarn segment wound onto the sleeve prior to the stop of the winding device in the course of a piecing process subsequent to the stop sequence Wherein the tension of the yarn wound onto the sleeve during the stop sequence is at least temporarily reduced relative to the tension at which the yarn had been wound onto the sleeve during normal operation preceding the stop sequence. - a fiber material being fed into a spinning unit of the spinning position, - a yarn being produced by means of the spinning unit from the fiber material fed into the spinning unit , - the yarn exiting the spinning unit via an outlet and being monitored with respect to at least one yarn parameter by means of a yarn monitoring device , - the yarn being wound onto a sleeve by means of a winding device according to prescribed winding parameters, and - a stop sequence for interrupting the normal operating mode of the spinning position being initiated when a defined deviation of a monitored yarn parameter from at least one specified value is detected in the course of a sleeve change-out at the winding device and/or in the course of shutting down the spinning position, during which the spinning unit and the winding device are stopped, - the spinning unit and the winding device are stopped in the course of the stop sequence, such that the last yarn segment produced does not run fully onto the sleeve present in the winding device ,
A cooling jacket for a hollow airfoil of a turbine nozzle of a turbomachine, including: - a main body extending along a radial direction between a radially outer end and a radially inner end and including suction and pressure faces and a central intake duct defining a first ventilation air circulation area characterized in that the central intake duct is connected to these two faces by two separating walls defining second and third ventilation air circulation areas, each of the suction and pressure faces including at least two rows of drill holes to expel the ventilation air from the second and third ventilation air circulation areas, - an outer plate disposed at the radially outer end of the main body, the outer plate including first , second and third holes to allow the ventilation air respectively into the first , second and third ventilation air circulation areas, and - an inner plate disposed at the radially inner end of the main body, the inner plate including a central opening to expel air from the first ventilation air circulation area , the inner and outer plates being secured by soldering to the main body to form a one-piece unit with three ventilation air circulation areas, independent and airtight with respect to one another, before its installation in the hollow airfoil of the turbine nozzle . - a main body extending along a radial direction between a radially outer end and a radially inner end and including suction and pressure faces and a central intake duct defining a first ventilation air circulation area characterized in that the central intake duct is connected to these two faces by two separating walls defining second and third ventilation air circulation areas, each of the suction and pressure faces including at least two rows of drill holes to expel the ventilation air from the second and third ventilation air circulation areas, - an outer plate disposed at the radially outer end of the main body, the outer plate including first , second and third holes to allow the ventilation air respectively into the first , second and third ventilation air circulation areas, and - an inner plate disposed at the radially inner end of the main body, the inner plate including a central opening to expel air from the first ventilation air circulation area , - an outer plate disposed at the radially outer end of the main body, the outer plate including first , second and third holes to allow the ventilation air respectively into the first , second and third ventilation air circulation areas, and - an inner plate disposed at the radially inner end of the main body, the inner plate including a central opening to expel air from the first ventilation air circulation area , the inner and outer plates being secured by soldering to the main body to form a one-piece unit with three ventilation air circulation areas, independent and airtight with respect to one another, before its installation in the hollow airfoil of the turbine nozzle .
A system for driving a reciprocating compressor comprising: a reciprocating compressor with at least one cylinder , a piston slidingly movable in said cylinder , a crankshaft for moving said piston in said cylinder ; a Stirling engine with a hot end, a cold end, and an output shaft ; a driving connection (83; 107) between the output shaft of the Stirling engine and the crankshaft of the reciprocating compressor ; and a heat source arranged and configured for providing heat to the hot end of the Stirling engine ; characterized by a reciprocating internal combustion engine and a driving connection between the reciprocating internal combustion engine and the reciprocating compressor for providing supplemental power to the reciprocating compressor ; and a heat transfer circuit for transferring waste heat from the internal combustion engine to the hot end of the Stirling engine . a reciprocating compressor with at least one cylinder , a piston slidingly movable in said cylinder , a crankshaft for moving said piston in said cylinder ; a Stirling engine with a hot end, a cold end, and an output shaft ; a driving connection (83; 107) between the output shaft of the Stirling engine and the crankshaft of the reciprocating compressor ; and a heat source arranged and configured for providing heat to the hot end of the Stirling engine ; characterized by a reciprocating internal combustion engine and a driving connection between the reciprocating internal combustion engine and the reciprocating compressor for providing supplemental power to the reciprocating compressor ; and a heat transfer circuit for transferring waste heat from the internal combustion engine to the hot end of the Stirling engine .