mhurhangee/patent-ind-claim-en huggingface dataset:
Method for data transmission from a first subsystem to a second subsystem , comprising: providing a dataset by the first subsystem , which dataset comprises a data value, a data structure identifier for interpreting the data value, sending the dataset to the second subsystem , receiving the dataset by the second subsystem , checking whether full assignment information about the data structure assigned to the data structure identifier is present in the second subsystem , retrieving the missing assignment information from a communication broker if the full assignment information is not present in the second subsystem , determining the data structure on the basis of the data structure identifier and the assignment information, wherein the first subsystem transmits decryption information to the communication broker, wherein the data value is encrypted before the dataset is sent to the second subsystem , wherein the data value is decrypted by the second subsystem . providing a dataset by the first subsystem , which dataset comprises a data value, a data structure identifier for interpreting the data value, a data value, a data structure identifier for interpreting the data value, sending the dataset to the second subsystem , receiving the dataset by the second subsystem , checking whether full assignment information about the data structure assigned to the data structure identifier is present in the second subsystem , retrieving the missing assignment information from a communication broker if the full assignment information is not present in the second subsystem , determining the data structure on the basis of the data structure identifier and the assignment information, wherein the first subsystem transmits decryption information to the communication broker, wherein the data value is encrypted before the dataset is sent to the second subsystem , wherein the data value is decrypted by the second subsystem .
A pilot valve assembly for use with a hydrant pit valve , valve, the pilot valve assembly being configured to be mounted to the hydrant pit valve, the pilot valve assembly comprising a collar having a main body and a flange portion , the main body defining an opening; a connector body having a distal end attached to the collar and a proximal end, the connector body defining a vent hole for venting fluid flow; a spring-loaded actuator poppet being movable between a closed position and an open position, the spring-loaded actuator poppet having a body portion slidably movable within the collar and a head portion slidably movable within the connector body, the spring-loaded actuator poppet defining a recess about the body portion; a seal member being disposed on an end face of the head portion; a lanyard secured to the body portion of the spring-loaded actuator poppet at a securement location to enable pulling of the spring-loaded actuator poppet against a bias of an actuator poppet spring ; a spring-loaded reset pin mounted within the opening of the collar , the spring-loaded reset pin having a projection configured to engage the recess of the spring-loaded actuator poppet when the spring-loaded actuator poppet is moved to the open position; wherein, when the spring-loaded actuator poppet is in the closed position, the seal member is configured to seal the vent hole. a collar having a main body and a flange portion , the main body defining an opening; a connector body having a distal end attached to the collar and a proximal end, the connector body defining a vent hole for venting fluid flow; a spring-loaded actuator poppet being movable between a closed position and an open position, the spring-loaded actuator poppet having a body portion slidably movable within the collar and a head portion slidably movable within the connector body, the spring-loaded actuator poppet defining a recess about the body portion; a seal member being disposed on an end face of the head portion; a lanyard secured to the body portion of the spring-loaded actuator poppet at a securement location to enable pulling of the spring-loaded actuator poppet against a bias of an actuator poppet spring ; a spring-loaded reset pin mounted within the opening of the collar , the spring-loaded reset pin having a projection configured to engage the recess of the spring-loaded actuator poppet when the spring-loaded actuator poppet is moved to the open position; wherein, when the spring-loaded actuator poppet is in the closed position, the seal member is configured to seal the vent hole.
A method of preparing a sequencing library, comprising: (a) providing a first transposome, the first transposome comprising a first transposon and a first transposase enzyme having a first tagmentation profile; (b) combining a target nucleic acid with the first transposase enzyme under conditions suitable for tagmentation, thereby generating a first tagmented nucleic acid; (c) substantially separating the first tagmented nucleic acid from reaction buffer used in step (b); (d) combining the first tagmented nucleic acid with a second transposome under conditions suitable for tagmentation, the second transposome comprising a second transposon and a second transposase enzyme having a second tagmentation profile, thereby generating a second tagmented nucleic acid; (e) amplifying the second tagmented nucleic acid, thereby generating a sequencing library. (a) providing a first transposome, the first transposome comprising a first transposon and a first transposase enzyme having a first tagmentation profile; (b) combining a target nucleic acid with the first transposase enzyme under conditions suitable for tagmentation, thereby generating a first tagmented nucleic acid; (c) substantially separating the first tagmented nucleic acid from reaction buffer used in step (b); (d) combining the first tagmented nucleic acid with a second transposome under conditions suitable for tagmentation, the second transposome comprising a second transposon and a second transposase enzyme having a second tagmentation profile, thereby generating a second tagmented nucleic acid; (e) amplifying the second tagmented nucleic acid, thereby generating a sequencing library.
Holding structure for simultaneously holding a plurality of containers for substances for pharmaceutical, medical or cosmetic applications, in particular vials, the containers being cylindrical and open at at least one end, having a flat carrier which has a plurality of openings or receptacles , wherein the openings or receptacles are formed and arranged in a regular array and are designed to receive one container at a time, and at least two holding means (26; 27; 70) are assigned to each of the openings or receptacles in order to hold the plurality of containers on the carrier by frictional or positive locking, wherein the holding means (26; 27; 70) are designed to be able to selectively assume two different, stable positions, wherein the distance between the holding means (26; 27; 70) in a first stable position is sufficiently large so that the containers can be inserted into or removed from the respective opening or receptacle in the first stable position of the holding means, and the distance between the holding means (26; 27; 70) in a second stable position of the holding means is sufficiently small so that the containers are held in the second stable position by the holding means (26; 27; 70) in the respective opening or receptacle by frictional or positive locking, characterised in that the holding means (26; 27; 70) are of bistable design and are elastically biased into a first stable position and into a second stable position different therefrom, in order to be able to selectively assume the first stable position or the second stable position from which the holding means (26; 27; 70) can be transferred into the respective other stable position only by the action of a force which exceeds a threshold value which is sufficiently above the forces occurring during further processing of the containers due to displacement or handling of the holding structure.
Power system for mounting on a marine vehicle , the power system comprising a propulsion unit , fittings for fastening the power system to a hull element of the marine vehicle and a rudder bearing mechanically connecting the propulsion unit with the fittings, wherein the fittings are configured such that, when the power system is mounted on the hull element , the plane of the rudder bearing is inclined with respect to a plane containing a longitudinal axis and a transverse axis of the marine vehicle , characterized in that the fittings include a strut in the form of a truncated cylinder comprising a first end with a first plane perpendicular to its axial direction and a second end with a second plane oblique relative to its axial direction , the strut being fixed by its second end to the rudder bearing .
A seeding machine comprising: a main frame ; a row unit coupled to the main frame , the row unit having a row unit sub-frame and a furrow following device coupled to the row unit sub-frame ; and a seed detection sensor coupled to the furrow following device , characterised in that the seed detection sensor is an accelerometer configured to detect seed position within an open furrow by detecting movement of the furrow following device as it traverses over the seed. a main frame ; a row unit coupled to the main frame , the row unit having a row unit sub-frame and a furrow following device coupled to the row unit sub-frame ; and a seed detection sensor coupled to the furrow following device , characterised in that the seed detection sensor is an accelerometer configured to detect seed position within an open furrow by detecting movement of the furrow following device as it traverses over the seed.
Quick connector comprising a housing having a receiving chamber for receiving, in a fluid-tight manner, a connecting piece , wherein the receiving chamber transitions into a line portion for conveying a fluid; comprising a sealing chamber which surrounds at least parts of the circumference of the receiving chamber and has at least one sealing ring arranged in the sealing chamber ; and comprising a closure unit for locking the at least one sealing ring in the sealing chamber ; wherein the closure unit comprises a sleeve , which delimits at least parts of the sealing chamber and has at least one arm extending from the sleeve , which arm is designed to lock the closure unit on the housing , wherein at one end opposing the line portion , the sealing chamber transitions into a locking portion which radially protrudes over the sealing chamber and/or is axially delimited on the end side by a projection , wherein the at least one arm of the closure unit protrudes into the locking portion , characterized in that the at least one arm is radially spread apart by a locking sleeve .
A pouch for in-vitro diagnostics items having a pocket portion with a storage space for the diagnostics items therein, comprising a buffer support formation portion (20; 40; 50; 60; 71; 72; 73), characterized in that the buffer support formation portion (20; 40; 50; 60; 71; 72; 73) extends in a plate shape from one side of the pocket portion, one area of the buffer support formation portion (20; 40; 50; 60; 71; 72; 73) comprises a buffer support hole (20a; 40a;50a; 60a) penetrating in a thickness direction, the buffer support formation portion (20; 40; 50; 60; 71; 72; 73) is configured to be separated from the pocket portion and to form a buffer support by bending motion in the buffer support formation portion (20; 40; 50; 60; 71; 72; 73), wherein the buffer support comprises a shelf for mounting the buffer , a left leg portion configured to support the left end of the shelf against a floor surface, and a right leg portion configured to support the right end of the shelf against a floor surface.
A population of allogeneic T cells comprising cytomegalovirus (CMV)-specific T cells for use in a method of treating CMV retinitis in a human patient, wherein the human patient is infected with HIV.
An apparatus for delivery of pulsed electric field ablative energy, comprising: a coil having a set of loops , each loop of the set of loops including a set of independently addressable ablation electrodes formed on a surface of each of the loops , each electrode having an insulated electrical lead associated herewith, the insulated electrical leads disposed in a body of each of the loops ; and a balloon coupled to the coil proximal to the set of loops , the balloon configured to transition between a deflated configuration and an inflated configuration. a coil having a set of loops , each loop of the set of loops including a set of independently addressable ablation electrodes formed on a surface of each of the loops , each electrode having an insulated electrical lead associated herewith, the insulated electrical leads disposed in a body of each of the loops ; and a balloon coupled to the coil proximal to the set of loops , the balloon configured to transition between a deflated configuration and an inflated configuration.
Heating boiler with a flue gas duct which has at least one flue gas pass (10.1), having at least one heat exchanger which is provided for heating a boiler water and forms at least one flue gas pass of the flue gas duct , having at least one movably mounted vortex generator (11.1), which is provided in the flue gas pass (10.1) of the heat exchanger , and having an electrostatic precipitator , which forms at least one collector electrode in the flue gas pass (10.1) of the heat exchanger and at least one spray electrode , which collector electrode is electrically connected to earth of the boiler as reference potential to the potential of the spray electrode , wherein the boiler has a flexible electrical conductor and wherein at least the movably mounted vortex generator (11.1) forms the collector electrode of the electrostatic precipitator and for this purpose the movably mounted vortex generator (11.1) is electrically connected to the earth of the heating boiler via the flexible electrical conductor .
A nip formation member comprising: a base ; a high thermal conduction member having a thermal conductivity greater than a thermal conductivity of the base ; a securing member independent from the base and the high thermal conduction member , the securing member being configured to restrict movement of the base relative to the high thermal conduction member ; and a fastener , wherein the securing member is attached to the high thermal conduction member with the base sandwiched between the securing member and the high thermal conduction member , and wherein the fastener is configured to secure the securing member attached to the high thermal conduction member to the base . a base ; a high thermal conduction member having a thermal conductivity greater than a thermal conductivity of the base ; a securing member independent from the base and the high thermal conduction member , the securing member being configured to restrict movement of the base relative to the high thermal conduction member ; and a fastener , wherein the securing member is attached to the high thermal conduction member with the base sandwiched between the securing member and the high thermal conduction member , and wherein the fastener is configured to secure the securing member attached to the high thermal conduction member to the base .
A lockable receptacle holder comprising a holder base portion configured to support the bottom of a receptacle ; a holder upper portion and an elongated holder back portion extending between the holder base portion and the holder upper portion , wherein the holder base portion and the holder upper portion extend laterally from the holder back portion and parallel to each other, and wherein; - the holder upper portion comprises an at least partially closed space (C) configured to at least partially enclose and releasably confine the neck or shoulder of a receptacle placed on the holder base portion , characterized in ; - a cap locking member for preventing removal of a cap of a receptacle in the receptacle holder , wherein the cap locking member has a first cap locking section extending upwards from the holder upper portion and a second cap locking section extending laterally from the first cap locking section over a portion of the space (C) such that second cap locking section extends over a portion of the cap of a receptacle placed on the holder base portion . - the holder upper portion comprises an at least partially closed space (C) configured to at least partially enclose and releasably confine the neck or shoulder of a receptacle placed on the holder base portion , characterized in ; - a cap locking member for preventing removal of a cap of a receptacle in the receptacle holder , wherein the cap locking member has a first cap locking section extending upwards from the holder upper portion and a second cap locking section extending laterally from the first cap locking section over a portion of the space (C) such that second cap locking section extends over a portion of the cap of a receptacle placed on the holder base portion .
An electric motor comprising: a stator with a stator core; and a rotor installed within a bore of the stator , wherein the rotor and the stator are installed in an enclosed motor housing , forming a rotor chamber and a stator chamber separate from the rotor chamber ; wherein the stator core has one or more stator core sections ; wherein each of the one or more stator core sections is a single-piece unit formed of soft magnetic composite (SMC) material; wherein the one or more stator core sections are positioned end-to-end, and wherein one or more seals are positioned at each end of each of the one or more stator core sections , thereby forming a plurality of stator slots , wherein each of the stator slots extends through each of the one or more stator core sections , wherein the stator slots are in fluid communication with each other and thereby form the stator chamber , wherein the stator chamber is filled with a first fluid being a dielectric oil and the rotor chamber is filled with a second fluid being a lubricating oil; and wherein the one or more seals prevent fluids external to the stator chamber from entering the stator chamber . a stator with a stator core; and a rotor installed within a bore of the stator , wherein the rotor and the stator are installed in an enclosed motor housing , forming a rotor chamber and a stator chamber separate from the rotor chamber ; wherein the stator core has one or more stator core sections ; wherein each of the one or more stator core sections is a single-piece unit formed of soft magnetic composite (SMC) material; wherein the one or more stator core sections are positioned end-to-end, and wherein one or more seals are positioned at each end of each of the one or more stator core sections , thereby forming a plurality of stator slots , wherein each of the stator slots extends through each of the one or more stator core sections , wherein the stator slots are in fluid communication with each other and thereby form the stator chamber , wherein the stator chamber is filled with a first fluid being a dielectric oil and the rotor chamber is filled with a second fluid being a lubricating oil; and wherein the one or more seals prevent fluids external to the stator chamber from entering the stator chamber .
A method for detecting at least one analyte in a body fluid , the method comprising the following steps: a) performing an optical measurement, wherein at least one test chemical is contacted with the body fluid , wherein the test chemical is an optical test chemical and is adapted to perform at least one detection reaction in the presence of the analyte, wherein at least one optically detectable property of at least one of the body fluid and the test chemical is changed due to the detection reaction, wherein at least one optical measurement value is generated; b) performing at least one impedance measurement, wherein at least two impedance measurement electrodes are used, wherein at least one alternating electrical signal is applied to the body fluid via the impedance measurement electrodes and wherein at least one answer signal is recorded, wherein at least one impedance measurement value is generated from the at least one answer signal; c) performing at least one evaluation step, wherein, in the evaluation step, at least one evaluation algorithm is used, wherein the optical measurement value and the impedance measurement value are used for determining a concentration of the analyte in the body fluid , wherein step c) comprises at least one failsafe step, wherein, in the failsafe step, only the impedance measurement value is used, wherein the failsafe step comprises comparing a degree of wetting of the test chemical with at least one threshold value, wherein the method for detecting an analyte in a body fluid is stopped in case, in the failsafe step, a failure is detected. a) performing an optical measurement, wherein at least one test chemical is contacted with the body fluid , wherein the test chemical is an optical test chemical and is adapted to perform at least one detection reaction in the presence of the analyte, wherein at least one optically detectable property of at least one of the body fluid and the test chemical is changed due to the detection reaction, wherein at least one optical measurement value is generated; b) performing at least one impedance measurement, wherein at least two impedance measurement electrodes are used, wherein at least one alternating electrical signal is applied to the body fluid via the impedance measurement electrodes and wherein at least one answer signal is recorded, wherein at least one impedance measurement value is generated from the at least one answer signal; c) performing at least one evaluation step, wherein, in the evaluation step, at least one evaluation algorithm is used, wherein the optical measurement value and the impedance measurement value are used for determining a concentration of the analyte in the body fluid , wherein step c) comprises at least one failsafe step, wherein, in the failsafe step, only the impedance measurement value is used,
A method for manufacturing a spar cap for a wind turbine blade, the spar cap comprising a stack of pultruded plates , the method comprising: laying the stack of pultruded plates between a first and a second sidewall on a mold ; infusing the stack of pultruded plates with resin; and unmolding the infused stack of pultruded plates from the mold , characterized in that at least one of the sidewalls is adjusted along the transverse direction relative to the stack of pultruded plates at least after the laying or prior to unmolding of the stack of pultruded plates . laying the stack of pultruded plates between a first and a second sidewall on a mold ; infusing the stack of pultruded plates with resin; and unmolding the infused stack of pultruded plates from the mold , characterized in that at least one of the sidewalls is adjusted along the transverse direction relative to the stack of pultruded plates at least after the laying or prior to unmolding of the stack of pultruded plates .