mhurhangee/patent-ind-claim-en huggingface dataset:
A device with at least one conveying pipe and a slide valve that comprises at least one slide , by means of which the conveying cross section of the conveying pipe can be closed and which is provided with at least one through-hole , and at least one sealing ring , by means of which the conveying pipe is sealed relative to the slide and which surrounds the conveying pipe , characterized in that the sealing ring has an L-shaped cross section, in that the one leg of the sealing ring forms a sealing portion, which is realized in the form of a washer, flatly rests against the slide in a sealing manner and is radially spaced apart from the conveying pipe , in that the other leg of the sealing ring extends cylindrically and rests against the inner side of a supporting ring surrounding the sealing ring with its outer lateral surface that faces away from the conveying pipe , in that the one leg of the sealing ring delimits a retaining plate , which is connected to the conveying pipe in a tightly sealed manner, and the supporting ring radially delimits a receiving space , and in that the receiving space is connected to the interior of the conveying pipe by means of a gap , herein the sealing ring is pressed against the slide as a result of the pressure difference between the pressure in the conveying pipe and the ambient pressure.
A bone material dispensing device comprising a housing having a proximal end , a distal end , and a longitudinal axis (AA), the proximal end having a first opening and the distal end having a second opening , the first opening and the second opening configured to slidably receive at least a portion of a plunger ; a tubular member pivotably connected to a portion of the distal end of the housing via a pivot point transverse relative to the longitudinal axis (AA); and a locking member pivotably connected to an upper surface of the housing and extending adjacent to the upper surface of the housing , the locking member comprising a locking surface extending adjacent to the distal end of the housing configured to engage a portion of the tubular member , or a combination of the tubular member with a funnel , the locking member being movable in a locking position to lock the portion of the tubular member , or the combination of the tubular member and the funnel with the housing , wherein the tubular member comprises a proximal opening , a distal opening and a channel disposed therebetween for disposal of bone material, the proximal opening , the distal opening and the channel of the tubular member configured to receive at least the portion of the plunger , wherein the tubular member is configured for radial movement relative to the longitudinal axis (AA) of the housing via the pivot point , so that the tubular member is movable in a first position to align the proximal opening of the tubular member with the second opening of the housing to allow the tubular member to receive at least the portion of the plunger to dispense the bone material, and the tubular member is movable in a second position to misalign the proximal opening of the tubular member with the second opening of the housing to prevent the tubular member from receiving at least the portion of the plunger and to allow the tubular member to be loaded with bone material. wherein the tubular member comprises a proximal opening , a distal opening and a channel disposed therebetween for disposal of bone material, the proximal opening , the distal opening and the channel of the tubular member configured to receive at least the portion of the plunger , wherein the tubular member is configured for radial movement relative to the longitudinal axis (AA) of the housing via the pivot point , so that the tubular member is movable in a first position to align the proximal opening of the tubular member with the second opening of the housing to allow the tubular member to receive at least the portion of the plunger to dispense the bone material, and the tubular member is movable in a second position to misalign the proximal opening of the tubular member with the second opening of the housing to prevent the tubular member from receiving at least the portion of the plunger and to allow the tubular member to be loaded with bone material.
An engineered DNA polymerase, comprising a variant of the sequence of SEQ ID NO:3, said variant being at least 80% identical to SEQ ID NO:3 and comprising an amino acid substitution mutation at one or more of positions K250, Q281, D355, Q425, and D532, wherein the engineered DNA polymerase has reduced affinity for primed template nucleic acids in the absence of cognate nucleotides.
Protective device for a hydraulic or pneumatic system, which system comprises a hydraulic or pneumatic actuator and a tank for storing hydraulic fluid or a gas, having a securing element , having a pressure line and having a pressure equalization element which comprises at least one pressure equalization valve, wherein - the actuator is couplable by means of the securing element and the pressure line to the tank, - the securing element comprises at least one valve which is open during normal operation and which, if a defined pressure difference by which a pressure of the hydraulic fluid or the gas within the actuator is greater than a pressure within a portion, close to the tank, of the pressure line is attained, closes off a passage between the actuator and the tank, and - the pressure equalization element is fluidically at least indirectly coupled to a connection , intended for coupling to the actuator , of the securing element , characterized by - a pressure equalization line with a line coupling structure (11.1), - an element coupling structure (10.1) which is arranged on the pressure equalization element and which is complementary to said line coupling structure (11.1), and - a pressure-line coupling structure which is arranged on a connection , intended for coupling to the pressure line , of the securing element and which is configured for fluidic coupling of the pressure line to a further line coupling structure (11.2) which is arranged on an end of the pressure equalization line that is remote from the line coupling structure (11.1). - the actuator is couplable by means of the securing element and the pressure line to the tank, - the securing element comprises at least one valve which is open during normal operation and which, if a defined pressure difference by which a pressure of the hydraulic fluid or the gas within the actuator is greater than a pressure within a portion, close to the tank, of the pressure line is attained, closes off a passage between the actuator and the tank, and - the pressure equalization element is fluidically at least indirectly coupled to a connection , intended for coupling to the actuator , of the securing element , - a pressure equalization line with a line coupling structure (11.1), - an element coupling structure (10.1) which is arranged on the pressure equalization element and which is complementary to said line coupling structure (11.1), and - a pressure-line coupling structure which is arranged on a connection , intended for coupling to the pressure line , of the securing element and which is configured for fluidic coupling of the pressure line to a further line coupling structure (11.2) which is arranged on an end of the pressure equalization line that is remote from the line coupling structure (11.1).
A method for shared key generation with authentication comprising: generating, with a processor in a gateway node communicatively connected to a first node and a second node through a shared communication medium , a first set of pseudo-random data corresponding to expected transmissions from the first node based on a predetermined one-way function applied to a first shared key between the first node and the gateway node ; simultaneously transmitting with the first node and the second node a plurality of signals through the shared communication medium , identifying, with the processor in the gateway node , a plurality of bits transmitted from the second node based on a plurality of signals received by a transceiver in the gateway node communicatively connected to the shared communication medium, the plurality of signals corresponding to a plurality of simultaneous transmissions from the first node and the second node; identifying, with the processor in the gateway node , a plurality of expected bit values for at least a portion of the second plurality of bits transmitted from the second node based at least in part on applying the predetermined one-way function to a combination of shared secret data between the gateway node and the second node stored in a memory of the gateway node with another set of random data generated by the second node; and authenticating, with the processor in the gateway node , the second node in response to the plurality of bits transmitted from the second node matching the plurality of expected bit values.
A temperature-variable standoff for supporting a circuit board in an electronics assembly , the circuit board supporting an electrical device , the standoff comprising: a temperature-variable electrical element that selectively varies in temperature based on an electrical input thereto; a support body that supports the temperature-variable electrical element and that is configured to support the circuit board separated at a distance from another component of the electronics assembly, the support body having a first end and a second end , the support body configured to attach to the circuit board and to project away from the circuit board with the first end proximate the circuit board and the second end spaced away from the circuit board; and an electrical connector supported proximate the first end and electrically coupled to the temperature-variable electrical element, the electrical connector configured to electrically connect within an electrical circuit of the circuit board to provide the electrical input to the temperature-variable electrical element for selectively varying the temperature thereof and for selectively adjusting a temperature condition proximate the electrical device. a temperature-variable electrical element that selectively varies in temperature based on an electrical input thereto; a support body that supports the temperature-variable electrical element and that is configured to support the circuit board separated at a distance from another component of the electronics assembly, the support body having a first end and a second end , the support body configured to attach to the circuit board and to project away from the circuit board with the first end proximate the circuit board and the second end spaced away from the circuit board; and an electrical connector supported proximate the first end and electrically coupled to the temperature-variable electrical element, the electrical connector configured to electrically connect within an electrical circuit of the circuit board to provide the electrical input to the temperature-variable electrical element for selectively varying the temperature thereof and for selectively adjusting a temperature condition proximate the electrical device.
A method of controlling a dishwasher, the method comprising the steps of: washing using water in which detergent is dissolved; draining the water in which detergent is dissolved; rinsing using water in which no detergent is dissolved wherein the step of rinsing using water in which no detergent is dissolved includes heating the water; draining the water heated in the step of heating the water; and rinsing using unheated water in which descaling agent is dissolved. washing using water in which detergent is dissolved; draining the water in which detergent is dissolved; rinsing using water in which no detergent is dissolved wherein the step of rinsing using water in which no detergent is dissolved includes heating the water; draining the water heated in the step of heating the water; and rinsing using unheated water in which descaling agent is dissolved.
A method of manufacturing an apertured waterproof mesh material comprised of intersecting members , the method comprising the steps of: treating said intersecting members with a nanoparticle hydrophobic or superhydrophobic composition to create a hydrophobic field extending beyond said intersecting members ; the method being characterised by determining the extent of said hydrophobic field ; interweaving intersecting members to form a mesh material having apertures wider than the width of each of said intersecting members , such that said hydrophobic field extends a sufficient distance into said apertures to preclude passage of water through said apertures . treating said intersecting members with a nanoparticle hydrophobic or superhydrophobic composition to create a hydrophobic field extending beyond said intersecting members ; the method being characterised by determining the extent of said hydrophobic field ; interweaving intersecting members to form a mesh material having apertures wider than the width of each of said intersecting members , such that said hydrophobic field extends a sufficient distance into said apertures to preclude passage of water through said apertures .
A method for providing service redundancy between a master server and a slave server , comprising: detecting a fault on the master server ; in response to detecting the fault, marking the master server as disabled; in response to detecting the fault, switching to the slave server one or more services held on the master server ; if the master server is down after switching the one or more services to the slave server , restarting the master server until the master server is up; after switching the one or more services to the slave server and when the master server is up, performing one or more tests on the master server ; and if the one or more tests are successful, marking the master server as enabled; characterized in that the method further comprises: reloading service data controlled by the master server ; executing service operations on the reloaded service data while maintaining the master server in a closed-loop environment; fetching service data controlled by the slave server ; and declaring a first test among the one or more tests as successful if a state of the service data in the closed-loop environment matches the service data controlled by the slave server . detecting a fault on the master server ; in response to detecting the fault, marking the master server as disabled; in response to detecting the fault, switching to the slave server one or more services held on the master server ; if the master server is down after switching the one or more services to the slave server , restarting the master server until the master server is up; after switching the one or more services to the slave server and when the master server is up, performing one or more tests on the master server ; and if the one or more tests are successful, marking the master server as enabled; reloading service data controlled by the master server ; executing service operations on the reloaded service data while maintaining the master server in a closed-loop environment; fetching service data controlled by the slave server ; and declaring a first test among the one or more tests as successful if a state of the service data in the closed-loop environment matches the service data controlled by the slave server .
Installation having a treatment device for the mechanical and/or thermal treatment of an inorganic material which generates exhaust gas , having a first exhaust-gas treatment device which is integrated into an exhaust tract for the treatment device and which comprises a denitrification device, and having a second exhaust-gas treatment device which follows the first exhaust-gas treatment device in a flow direction of the exhaust gas and which is integrated into a bypass past a main portion of the exhaust tract, characterized by a configuration such that only a partial stream of the exhaust gas can be conducted via the bypass .
Method for operating a motor vehicle , comprising the steps: - ascertaining at least one path data record describing a respective travelled trajectory of a respective further motor vehicle and sending the path data record to a vehicle-external memory device , wherein in the ascertaining of the path data record a driving geometry parameter describing the vehicle geometry of the motor vehicle travelling the trajectory is additionally detected and transmitted to the memory device , - providing at least one guidance data record for the motor vehicle from the memory device , each guidance data record being associated with one of the trajectories and being ascertained on the basis of the path data record describing the respective associated trajectory , and - actuating the vehicle device of the motor vehicle on the basis of the provided guidance data record, or, if multiple instances of the guidance data records are provided by the memory device , of one of the provided guidance data records that is selected by the vehicle, to output a driving instruction relating to the associated trajectory to a driver of the motor vehicle and/or to perform at least one driving intervention, wherein the ascertaining of the at least one guidance data record and/or the control of the vehicle device is effected on the basis of the driving geometry parameter. - ascertaining at least one path data record describing a respective travelled trajectory of a respective further motor vehicle and sending the path data record to a vehicle-external memory device , wherein in the ascertaining of the path data record a driving geometry parameter describing the vehicle geometry of the motor vehicle travelling the trajectory is additionally detected and transmitted to the memory device , - providing at least one guidance data record for the motor vehicle from the memory device , each guidance data record being associated with one of the trajectories and being ascertained on the basis of the path data record describing the respective associated trajectory , and - actuating the vehicle device of the motor vehicle on the basis of the provided guidance data record, or, if multiple instances of the guidance data records are provided by the memory device , of one of the provided guidance data records that is selected by the vehicle, to output a driving instruction relating to the associated trajectory to a driver of the motor vehicle and/or to perform at least one driving intervention,
A propulsion assembly comprising an engine nacelle pylon , a turbojet engine mounted on the engine nacelle pylon and having a center-line (A), and a thrust reverser , the thrust reverser comprising a fixed part , designed to be mounted on the turbojet engine so as to encircle the latter, a movable part , coaxial and mounted in translation with respect to the fixed part between a closed state and an extended state, the movable part being sealingly inserted against the fixed part by blocking an air outlet passage in the closed state, whereas the air outlet passage is freed up in the extended state, and a single actuating device including - a beam , secured to the fixed part , extending axially along the outer surface of the fixed part , - a slider , secured to the movable part , mounted in translation on the beam , and - a driving device , configured to drive the movable part in translation with respect to the fixed part , characterized in that the beam or the slider comprises a stop taking the form of a protuberance protruding on a radially outer surface of said beam or slider and configured to have a clearance (j) in the closed state with respect to said engine nacelle pylon . a fixed part , designed to be mounted on the turbojet engine so as to encircle the latter, a movable part , coaxial and mounted in translation with respect to the fixed part between a closed state and an extended state, the movable part being sealingly inserted against the fixed part by blocking an air outlet passage in the closed state, whereas the air outlet passage is freed up in the extended state, and a single actuating device including - a beam , secured to the fixed part , extending axially along the outer surface of the fixed part , - a slider , secured to the movable part , mounted in translation on the beam , and - a driving device , configured to drive the movable part in translation with respect to the fixed part , - a beam , secured to the fixed part , extending axially along the outer surface of the fixed part , - a slider , secured to the movable part , mounted in translation on the beam , and - a driving device , configured to drive the movable part in translation with respect to the fixed part , characterized in that the beam or the slider comprises a stop taking the form of a protuberance protruding on a radially outer surface of said beam or slider and configured to have a clearance (j) in the closed state with respect to said engine nacelle pylon .
A locking control device configured to perform a locking process (S8) or an unlocking process (S25), comprising: communication information receiving means configured to receive communication information, which is information comprising user identity module information for establishing a connection to a mobile communication network, from a communication device by communication other than mobile communication; authentication information receiving means configured to communicate with an authentication server , which holds authentication information which is information for authenticating the locking or unlocking, by mobile communication using the user identity module information comprised in the communication information received by the communication information receiving means and receiving authentication information corresponding to the communication information from the authentication server; authentication means configured to authenticate the locking or unlocking using the authentication information received by the authentication information receiving means ; and locking control means configured to perform the locking or unlocking when the authentication by the authentication means succeeds. communication information receiving means configured to receive communication information, which is information comprising user identity module information for establishing a connection to a mobile communication network, from a communication device by communication other than mobile communication; authentication information receiving means configured to communicate with an authentication server , which holds authentication information which is information for authenticating the locking or unlocking, by mobile communication using the user identity module information comprised in the communication information received by the communication information receiving means and receiving authentication information corresponding to the communication information from the authentication server; authentication means configured to authenticate the locking or unlocking using the authentication information received by the authentication information receiving means ; and locking control means configured to perform the locking or unlocking when the authentication by the authentication means succeeds.