mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: an implantable device having a pair of anchors that are movable between an open position and a closed position to secure the implantable device to a native valve; a delivery catheter ; a coupler disposed at a distal end of the delivery catheter ; a collar attached to the device ; an actuation element which extends through the delivery catheter and into the device ; and wherein the coupler and the collar are tied by a coupling tether which can recouple the device to the coupler after the actuation element has been removed from the device . an implantable device having a pair of anchors that are movable between an open position and a closed position to secure the implantable device to a native valve; a delivery catheter ; a coupler disposed at a distal end of the delivery catheter ; a collar attached to the device ; an actuation element which extends through the delivery catheter and into the device ; and wherein the coupler and the collar are tied by a coupling tether which can recouple the device to the coupler after the actuation element has been removed from the device .
A method for monitoring ozone generation by an ozone generator in which ozone is generated by converting oxygen within an oxygen containing gas in a corona discharge mechanism by corona discharge of electromagnetic radiation through the oxygen containing gas comprising: sensing with a sound sensor sound created by the corona discharge mechanism while operative to convert oxygen into ozone with time, and estimating an amount of ozone generated with time as a function of the sound sensed by the sound sensor. sensing with a sound sensor sound created by the corona discharge mechanism while operative to convert oxygen into ozone with time, and estimating an amount of ozone generated with time as a function of the sound sensed by the sound sensor.
A device for determining the diameter and/or outer contour of a strand-shaped object , comprising at least one transmission apparatus for emitting terahertz radiation or gigahertz radiation as measuring radiation onto the strand-shaped object , wherein the measuring radiation is reflected by the strand-shaped object, further comprising at least one receiving apparatus for receiving the measuring radiation emitted by the at least one transmission apparatus and reflected by the strand-shaped object , and comprising an evaluation apparatus which is configured to determine the diameter and/or outer contour of the strand-shaped object based on the measuring radiation received by the at least one receiving apparatus, characterized in that the device comprises at least one retroreflector that surrounds the strand-shaped object at least in portions in the circumferential direction and that retroreflects some or all of the measuring radiation reflected by the strand-shaped object .
Vacuum cleaner for cleaning and maintaining floor surfaces, comprising a housing and at least one wheel mounted on the housing for supporting the housing on the floor surface, the wheel being mounted eccentrically on the housing , the wheel being mounted in a wheel guide so as to be rotatably guided, which wheel guide can be connected to the housing , the wheel guide having a U-shaped cross section , the wheel being mounted on the web of the U-shaped cross section and the flanges of the U-shaped cross section guiding the mounted wheel laterally, characterised in that one of the flanges is open in a region which is an upper region in the operating position.
A piece of height adjustable furniture, comprising: a bearing surface ; a support assembly disposed at one side of the bearing surface to support the bearing surface ; a pneumatic damper with one end fixed to the bearing surface ; a switch disposed at the support assembly ; at least one positioning assembly , comprising a first positioning element and a second positioning element capable of engaging with each other, and the first positioning element located at the support assembly ; and at least one adjustment wire , one end connected with the switch and the other end connected with the second positioning element ; wherein when the switch is pressed, the adjustment wire pulls the second positioning element away from an engaging position with the first positioning element , and the pneumatic damper pushes the bearing surface to rise, wherein the positioning assembly further comprises an elastic element characterized in that the elastic element is disposed at one end of the second positioning element , wherein the positioning assembly further comprises a stop element disposed at one side of the elastic element . a bearing surface ; a support assembly disposed at one side of the bearing surface to support the bearing surface ; a pneumatic damper with one end fixed to the bearing surface ; a switch disposed at the support assembly ; at least one positioning assembly , comprising a first positioning element and a second positioning element capable of engaging with each other, and the first positioning element located at the support assembly ; and at least one adjustment wire , one end connected with the switch and the other end connected with the second positioning element ; wherein when the switch is pressed, the adjustment wire pulls the second positioning element away from an engaging position with the first positioning element , and the pneumatic damper pushes the bearing surface to rise, wherein the positioning assembly further comprises an elastic element characterized in that the elastic element is disposed at one end of the second positioning element , wherein the positioning assembly further comprises a stop element disposed at one side of the elastic element .
Arrangement for withdrawing treatment liquors from a treatment vessel in a continuous treatment vessel system, said treatment vessel comprising a chamber wall of a treatment chamber, wherein the arrangement comprises: a plurality of screens arranged in the chamber wall for withdrawing liquor from the treatment chamber, said screens being arranged in at least two screen rows , one above the other; at least one withdrawal compartment for each screen row for receiving liquor from the screens ; and at least one header for receiving liquor from the withdrawal compartments via a throttle hole for each withdrawal compartment , and wherein each header is connected to at least one withdrawal compartment on at least two screen rows, wherein the header is arranged at an angle to a vertical direction, said angle being smaller than 5°, preferably smaller than 2°, or wherein the header more preferably is arranged vertically. a plurality of screens arranged in the chamber wall for withdrawing liquor from the treatment chamber, said screens being arranged in at least two screen rows , one above the other; at least one withdrawal compartment for each screen row for receiving liquor from the screens ; and at least one header for receiving liquor from the withdrawal compartments via a throttle hole for each withdrawal compartment , and wherein each header is connected to at least one withdrawal compartment on at least two screen rows, wherein the header is arranged at an angle to a vertical direction, said angle being smaller than 5°, preferably smaller than 2°, or wherein the header more preferably is arranged vertically.
A session context handling method used in handover from a 5G network to a 4G network, comprising: receiving (S202), by a session management network element, a first message that is from a mobility management network element and that is used to request to establish a session for a terminal device, wherein the first message carries an identifier of a data network, the session management network element comprises a Session Management Function, SMF, and the mobility management network element comprises an Access and Mobility Management Function, AMF; obtaining (S203), by the session management network element, capability information of the data network based on the identifier of the data network; and when the capability information of the data network is that the data network supports a non-IP session, generating (S204), by the session management network element, a non-IP session context based on an Ethernet or unstructured session context of the terminal device; or when the capability information of the data network is that the data network does not support the non-IP session, skipping generating, by the session management network element, the non-IP session context based on the Ethernet or unstructured session context of the terminal device, and wherein the obtaining, by the session management network element, capability information of the data network based on the identifier of the data network comprises: sending, by the session management network element, the identifier of the data network to a policy control function, and receiving the capability information of the data network from the policy control function. receiving (S202), by a session management network element, a first message that is from a mobility management network element and that is used to request to establish a session for a terminal device, wherein the first message carries an identifier of a data network, the session management network element comprises a Session Management Function, SMF, and the mobility management network element comprises an Access and Mobility Management Function, AMF; obtaining (S203), by the session management network element, capability information of the data network based on the identifier of the data network; and when the capability information of the data network is that the data network supports a non-IP session, generating (S204), by the session management network element, a non-IP session context based on an Ethernet or unstructured session context of the terminal device; or when the capability information of the data network is that the data network does not support the non-IP session, skipping generating, by the session management network element, the non-IP session context based on the Ethernet or unstructured session context of the terminal device, and wherein the obtaining, by the session management network element, capability information of the data network based on the identifier of the data network comprises: sending, by the session management network element, the identifier of the data network to a policy control function, and receiving the capability information of the data network from the policy control function.
Handling module for loading a conveying apparatus of a conveyor dishwasher , comprising: A. at least one turning wheel for turning at least one tableware item , wherein the turning wheel has at least one tableware-item compartment ; B. at least one feeding ramp for feeding the tableware item to the turning wheel ; C. at least one charging ramp for transferring the tableware item from the turning wheel to a conveying apparatus of the conveyor dishwasher , wherein the turning wheel is arranged between the feeding ramp and the charging ramp , wherein the turning wheel is designed to receive the tableware item fed via the feeding ramp in the tableware-item compartment in an orientation with a use side facing upwards, wherein the turning wheel is also designed to turn the tableware item and to place it onto the charging ramp with the use side facing downwards, characterized in that the charging ramp has at least one disposal opening , wherein waste that is present on the tableware item can be disposed of through the disposal opening on account of its gravitational force when the tableware item is placed on its use side . A. at least one turning wheel for turning at least one tableware item , wherein the turning wheel has at least one tableware-item compartment ; B. at least one feeding ramp for feeding the tableware item to the turning wheel ; C. at least one charging ramp for transferring the tableware item from the turning wheel to a conveying apparatus of the conveyor dishwasher , wherein the turning wheel is arranged between the feeding ramp and the charging ramp , wherein the turning wheel is designed to receive the tableware item fed via the feeding ramp in the tableware-item compartment in an orientation with a use side facing upwards, wherein the turning wheel is also designed to turn the tableware item and to place it onto the charging ramp with the use side facing downwards, characterized in that the charging ramp has at least one disposal opening , wherein waste that is present on the tableware item can be disposed of through the disposal opening on account of its gravitational force when the tableware item is placed on its use side .
An apparatus comprising: a storage unit configured to store, in association with each of a plurality of pieces of work to be performed by a worker, an attention-requiring area to be seen by the worker when the work is performed; a detection unit configured to detect each area seen by the worker; a determination unit configured to determine whether each attention-requiring area stored by the storage unit is detected by the detection unit ; an extraction unit configured to extract an undetected attention-requiring area which is not detected by the detection unit from among a plurality of attention-requiring areas stored by the storage unit ; and a notification unit configured to notify the worker that work, which corresponds to the undetected attention-requiring area extracted by the extraction unit , is not performed, wherein the extraction unit is configured to supply the notification unit with a signal indicating that the work, which corresponds to the attention-requiring area, is performed, in a case where the determination unit determines that the attention-requiring area is seen by the worker. a storage unit configured to store, in association with each of a plurality of pieces of work to be performed by a worker, an attention-requiring area to be seen by the worker when the work is performed; a detection unit configured to detect each area seen by the worker; a determination unit configured to determine whether each attention-requiring area stored by the storage unit is detected by the detection unit ; an extraction unit configured to extract an undetected attention-requiring area which is not detected by the detection unit from among a plurality of attention-requiring areas stored by the storage unit ; and a notification unit configured to notify the worker that work, which corresponds to the undetected attention-requiring area extracted by the extraction unit , is not performed, wherein the extraction unit is configured to supply the notification unit with a signal indicating that the work, which corresponds to the attention-requiring area, is performed, in a case where the determination unit determines that the attention-requiring area is seen by the worker.
A method for improvement of earth-fault protection in compensated MV networks grounded through the Petersen-coil device and equipped with at least one of intelligent electronic devices IEDs (6 1 ...6 n ) as a protection device for power lines (4 1 .... 4 n ), comprises the step of measuring (M8) an input residual voltage signal U 0 delivered to a Petersen-coil controller , having the step of detecting a state of the network using a resonance curve (R), being a function of a compensation level ( K ), given by the user, and the input residual voltage signal U 0 , characterized in that the method further comprises the step of a determination a residual voltage threshold U 0TH1 for earth-fault protection function of IED's (6 1 ....6 n ) of the network which is calculated according to the formula: U 0 ⁢ TH 1 = U 0 ⁢ MAX 1 + Δ ⁢ U , where: - U 0MAX1 represents an estimated maximum residual voltage value for a given network state, - ΔU represents a security margin in percentages selected by the user, and next a step of comparison of the residual voltage threshold U 0TH1 with a value of minimal residual voltage threshold U THMIN , defined by the user, is performed and according to the result of the comparison a final threshold U FINAL for earth-fault protection in IED's (6 1 ....6 n ) is determining for the larger of two values U 0TH1 or U THMIN . - U 0MAX1 represents an estimated maximum residual voltage value for a given network state, - ΔU represents a security margin in percentages selected by the user,
A sheet comprising a plexifilamentary web, the web having a normalized Frazier air permeability of between 0.002 and 0.2 m 3 /m 2 .minute @ 50 gsm, a BET surface area of between 9 and 20 m 2 /g and a normalized hydrohead of between 150 and 250 cm @ 50 gsm.
Apparatus for drawing beverages , particularly beer, contained in barrels (F) having a limited capacity, comprising: a casing provided with a compartment for housing said barrel (F), a refrigerating unit for refrigerating said barrel (F), an air compressor , a dispensing circuit of said beverage comprising: a duct for supplying compressed air from said compressor to said barrel (F), a pipe for supplying the beverage under pressure to a drawing tap , a connector of said duct and of said pipe provided with a quick coupling that can be coupled with said barrel(F), characterised in that it comprises a device for washing said beverage dispensing circuit comprising a duct connectable at one end to a water mains and connected at the other end to a washing head arranged on said casing and designed to be coupled to said connector . a casing provided with a compartment for housing said barrel (F), a refrigerating unit for refrigerating said barrel (F), an air compressor , a dispensing circuit of said beverage comprising: a duct for supplying compressed air from said compressor to said barrel (F), a pipe for supplying the beverage under pressure to a drawing tap , a connector of said duct and of said pipe provided with a quick coupling that can be coupled with said barrel(F), a duct for supplying compressed air from said compressor to said barrel (F), a pipe for supplying the beverage under pressure to a drawing tap , a connector of said duct and of said pipe provided with a quick coupling that can be coupled with said barrel(F), characterised in that it comprises a device for washing said beverage dispensing circuit comprising a duct connectable at one end to a water mains and connected at the other end to a washing head arranged on said casing and designed to be coupled to said connector .
A method of continuously treating a substance in the form of divided solids, the method comprising the steps of: . introducing the substance into a closed enclosure in which there exists an ozonated atmosphere under pressure, the enclosure being shaped into a coil wound around a central shaft; . conveying the substance in the enclosure with continuous movement between an inlet of the enclosure and an outlet of the enclosure in such a manner that the substance is located continuously in the ozonated atmosphere while it is being conveyed in the enclosure, the substance being conveyed by vibration means causing the enclosure to vibrate; and . unloading the substance from the enclosure via the outlet after a single passage of the substance through the enclosure. . introducing the substance into a closed enclosure in which there exists an ozonated atmosphere under pressure, the enclosure being shaped into a coil wound around a central shaft; . conveying the substance in the enclosure with continuous movement between an inlet of the enclosure and an outlet of the enclosure in such a manner that the substance is located continuously in the ozonated atmosphere while it is being conveyed in the enclosure, the substance being conveyed by vibration means causing the enclosure to vibrate; and . unloading the substance from the enclosure via the outlet after a single passage of the substance through the enclosure.
Shelving system for service vehicles in particular, comprising at least one container which has a front side , a rear side , an underside , an upper side and two side walls , and comprising at least one guide element along which the container can be moved in a pull-out direction (A) from a rear, retracted position into a front, extended position, at least one rear stop and at least one front stop being provided on the container , which stops interact with a fixed stop provided on at least one guide element in such a way that the container remains in a defined rear position and, when moved in the pull-out direction (A), remains in a defined front position, and a recess for engaging a guide strip provided on the guide element being provided on at least one side wall of the container , characterized in that the at least one front stop and the at least one rear stop are arranged below the relevant recess , in that the at least one recess is delimited at the bottom by a strip portion , and in that the rear stop is arranged on the relevant strip portion so as to project downward. and comprising at least one guide element along which the container can be moved in a pull-out direction (A) from a rear, retracted position into a front, extended position, at least one rear stop and at least one front stop being provided on the container , which stops interact with a fixed stop provided on at least one guide element in such a way that the container remains in a defined rear position and, when moved in the pull-out direction (A), remains in a defined front position, and a recess for engaging a guide strip provided on the guide element being provided on at least one side wall of the container , characterized in that the at least one front stop and the at least one rear stop are arranged below the relevant recess , in that the at least one recess is delimited at the bottom by a strip portion , and in that the rear stop is arranged on the relevant strip portion so as to project downward.
A non-destructive testing system for scanning the surface of an object under test comprising: a scanning head , said scanning head comprising at least two two-axis position encoders and is configured to provide position and orientation information, wherein the scanning head is further configured to average said position and orientation information among the at least two two-axis position encoders; and a display configured to receive said averaged position and orientation information and to produce a cumulative display of portions of the object that have been scanned based on said averaged position and orientation information. a scanning head , said scanning head comprising at least two two-axis position encoders and is configured to provide position and orientation information, wherein the scanning head is further configured to average said position and orientation information among the at least two two-axis position encoders; and a display configured to receive said averaged position and orientation information and to produce a cumulative display of portions of the object that have been scanned based on said averaged position and orientation information.