mhurhangee/patent-ind-claim-en huggingface dataset:
A fishing spinning reel comprising: a cylindrical drive shaft sleeve rotatably supported by a reel body and extending in a front-rear direction; a spool shaft inserted in the drive shaft sleeve and reciprocating back and forth; a rotor nut screwed in a front end portion of the drive shaft sleeve ; a bearing fitted on an inner peripheral surface of the rotor nut and supporting the spool shaft slidably in a front-rear direction; and a cylindrical aligning holder attached on the front end portion of the drive shaft sleeve , characterised in that the aligning holder is fitted in the front end portion of the drive shaft sleeve and fitted on the inner peripheral surface of the rotor nut , and a joint surface of the aligning holder fitted in the front end portion of the drive shaft sleeve and an outer peripheral surface of the aligning holder fitted on the inner peripheral surface of the rotor nut are made concentric with each other. a cylindrical drive shaft sleeve rotatably supported by a reel body and extending in a front-rear direction; a spool shaft inserted in the drive shaft sleeve and reciprocating back and forth; a rotor nut screwed in a front end portion of the drive shaft sleeve ; a bearing fitted on an inner peripheral surface of the rotor nut and supporting the spool shaft slidably in a front-rear direction; and a cylindrical aligning holder attached on the front end portion of the drive shaft sleeve , characterised in that the aligning holder is fitted in the front end portion of the drive shaft sleeve and fitted on the inner peripheral surface of the rotor nut , and a joint surface of the aligning holder fitted in the front end portion of the drive shaft sleeve and an outer peripheral surface of the aligning holder fitted on the inner peripheral surface of the rotor nut are made concentric with each other.
A method for selecting an application on a first device (D1, 100) having an NFC interface and comprising a plurality of installed applications using the NFC interface , said method comprising the steps of: detecting, via the NFC interface of the first device (D1, 100), a second device (D2) having a second NFC interface; obtaining from the second device, via the NFC interface a message comprising a message type and a service identification; intercepting, by a router module operating between the NFC communication interface and an application layer of the first device (D1, 100), all messages received from the NFC interface , the messages being handled by a table that manages the message type and the service identification to determine which application is handled by which message type; in case the message type is already associated with a single application, selecting said single application, otherwise selecting the application among the plurality of installed applications matching the message type and the service identification, if such a matching exists in the table; prompting a user of the first device (D1, 100) to accept a communication between the second device (D2) and the selected application; and if the user accepts the communication, establishing the communication between the selected application and the second device (D2) via the NFC interface . detecting, via the NFC interface of the first device (D1, 100), a second device (D2) having a second NFC interface; obtaining from the second device, via the NFC interface a message comprising a message type and a service identification; intercepting, by a router module operating between the NFC communication interface and an application layer of the first device (D1, 100), all messages received from the NFC interface , the messages being handled by a table that manages the message type and the service identification to determine which application is handled by which message type; in case the message type is already associated with a single application, selecting said single application, otherwise selecting the application among the plurality of installed applications matching the message type and the service identification, if such a matching exists in the table; prompting a user of the first device (D1, 100) to accept a communication between the second device (D2) and the selected application; and if the user accepts the communication, establishing the communication between the selected application and the second device (D2) via the NFC interface .
A hearing protector with loudspeakers and comprising two closed muffs , each muff comprising a muff section configured and arranged to be disposed at an ear of a user, the muff thereby sealingly abutting against the user's head, whereby there is formed an enclosed space in the muff and around the user's ear, and a covering section at the outside of the muff to form an enclosed volume in flow communication with the ambient surroundings; a loudspeaker disposed in each of the muffs, each loudspeaker having a membrane and a drive unit for driving the loudspeaker, wherein one side of the membrane is turned to face towards the ear of the user and the opposing side is turned to face towards a closed volume which is defined by the membrane, an enclosure, and the drive unit; wherein the enclosure comprises a capsule which is an integrated part of the loudspeaker , and the muff section of the muff has an outer wall facing away from the user's ear and having an aperture in which the capsule of the loudspeaker is sealingly accommodated; and wherein the interior of the enclosure is, via at least one hole or duct provided in a defining wall of the enclosure, in flow communication with the enclosed volume of the covering section which is in turn in flow communication with the ambient surroundings outside the closed space of the muff; and wherein the total area (A) of said at least one hole or duct lies in the range of 5.5 > A > 0.1 mm 2 . two closed muffs , each muff comprising a muff section configured and arranged to be disposed at an ear of a user, the muff thereby sealingly abutting against the user's head, whereby there is formed an enclosed space in the muff and around the user's ear, and a covering section at the outside of the muff to form an enclosed volume in flow communication with the ambient surroundings; a loudspeaker disposed in each of the muffs, each loudspeaker having a membrane and a drive unit for driving the loudspeaker, wherein one side of the membrane is turned to face towards the ear of the user and the opposing side is turned to face towards a closed volume which is defined by the membrane, an enclosure, and the drive unit; wherein the enclosure comprises a capsule which is an integrated part of the loudspeaker , and the muff section of the muff has an outer wall facing away from the user's ear and having an aperture in which the capsule of the loudspeaker is sealingly accommodated; and wherein the interior of the enclosure is, via at least one hole or duct provided in a defining wall of the enclosure, in flow communication with the enclosed volume of the covering section which is in turn in flow communication with the ambient surroundings outside the closed space of the muff; and wherein the total area (A) of said at least one hole or duct lies in the range of 5.5 > A > 0.1 mm 2 .
A compound having the following formula or or or or wherein Y6,Y7 are independently of each other selected from H, halo, C(1-12)alkyl, C(2-12)alkenyl, C(2-12)alkynyl, -OR', -COR', -COOR', and -NHR', wherein R' is H or C(1=8)alkyl, Y8 is selected from H, nitroso, C(1-12)alkyl, -OR', -COR', and halosubstituted -COR', wherein R' is H or C(1-12)alkyl, Ra is H or C(1-8)alkyl. Y6,Y7 are independently of each other selected from H, halo, C(1-12)alkyl, C(2-12)alkenyl, C(2-12)alkynyl, -OR', -COR', -COOR', and -NHR', wherein R' is H or C(1=8)alkyl, Y8 is selected from H, nitroso, C(1-12)alkyl, -OR', -COR', and halosubstituted -COR', wherein R' is H or C(1-12)alkyl, Ra is H or C(1-8)alkyl.
Kettle device for cleaning and sterilization of submerged elements, the kettle device comprising: - a kettle unit having a kettle container for receiving liquid in which the elements to be cleaned are submerged during use of the kettle unit, wherein the kettle container is arranged inside the kettle unit , wherein a basket with holes for the liquid to flow freely into basket is arranged inside the container ; - a base unit for connecting the kettle device to a power supply, - at least one ultrasonic transducer , wherein the ultrasonic transducer is positioned at the bottom of the container , - at least one ultrasonic generator for driving the at least one ultrasonic transducer for generating cavitation in the kettle container , the at least one ultrasonic transducer being with or without direct contact to liquid inside the kettle container , when the kettle device is in use, - a heating element for heating the liquid during use of the kettle device , and - a controller for controlling a temperature of liquid in the container during use of the kettle device , characterised in that the heating element is located on the outside of the side portion of the kettle container . - a kettle unit having a kettle container for receiving liquid in which the elements to be cleaned are submerged during use of the kettle unit, wherein the kettle container is arranged inside the kettle unit , wherein a basket with holes for the liquid to flow freely into basket is arranged inside the container ; - a base unit for connecting the kettle device to a power supply, - at least one ultrasonic transducer , wherein the ultrasonic transducer is positioned at the bottom of the container , - at least one ultrasonic generator for driving the at least one ultrasonic transducer for generating cavitation in the kettle container , the at least one ultrasonic transducer being with or without direct contact to liquid inside the kettle container , when the kettle device is in use, - a heating element for heating the liquid during use of the kettle device , and - a controller for controlling a temperature of liquid in the container during use of the kettle device , characterised in that the heating element is located on the outside of the side portion of the kettle container .
A laminating apparatus comprising: a base component ; a lid connected to the base component via at least one hinge; at least two clamping mechanisms disposed on the lid , each comprising: at least one base component engaging element , each configured to releasably engage a corresponding clamping recess defined by the base component; characterised in that the laminating apparatus further comprises at least one track defined by each clamping mechanism, each of the at least one track defined on at least one edge by a sloped portion; and at least one roller configured to translate within the tracks defined by the clamping elements , and thereby apply a force between the base component and the lid . a base component ; a lid connected to the base component via at least one hinge; at least two clamping mechanisms disposed on the lid , each comprising: at least one base component engaging element , each configured to releasably engage a corresponding clamping recess defined by the base component; characterised in that the laminating apparatus further comprises at least one track defined by each clamping mechanism, each of the at least one track defined on at least one edge by a sloped portion; and at least one roller configured to translate within the tracks defined by the clamping elements , and thereby apply a force between the base component and the lid . at least one base component engaging element , each configured to releasably engage a corresponding clamping recess defined by the base component; characterised in that the laminating apparatus further comprises at least one track defined by each clamping mechanism, each of the at least one track defined on at least one edge by a sloped portion; and at least one roller configured to translate within the tracks defined by the clamping elements , and thereby apply a force between the base component and the lid .
A grid of profiles for a suspended ceiling system comprising: a primary profile provided with a bulb portion extending in a longitudinal direction of the primary profile , a secondary profile comprising a connector at an end of the secondary profile , and a connection clip comprising a base portion configured for mounting to the bulb portion of the primary profile and characterized in that the connection clip further comprises a projecting flange provided with an opening , the opening being configured for reception of the connector of the secondary profile from a first side of the projecting flange and also a connector of an opposing secondary profile from a second side of the projecting flange , wherein the connection clip is mounted to the bulb portion of the primary profile and the connector of the secondary profile is inserted into the opening of projecting flange such that the secondary profile is connected to the primary profile via the connection clip at a secondary profile level which is different from a primary profile level in which the primary profile extends. a primary profile provided with a bulb portion extending in a longitudinal direction of the primary profile , a secondary profile comprising a connector at an end of the secondary profile , and a connection clip comprising a base portion configured for mounting to the bulb portion of the primary profile and characterized in that the connection clip further comprises a projecting flange provided with an opening , the opening being configured for reception of the connector of the secondary profile from a first side of the projecting flange and also a connector of an opposing secondary profile from a second side of the projecting flange , wherein the connection clip is mounted to the bulb portion of the primary profile and the connector of the secondary profile is inserted into the opening of projecting flange such that the secondary profile is connected to the primary profile via the connection clip at a secondary profile level which is different from a primary profile level in which the primary profile extends.
Channel system for a glassware forming machine, namely an I.S. machine, with sliding paths for molten glass gobs extending from a scoop channel, which can be pivoted about a vertical axis, into a parison mould at least via a guide plate assembly and an end channel assembly , wherein the guide plate assembly consists of at least one guide plate which has a plurality of channels intended for respectively guiding one glass gob, wherein the end channel assembly consists of at least one end channel, wherein the guide plate assembly and the end channel assembly are mounted on the machine frame of the I.S. machine, and wherein the guide plate assembly and the end channel assembly respectively consist of a first assembly, which is directly mounted on the machine frame, and a second assembly which is configured as a direct carrier of the guide plate or the end channel, characterised in that the first assemblies are provided with a standardised interface intended for connecting the second assemblies, in that the second assemblies are designed as easily replaceable assemblies which are respectively provided with an interface for connection to the first assembly and intended and configured for a conversion from a single-mould operation, double-mould operation to a triple-mould or multi-mould operation and vice versa, in that the second assembly of the guide plate assembly consists of a guide plate unit which is replaceably mounted on the first assembly of the guide plate assembly and consists of two lateral carrying sections , between which at least one guide plate is held.
A computing system comprising: a sealed computer chassis housing defining an interior space and an exterior surface with a heat sink for the interior space; a plurality of heat-generating electronic components disposed within the interior space and electrically coupled to one or more expansion cards electrically connected on a main board , the plurality of heat-generating electronic components including one or more microprocessors and one or more memory devices; a heat spreader including a plurality of thermally-conductive protrusions (361, 362, 363, 364, 444a-d, 454a-d, 561, 562, 563, 564, 661, 662, 663, 664) coupled to the one or more microprocessors or the one or more memory devices by an intermediate thermally-conductive layer; and a thermal pad positioned above and in thermal contact with the heat spreader, the thermal pad positioned adjacent to an interior wall of the sealed computer chassis housing opposite to the heat sink; wherein the heat sink includes a plurality of fins protruding orthogonally to the exterior surface of the sealed computer chassis housing. a sealed computer chassis housing defining an interior space and an exterior surface with a heat sink for the interior space; a plurality of heat-generating electronic components disposed within the interior space and electrically coupled to one or more expansion cards electrically connected on a main board , the plurality of heat-generating electronic components including one or more microprocessors and one or more memory devices; a heat spreader including a plurality of thermally-conductive protrusions (361, 362, 363, 364, 444a-d, 454a-d, 561, 562, 563, 564, 661, 662, 663, 664) coupled to the one or more microprocessors or the one or more memory devices by an intermediate thermally-conductive layer; and a thermal pad positioned above and in thermal contact with the heat spreader, the thermal pad positioned adjacent to an interior wall of the sealed computer chassis housing opposite to the heat sink; wherein the heat sink includes a plurality of fins protruding orthogonally to the exterior surface of the sealed computer chassis housing.
A tank connection apparatus for providing connection of a tank filler pipe with a fuel tank in a fuel filling line of a vehicle, comprising: • a tank connector female housing configured to be mounted to the inlet of the fuel tank , - at least one corrugated connection pipe , • at least one coupling body providing connection between the at least one corrugated connection pipe and the tank connector female housing , • the at least one corrugated connection pipe being configured to be mounted in between the tank filler pipe and the coupling body , and preventing cracking and/or breaking by extending in situations like accidents, and • at least one locking spring found on the coupling body and fixing the coupling body in the tank connector female housing when the coupling body is attached to the tank connector female housing ; the tank connection apparatus being characterised by • at least one safety lock attached to a safety lock slot (7.1) found on the coupling body and fixing the locking spring with regard to the axis of rotation, and thus preventing it from coming loose. • a tank connector female housing configured to be mounted to the inlet of the fuel tank , - at least one corrugated connection pipe , - at least one corrugated connection pipe , • at least one coupling body providing connection between the at least one corrugated connection pipe and the tank connector female housing , • the at least one corrugated connection pipe being configured to be mounted in between the tank filler pipe and the coupling body , and preventing cracking and/or breaking by extending in situations like accidents, and • at least one locking spring found on the coupling body and fixing the coupling body in the tank connector female housing when the coupling body is attached to the tank connector female housing ; the tank connection apparatus being characterised by • at least one safety lock attached to a safety lock slot (7.1) found on the coupling body and fixing the locking spring with regard to the axis of rotation, and thus preventing it from coming loose.
A method of forming a composite part , comprising: placing a composite charge on a tool spanning a mold cavity in the tool; forming the composite charge into the mold cavity ; and holding opposite sides of the composite charge against the tool as the composite charge is being formed into the mold cavity , including holding one of the opposite sides of the composite charge against movement on the tool during forming of the composite charge into the mold cavity while allowing the other of the opposite side of the composite charge to slip over the tool . placing a composite charge on a tool spanning a mold cavity in the tool; forming the composite charge into the mold cavity ; and holding opposite sides of the composite charge against the tool as the composite charge is being formed into the mold cavity , including holding one of the opposite sides of the composite charge against movement on the tool during forming of the composite charge into the mold cavity while allowing the other of the opposite side of the composite charge to slip over the tool .
A control apparatus for power supply of a communication network, the control apparatus comprising N power sourcing equipment, N interface controllers , N power supply circuits, a monitoring module , a time-sharing control module and i voltage-adjustable direct current-direct current, DC-DC, modules , wherein each power supply circuit comprises the power sourcing equipment, the interface controller and other load in a circuit between the power sourcing equipment and the interface controller , and N is an integer number greater than or equal to 2, and i is an integer number greater than or equal to 2 and less than or equal to N; wherein, one side of the interface controllers is connected to the power sourcing equipment, and each interface controller is connected to one power sourcing equipment, and the other side is connected to the monitoring module , and the interface controllers are configured to determine whether to receive currents from the power sourcing equipment, and to transmit the currents to a next stage electrical load; one side of the monitoring module is connected to the interface controllers , and the other side is connected to the time-sharing control module and the voltage-adjustable DC-DC modules , and the monitoring module is configured to detect circuit data of each power supply circuit, compare the circuit data of each circuit to get an average value, analyze output circuit data that the each circuit should have, transmit the output circuit data that the each circuit should have to each voltage-adjustable DC-DC module respectively, and transmit the output circuit data that the each circuit should have to the time-sharing control module respectively; one side of the time-sharing control module is connected to the monitoring module and the other side is connected to all of the voltage-adjustable DC-DC modules , and the time-sharing control module is configured to calculate and process the circuit data of the monitoring module , transmit time-sharing control signals to the voltage-adjustable DC-DC modules by using a control strategy of time-sharing polling according to a difference in power supply time of the power sourcing equipment, and control opening and closing of power supply at input ends of the voltage-adjustable DC-DC modules to realize control for power supply time of the power sourcing equipment; and the voltage-adjustable DC-DC modules are connected to the time-sharing control module and output voltages to the electrical load, and the voltage-adjustable DC-DC modules are configured to receive the output circuit data that the circuits should have, adjust output voltages and supply power to the electrical load.