mhurhangee/patent-ind-claim-en huggingface dataset:
Plug-in connector having an electronic circuit , a plug-in connector housing , a plug-in connection having at least one electrical plug-in contact , and having a printed circuit board , the printed circuit board being fitted with the electronic circuit and being connected in a signal-conducting manner to the electrical plug-in contact , the printed circuit board being designed as a flexible printed circuit board, the printed circuit board being connected in a signal-conducting manner to the plug-in contact at a first end portion facing the plug-in connection , and the printed circuit board being connected in a signal-conducting manner to the plug-in connector housing at a second connecting first end portion facing the plug-in contact , the printed circuit board with electronic circuit being arranged within the plug-in connector housing , and the plug-in connector having a longitudinal axis (L), a retaining element being connected to the plug-in connection , the retaining element being arranged to run within the plug-in connector housing and the printed circuit board being fixed to the retaining element at a second end portion remote from the plug in connection , characterized in that the printed circuit board comprises a main part extending in the direction of the longitudinal axis (L), in that the electronic circuit is arranged on the main part , in that the main part is arranged in the direction of the longitudinal axis (L) between the first end portion and the second end portion in that the printed circuit board comprises a first connecting portion , in that the first connecting portion connects the main part to the first end portion , and in that the first connecting portion extends in a curved manner between the main part and the first end portion , for tension relief of the main part and the first end portion .
A method for forming a vacuum insulated container , comprising: joining an inner shell and an outer shell together to form an unfinished container , wherein the unfinished container has a space between the inner shell and the outer shell; the method being characterised by the following steps: creating one or more openings in any surface of the unfinished container after the joining of the inner shell and the outer shell together to form the unfinished container; placing the entire unfinished container inside of a container holding element ; drawing a vacuum within the container holding element and around the unfinished container by lowering a pressure around the unfinished container to a desired level, and thereby pulling a vacuum through the one or more openings ; and directing a laser beam through a wall of the container holding element and welding closed the one or more openings to seal the vacuum in the space between the inner shell and the outer shell to form a vacuum space between the inner shell and the outer shell. joining an inner shell and an outer shell together to form an unfinished container , wherein the unfinished container has a space between the inner shell and the outer shell; the method being characterised by the following steps: creating one or more openings in any surface of the unfinished container after the joining of the inner shell and the outer shell together to form the unfinished container; placing the entire unfinished container inside of a container holding element ; drawing a vacuum within the container holding element and around the unfinished container by lowering a pressure around the unfinished container to a desired level, and thereby pulling a vacuum through the one or more openings ; and directing a laser beam through a wall of the container holding element and welding closed the one or more openings to seal the vacuum in the space between the inner shell and the outer shell to form a vacuum space between the inner shell and the outer shell. creating one or more openings in any surface of the unfinished container after the joining of the inner shell and the outer shell together to form the unfinished container; placing the entire unfinished container inside of a container holding element ; drawing a vacuum within the container holding element and around the unfinished container by lowering a pressure around the unfinished container to a desired level, and thereby pulling a vacuum through the one or more openings ; and directing a laser beam through a wall of the container holding element and welding closed the one or more openings to seal the vacuum in the space between the inner shell and the outer shell to form a vacuum space between the inner shell and the outer shell.
A composite core comprising: a first cell layer having a plurality of first cells ; and a second cell layer having a plurality of second cells , wherein the first cell layer is adjacent to the second cell layer, and wherein the plurality of first cells are fluidly interconnected with the plurality of second cells, wherein each of the plurality of first cells is in fluid communication with at least two of the plurality of second cells , and wherein each of the plurality of second cells is in fluid communication with at least two of the plurality of first cells, wherein the first cell layer comprises a plurality of first cross members that define the plurality of first cells , wherein the first cross members are parallel to one another, wherein the second cell layer comprises a plurality of second cross members that define the plurality of second cells , wherein the plurality of first cross members are perpendicular to the plurality of second cross members . a first cell layer having a plurality of first cells ; and a second cell layer having a plurality of second cells , wherein the first cell layer is adjacent to the second cell layer, and wherein the plurality of first cells are fluidly interconnected with the plurality of second cells, wherein each of the plurality of first cells is in fluid communication with at least two of the plurality of second cells , and wherein each of the plurality of second cells is in fluid communication with at least two of the plurality of first cells, wherein the first cell layer comprises a plurality of first cross members that define the plurality of first cells , wherein the first cross members are parallel to one another, wherein the second cell layer comprises a plurality of second cross members that define the plurality of second cells , wherein the plurality of first cross members are perpendicular to the plurality of second cross members .
Machine tool with a workpiece , in particular an engine part or connecting rod , and with a clamping device for the workpiece and a machining tool for machining the workpiece , in which the machining tool advances along a machining axis into a receptacle of the workpiece , which receptacle extends from a front side of the workpiece to a rear side of the workpiece and is bounded by a side wall of the workpiece , wherein the clamping device has at least one side wall positioning surface for contacting the side wall of the workpiece with a force direction perpendicular to the machining axis , wherein the clamping device has a positioning drive assembly for the relative positioning of the workpiece and the at least one side wall positioning surface transversely to the machining axis , wherein the clamping device has at least one rear side clamping surface for contacting the rear side of the workpiece and at least one front side clamping surface for contacting the front side of the workpiece , wherein the clamping device has a clamping drive assembly for relatively moving the at least one front side clamping surface and the at least one rear side clamping surface into a clamping position in which the workpiece is clamped between the at least one rear side clamping surface and the at least one front side clamping surface for machining by the machining tool , wherein it has a control which actuates the positioning drive assembly before the machining by the machining tool from a positioning position (P) supporting the workpiece into a release position (F) releasing the workpiece to remove the at least one side wall positioning surface from the workpiece , so that the side wall bounding the receptacle is not loaded transversely to the machining axis by the at least one side wall positioning surface when the machining tool advances into the receptacle , characterised in that there is a distance corresponding to the thickness of the side wall of the workpiece between an outer circumference of the machining tool and the at least one side wall positioning surface in the positioning position (P) if the machining tool is moved towards the workpiece along the machining axis and lies opposite the at least one side wall positioning surface .
A method for controlling a convoy including a pilot vehicle and a driverless vehicle , comprising: electronically tethering the driverless vehicle to the pilot vehicle by establishing communication between a pilot vehicle control module and a driverless vehicle control module ; receiving a longitudinal control user input in the pilot vehicle control module ; characterized in that the method also comprises selecting one of the pilot vehicle or the driverless vehicle as a selected vehicle to be controlled by the longitudinal control user input , the other being a not selected vehicle ; controlling a propulsion and braking system of the selected vehicle in response to the longitudinal control user input; and controlling a propulsion and braking system of the not selected vehicle to maintain a target longitudinal clearance from the selected vehicle . electronically tethering the driverless vehicle to the pilot vehicle by establishing communication between a pilot vehicle control module and a driverless vehicle control module ; receiving a longitudinal control user input in the pilot vehicle control module ; characterized in that the method also comprises selecting one of the pilot vehicle or the driverless vehicle as a selected vehicle to be controlled by the longitudinal control user input , the other being a not selected vehicle ; controlling a propulsion and braking system of the selected vehicle in response to the longitudinal control user input; and controlling a propulsion and braking system of the not selected vehicle to maintain a target longitudinal clearance from the selected vehicle .
A method for implementing traffic deduplication at a packet broker in a visibility network, the method comprising: receiving a data packet; determining a forwarding rule based on control information in the data packet; characterized by : determining whether the data packet is a duplicate of a previously-received data packet; and in response to the data packet being a non-duplicate, tagging the data packet with egress port information to transmit over an egress port, wherein the forwarding rule comprises the egress port and the egress port information. receiving a data packet; determining a forwarding rule based on control information in the data packet; characterized by : determining whether the data packet is a duplicate of a previously-received data packet; and in response to the data packet being a non-duplicate, tagging the data packet with egress port information to transmit over an egress port, wherein the forwarding rule comprises the egress port and the egress port information. determining whether the data packet is a duplicate of a previously-received data packet; and in response to the data packet being a non-duplicate, tagging the data packet with egress port information to transmit over an egress port, wherein the forwarding rule comprises the egress port and the egress port information.
A monitoring system for position monitoring of an energy guide chain for guiding at least one line between a base and a moving end movable relative thereto, comprising: - an energy guide chain which is displaceable along a travel path and, in so doing, forms a mobile run with a connection end for the moving end , a stationary run with a connection end for the base and a deflection arc between the two runs (1A; 1B); and - a monitoring device with at least one sensing component arranged on the energy guide chain , which monitoring device evaluates a signal (11; 51) generated using the sensing component in order to monitor the occurrence of a fault condition during operation of the energy guide chain , wherein - the sensing component includes an electrical indicator conductor (12; 22; 42; 52) guided by the energy guide chain and extending along the greater part of the length of the mobile run ; - the monitoring device comprises a circuit (14; 24; 44; 54) connected to the indicator conductor (12; 22; 42; 52), which circuit detects an electrical quantity using the indicator conductor (14; 24; 44; 54) characterised in that the monitoring system includes a generator (48; 55) which generates a time-variant excitation signal, in particular an alternating current or pulse signal, and the circuit (14; 24; 44; 54) detects at the indicator conductor (14; 24; 44; 54) as quantity an electrical parameter which is geometry-sensitive in relation to the spatial position of the indicator conductor (14; 24; 44; 54) . - an energy guide chain which is displaceable along a travel path and, in so doing, forms a mobile run with a connection end for the moving end , a stationary run with a connection end for the base and a deflection arc between the two runs (1A; 1B); and - a monitoring device with at least one sensing component arranged on the energy guide chain , which monitoring device evaluates a signal (11; 51) generated using the sensing component in order to monitor the occurrence of a fault condition during operation of the energy guide chain , wherein - the sensing component includes an electrical indicator conductor (12; 22; 42; 52) guided by the energy guide chain and extending along the greater part of the length of the mobile run ; - the monitoring device comprises a circuit (14; 24; 44; 54) connected to the indicator conductor (12; 22; 42; 52), which circuit detects an electrical quantity using the indicator conductor (14; 24; 44; 54) characterised in that the monitoring system includes a generator (48; 55) which generates a time-variant excitation signal, in particular an alternating current or pulse signal, and the circuit (14; 24; 44; 54) detects at the indicator conductor (14; 24; 44; 54) as quantity an electrical parameter which is geometry-sensitive in relation to the spatial position of the indicator conductor (14; 24; 44; 54) .
A process for measuring, collecting and storing data related to a condition of an absorbent product , said process comprising: - measuring, in a sensor device , raw measurement data related to said condition; and - storing said raw measurement data in a memory unit forming part of said sensor device ; - checking whether a transmission link can be defined for transmitting said raw measurement data to a server unit ; and, if this is the case, transmitting said raw measurement data to said server unit , and - when the sensor device is removed from the absorbent product , entering a pending state for a predetermined time period during which the sensor device attempts to transmit any stored raw measurement data to said server unit , and thereafter shutting off the sensor device ; - receiving, in the server unit , raw measurement data related to said condition; and - storing said raw measurement data in a first database ; - adapting said raw measurement data to adapted measurement data by means of an interpretation service which is arranged for accessing the raw measurement data in the first database , wherein said adapted measurement data has a format in which said adapted measurement data can be utilized by at least one application program configured for analyzing said condition; - storing the adapted measurement data in a second database while keeping the raw measurement data still available in the first database for further analysis; and - providing access to said adapted measurement data in said second database from at least one application program arranged for analyzing said adapted measurement data. - measuring, in a sensor device , raw measurement data related to said condition; and - storing said raw measurement data in a memory unit forming part of said sensor device ; - checking whether a transmission link can be defined for transmitting said raw measurement data to a server unit ; and, if this is the case, transmitting said raw measurement data to said server unit , and - when the sensor device is removed from the absorbent product , entering a pending state for a predetermined time period during which the sensor device attempts to transmit any stored raw measurement data to said server unit , and thereafter shutting off the sensor device ; - receiving, in the server unit , raw measurement data related to said condition; and - storing said raw measurement data in a first database ; - adapting said raw measurement data to adapted measurement data by means of an interpretation service which is arranged for accessing the raw measurement data in the first database , wherein said adapted measurement data has a format in which said adapted measurement data can be utilized by at least one application program configured for analyzing said condition; - storing the adapted measurement data in a second database while keeping the raw measurement data still available in the first database for further analysis; and - providing access to said adapted measurement data in said second database from at least one application program arranged for analyzing said adapted measurement data.
A method for manufacturing a capacitor (40; 100), the method comprising: depositing an oxide layer on a first side of a heavily doped substrate ; depositing a first metal layer on the oxide layer ; depositing a second metal layer on a second side of the heavily doped substrate ; and depositing a passivation layer on the first metal layer ; characterized by patterning and etching the passivation layer to expose a portion of the first metal layer to allow flip-chip mounting or conductive epoxy mounting providing a first contact for the capacitor (40; 100) and wherein a second contact for the capacitor (40; 100) is provided directly through the second metal layer . depositing an oxide layer on a first side of a heavily doped substrate ; depositing a first metal layer on the oxide layer ; depositing a second metal layer on a second side of the heavily doped substrate ; and depositing a passivation layer on the first metal layer ; characterized by patterning and etching the passivation layer to expose a portion of the first metal layer to allow flip-chip mounting or conductive epoxy mounting providing a first contact for the capacitor (40; 100) and wherein a second contact for the capacitor (40; 100) is provided directly through the second metal layer .
A method of detecting a leak through a composite laminate skin of an aircraft , comprising: placing a leak detection layer over an area of the composite laminate skin; placing a vacuum bag over the leak detection layer and sealing the vacuum bag on the composite laminate skin; drawing a vacuum in the vacuum bag; and observing a visually observable change in at least one optical characteristic in the leak detection layer indicating the leak. placing a leak detection layer over an area of the composite laminate skin; placing a vacuum bag over the leak detection layer and sealing the vacuum bag on the composite laminate skin; drawing a vacuum in the vacuum bag; and observing a visually observable change in at least one optical characteristic in the leak detection layer indicating the leak.
Collector box , in particular for a heat exchanger in a motor vehicle, said heat exchanger being designed to allow heat exchange with a first fluid, said collector box being provided with at least one control orifice and at least one protuberance for keeping in position a dividing partition designed to divide an interior space of the collector box into several compartments, said control orifice being able to allow a leak of said first fluid towards the outside of the collector box when said collector box does not have said dividing partition , said control orifice being designed to be closed by said dividing partition , characterized in that said control orifice is offset transversely with respect to the protuberances of one and the same pair of protuberances .
A stator-core fixing structure that is a fixing structure of a stator core fixed to a housing , the stator-core fixing structure comprising: a plurality of outer peripheral surface portions that are included in an outer peripheral surface of the stator core and that have outer diameters different from each other; a plurality of inner peripheral surface portions that are included in an inner peripheral surface of the housing and that have inner diameters different from each other, wherein the plurality of outer peripheral surface portions each correspond to a corresponding one of the plurality of inner peripheral surface portions, and wherein each of the plurality of outer peripheral surface portions contacts the corresponding one of the plurality of inner peripheral surface portions; a stator core step portion that is formed on the outer peripheral surface of the stator core ; and a housing step portion that is formed on the inner peripheral surface of the housing , wherein the stator core step portion is positioned between adjacent outer peripheral surface portions of the plurality of outer peripheral surface portions, and wherein the housing step portion is positioned between adjacent inner peripheral surface portions of the plurality of inner peripheral surface portions, characterized in that a position of the stator core step portion is different from a position of the housing step portion in an axial direction (D) of the stator core . a plurality of outer peripheral surface portions that are included in an outer peripheral surface of the stator core and that have outer diameters different from each other; a plurality of inner peripheral surface portions that are included in an inner peripheral surface of the housing and that have inner diameters different from each other, wherein the plurality of outer peripheral surface portions each correspond to a corresponding one of the plurality of inner peripheral surface portions, and wherein each of the plurality of outer peripheral surface portions contacts the corresponding one of the plurality of inner peripheral surface portions; a housing step portion that is formed on the inner peripheral surface of the housing , wherein the stator core step portion is positioned between adjacent outer peripheral surface portions of the plurality of outer peripheral surface portions, and wherein the housing step portion is positioned between adjacent inner peripheral surface portions of the plurality of inner peripheral surface portions, characterized in that a position of the stator core step portion is different from a position of the housing step portion in an axial direction (D) of the stator core .
A compound of formula (I): in formula (I), R 3 represents a phenyl group having a substituent, and the substituent is a hetero ring in which at least two substituted or unsubstituted aromatic rings are condensed, or a substituted or unsubstituted diarylamino group, and n represents a number of repetitions of a content in brackets and is 0 or 1.